CHANGELOG

All notable changes to this project shall be documented in this file.

VERSIONS:

• v2.11.0
• v2.10.2
• v2.10.1
• v2.10.0
• v2.9.0
• v2.8.0
• v2.7.2
• v2.7.1
• v2.7.0
• v2.6.0
• v2.5.1
• v2.5.0
• v2.4.0
• v2.3.0
• v2.2.0
• v2.1.1
• v2.1.0
• v2.0.3
• v2.0.2
• v2.0.1
• v2.0.0

---

—

v2.11.0

• released: 2024-04-02

2.11.0 Changes

1. XC32 support
2. XC16 support
3. XC8 support
4. Fixes
5. Improvements
6. NEW HARDWARE

<font color=red>>XC32</font>

• As of mikroSDK version 2.11.0, XC32 v4.35 is officially supported.
• All **187** PIC32 MCUs can now be used with the XC32 toolchain along with full mikroSDK functionality.
• Linker scripts are included upon selecting adequate setup for your project so it can be easily edited on the fly.
• All standard modules supported (GPIO, ADC, I2C, PWM, SPI, UART, OneWire, RTC, CAN, DMA and LCD)
• Third party modules supported
  • TinyUSB (An open source cross-platform USB stack for embedded system)
  • LVGL (Light and Versatile Embedded Graphics Library)
  • FatFs (Generic FAT Filesystem Module)

<font color=red>>XC16</font>

• As of mikroSDK version 2.11.0, XC16 v2.10 is officially supported.
• All **531** dsPIC/PIC24 MCUs can now be used with the XC16 toolchain along with full mikroSDK functionality.
• Linker scripts are included upon selecting adequate setup for your project so it can be easily edited on the fly.
• All standard modules supported (GPIO, ADC, I2C, PWM, SPI, UART, OneWire, CAN and LCD)
• Third party modules supported
  • FatFs (Generic FAT Filesystem Module)

<font color=red>>XC8</font>

• As of mikroSDK version 2.11.0, XC8 v2.46 is officially supported.
• Due to the complexity of mikroSDK, only **PIC18xxQ43** family of MCUs is supported.
• All standard modules supported (GPIO, ADC, I2C, PWM, SPI, UART, OneWire, CAN, DMA and LCD)
• Third party modules supported
  • FatFs (Generic FAT Filesystem Module)

2.11.0 Fixes

• Fixed drv/lib/CMakeLists.txt to include the appropriate subdirectories.
  • Previously, lib_drv_i2c_master and lib_drv_port were switched. Now, the inclusion is based on their individual definitions – ensuring that each is included as intended.
• Fixed all low level implementations for PIC32 MCUs to accommodate the release of XC32 toolchain.
• Fixed issue with gl_text not drawing correct characters on XC compilers.
• Fixed issue with tp not detecting TP_EVENT_PRESS_UP on tft7 boards.
• Fixed wrong LCD_TFT_8BIT_CH0 port name for:
  • dsPIC33EP512MU810
  • PIC24EP512GU810
  • dsPIC33FJ256GP710A
  • PIC24FJ128GA310
• Fixed wrong HAL_LL_I2C_MAX_SPEED_VALUE for I2CxBRG register for dsPIC devices.
• Fixed custom board inclusion into project
  • Custom board is not generated in mikroSDK BSP anymore, but in MIKROE app data

2.11.0 Improvements

• Added doxy style help generation files for mikroSDK
  • Additionally, a layout file has been added as well
• Changed directory so it can be built as bare metal
  • Changed following files:
    • ./CMakeLists.txt
    • ./platform/CMakeLists.txt
    • ./platform/conversions/lib/CMakeLists.txt
      • Changed name to Generic.Conversions
• delays.h explicitly included in all files which use any delay API
• Changed order of variables in ili9341.c for MikroC AI for dsPIC due to issue with W2 register.
• Changed ./hal_ll_adc.c, added setting of pin analog functionality in hal_ll_adc_read function because of special case in tp_mikroe.c where we constantly change pin configuration.
• Changed ./tsc2003.h, I2C slave address for touch controller is now defined in database.
• Updated all tests to build with XC compilers
  • Additinally, added preinit routine to every test as well

2.11.0 NEW HARDWARE

• Mikromedia 3 for PIC Resistive
• Mikromedia 3 for PIC Resistive FPI
• Mikromedia 3 for STM32 Resistive
• Mikromedia 3 for STM32 Resistive FPI
• Mikromedia 4 for kinetis Resistive
• Mikromedia 4 for kinetis Resistive FPI
• Mikromedia 4 for STM32 Resistive
• Mikromedia 4 for STM32f2 Resistive FPI
• Mikromedia 4 for STM32f4 Resistive FPI
• Mikromedia 4 for STM32f7 Resistive
• Mikromedia 5 for kinetis Resistive
• Mikromedia 5 for kinetis Resistive FPI
• Mikromedia 5 for STM32 Resistive
• Mikromedia 5 for STM32f4 Resistive FPI
• Mikromedia 5 for STM32f7 Resistive
• Mikromedia 5 for STM32f7 Resistive FPI
• Mikromedia 7 Resistive
• Mikromedia 7 Resistive FPI

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BACK TO TOP OF 2.11.0

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BACK TO TOP

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v2.10.2

• released: 2024-02-19

2.10.2 Changes

1. Fixes
2. Improvements
3. NEW HARDWARE

2.10.2 Fixes

• Fixed an issue on TIVA, where the DMA transfer would not be realized, if the source data buffer was stored in flash memory
  • Configured flash memory to allow the DMA access to the whole flash memory space
• Added guards for tim_regs_map array in dsPIC low-level PWM implementation

2.10.2 Improvements

• Removed option to choose receive buffer and filter config for FIFO1 in low level implementation for PIC18 CAN implementation
  • Receive buffers are not selectable due to HW restrictions. Filter and mask configuration for FIFO1 is going to be handled once CAN over interrupts is supported
• Removed NC definition for not connected pins from MCU card headers for 61 MCU cards
  • Now user will have compile time error if he tries using pin that is not routed to mikroBUS
• Added NC macro as HAL_PIN_NC to 20 PIM MCU card headers that didn't have it
• Removed display support for MCU CARD 2 FOR KINETIS with MK20 MCUs as it doesn't have TFT pins

2.10.2 NEW HARDWARE

• STM32 Nucleo-64 development board with STM32F401RE MCU
• STM32 Nucleo-64 development board with STM32F030R8 MCU
• STM32 Nucleo-64 development board with STM32L073RZ MCU
• STM32 Nucleo-64 development board with STM32L476RG MCU
• STM32 Nucleo-64 development board with STM32F070RB MCU
• STM32 Nucleo-64 development board with STM32F091RC MCU
• STM32 Nucleo-64 development board with STM32L433RC-P MCU
• Click Shield for Nucleo-64
• STM32 Nucleo-144 development board with STM32L496ZG MCU
• STM32 Nucleo-144 development board with STM32L4R5ZI MCU
• STM32 Nucleo-144 development board with STM32F412ZG MCU

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BACK TO TOP OF 2.10.2

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BACK TO TOP

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v2.10.1

• released: 2024-02-02

2.10.1 Changes

1. Fixes

2.10.1 Fixes

• Fixed shield.h for shield_curiosity_nano_base_for_click_boards
  • Resolved macros mismatch with board.h
• Fixed baud rate settings in low level CAN implementation for NXP
  • Default baud rate changed from 500k to 125k
  • Added checking in hal_ll_can_bit_timing() API if configured baud rate is the same as requested
• Fixed guards for CAN PPS pins on PIC32
  • Resolved the problem where certain pins were unreachable due to undefined macros in ifdef
• Transmit FIFO initialization for CAN on PIC32 moved from hal_ll_can_filter_init to hal_ll_can_module_init
  • Since filters are not needed for transmitting this change makes using CAN easier and more intuitive
• Fixed mcu_card.h for MCU card 3 for PIC32
  • RIGHT_CN_PIN_043 and RIGHT_CN_PIN_044 were defined as NC but they have actual pins routed

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BACK TO TOP OF 2.10.1

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BACK TO TOP

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v2.10.0

• released: 2024-01-30

2.10.0 Changes

1. New Features
2. Improvements
3. Fixes
4. NEW HARDWARE

2.10.0 New Features

Support for DMA module!

‍Direct Memory Access (DMA) is a module that allows peripherals, to directly transfer data to or from memory without the constant involvement of the processor. This enhances the efficiency and speed of data handling in embedded applications, allowing for more real-time processing and reducing processor workload.

• Files added
  • Common files
    • drv_dma.h
    • CMakeLists.txt
    • drv_dma.c
    • hal_dma.h
    • CMakeLists.txt
    • hal_dma.c
    • main.c
    • main.c
    • main.c
    • main.c
    • CMakeLists.txt
  • STM32
    • hal_ll_dma.h
    • CMakeLists.txt
    • hal_ll_dma.c
    • hal_ll_dma.c
  • NXP
    • hal_ll_dma.h
    • CMakeLists.txt
    • hal_ll_dma.c
  • TIVA
    • hal_ll_dma.h
    • CMakeLists.txt
    • hal_ll_dma.c
  • Gigadevice
    • hal_ll_dma.h
    • CMakeLists.txt
    • hal_ll_dma.c
  • PIC-8bit
    • hal_ll_dma.h
    • CMakeLists.txt
    • hal_ll_dma.c
    • hal_ll_dma.c
  • PIC-32bit
    • hal_ll_dma.h
    • CMakeLists.txt
    • hal_ll_dma.c

Support added for CAN protocol!

‍Controller Area Network (CAN) is a robust and widely used communication protocol in the field of automotive and industrial applications. CAN protocol is designed for high-speed, reliable communication between electronic control units in a network without a host computer. It enables real-time data exchange among different components of a system such as microcontrollers.

• Files added
  • Common files
    • drv_can.h
    • CMakeLists.txt
    • drv_can.c
    • hal_can.h
    • CMakeLists.txt
    • hal_can.c
    • main.c
    • main.c
    • main.c
    • can_test.h
    • CMakeLists.txt
  • STM32
    • hal_ll_can.h
    • hal_ll_can_pin_map.h
    • CMakeLists.txt
    • hal_ll_can.c
  • NXP
    • hal_ll_can.h
    • hal_ll_can_pin_map.h
    • CMakeLists.txt
    • hal_ll_can.c
  • TIVA
    • hal_ll_can.h
    • hal_ll_can_pin_map.h
    • CMakeLists.txt
    • hal_ll_can.c
  • Gigadevice
    • hal_ll_can.h
    • hal_ll_can_pin_map.h
    • CMakeLists.txt
    • hal_ll_can.c
  • PIC-8bit
    • hal_ll_can.h
    • hal_ll_can_pin_map.h
    • CMakeLists.txt
    • hal_ll_can.c
  • PIC-16bit
    • hal_ll_can.h
    • hal_ll_can_pin_map.h
    • CMakeLists.txt
    • hal_ll_can.c
  • PIC-32bit
    • hal_ll_can.h
    • hal_ll_can_pin_map.h
    • CMakeLists.txt
    • hal_ll_can.c

Support added for RTC!

• RTC implementation
  • Supported architectures
    • STM32
    • NXP
    • TIVA
    • GD32
    • PIC32
• Included API's:
  • rtc_init Initialize the RTC counter.
  • rtc_start Continue the RTC module count from the stored value in the count register.
  • rtc_stop Stop the RTC module count from the stored value in the count register.
  • rtc_restart Reset the RTC counter to the default values for the time and date registers.
  • rtc_set_time Configure the date and time of the RTC.
  • rtc_get_time Get RTC counter register value.
  • rtc_system_reset Resets the core and all on-chip peripherals except the Debug interface.
  • Files added:
    • drv_rtc.h
    • drv_rtc.c
    • hal_rtc.h
    • hal_rtc.c
    • ./nxp/include/hal_ll_rtc.h
    • ./nxp/src/rtc/implementation_1/hal_ll_rtc.c
    • ./tiva/include/hal_ll_rtc.h
    • ./tiva/src/rtc/implementation_1/hal_ll_rtc.c
    • ./tiva/src/rtc/implementation_2/hal_ll_rtc.c
    • ./stm32/include/hal_ll_rtc.h
    • ./stm32/src/rtc/implementation_1/hal_ll_rtc.c
    • ./stm32/src/rtc/implementation_2/hal_ll_rtc.c
    • ./stm32/src/rtc/implementation_3/hal_ll_rtc.c
    • ./stm32/src/rtc/implementation_4/hal_ll_rtc.c
    • ./stm32/src/rtc/implementation_5/hal_ll_rtc.c
    • ./stm32/src/rtc/implementation_6/hal_ll_rtc.c
    • ./stm32/src/rtc/implementation_7/hal_ll_rtc.c
    • ./stm32/src/rtc/implementation_8/hal_ll_rtc.c
    • ./pic32/include/hal_ll_rtc.h
    • ./pic32/src/rtc/implementation_1/hal_ll_rtc.c
    • ./gigadevice/include/hal_ll_rtc.h
    • ./gigadevice/src/rtc/implementation_1/hal_ll_rtc.c
    • main.c

<font color=red>>Tiva</font>

Moudle supported for:

1. RTC

MCU	MCU	MCU
TM4C1231C3PM	TM4C1231D5PM	TM4C1231D5PZ
TM4C1231E6PM	TM4C1231E6PZ	TM4C1231H6PGE
TM4C1231H6PM	TM4C1231H6PZ	TM4C1233C3PM
TM4C1233D5PM	TM4C1233D5PZ	TM4C1233E6PM
TM4C1233E6PZ	TM4C1233H6PGE	TM4C1233H6PM
TM4C1233H6PZ	TM4C1237D5PM	TM4C1237D5PZ
TM4C1237E6PM	TM4C1237E6PZ	TM4C1237H6PGE
TM4C1237H6PM	TM4C1237H6PZ	TM4C123BH6PGE
TM4C123BE6PM	TM4C123BE6PZ	TM4C123BH6ZRB
TM4C123BH6PM	TM4C123BH6PZ	TM4C123GH6PGE
TM4C123GE6PM	TM4C123GE6PZ	TM4C123GH6ZRB
TM4C123GH6PM	TM4C123GH6PZ	TM4C1290NCZAD
TM4C123GH6ZXR	TM4C1290NCPDT	TM4C1294KCPDT
TM4C1292NCPDT	TM4C1292NCZAD	TM4C1297NCZAD
TM4C1294NCPDT	TM4C1294NCZAD	TM4C129CNCPDT
TM4C1299KCZAD	TM4C1299NCZAD	TM4C129DNCZAD
TM4C129CNCZAD	TM4C129DNCPDT	TM4C129ENCZAD
TM4C129EKCPDT	TM4C129ENCPDT	TM4C129XNCZAD

| TM4C129LNCZAD | TM4C129XKCZAD |

---

<font color=red>>RISC-V SDK</font>

Moudle supported for:

1. RTC

MCU	MCU
GD32VF103C4T6	GD32VF103C6T6
GD32VF103C8T6	GD32VF103CBT6
GD32VF103R4T6	GD32VF103R6T6
GD32VF103R8T6	GD32VF103RBT6
GD32VF103T4U6	GD32VF103T6U6
GD32VF103T8U6	GD32VF103TBU6
GD32VF103V8T6	GD32VF103VBT6

---

<font color=red>>Kinetis SDK</font>

Moudle supported for:

1. RTC

MCU	MCU	MCU	MCU	MCU
MK20DN128VFM5	MK20DN64VFM5	MK20DX32VFM5	MK20DX64VFM5	MK20DX128VFM5
MK20DN128VFT5	MK20DN32VLF5	MK20DX32VLF5	MK20DN64VLF5	MK20DX64VLF5
MK20DN128VLF5	MK20DX128VLF5	MK20DN32VFT5	MK20DX32VFT5	MK20DN64VFT5
MK20DX64VFT5	MK20DX128VFT5	MK20DN128VLH5	MK20DN32VLH5	MK20DX32VLH5
MK20DN64VLH5	MK20DX64VLH5	MK20DX128VLH5	MK20DN32VMP5	MK20DX32VMP5
MK20DN64VMP5	MK20DX64VMP5	MK20DN128VMP5	MK20DN32VFM5	MK22FN128CAH12
MK22FN128VDC10	MK22FN128VLL10	MK22FN128VMP10	MK22FN128VLH10	MK22FN1M0AVLH12
MK22FX512AVLH12	MK22FN1M0AVLK12	MK22FX512AVLK12	MK22FN1M0AVLL12	MK22FX512AVLL12
MK22FN1M0AVLQ12	MK22FX512AVLQ12	MK22FX512AVMD12	MK22FN1M0AVMD12	MK22FN1M0AVMC12
MK22FX512AVMC12	MK22FN1M0VLH12	MK22FX512VLH12	MK22FN1M0VLK12	MK22FX512VLK12
MK22FN1M0VLL12	MK22FX512VLL12	MK22FN1M0VLQ12	MK22FX512VLQ12	MK22FX512VMD12
MK22FN1M0VMD12	MK22FN1M0VMC12	MK22FX512VMC12	MK22FN256CAH12	MK22FN256VDC12
MK22FN256VLL12	MK22FN256VMP12	MK22FN256VLH12	MK22FN512CAP12	MK22FN512VDC12
MK22FN512VLL12	MK22FN512VLH12	MK22FN512VMP12	MK22FN512VFX12	MK51DN256CLQ10
MK51DN256CMD10	MK51DN512CLQ10	MK51DN512CMD10	MK51DN512CLL10	MK51DX256CLL10
MK51DN512CMC10	MK51DX256CMC10	MK51DX256CLK10	MK53DN512CLQ10	MK53DN512CMD10
MK53DX256CLQ10	MK53DX256CMD10	MK60DN256VLL10	MK60DX256VLL10	MK60DN512VLL10
MK60DN256VLQ10	MK60DX256VLQ10	MK60DN512VLQ10	MK60DN256VMD10	MK60DX256VMD10
MK60DN512VMD10	MK60DN256VMC10	MK60DX256VMC10	MK60DN512VMC10	MK64FN1M0CAJ12
MK64FN1M0VDC12	MK64FN1M0VLL12	MK64FN1M0VLQ12	MK64FN1M0VMD12	MK64FX512VDC12
MK64FX512VLL12	MK64FX512VLQ12	MK64FX512VMD12	MK65FN2M0CAC18	MK65FX1M0CAC18
MK65FN2M0VMI18	MK65FX1M0VMI18	MK66FN2M0VLQ18	MK66FN2M0VMD18	MK66FX1M0VMD18
MK66FX1M0VLQ18	MK80FN256VDC15	MK80FN256VLL15	MK80FN256VLQ15	MK82FN256VDC15

| MK82FN256VLL15 | MK82FN256VLQ15 |

---

<font color=red>>PIC32 SDK</font>

Moudle supported for:

1. RTC

MCU	MCU	MCU	MCU	MCU
PIC32MX110F016B	PIC32MX110F016C	PIC32MX110F016D	PIC32MX120F032B	PIC32MX120F032C
PIC32MX120F032D	PIC32MX120F064H	PIC32MX130F064B	PIC32MX130F064C	PIC32MX130F064D
PIC32MX130F128H	PIC32MX130F128L	PIC32MX130F256B	PIC32MX130F256D	PIC32MX150F128B
PIC32MX150F128C	PIC32MX150F128D	PIC32MX150F256H	PIC32MX150F256L	PIC32MX170F256B
PIC32MX170F256D	PIC32MX170F512H	PIC32MX170F512L	PIC32MX210F016B	PIC32MX210F016C
PIC32MX210F016D	PIC32MX220F032B	PIC32MX220F032C	PIC32MX220F032D	PIC32MX230F064B
PIC32MX230F064C	PIC32MX230F064D	PIC32MX230F128H	PIC32MX230F128L	PIC32MX230F256B
PIC32MX230F256D	PIC32MX250F128B	PIC32MX250F128C	PIC32MX250F128D	PIC32MX250F256H
PIC32MX250F256L	PIC32MX270F256B	PIC32MX270F256D	PIC32MX270F256DB	PIC32MX270F512H
PIC32MX270F512L	PIC32MX320F032H	PIC32MX320F064H	PIC32MX320F128H	PIC32MX320F128L
PIC32MX330F064H	PIC32MX330F064L	PIC32MX340F128H	PIC32MX340F128L	PIC32MX340F256H
PIC32MX340F512H	PIC32MX350F128H	PIC32MX350F128L	PIC32MX350F256H	PIC32MX350F256L
PIC32MX360F256L	PIC32MX360F512L	PIC32MX370F512H	PIC32MX370F512L	PIC32MX420F032H
PIC32MX430F064H	PIC32MX430F064L	PIC32MX440F128H	PIC32MX440F128L	PIC32MX440F256H
PIC32MX440F512H	PIC32MX450F128H	PIC32MX450F128L	PIC32MX450F256H	PIC32MX450F256HB
PIC32MX450F256L	PIC32MX460F256L	PIC32MX460F512L	PIC32MX470F512H	PIC32MX470F512L
PIC32MX470F512LB	PIC32MX530F128H	PIC32MX530F128L	PIC32MX534F064H	PIC32MX534F064L
PIC32MX550F256H	PIC32MX550F256L	PIC32MX564F064H	PIC32MX564F064L	PIC32MX564F128H
PIC32MX564F128L	PIC32MX570F512H	PIC32MX570F512L	PIC32MX575F256H	PIC32MX575F256L
PIC32MX575F512H	PIC32MX575F512L	PIC32MX664F064H	PIC32MX664F064L	PIC32MX664F128H
PIC32MX664F128L	PIC32MX675F256H	PIC32MX675F256L	PIC32MX675F512H	PIC32MX675F512L
PIC32MX695F512H	PIC32MX695F512L	PIC32MX764F128H	PIC32MX764F128L	PIC32MX775F256H
PIC32MX775F256L	PIC32MX775F512H	PIC32MX775F512L	PIC32MX795F512H	PIC32MX795F512L
PIC32MZ0512EFE064	PIC32MZ0512EFE100	PIC32MZ0512EFE124	PIC32MZ0512EFE144	PIC32MZ0512EFF064
PIC32MZ0512EFF100	PIC32MZ0512EFF124	PIC32MZ0512EFF144	PIC32MZ0512EFK064	PIC32MZ0512EFK100
PIC32MZ0512EFK124	PIC32MZ0512EFK144	PIC32MZ1024ECG064	PIC32MZ1024ECG100	PIC32MZ1024ECG124
PIC32MZ1024ECG144	PIC32MZ1024ECH064	PIC32MZ1024ECH100	PIC32MZ1024ECH124	PIC32MZ1024ECH144
PIC32MZ1024ECM064	PIC32MZ1024ECM100	PIC32MZ1024ECM124	PIC32MZ1024ECM144	PIC32MZ1024EFE064
PIC32MZ1024EFE100	PIC32MZ1024EFE124	PIC32MZ1024EFE144	PIC32MZ1024EFF064	PIC32MZ1024EFF100
PIC32MZ1024EFF124	PIC32MZ1024EFF144	PIC32MZ1024EFG064	PIC32MZ1024EFG100	PIC32MZ1024EFG124
PIC32MZ1024EFG144	PIC32MZ1024EFH064	PIC32MZ1024EFH100	PIC32MZ1024EFH124	PIC32MZ1024EFH144
PIC32MZ1024EFK064	PIC32MZ1024EFK100	PIC32MZ1024EFK124	PIC32MZ1024EFK144	PIC32MZ1024EFM064
PIC32MZ1024EFM100	PIC32MZ1024EFM124	PIC32MZ1024EFM144	PIC32MZ2048ECG064	PIC32MZ2048ECG100
PIC32MZ2048ECG124	PIC32MZ2048ECG144	PIC32MZ2048ECH064	PIC32MZ2048ECH100	PIC32MZ2048ECH124
PIC32MZ2048ECH144	PIC32MZ2048ECM064	PIC32MZ2048ECM100	PIC32MZ2048ECM124	PIC32MZ2048ECM144
PIC32MZ2048EFG064	PIC32MZ2048EFG100	PIC32MZ2048EFG124	PIC32MZ2048EFG144	PIC32MZ2048EFH064
PIC32MZ2048EFH100	PIC32MZ2048EFH124	PIC32MZ2048EFH144	PIC32MZ2048EFM064	PIC32MZ2048EFM100

| PIC32MZ2048EFM124 | PIC32MZ2048EFM144 |

---

<font color=red>>STM32 SDK</font>

Moudle supported for:

1. RTC

MCU	MCU	MCU	MCU	MCU
STM32L4S9ZI	STM32L4S9VI	STM32L4S9AI	STM32L4S7ZI	STM32L4S7VI
STM32L4S7AI	STM32L4S5ZI	STM32L4S5VI	STM32L4S5QI	STM32L4S5AI
STM32L4R9ZI	STM32L4R9ZG	STM32L4R9VI	STM32L4R9VG	STM32L4R9AI
STM32L4R9AG	STM32L4R7ZI	STM32L4R7VI	STM32L4R7AI	STM32L4R5ZI
STM32L4R5ZG	STM32L4R5VI	STM32L4R5VG	STM32L4R5QI	STM32L4R5QG
STM32L4R5AI	STM32L4R5AG	STM32L4A6ZG	STM32L4A6VG	STM32L4A6RG
STM32L4A6QG	STM32L4A6AG	STM32L496ZG	STM32L496ZE	STM32L496VG
STM32L496VE	STM32L496RG	STM32L496RE	STM32L496QG	STM32L496QE
STM32L496AG	STM32L496AE	STM32L486ZG	STM32L486VG	STM32L486RG
STM32L486QG	STM32L486JG	STM32L476ZG	STM32L476ZE	STM32L476VG
STM32L476VE	STM32L476VC	STM32L476RG	STM32L476RE	STM32L476RC
STM32L476QG	STM32L476QE	STM32L476MG	STM32L476ME	STM32L476JG
STM32L476JE	STM32L475VG	STM32L475VE	STM32L475VC	STM32L475RG
STM32L475RE	STM32L475RC	STM32L471ZG	STM32L471ZE	STM32L471VG
STM32L471VE	STM32L471RG	STM32L471RE	STM32L471QG	STM32L471QE
STM32L462VE	STM32L462RE	STM32L462CE	STM32L452VE	STM32L452VC
STM32L452RE	STM32L452RC	STM32L452CE	STM32L452CC	STM32L451VE
STM32L451VC	STM32L451RE	STM32L451RC	STM32L451CE	STM32L451CC
STM32L443VC	STM32L443RC	STM32L443CC	STM32L442KC	STM32L433VC
STM32L433RC	STM32L433RB	STM32L433CC	STM32L433CB	STM32L432KC
STM32L432KB	STM32L431VC	STM32L431RC	STM32L431RB	STM32L431KC
STM32L431KB	STM32L431CC	STM32L431CB	STM32L162ZE	STM32L162ZD
STM32L162VE	STM32L162VD	STM32L162VC_A	STM32L162VC	STM32L162RE
STM32L162RD	STM32L162RC_A	STM32L162RC	STM32L162QD	STM32L152ZE
STM32L152ZD	STM32L152ZC	STM32L152VE	STM32L152VD_X	STM32L152VD
STM32L152VC_A	STM32L152VC	STM32L152VB_A	STM32L152VB	STM32L152V8_A
STM32L152V8	STM32L152RE	STM32L152RD	STM32L152RC_A	STM32L152RC
STM32L152RB_A	STM32L152RB	STM32L152R8_A	STM32L152R8	STM32L152R6_A
STM32L152R6	STM32L152QE	STM32L152QD	STM32L152QC	STM32L152CC
STM32L152CB_A	STM32L152CB	STM32L152C8_A	STM32L152C8	STM32L152C6_A
STM32L152C6	STM32L151ZE	STM32L151ZD	STM32L151ZC	STM32L151VE
STM32L151VD_X	STM32L151VD	STM32L151VC_A	STM32L151VC	STM32L151VB_A
STM32L151VB	STM32L151V8_A	STM32L151V8	STM32L151UC	STM32L151RE
STM32L151RD	STM32L151RC_A	STM32L151RC	STM32L151RB_A	STM32L151RB
STM32L151R8_A	STM32L151R8	STM32L151R6_A	STM32L151R6	STM32L151QE
STM32L151QD	STM32L151QC	STM32L151CC	STM32L151CB_A	STM32L151CB
STM32L151C8_A	STM32L151C8	STM32L151C6_A	STM32L151C6	STM32L100RC
STM32L100RB_A	STM32L100RB	STM32L100R8_A	STM32L100R8	STM32L100C6_A
STM32L100C6	STM32L083VZ	STM32L083VB	STM32L083V8	STM32L083RZ
STM32L083RB	STM32L083CZ	STM32L083CB	STM32L082KZ	STM32L082CZ
STM32L081KZ	STM32L081CZ	STM32L073VZ	STM32L073VB	STM32L073V8
STM32L073RZ	STM32L073RB	STM32L073CZ	STM32L073CB	STM32L072VZ
STM32L072VB	STM32L072V8	STM32L072RZ	STM32L072RB	STM32L072KZ
STM32L072KB	STM32L072CZ	STM32L072CB	STM32L071VZ	STM32L071VB
STM32L071V8	STM32L071RZ	STM32L071RB	STM32L071KZ	STM32L071KB
STM32L071K8	STM32L071CZ	STM32L071CB	STM32L071C8	STM32L063R8
STM32L063C8	STM32L062K8	STM32L053R8	STM32L053R6	STM32L053C8
STM32L053C6	STM32L052T8	STM32L052T6	STM32L052R8	STM32L052R6
STM32L052K8	STM32L052K6	STM32L052C8	STM32L052C6	STM32L051T8
STM32L051T6	STM32L051R8	STM32L051R6	STM32L051K8	STM32L051K6
STM32L051C8	STM32L051C6	STM32L041K6	STM32L041G6	STM32L041F6
STM32L041E6	STM32L041C6	STM32L031K6	STM32L031K4	STM32L031G6
STM32L031G4	STM32L031F6	STM32L031F4	STM32L031E6	STM32L031E4
STM32L031C6	STM32L031C4	STM32L021K4	STM32L021G4	STM32L021F4
STM32L021D4	STM32L011K4	STM32L011K3	STM32L011G4	STM32L011G3
STM32L011F4	STM32L011F3	STM32L011E4	STM32L011E3	STM32L011D4
STM32L011D3	STM32H753ZI	STM32H753XI	STM32H753VI	STM32H753II
STM32H753BI	STM32H753AI	STM32H750XB	STM32H750VB	STM32H750IB
STM32H743ZI	STM32H743XI	STM32H743VI	STM32H743II	STM32H743BI
STM32H743AI	STM32G081RB	STM32G081KB	STM32G081GB	STM32G081EB
STM32G081CB	STM32G071RB	STM32G071R8	STM32G071R6	STM32G071KB
STM32G071K8	STM32G071K6	STM32G071GB	STM32G071G8	STM32G071G6
STM32G071EB	STM32G071CB	STM32G071C8	STM32G071C6	STM32G070RB
STM32G070KB	STM32G070CB	STM32G041Y8	STM32G041K8	STM32G041K6
STM32G041J6	STM32G041G8	STM32G041G6	STM32G041F8	STM32G041F6
STM32G041C8	STM32G041C6	STM32G031Y8	STM32G031K8	STM32G031K6
STM32G031K4	STM32G031J6	STM32G031J4	STM32G031G8	STM32G031G6
STM32G031G4	STM32G031F8	STM32G031F6	STM32G031F4	STM32G031C8
STM32G031C6	STM32G031C4	STM32G030K8	STM32G030K6	STM32G030J6
STM32G030F6	STM32G030C8	STM32G030C6	STM32F779NI	STM32F779II
STM32F779BI	STM32F779AI	STM32F777ZI	STM32F777VI	STM32F777NI
STM32F777II	STM32F777BI	STM32F769NI	STM32F769NG	STM32F769II
STM32F769IG	STM32F769BI	STM32F769BG	STM32F769AI	STM32F767ZI
STM32F767ZG	STM32F767VI	STM32F767VG	STM32F767NI	STM32F767NG
STM32F767II	STM32F767IG	STM32F767BI	STM32F767BG	STM32F765ZI
STM32F765ZG	STM32F765VI	STM32F765VG	STM32F765NI	STM32F765NG
STM32F765II	STM32F765IG	STM32F765BI	STM32F765BG	STM32F756ZG
STM32F756VG	STM32F756NG	STM32F756IG	STM32F756BG	STM32F746ZG
STM32F746ZE	STM32F746VG	STM32F746VE	STM32F746NG	STM32F746NE
STM32F746IG	STM32F746IE	STM32F746BG	STM32F746BE	STM32F745ZG
STM32F745ZE	STM32F745VG	STM32F745VE	STM32F745IG	STM32F745IE
STM32F733ZE	STM32F733VE	STM32F733IE	STM32F732ZE	STM32F732VE
STM32F732RE	STM32F732IE	STM32F723ZE	STM32F723ZC	STM32F723VE
STM32F723IE	STM32F723IC	STM32F722ZE	STM32F722ZC	STM32F722VE
STM32F722VC	STM32F722RE	STM32F722RC	STM32F722IE	STM32F722IC
STM32F479ZI	STM32F479ZG	STM32F479VI	STM32F479VG	STM32F479NI
STM32F479NG	STM32F479II	STM32F479IG	STM32F479BI	STM32F479BG
STM32F479AI	STM32F479AG	STM32F469ZI	STM32F469ZG	STM32F469ZE
STM32F469VI	STM32F469VG	STM32F469VE	STM32F469NI	STM32F469NG
STM32F469NE	STM32F469II	STM32F469IG	STM32F469IE	STM32F469BI
STM32F469BG	STM32F469BE	STM32F469AI	STM32F469AG	STM32F469AE
STM32F446ZE	STM32F446ZC	STM32F446VE	STM32F446VC	STM32F446RE
STM32F446RC	STM32F446ME	STM32F446MC	STM32F439ZI	STM32F439ZG
STM32F439VI	STM32F439VG	STM32F439NI	STM32F439NG	STM32F439II
STM32F439IG	STM32F439BI	STM32F439BG	STM32F439AI	STM32F437ZI
STM32F437ZG	STM32F437VI	STM32F437VG	STM32F437II	STM32F437IG
STM32F437AI	STM32F429ZI	STM32F429ZG	STM32F429ZE	STM32F429VI
STM32F429VG	STM32F429VE	STM32F429NI	STM32F429NG	STM32F429NE
STM32F429II	STM32F429IG	STM32F429IE	STM32F429BI	STM32F429BG
STM32F429BE	STM32F429AI	STM32F429AG	STM32F427ZI	STM32F427ZG
STM32F427VI	STM32F427VG	STM32F427II	STM32F427IG	STM32F427AI
STM32F427AG	STM32F423ZH	STM32F423VH	STM32F423RH	STM32F423MH
STM32F423CH	STM32F417ZG	STM32F417ZE	STM32F417VG	STM32F417VE
STM32F417IG	STM32F417IE	STM32F415ZG	STM32F415VG	STM32F415RG
STM32F415OG	STM32F413ZH	STM32F413ZG	STM32F413VH	STM32F413VG
STM32F413RH	STM32F413RG	STM32F413MH	STM32F413MG	STM32F413CH
STM32F413CG	STM32F412ZG	STM32F412ZE	STM32F412VG	STM32F412VE
STM32F412RG	STM32F412RE	STM32F412CG	STM32F412CE	STM32F411VE
STM32F411VC	STM32F411RE	STM32F411RC	STM32F411CE	STM32F411CC
STM32F410TB	STM32F410T8	STM32F410RB	STM32F410R8	STM32F410CB
STM32F410C8	STM32F407ZG	STM32F407ZE	STM32F407VG	STM32F407VE
STM32F407IG	STM32F407IE	STM32F405ZG	STM32F405VG	STM32F405RG
STM32F405OG	STM32F405OE	STM32F401VE	STM32F401VD	STM32F401VC
STM32F401VB	STM32F401RE	STM32F401RD	STM32F401RC	STM32F401RB
STM32F401CE	STM32F401CD	STM32F401CC	STM32F401CB	STM32F398VE
STM32F378VC	STM32F378RC	STM32F378CC	STM32F373VC	STM32F373VB
STM32F373V8	STM32F373RC	STM32F373RB	STM32F373R8	STM32F373CC
STM32F373CB	STM32F373C8	STM32F358VC	STM32F358RC	STM32F358CC
STM32F334R8	STM32F334R6	STM32F334K8	STM32F334K6	STM32F334K4
STM32F334C8	STM32F334C6	STM32F334C4	STM32F328C8	STM32F318K8
STM32F318C8	STM32F303ZE	STM32F303ZD	STM32F303VE	STM32F303VD
STM32F303VC	STM32F303VB	STM32F303RE	STM32F303RD	STM32F303RC
STM32F303RB	STM32F303R8	STM32F303R6	STM32F303K8	STM32F303K6
STM32F303CC	STM32F303CB	STM32F303C8	STM32F303C6	STM32F302ZE
STM32F302ZD	STM32F302VE	STM32F302VD	STM32F302VC	STM32F302VB
STM32F302RE	STM32F302RD	STM32F302RC	STM32F302RB	STM32F302R8
STM32F302R6	STM32F302K8	STM32F302K6	STM32F302CC	STM32F302CB
STM32F302C8	STM32F302C6	STM32F301R8	STM32F301R6	STM32F301K8
STM32F301K6	STM32F301C8	STM32F301C6	STM32F217ZG	STM32F217ZE
STM32F217VG	STM32F217VE	STM32F217IG	STM32F217IE	STM32F215ZG
STM32F215ZE	STM32F215VG	STM32F215VE	STM32F215RG	STM32F215RE
STM32F207ZG	STM32F207ZF	STM32F207ZE	STM32F207ZC	STM32F207VG
STM32F207VF	STM32F207VE	STM32F207VC	STM32F207IG	STM32F207IF
STM32F207IE	STM32F207IC	STM32F205ZG	STM32F205ZF	STM32F205ZE
STM32F205ZC	STM32F205VG	STM32F205VF	STM32F205VE	STM32F205VC
STM32F205VB	STM32F205RG	STM32F205RF	STM32F205RE	STM32F205RC
STM32F205RB	STM32F107VC	STM32F107VB	STM32F107RC	STM32F107RB
STM32F105VC	STM32F105VB	STM32F105V8	STM32F105RC	STM32F105RB
STM32F105R8	STM32F103ZG	STM32F103ZF	STM32F103ZE	STM32F103ZD
STM32F103ZC	STM32F103VG	STM32F103VF	STM32F103VE	STM32F103VD
STM32F103VC	STM32F103VB	STM32F103V8	STM32F103TB	STM32F103T8
STM32F103T6	STM32F103T4	STM32F103RG	STM32F103RF	STM32F103RE
STM32F103RD	STM32F103RC	STM32F103RB	STM32F103R8	STM32F103R6
STM32F103R4	STM32F103CB	STM32F103C8	STM32F103C6	STM32F103C4
STM32F102RB	STM32F102R8	STM32F102R6	STM32F102R4	STM32F102CB
STM32F102C8	STM32F102C6	STM32F102C4	STM32F101ZG	STM32F101ZF
STM32F101ZE	STM32F101ZD	STM32F101ZC	STM32F101VG	STM32F101VF
STM32F101VE	STM32F101VD	STM32F101VC	STM32F101VB	STM32F101V8
STM32F101TB	STM32F101T8	STM32F101T6	STM32F101T4	STM32F101RG
STM32F101RF	STM32F101RE	STM32F101RD	STM32F101RC	STM32F101RB
STM32F101R8	STM32F101R6	STM32F101R4	STM32F101CB	STM32F101C8
STM32F101C6	STM32F101C4	STM32F100ZE	STM32F100ZD	STM32F100ZC
STM32F100VE	STM32F100VD	STM32F100VC	STM32F100VB	STM32F100V8
STM32F100RE	STM32F100RD	STM32F100RC	STM32F100RB	STM32F100R8
STM32F100R6	STM32F100R4	STM32F100CB	STM32F100C8	STM32F100C6
STM32F100C4	STM32F098VC	STM32F098RC	STM32F098CC	STM32F091VC
STM32F091VB	STM32F091RC	STM32F091RB	STM32F091CC	STM32F091CB
STM32F078VB	STM32F078RB	STM32F078CB	STM32F072VB	STM32F072V8
STM32F072RB	STM32F072R8	STM32F072CB	STM32F072C8	STM32F071VB
STM32F071V8	STM32F071RB	STM32F071CB	STM32F071C8	STM32F070RB
STM32F070F6	STM32F070CB	STM32F070C6	STM32F058T8	STM32F058R8
STM32F058C8	STM32F051T8	STM32F051R8	STM32F051R6	STM32F051R4
STM32F051K8	STM32F051K6	STM32F051K4	STM32F051C8	STM32F051C6
STM32F051C4	STM32F048T6	STM32F048G6	STM32F048C6	STM32F042T6
STM32F042K6	STM32F042K4	STM32F042G6	STM32F042G4	STM32F042F6
STM32F042F4	STM32F042C6	STM32F042C4	STM32F038K6	STM32F038G6
STM32F038F6	STM32F038E6	STM32F038C6	STM32F031K6	STM32F031K4
STM32F031G6	STM32F031G4	STM32F031F6	STM32F031F4	STM32F031E6
STM32F031C6	STM32F031C4	STM32F030RC	STM32F030R8	STM32F030K6

| STM32F030F4 | STM32F030CC | STM32F030C8 | STM32F030C6 |

• LVGL added to mikroSDK
  • A little something about LVGL:
    • Light and Versatile Graphics Library, is an open-source embedded graphics library designed to create high-quality, graphical user interfaces for various embedded systems and microcontrollers. It is actively maintained by a global community of developers and has gained popularity for its versatility and performance
  • Structure added to thirdparty directory in mikroSDK root
  • Intermediate applicative layer added for hardware related settings and configuration
    • Layer located in:
      • ./components/tft7/common
      • ./components/tft8/common
    • The layer contains routines for HW specific initialization and handling needed by LVGL
  • Project templates updated for NECTO studio as well
• Added RTC (Real Time Clock) library support
  • Following APIs now supported
    • rtc_init
    • rtc_start
    • rtc_stop
    • rtc_reset
    • rtc_set_time
    • rtc_get_time
    • software_reset
• Added LCD (Liquid-crystal display) library support
  • Following APIs now supported
    • lcd_configure_default
    • lcd_configure
    • lcd_init
    • lcd_write
    • lcd_write_text
    • lcd_shift_right
    • lcd_shift_left
    • lcd_set_row
    • lcd_turn_on
    • lcd_turn_off
    • lcd_clear
    • lcd_cursor_move_home
    • lcd_cursor_move_left
    • lcd_cursor_move_right
    • lcd_cursor_off
    • lcd_cursor_on
    • lcd_backlight_off
    • lcd_backlight_on
• Added following test examples
  • lcd
• SSD1963 now exports command header file to setup as well
  • File exported: ssd1963_cmd.h

2.10.0 Improvements

• GPIO DRV/HAL/HAL_LL implementations can now be flattened
  • Effectively, this means that GPIO related code execution is around 3 times faster
  • Note that flatten shall be set to level NONE by default, unless changed by NECTO setup
    • User can also change this manually in ./targets/CMakeLists.txt
  • Code flatten levels:
    • HIGH (Flattens all levels)
    • MID (Flattens HAL and HAL_LL code)
    • LOW (Flattens only HAL_LL code)
    • NONE (No flatten done - Default setting for backwards compatible code)
• SPI hal level implementation updated
  • Speed value checking has been added to function hal_spi_master_set_speed, returning error if zero
• TinyUSB and CycloneTCP moved from API layer to Third-party
  • All future non-mikroe developed libraries shall be added here
• GPIO module for TIVA MCUs updated
  • GPIO_PCTL register bits are now cleared when pin is initialized

2.10.0 Fixes

• Fixed STM32 PWM low level implementation 2
  • _hal_ll_tim_get_clock_speed function call in _hal_ll_tim_hw_init function was getting base address instead of module index
• Fixed all low level PWM implementations for PIC MCUs
  • _hal_ll_tim_set_module_state function calls in hal_ll_tim_close function were getting module index instead of map structure pointer
• Fixed enabling clock for ADC1 module for MK22 MCUs
  • Previous implementation caused general exception
• MikroC.Core library is now linked for both MikroC and GCC compilers in MikroSDK project
  • Previously only linked for GCC resulting in MikroC.Core header files not being included adequately
  • Headers such as delays.h, interrupts.h, etc. can now be included
• SPI NXP implementation now sets delay prescalers and scalers based on current clock
  • Values set:
    • PCS to SCK Delay Scaler
    • After SCK Delay Scaler
    • Delay After Transfer Scaler
  • Fix was manifested by frequently changing data before sending it while using SPI modes 1 and 3
• SPI implementation for TIVA MCUs can now apply baud rate values lower than 2MHz
  • Previously the lowest possible value could be set to 2MHz
• Fixed default ADC resolution for all PIC18FxxJ11 MCUs to be always 10 bit
  • Previously for PIC18F86J11 and PIC18F87J11 it was set to 12 bit
• Fixed GPIO initialization issue for TIVA MCUs
  • GPIO_PCTL register retained a non-zero value after a reset, causing misconfiguration of user-set alternate functions for certain pins
• Fixed mcu_card.h for MCU card for PIC32 and MCU card 10 for Kinetis
  • RIGHT_CN_PIN_043 and RIGHT_CN_PIN_044 were defined as NC but they have actual pins routed

2.10.0 NEW HARDWARE

• STM32F4 Discovery Shield
• Discovery kit with STM32F407VG MCU
• STM32F3 Discovery Shield
• Discovery kit with STM32F303VC MCU
• Clicker 4 for PIC18F
• Click shield for Arduino MEGA
• Arduino Mega 2560 Rev3
• Click Shield for Nucleo-144
• STM32 Nucleo-144 development board with STM32F722ZE MCU
• STM32 Nucleo-144 development board with STM32F413ZH MCU
• STM32 Nucleo-144 development board with STM32F446ZE MCU
• STM32 Nucleo-144 development board with STM32H743ZI MCU
• CURIOSITY NANO BASE FOR CLICK BOARDS™
• PIC18F47K42 CURIOSITY NANO EVALUATION KIT
• PIC18F57Q43 CURIOSITY NANO EVALUATION KIT
• PIC18F47Q10 CURIOSITY NANO

2.10.0 Collaborators

We would like to thank the following people for contributing:

• @huchonar
  • ./tiva/src/rtc/implementation_1/hal_ll_rtc.c
  • ./tiva/src/rtc/implementation_2/hal_ll_rtc.c
  • ./stm32/src/rtc/implementation_7/hal_ll_rtc.c
• @juickar‌
  • ./pic32/src/rtc/implementation_1/hal_ll_rtc.c
  • ./stm32/src/rtc/implementation_1/hal_ll_rtc.c
  • ./stm32/src/rtc/implementation_2/hal_ll_rtc.c
  • ./stm32/src/rtc/implementation_3/hal_ll_rtc.c
  • ./stm32/src/rtc/implementation_4/hal_ll_rtc.c
  • ./stm32/src/rtc/implementation_5/hal_ll_rtc.c
• @viziergr
  • ./gigadevice/src/rtc/implementation_1/hal_ll_rtc.c
  • ./stm32/src/rtc/implementation_6/hal_ll_rtc.c
• @aymericbiard
  • ./nxp/src/rtc/implementation_1/hal_ll_rtc.c
  • ./stm32/src/rtc/implementation_8/hal_ll_rtc.c

---

BACK TO TOP OF 2.10.0

---

BACK TO TOP

---

v2.9.0

• released: 2023-10-05

2.9.0 Changes

1. New Features
2. Improvements
3. Fixes
4. NEW HARDWARE

2.9.0 New Features

• Added support for USB by implementing an already tested and community driven project - tinyUSB
  • Lightweight and efficient, designed to be small in size and highly efficient in terms of memory and CPU usage
  • All GCC MCUs are supported
    • STM32
    • NXP
    • TIVA
    • GD32
  • Following classes added
    • audio
    • bth
    • cdc
    • dfu
    • hid
    • midi
    • msc
    • net
    • usbtmc
    • vendor
    • video
• Added support for ETHERNET by implementing an open-source TCP/IP protocol stack library designed for embedded systems and IoT - CycloneTCP
  • Lightweight and resource-efficient in terms of memory and CPU usage
  • All GCC MCUs are supported
    • STM32
    • NXP
    • TIVA
    • GD32
  • Following modules added
    • coap
    • dhcp
    • dhcpv6
    • dns
    • dns_sd
    • echo
    • ftp
    • http
    • icecast
    • igmp
    • ipv4
    • ipv6
    • lldp
    • llmnr
    • mdns
    • mibs
    • modbus
    • mqtt
    • mqtt_sn
    • netbios
    • ppp
    • smtp
    • snmp
    • sntp
    • syslog
    • tftp
    • web_socket
• Interrupt control added for all architectures and MCUs
• Added HW initialization sequences for MikroE hardware
  • Sequences added for USB and ETHERNET
  • Files added as inline interface libraries in ./middleware/hw
    • 8 files in total for ETHERNET
    • 16 files in total for USB
• Added following test examples
  • USB
    • cdc_msc
    • hid_generic_inout
    • midi
  • ETHERNET
    • http_client
    • ftp_client

2.9.0 Improvements

• SPI low level implementation updated for all architectures
  • Low level write and read APIs transfer counter changed from uint16_t to size_t
    • Results in bigger buffers available for single data transfer

2.9.0 Fixes

• Fixed pins for USB_UART defined in dip_socket.h for packages DIP20 and DIP28 for EasyPIC v8 board
  • USB_UART_TX changed from PC4 to PC6
  • USB_UART_RX changed from PC5 to PC7
• Fixed inadequate structure access in following libraries
  • tft7
  • ili9341
  • tp_mikroe

2.9.0 NEW HARDWARE

• SiBRAIN for ATmega2560
• SiBRAIN for ATmega1280
• Clicker 4 for STM32F4

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BACK TO TOP OF 2.9.0

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BACK TO TOP

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v2.8.0

• released: 2023-07-20

2.8.0 Changes

1. dsPIC low level hal support
2. GCC ARM support
3. New Features
4. Improvements
5. Fixes
6. NEW HARDWARE

<font color=red>>dsPIC</font>

dsPIC MCUs supported!

MCU	MCU	MCU	MCU	MCU
dsPIC30F3012	dsPIC30F3012E	dsPIC30F3013	dsPIC30F3013E	dsPIC30F3014
dsPIC30F3014E	dsPIC30F4011	dsPIC30F4011E	dsPIC30F4012	dsPIC30F4012E
dsPIC30F4013	dsPIC30F4013E	dsPIC30F5011	dsPIC30F5011E	dsPIC30F5013
dsPIC30F5013E	dsPIC30F5015	dsPIC30F5015E	dsPIC30F6010	dsPIC30F6010A
dsPIC30F6011	dsPIC30F6011A	dsPIC30F6012	dsPIC30F6012A	dsPIC30F6013
dsPIC30F6013A	dsPIC30F6014	dsPIC30F6014A	dsPIC30F6015	dsPIC33EP128GM304
dsPIC33EP128GM306	dsPIC33EP128GM310	dsPIC33EP128GM604	dsPIC33EP128GM706	dsPIC33EP128GM710
dsPIC33EP128GP502	dsPIC33EP128GP504	dsPIC33EP128GP506	dsPIC33EP128MC202	dsPIC33EP128MC204
dsPIC33EP128MC206	dsPIC33EP128MC502	dsPIC33EP128MC504	dsPIC33EP128MC506	dsPIC33EP256GM304
dsPIC33EP256GM306	dsPIC33EP256GM310	dsPIC33EP256GM604	dsPIC33EP256GM706	dsPIC33EP256GM710
dsPIC33EP256GP502	dsPIC33EP256GP504	dsPIC33EP256GP506	dsPIC33EP256MC202	dsPIC33EP256MC204
dsPIC33EP256MC206	dsPIC33EP256MC502	dsPIC33EP256MC504	dsPIC33EP256MC506	dsPIC33EP256MU806
dsPIC33EP256MU810	dsPIC33EP256MU814	dsPIC33EP32GP502	dsPIC33EP32GP503	dsPIC33EP32GP504
dsPIC33EP32MC202	dsPIC33EP32MC203	dsPIC33EP32MC204	dsPIC33EP32MC502	dsPIC33EP32MC503
dsPIC33EP32MC504	dsPIC33EP512GM304	dsPIC33EP512GM306	dsPIC33EP512GM310	dsPIC33EP512GM604
dsPIC33EP512GM706	dsPIC33EP512GM710	dsPIC33EP512GP502	dsPIC33EP512GP504	dsPIC33EP512GP506
dsPIC33EP512GP806	dsPIC33EP512MC202	dsPIC33EP512MC204	dsPIC33EP512MC206	dsPIC33EP512MC502
dsPIC33EP512MC504	dsPIC33EP512MC506	dsPIC33EP512MC806	dsPIC33EP512MU810	dsPIC33EP512MU814
dsPIC33EP64GP502	dsPIC33EP64GP503	dsPIC33EP64GP504	dsPIC33EP64GP506	dsPIC33EP64MC202
dsPIC33EP64MC203	dsPIC33EP64MC204	dsPIC33EP64MC206	dsPIC33EP64MC502	dsPIC33EP64MC503
dsPIC33EP64MC504	dsPIC33EP64MC506	dsPIC33FJ128GP202	dsPIC33FJ128GP204	dsPIC33FJ128GP206
dsPIC33FJ128GP206A	dsPIC33FJ128GP306	dsPIC33FJ128GP306A	dsPIC33FJ128GP310	dsPIC33FJ128GP310A
dsPIC33FJ128GP706	dsPIC33FJ128GP706A	dsPIC33FJ128GP708	dsPIC33FJ128GP708A	dsPIC33FJ128GP710
dsPIC33FJ128GP710A	dsPIC33FJ128GP802	dsPIC33FJ128GP804	dsPIC33FJ128MC202	dsPIC33FJ128MC204
dsPIC33FJ128MC506A	dsPIC33FJ128MC510A	dsPIC33FJ128MC706A	dsPIC33FJ128MC708A	dsPIC33FJ128MC710A
dsPIC33FJ128MC802	dsPIC33FJ128MC804	dsPIC33FJ16GP304	dsPIC33FJ16MC304	dsPIC33FJ256GP506
dsPIC33FJ256GP506A	dsPIC33FJ256GP510	dsPIC33FJ256GP510A	dsPIC33FJ256GP710	dsPIC33FJ256GP710A
dsPIC33FJ256MC510A	dsPIC33FJ256MC710A	dsPIC33FJ32GP101	dsPIC33FJ32GP102	dsPIC33FJ32GP104
dsPIC33FJ32GP202	dsPIC33FJ32GP204	dsPIC33FJ32GP302	dsPIC33FJ32GP304	dsPIC33FJ32MC202
dsPIC33FJ32MC204	dsPIC33FJ32MC302	dsPIC33FJ32MC304	dsPIC33FJ64GP202	dsPIC33FJ64GP204
dsPIC33FJ64GP206	dsPIC33FJ64GP206A	dsPIC33FJ64GP306	dsPIC33FJ64GP306A	dsPIC33FJ64GP310
dsPIC33FJ64GP310A	dsPIC33FJ64GP706	dsPIC33FJ64GP706A	dsPIC33FJ64GP708	dsPIC33FJ64GP708A
dsPIC33FJ64GP710	dsPIC33FJ64GP710A	dsPIC33FJ64GP802	dsPIC33FJ64GP804	dsPIC33FJ64MC202
dsPIC33FJ64MC204	dsPIC33FJ64MC506A	dsPIC33FJ64MC508A	dsPIC33FJ64MC510A	dsPIC33FJ64MC706A
dsPIC33FJ64MC710A	dsPIC33FJ64MC802	dsPIC33FJ64MC804	PIC24EP128GP202	PIC24EP128GP204
PIC24EP128GP206	PIC24EP128MC202	PIC24EP128MC204	PIC24EP128MC206	PIC24EP256GP202
PIC24EP256GP204	PIC24EP256GP206	PIC24EP256GU810	PIC24EP256GU814	PIC24EP256MC202
PIC24EP256MC204	PIC24EP256MC206	PIC24EP32GP202	PIC24EP32GP203	PIC24EP32GP204
PIC24EP32MC202	PIC24EP32MC203	PIC24EP32MC204	PIC24EP512GP202	PIC24EP512GP204
PIC24EP512GP206	PIC24EP512GP806	PIC24EP512GU810	PIC24EP512GU814	PIC24EP512MC202
PIC24EP512MC204	PIC24EP512MC206	PIC24EP64GP202	PIC24EP64GP203	PIC24EP64GP204
PIC24EP64GP206	PIC24EP64MC202	PIC24EP64MC203	PIC24EP64MC204	PIC24EP64MC206
PIC24F16KA102	PIC24F16KA301	PIC24F16KA302	PIC24F16KA304	PIC24F32KA301
PIC24F32KA302	PIC24F32KA304	PIC24FJ1024GA606	PIC24FJ1024GA610	PIC24FJ1024GB606
PIC24FJ1024GB610	PIC24FJ128DA106	PIC24FJ128DA110	PIC24FJ128DA206	PIC24FJ128DA210
PIC24FJ128GA006	PIC24FJ128GA008	PIC24FJ128GA010	PIC24FJ128GA106	PIC24FJ128GA108
PIC24FJ128GA110	PIC24FJ128GA202	PIC24FJ128GA204	PIC24FJ128GA306	PIC24FJ128GA308
PIC24FJ128GA310	PIC24FJ128GA406	PIC24FJ128GA410	PIC24FJ128GA412	PIC24FJ128GA606
PIC24FJ128GA610	PIC24FJ128GA702	PIC24FJ128GA704	PIC24FJ128GA705	PIC24FJ128GB106
PIC24FJ128GB108	PIC24FJ128GB110	PIC24FJ128GB202	PIC24FJ128GB204	PIC24FJ128GB206
PIC24FJ128GB210	PIC24FJ128GB406	PIC24FJ128GB410	PIC24FJ128GB412	PIC24FJ128GB606
PIC24FJ128GB610	PIC24FJ16GA002	PIC24FJ16GA004	PIC24FJ192GA106	PIC24FJ192GA108
PIC24FJ192GA110	PIC24FJ192GB106	PIC24FJ192GB108	PIC24FJ192GB110	PIC24FJ256DA106
PIC24FJ256DA110	PIC24FJ256DA206	PIC24FJ256DA210	PIC24FJ256GA106	PIC24FJ256GA108
PIC24FJ256GA110	PIC24FJ256GA406	PIC24FJ256GA410	PIC24FJ256GA412	PIC24FJ256GA606
PIC24FJ256GA610	PIC24FJ256GA702	PIC24FJ256GA704	PIC24FJ256GA705	PIC24FJ256GB106
PIC24FJ256GB108	PIC24FJ256GB110	PIC24FJ256GB206	PIC24FJ256GB210	PIC24FJ256GB406
PIC24FJ256GB410	PIC24FJ256GB412	PIC24FJ256GB606	PIC24FJ256GB610	PIC24FJ32GA002
PIC24FJ32GA004	PIC24FJ32GA102	PIC24FJ32GA104	PIC24FJ32GB002	PIC24FJ32GB004
PIC24FJ48GA002	PIC24FJ48GA004	PIC24FJ512GA606	PIC24FJ512GA610	PIC24FJ512GB606
PIC24FJ512GB610	PIC24FJ64GA002	PIC24FJ64GA004	PIC24FJ64GA006	PIC24FJ64GA008
PIC24FJ64GA010	PIC24FJ64GA102	PIC24FJ64GA104	PIC24FJ64GA106	PIC24FJ64GA108
PIC24FJ64GA110	PIC24FJ64GA202	PIC24FJ64GA204	PIC24FJ64GA306	PIC24FJ64GA308
PIC24FJ64GA310	PIC24FJ64GA406	PIC24FJ64GA410	PIC24FJ64GA412	PIC24FJ64GA702
PIC24FJ64GA704	PIC24FJ64GA705	PIC24FJ64GB002	PIC24FJ64GB004	PIC24FJ64GB106
PIC24FJ64GB108	PIC24FJ64GB110	PIC24FJ64GB202	PIC24FJ64GB204	PIC24FJ64GB406
PIC24FJ64GB410	PIC24FJ64GB412	PIC24FJ96GA006	PIC24FJ96GA008	PIC24FJ96GA010
PIC24FV16KA301	PIC24FV16KA302	PIC24FV16KA304	PIC24FV32KA301	PIC24FV32KA302
PIC24FV32KA304	PIC24HJ128GP202	PIC24HJ128GP204	PIC24HJ128GP206	PIC24HJ128GP206A
PIC24HJ128GP210	PIC24HJ128GP210A	PIC24HJ128GP306	PIC24HJ128GP306A	PIC24HJ128GP310
PIC24HJ128GP310A	PIC24HJ128GP502	PIC24HJ128GP504	PIC24HJ128GP506	PIC24HJ128GP506A
PIC24HJ128GP510	PIC24HJ128GP510A	PIC24HJ16GP304	PIC24HJ256GP206	PIC24HJ256GP206A
PIC24HJ256GP210	PIC24HJ256GP210A	PIC24HJ256GP610	PIC24HJ256GP610A	PIC24HJ32GP202
PIC24HJ32GP204	PIC24HJ32GP302	PIC24HJ32GP304	PIC24HJ64GP202	PIC24HJ64GP204
PIC24HJ64GP206	PIC24HJ64GP206A	PIC24HJ64GP210	PIC24HJ64GP210A	PIC24HJ64GP502
PIC24HJ64GP504	PIC24HJ64GP506	PIC24HJ64GP506A	PIC24HJ64GP510	PIC24HJ64GP510A

Supported modules:

• ADC (Full module support)
• SPI (Full module support)
• UART (Full module support)
• I2C (Full module support)
• PWM (Full module support)
• GPIO (Full module support)
• OW (Full module support)

Files added:

• assembly.h
• CMakeLists.txt
• ./common/CMakeLists.txt
• ./core/CMakeLists.txt
• ./dspic/CMakeLists.txt
• ./dspic/src/adc/CMakeLists.txt
• ./dspic/src/gpio/CMakeLists.txt
• ./dspic/src/hal_ll/CMakeLists.txt
• ./dspic/src/i2c/CMakeLists.txt
• ./dspic/src/one_wire/CMakeLists.txt
• ./dspic/src/pps/CMakeLists.txt
• ./dspic/src/spi_master/CMakeLists.txt
• ./dspic/src/tim/CMakeLists.txt
• ./dspic/src/uart/CMakeLists.txt
• common_macros.h
• hal_ll_adc.c
• hal_ll_adc.h
• hal_ll_analog_in_map.h
• hal_ll_bit_control.h
• hal_ll_core.c
• hal_ll_core.h
• hal_ll_core_defines.h
• hal_ll_core_port.h
• hal_ll_gpio.c
• hal_ll_gpio.h
• hal_ll_gpio_constants.h
• hal_ll_gpio_port.c
• hal_ll_gpio_port.h
• hal_ll_i2c_master.c
• hal_ll_i2c_master.h
• hal_ll_i2c_pin_map.h
• hal_ll_odcon_map.h
• hal_ll_one_wire.c
• hal_ll_one_wire.h
• hal_ll_pin_names.h
• hal_ll_pps.c
• hal_ll_pps.h
• ./HAL_LL_PPS_DEFAULT/hal_ll_pps_connection_defs.h
• ./mcu_name/hal_ll_pps_connection_defs.h - https://github.com/MikroElektronika/mikrosdk_v2/blob/master/targets/pic_16bit/mikroe/dspic/include/pps/hal_ll_pps_connection_defs/mcu_name/hal_ll_pps_connection_defs.h
  • Added for MCUs with PPS modules only where mcu_name is actual chip full name, i.e. dsPIC33EP512MU814 etc.
• hal_ll_pps_defines.h
• hal_ll_pps_port.c
• hal_ll_pps_port.h
• hal_ll_pps_struct_def.h
• hal_ll_slrcon_map.h
• hal_ll_spi_master.c
• hal_ll_spi_master.h
• hal_ll_spi_master_pin_map.h
• hal_ll_target.h
• hal_ll_target_names.h
• hal_ll_tim.c
• hal_ll_tim.h
• hal_ll_tim_pin_map.h
• hal_ll_uart.c
• hal_ll_uart.h
• hal_ll_uart_pin_map.h
• ./mcu_name/mcu_definitions.h - https://github.com/MikroElektronika/mikrosdk_v2/blob/master/targets/pic_16bit/mikroe/common/include/mcu_definitions/mcu_name/mcu_definitions.h
  • Added for all MCUs in mikroSDK where mcu_name is actual chip full name, i.e. dsPIC30F4013 etc.

<font color=red>>GCC ARM</font>

• As of mikroSDK version 2.8.0, GCC ARM v10.2 is officially supported.
• All **1394** ARM MCUs can now be used with the GCC toolchain along with full mikroSDK functionality.
• Linker scripts and startup files are included upon selecting adequate setup for your project so it can be easily edited on the fly.

2.8.0 New Features

• Plot logger added
  • User is now able to log data to NECTO chart GUI
• File System structure added to mikroSDK
  • Module imported from http://elm-chan.org/fsw/ff/doc/appnote.html
  • Files added:
    • 00history.txt
    • 00readme.txt
    • CMakeLists.txt
    • dir.c
    • dir.h
    • diskio.h
    • fatfs.c
    • fatfs.h
    • ff.c
    • ff.h
    • ff_types.h
    • ffconf.h
    • ffsystem.c
    • ffunicode.c
    • file.c
    • file.h
    • file_system.c
    • file_system.h
    • fs_common.h
  • Added physical drive with sd spi implementation:
    • CMakeLists.txt
    • pd_common.h
    • physical_drive.c
    • physical_drive.h
    • sd_common.h
    • sdspi_physical_drive.c
    • sdspi_physical_drive.h

2.8.0 Improvements

• Plot included implicitly with the LOG library
  • Can be included as a standalone library as well
• All DRIVER and HAL close APIs now return an error code
• Following APIs now return error code:
  • digital_out_high
  • digital_out_low
  • digital_out_toggle
  • digital_out_write
  • port_init
  • port_write
  • port_read
• Added port_read_input and port_read_output APIs
  • Previous port_read is defined as port_read_output for backwards compatibility
• SPI write APIs now have a generic pointer typecast for 8-bit archicecture compatibility
  • ROM and RAM pointers are not the same on 8-bit architectures
• All DRIVER and HAL APIs have added checks for passed data validity
• ./tests/pwm/main.c
  • PWM test improved with multiple new cases
• ./tests/CMakeLists.txt
  • gl tests are now included only if setup has a display

2.8.0 Fixes

• Fixed PIC32MZ adc low level implementation
  • Setting internal VREF after previously setting external didn't work as bits in appropriate register werent cleared properly
• Fixed all low level implementations for ARM MCUs to accommodate the release of GCC ARM toolchain
• Fixed uart_configure_default API
  • stop_bits previosuly set incorrectly
• ring_buf8_init previously used sizeof( ring_buf8_t ) as last parameter which would delete all data starting from buf address all the way to the sizeof( ring_buf8_t ) which could produce problems if buf was shorter than sizeof( ring_buf8_t )
  • Fixed to clear data starting from buf all the way up to the capacity of buf
• ./targets/arm/mikroe/nxp/src/tim/implementation_1/hal_ll_tim.c
  • Fixed issue with double frequency setting
    • Frequency is now set adequately
  • Fixed issue with inability to start the signal again after stopping it
• ./targets/arm/mikroe/nxp/src/uart/implementation_2/hal_ll_uart.c
  • Fixed adequate error setting when calculated baud difference is 1% or higher
• ./targets/arm/mikroe/nxp/src/uart/CMakeLists.txt
  • Adequate UART subimplemntation for MK8x MCUs is now propagated
• ./targets/arm/mikroe/stm32/src/gpio/implementation_2/hal_ll_gpio_port.c
  • GPIO pins used for SWJTAG (debug mode) are now set in release build only, when debug is active these pins are not changed
    • This ensured uninterrupted debugging
• All modules
  • Clock is now being set everytime before disabling the module and then being disabled again
    • This ensures proper module function without exceptions
• ./targets/arm/mikroe/tiva/src/uart/implementation_1/hal_ll_uart.c
  • Data frame is now being checked for errors, i.e. parity errors, data bit error etc.
    • If error is present, read API shall return 0 as actual data
  • Uart module is now disabled completely before changing any register state
• ./targets/avr_8bit/mikroe/avr/src/tim/implementation_1/hal_ll_tim.c
  • Fixed issue with inability to start the signal again after stopping it
• ./targets/avr_8bit/mikroe/avr/src/tim/implementation_2/hal_ll_tim.c
  • Fixed issue with inability to start the signal again after stopping it
• ./targets/avr_8bit/mikroe/avr/src/tim/implementation_3/hal_ll_tim.c
  • Fixed issue with inability to start the signal again after stopping it
• ./targets/avr_8bit/mikroe/avr/src/uart/implementation_1/hal_ll_uart.c
  • Fixed adequate error setting when calculated baud difference is 1% or higher
• ./targets/avr_8bit/mikroe/avr/src/uart/implementation_2/hal_ll_uart.c
  • Fixed adequate error setting when calculated baud difference is 1% or higher
• ./targets/avr_8bit/mikroe/avr/src/i2c/implementation_1/hal_ll_i2c_master.c
  • Fixed function for calculating I2C baud rate
• ./targets/avr_8bit/mikroe/avr/src/adc/implementation_1/hal_ll_adc.c
  • Fixed ADC channel selection for channels 8 to 15
• ./targets/pic_8bit/mikroe/pic18/src/gpio/implementation_1/subimplementation_1/hal_ll_gpio_port.c
  • hal_ll_gpio_port_index API now returns adequate value
• ./targets/riscv/mikroe/gigadevice/src/tim/implementation_1/hal_ll_tim.c
  • Timer module can now be started again after stopping the signal

2.8.0 NEW HARDWARE

Support added for following hardware:

• Easy24-33 v6
• EasyPIC v8 for dsPIC30
• EasyPIC v8 for PIC24/dsPIC33
• EasyPIC v7 for dsPIC30
• Clicker 2 for PIC24
• Clicker 2 for dsPIC33
• mikromedia for PIC24
• mikromedia for PIC24EP
• mikromedia for dsPIC33
• mikromedia for dsPIC33EP
• Sibrain for dsPIC33EP512MU814
• Sibrain for dsPIC33FJ256GP710A
• Sibrain for PIC24EP512GU814
• Sibrain for PIC24HJ256GP610
• EasyPIC Fusion v7 MCUcard with dsPIC33EP512MU810
• EasyPIC Fusion v7 MCUcard with dsPIC33FJ256GP710A
• EasyPIC Fusion v7 MCUcard with PIC24EP512GU810
• EasyPIC Fusion v7 MCUcard with PIC24FJ128GA310
• PIC24FJ256GA7 Curiosity Development Board
• Curiosity PIC32MZ EF
• Explorer 16/32 Development board
  • PIC24FJ64GB004 PLUG-IN-MODULE
  • PIC24FJ128GA310 PLUG-IN MODULE
  • PIC24F32KA304 PLUG-IN-MODULE
  • PIC24F16KA102 PLUG-IN-MODULE
  • PIC24EP512GU810 PLUG-IN-MODULE
  • DSPIC33EP512MU810 PLUG-IN-MODULE
  • PIC24FJ256GB210 PLUG-IN-MODULE
  • PIC24FJ64GB004 PLUG-IN-MODULE
  • PIC24FJ64GA004 PLUG-IN-MODULE
  • PIC24FJ256GB110 PLUG-IN-MODULE
  • DSPIC33EP256GP506 PLUG-IN-MODULE
  • PIC32MX250F128D PLUG-IN-MODULE
  • PIC32MX270F256D PLUG-IN-MODULE
  • PIC32MX360F512L PLUG-IN-MODULE
  • PIC32MX460F512L PLUG-IN-MODULE
  • PIC32MX795F512L PLUG-IN-MODULE
  • PIC32MX450/470 PLUG-IN-MODULE
  • PIC32MZ EF PIM

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BACK TO TOP OF 2.8.0

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BACK TO TOP

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v2.7.2

• released: 2023-03-08

2.7.2 Changes

1. New Features
2. Improvements
3. Fixes
4. NEW HARDWARE

2.7.2 New Features

• mikroSDK logger modified
  • Added implementation for standard output to terminal
• mikroSDK modified to include custom boards
  • Feature now allows users to add their own board definitions to mikroSDK seamlessly
  • Modified file
• Graphic library improved
  • Ellipse added to draw objects

2.7.2 Improvements

• ILI9341 setup build improved
  • Setup will now be buildable only for devices which have adequate pin connections

2.7.2 Fixes

• Fixed HAL layer array initialization for 8-bit architectures
  • Previously, MCUs with only one pin per module didn't function correctly
  • Fixed for following modules:
    • ADC
    • I2C
    • PWM
    • SPI
    • UART

2.7.2 NEW HARDWARE

Support added for following hardware:

• ATmega328P
  • Fully supported in mikroSDK
• Arduino Uno Rev3
  • Fully supported in mikroSDK
  • Added shield definitions for mikroBUS
    • Arduino UNO click shield
• UNI Clicker added to AVR mikroSDK

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BACK TO TOP OF 2.7.2

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BACK TO TOP

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v2.7.1

• released: 2022-12-28

2.7.1 Changes

1. New Features
2. Improvements
3. Fixes
4. NEW HARDWARE

2.7.1 New Features

• One Wire implementation for AVR
  • Full module support
• ILI9341 TFT implementation added
  • Added 8/16 bit implementation
• MIKROE Touch Panel implementation added
  • Using transistor logic
• API layer touch panel has reduced footprint if MIKROE Touch Panel implementation is used
• Added header generation based on actual library name
  • For example, in order to include MikroSDK.Driver.OneWire library header, simply type
    • #include "MikroSDK.Driver.OneWire"
  • Implemented for whole SDK project for easier file access

2.7.1 Improvements

• Uart write/read APIs changed to use actual byte sized data
• AVR low level UART IVT
  • Added option to switch between IVT and ORG mapping/access for interrupt service routines
• Timer/PWM code optimised for AVR MCUs
  • Improved code readability
  • Added check for NULL pointers
  • Surplus code moved to MCU specific definition files
• AVR ATmega UART implementation optimized for high-speed baud rate settings
  • High-speed mode used if regular speed mode error exceeds 2.5% as defined in documentation
• pin_af_t redefinition issues
  • Reorganized for all ARM and RISC-V MCUs
• CMake now sets defaults ADC resolution based on specific MCU, not only architecture
• Added stop bit generation for AVR software I2C implementation

2.7.1 Fixes

• Fixed reported GITHUB ISSUE
  • Instance handler now set correctly
• ./targets/avr_8bit/mikroe/avr/src/tim
  • Fixed register addresses
• ./targets/avr_8bit/mikroe/avr/include
  • Pin maps are no longer linked as weak
• Added additional ports and pins to AVR GPIO implementation
• AVR GPIO implementation now functions correctly for all GPIO ports
  • Previously, all ports after H ( I, J, K ... ) didn't work
• Removed 14 MCUs from mikroSDK due to insufficient memory issues
  • ATmega16
  • ATmega164A
  • ATmega164P
  • ATmega164PA
  • ATmega168
  • ATmega168A
  • ATmega168P
  • ATmega168PA
  • ATmega168PB
  • ATmega169A
  • ATmega169P
  • ATmega169PA
  • ATmega16A
  • ATmega16U4
• IVT redefined properly for ATXmega E5 MCU series
  • Resulted in addition of another USART module (USART2)
• Opening existing click tests from mikroSDK project for EasyAVR v8 and v7 resulted in error
• Opening mikroSDK as a project using a designer setup disables the option to switch to a regular type project
  • Now able to switch freely
• One-Wire implementation for ARM used to overwrite read data bits/bytes
  • Fix implemented for all ARM MCUs
• Unable to open specific CMakeLists.txt files from mikroSDK project

2.7.1 NEW HARDWARE

Support added for following hardware:

• mikromedia for PIC18FJ
• mikromedia for PIC18FK
• mikromedia for XMEGA
• mikromedia for STM32 M3
• mikromedia for STM32 M4
• mikromedia for TIVA C Series
• Mikromedia 3 for PIC32MZ Capacitive FPI with Frame
• Mikromedia 3 for PIC32MZ Capacitive FPI with Bezel
• Mikromedia 5 for PIC32MZ Capacitive FPI with Bezel
• EasyMX PRO v7a for STM32
• EasyPIC PRO v7 MCUcard with PIC18F8722
• EasyPIC PRO v7 MCUcard with PIC18F8520

‍All new hardware has adequate clock schemes set as well.

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v2.7.0

• released: 2022-12-01

2.7.0 Changes

1. AVR low level hal support
2. Improvements
3. Fixes
4. NEW HARDWARE
5. PLANET DEBUG
6. Collaborators

<font color=red>>AVR</font>

AVR MCUs supported!

MCU	MCU	MCU
AT90USB1286	AT90USB1287	AT90USB646
AT90USB647	ATmega128	ATmega1280
ATmega1281	ATmega1284	ATmega1284P
ATmega128A	ATmega16	ATmega164A
ATmega164P	ATmega164PA	ATmega168
ATmega168A	ATmega168P	ATmega168PA
ATmega168PB	ATmega16A	ATmega16U4
ATmega2560	ATmega2561	ATmega32
ATmega324A	ATmega324P	ATmega324PA
ATmega324PB	ATmega328	ATmega32A
ATmega32U4	ATmega64	ATmega640
ATmega644	ATmega644A	ATmega644P
ATmega644PA	ATmega64A	ATxmega128A1U
ATxmega128A3	ATxmega128A3U	ATxmega128A4U
ATxmega128B1	ATxmega128B3	ATxmega128D3
ATxmega128D4	ATxmega16A4	ATxmega16A4U
ATxmega16D4	ATxmega16E5	ATxmega192A3
ATxmega192A3U	ATxmega192D3	ATxmega256A3
ATxmega256A3B	ATxmega256A3BU	ATxmega256A3U
ATxmega256D3	ATxmega32A4	ATxmega32A4U
ATxmega32D3	ATxmega32D4	ATxmega32E5
ATxmega384D3	ATxmega64A1U	ATxmega64A3
ATxmega64A3U	ATxmega64A4U	ATxmega64B1
ATxmega64B3	ATxmega64D3	ATxmega64D4
ATmega328PB	ATmega169A	ATmega169P
ATmega169PA	ATmega325	ATmega3250
ATmega3250A	ATmega3250P	ATmega3250PA
ATmega325A	ATmega325P	ATmega325PA
ATmega329	ATmega3290	ATmega3290A
ATmega3290P	ATmega329A	ATmega329P
ATmega329PA	ATmega645	ATmega6450
ATmega6450A	ATmega6450P	ATmega645A
ATmega645P	ATmega649	ATmega6490
ATmega6490A	ATmega6490P	ATmega649A

| ATmega649P |

Supported modules:

• NEW Software I2C implemention for AVR MCUs
• ADC (Full module support)
• SPI (Full module support)
• UART (Full module support)
• I2C (Full module support)
• PWM (Full module support)
• GPIO (Full module support)

Files added:

• assembly.h
• CMakeLists.txt
• CMakeLists.txt
• CMakeLists.txt
• CMakeLists.txt
• CMakeLists.txt
• CMakeLists.txt
• CMakeLists.txt
• CMakeLists.txt
• CMakeLists.txt
• CMakeLists.txt
• CMakeLists.txt
• CMakeLists.txt
• CMakeLists.txt
• common_macros.h
• hal_ll_adc.c
• hal_ll_adc.c
• hal_ll_adc.h
• hal_ll_analog_in_map.h
• hal_ll_bit_control.h
• hal_ll_core.c
• hal_ll_core.h
• hal_ll_core_defines.h
• hal_ll_core_port.h
• hal_ll_gpio.c
• hal_ll_gpio.h
• hal_ll_gpio_constants.h
• hal_ll_gpio_port.c
• hal_ll_gpio_port.h
• hal_ll_i2c_master.c
• hal_ll_i2c_master.c
• hal_ll_i2c_master.c
• hal_ll_i2c_master.h
• hal_ll_i2c_pin_map.h
• hal_ll_one_wire.c
• hal_ll_one_wire.h
• hal_ll_pin_names.h
• hal_ll_spi_master.c
• hal_ll_spi_master.c
• hal_ll_spi_master.h
• hal_ll_spi_master_pin_map.h
• hal_ll_target.h
• hal_ll_target_names.h
• hal_ll_tim.c
• hal_ll_tim.c
• hal_ll_tim.c
• hal_ll_tim.h
• hal_ll_tim_pin_map.h
• hal_ll_uart.c
• hal_ll_uart.c
• hal_ll_uart.h
• hal_ll_uart_pin_map.h

2.7.0 Improvements

• Improved Graphic Library implementation
  • Improvement for issue of bad conversion for special case
  • Added check if result is +Inf, or -Inf since cast to integer is undefined
  • Added max and min int instead
• Added option to disable/enable whole module based on availability

2.7.0 Fixes

• Fixed VTFT imlplementation for PIC18F57Q43
  • API now returns adequate active instance for further use
• Fixed I2C implementation 2 for PIC 8bit devices
  • Restart signal is now generated adequatelly
  • Fix impacts following devices:
    • PIC18F25K42
    • PIC18F26K42
    • PIC18F27K42
    • PIC18F45K42
    • PIC18F46K42
    • PIC18F47K42
    • PIC18F55K42
    • PIC18F56K42
    • PIC18F57K42
    • PIC18LF25K42
    • PIC18LF26K42
    • PIC18LF27K42
    • PIC18LF45K42
    • PIC18LF46K42
    • PIC18LF47K42
    • PIC18LF55K42
    • PIC18LF56K42
    • PIC18LF57K42
    • PIC18F57Q43
• Fixed GPIO implementation for RISC-V devices
  • Unlock routine fixed for SWJ pins
  • User is now available to use SWJ pins
  • Affects all GIGADEVICE MCUs
• Fixed TFT port setting for:
  • MCU CARD 11 FOR PIC
    • Set to adequate 8bit port
• Fixed inclusion of adequate mcu_definitions header file for following MCUs:
  • STM32L100C6_AUx
  • STM32L100R8_ATx
  • STM32L100RB_ATx
  • STM32L151C6_ATx
  • STM32L151C6_AUx
  • STM32L151C8_ATx
  • STM32L151C8_AUx
  • STM32L151CB_ATx
  • STM32L151CB_AUx
  • STM32L151R6_AHx
  • STM32L151R6_ATx
  • STM32L151R8_AHx
  • STM32L151R8_ATx
  • STM32L151RB_AHx
  • STM32L151RB_ATx
  • STM32L151RC_ATx
  • STM32L151V8_AHx
  • STM32L151V8_ATx
  • STM32L151VB_AHx
  • STM32L151VB_ATx
  • STM32L151VC_ATx
  • STM32L152C6_ATx
  • STM32L152C6_AUx
  • STM32L152C8_ATx
  • STM32L152C8_AUx
  • STM32L152CB_ATx
  • STM32L152CB_AUx
  • STM32L152R6_AHx
  • STM32L152R6_ATx
  • STM32L152R8_AHx
  • STM32L152R8_ATx
  • STM32L152RB_AHx
  • STM32L152RB_ATx
  • STM32L152RC_ATx
  • STM32L152V8_AHx
  • STM32L152V8_ATx
  • STM32L152VB_AHx
  • STM32L152VB_ATx
  • STM32L152VC_ATx
  • STM32L162RC_ATx
  • STM32L162VC_ATx

2.7.0 NEW HARDWARE

Support added for following hardware:

• EasyAVR PRO v8
• SIBRAIN FOR ATMEGA3250
• SIBRAIN FOR ATMEGA6450
• EasyAVR v7

2.7.0 PLANET DEBUG

• Incoming update with newly released AVR boards

2.7.0 Collaborators

We would like to thank the following people for contributing:

• @Valentin Hubert
  • Software I2C full implementation for AVR
    • view files

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v2.6.0

• released: 2022-06-16

2.6.0 Changes

1. RISC-V low level hal support
2. New Features
3. NEW HARDWARE
4. PLANET DEBUG
5. Updated relevant development kit package
6. Test examples

<font color=red>>RISC-V SDK</font>

RISV-V MCU architecture supported!

MCU	MCU
GD32VF103C4T6	GD32VF103C6T6
GD32VF103C8T6	GD32VF103CBT6
GD32VF103R4T6	GD32VF103R6T6
GD32VF103R8T6	GD32VF103RBT6
GD32VF103T4U6	GD32VF103T6U6
GD32VF103T8U6	GD32VF103TBU6
GD32VF103V8T6	GD32VF103VBT6

Supported modules:

• ADC (Full module support)
• SPI (Full module support)
• UART (Full module support)
• I2C (Full module support)
• PWM (Full module support)
• GPIO (Full module support)

Files added:

• assembly.h
• CMakeLists.txt
• CMakeLists.txt
• CMakeLists.txt
• CMakeLists.txt
• CMakeLists.txt
• CMakeLists.txt
• CMakeLists.txt
• CMakeLists.txt
• CMakeLists.txt
• CMakeLists.txt
• CMakeLists.txt
• CMakeLists.txt
• common_macros.h
• hal_ll_adc.c
• hal_ll_adc.h
• hal_ll_adc_pin_map.h
• hal_ll_bit_control.h
• hal_ll_core.c
• hal_ll_core.h
• hal_ll_core_defines.h
• hal_ll_core_port.c
• hal_ll_core_port.h
• hal_ll_gpio.c
• hal_ll_gpio.h
• hal_ll_gpio_constants.h
• hal_ll_gpio_port.c
• hal_ll_gpio_port.h
• hal_ll_i2c_master.c
• hal_ll_i2c_master.h
• hal_ll_i2c_pin_map.h
• hal_ll_one_wire.c
• hal_ll_one_wire.h
• hal_ll_pin_names.h
• hal_ll_rcu.h
• hal_ll_spi_master.c
• hal_ll_spi_master.h
• hal_ll_spi_master_pin_map.h
• hal_ll_target.h
• hal_ll_target_names.h
• hal_ll_tim.c
• hal_ll_tim.h
• hal_ll_tim_pin_map.h
• hal_ll_uart.c
• hal_ll_uart.h
• hal_ll_uart_pin_map.h
• mcu_definitions.h
• mcu_definitions.h
• mcu_definitions.h
• mcu_definitions.h
• mcu_definitions.h
• mcu_definitions.h
• mcu_definitions.h
• mcu_definitions.h
• mcu_definitions.h
• mcu_definitions.h
• mcu_definitions.h
• mcu_definitions.h
• mcu_definitions.h
• mcu_definitions.h

2.6.0 New Features

• CMake build system with automated functionalities:
  • Adding files
  • Removing files
  • Renaming files for the CMake project
  • Adding/removing libraries from the CMake project

With the addition of touch_controller libs, it is now possible to switch mid DESIGNER project to any of the supported displays. There is no need to create a new project. mikroSDK will take care of that for you.

Files added:

• ./middleware/touch_controller/CMakeLists.txt
• ./middleware/touch_controller/lib/CMakeLists.txt
• ./middleware/touch_controller/lib/src/touch_controller.c
• ./middleware/touch_controller/lib/include/touch_controller.h

2.6.0 NEW HARDWARE

Support added for following hardware:

• UNI-DS v8
• SIBRAIN FOR PIC24HJ256GP610
• SIBRAIN FOR DSPIC33FJ256GP710A
• SIBRAIN FOR PIC24EP512GU814
• SIBRAIN FOR DSPIC33EP512MU814
• EasyPIC FUSION v7 MCUcard with PIC24FJ128GA310
• EasyPIC FUSION v7 MCUcard with PIC24EP512GU810
• EasyPIC FUSION v7 MCUcard with dsPIC33FJ256GP710A
• EasyPIC FUSION v7 MCUcard with dsPIC33EP512MU810
• Discovery kit with STM32L4R9AI MCU

2.6.0 PLANET DEBUG

• All 80 PD systems updated
  • New setups added with CMake
  • Each PD system now has two separate setups
    • One for older NECTO Studio versions
    • One for NECTO Studio v2 and up

2.6.0 DEVELOPMENT KIT PACKAGE

• With the introduction of CMake build system in NECTO Studio, there is no need for the development kit anymore
• Removed from repository

2.6.0 Test examples

All test examples have been revamped to work with CMake build system.

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v2.5.1

• released: 2022-03-04

2.5.1 Changes

1. NEW HARDWARE
2. Updated relevant development kit package
3. Improvements
4. Fixes

2.5.1 NEW HARDWARE

• New board definitions added:
  • Sparkfun MicroMod mikroBUS Carrier Board

Config files added for adequate NEW boards.

2.5.1 DEVELOPMENT KIT PACKAGE

• Updated mikroSDK development kit to conform to newly added hardware stated in last paragraph
  • Added new hardware definitions

2.5.1 Improvements

Support added for Enhanced PWM pins in PIC architecture.

185 MCU's in total affected by this change.

‍You will now be able to utilize pins that are Enhanced PWM capable. Some PIC18 family devices have Enhanced Capture/Compare/PWM (ECCP) modules. These modules contain a 16-bit register, which can operate as a 16-bit Capture register, a 16-bit Compare register or a PWM Master/Slave Duty Cycle register. These Enhanced Capture/Compare/PWM modules are upward compatible with Standard Capture/Compare/PWM modules.

‍Note that all of this is done by the mikroSDK based on the pin selection.

List of MCU's affected:

MCU NAME	MCU NAME	MCU NAME	MCU NAME	MCU NAME
PIC18F24J11	PIC18F24J50	PIC18F24K50	PIC18F25J11	PIC18F25J50
PIC18F25K50	PIC18F25K80	PIC18F26J11	PIC18F26J13	PIC18F26J50
PIC18F26J53	PIC18F26K22	PIC18F26K80	PIC18F27J13	PIC18F27J53
PIC18F4455	PIC18F4458	PIC18F44J11	PIC18F44J50	PIC18F4515
PIC18F4525	PIC18F4550	PIC18F4553	PIC18F4585	PIC18F45J11
PIC18F45J50	PIC18F45K22	PIC18F45K50	PIC18F45K80	PIC18F4610
PIC18F4620	PIC18F4680	PIC18F4682	PIC18F4685	PIC18F46J11
PIC18F46J13	PIC18F46J50	PIC18F46J53	PIC18F46K22	PIC18F46K80
PIC18F47J13	PIC18F47J53	PIC18F6520	PIC18F6525	PIC18F6527
PIC18F6585	PIC18F65J10	PIC18F65J11	PIC18F65J15	PIC18F65J50
PIC18F65J94	PIC18F65K22	PIC18F65K80	PIC18F65K90	PIC18F6620
PIC18F6621	PIC18F6622	PIC18F6627	PIC18F6628	PIC18F6680
PIC18F66J10	PIC18F66J11	PIC18F66J15	PIC18F66J16	PIC18F66J50
PIC18F66J55	PIC18F66J60	PIC18F66J65	PIC18F66J94	PIC18F66K22
PIC18F66K80	PIC18F66K90	PIC18F6720	PIC18F6722	PIC18F6723
PIC18F67J10	PIC18F67J11	PIC18F67J50	PIC18F67J60	PIC18F67J94
PIC18F67K22	PIC18F67K90	PIC18F8520	PIC18F8525	PIC18F8527
PIC18F8585	PIC18F85J10	PIC18F85J11	PIC18F85J15	PIC18F85J50
PIC18F85J94	PIC18F85K22	PIC18F85K90	PIC18F8620	PIC18F8621
PIC18F8622	PIC18F8627	PIC18F8628	PIC18F8680	PIC18F86J10
PIC18F86J11	PIC18F86J15	PIC18F86J16	PIC18F86J50	PIC18F86J55
PIC18F86J60	PIC18F86J65	PIC18F86J94	PIC18F86K22	PIC18F86K90
PIC18F8720	PIC18F8722	PIC18F8723	PIC18F87J10	PIC18F87J11
PIC18F87J50	PIC18F87J60	PIC18F87J94	PIC18F87K22	PIC18F87K90
PIC18F95J94	PIC18F96J60	PIC18F96J65	PIC18F96J94	PIC18F97J60
PIC18F97J94	PIC18LF24J11	PIC18LF24J50	PIC18LF24K50	PIC18LF25J11
PIC18LF25J50	PIC18LF25K50	PIC18LF25K80	PIC18LF26J11	PIC18LF26J13
PIC18LF26J50	PIC18LF26J53	PIC18LF26K22	PIC18LF26K80	PIC18LF27J13
PIC18LF27J53	PIC18LF4455	PIC18LF4458	PIC18LF44J11	PIC18LF44J50
PIC18LF4515	PIC18LF4525	PIC18LF4550	PIC18LF4553	PIC18LF4585
PIC18LF45J11	PIC18LF45J50	PIC18LF45K22	PIC18LF45K50	PIC18LF45K80
PIC18LF4610	PIC18LF4620	PIC18LF4680	PIC18LF4682	PIC18LF4685
PIC18LF46J11	PIC18LF46J13	PIC18LF46J50	PIC18LF46J53	PIC18LF46K22
PIC18LF46K80	PIC18LF47J13	PIC18LF47J53	PIC18LF6520	PIC18LF6527
PIC18LF65K80	PIC18LF6622	PIC18LF6627	PIC18LF6628	PIC18LF66K80
PIC18LF6722	PIC18LF6723	PIC18LF8520	PIC18LF8527	PIC18LF8622
PIC18LF8627	PIC18LF8628	PIC18LF8720	PIC18LF8722	PIC18LF8723

2.5.1 Fixes

• Fixed mcu_card.h W/R connection from PA13 to PA8
  • Designer examples dind't work appropriately prior to this fix
  • Cards affected with this change
    • MCU CARD 29 for STM32 STM32F205RB
    • MCU CARD 29 for STM32 STM32F215RE
    • MCU CARD 29 for STM32 STM32F405RG
    • MCU CARD 29 for STM32 STM32F415RG
    • MCU CARD 29 for STM32 STM32F401RB
    • MCU CARD 29 for STM32 STM32F411RE
    • MCU CARD 29 for STM32 STM32F446RE
    • MCU CARD 29 for STM32 STM32F412RE
    • MCU CARD 29 for STM32 STM32F413RH
    • MCU CARD 29 for STM32 STM32F423RH

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v2.5.0

• released: 2022-02-01

2.5.0 Changes

1. New Features
2. Mikromedia shields
3. NEW HARDWARE
4. Updated relevant development kit package
5. Improvements
6. Test examples

2.5.0 New Features

Support added for One Wire protocol

‍1-Wire protocol utilizes only a single data line for communication, so don�t you worry about cluttering your project (your MCU as well) with multiple pins (Mikroe�s Click boards that are 1-Wire capable are predominately using PWM pin for this action). Devices that are 1-Wire capable have something unique to themselves � ROM address � which, in its core, is a 64-bit number, helping product designers create hardware products with serial numbers embedded in them, replacing traditional physical labels for product�s serial number.

• Files added
  • drv_one_wire.h
  • drv_one_wire.c
  • hal_one_wire.h
  • hal_one_wire.c
  • hal_ll_one_wire.c
  • hal_ll_one_wire.c
  • hal_ll_one_wire.h
  • hal_ll_one_wire.h
  • hal_ll_one_wire.c
  • hal_ll_one_wire.c
  • hal_ll_one_wire.c
  • hal_ll_one_wire.h
  • hal_ll_one_wire.h
  • hal_ll_one_wire.h
  • common_macros.h
  • common_macros.h
  • common_macros.h
  • main.c
  • memake.txt
  • ReadMe.txt
  • main.c
  • memake.txt
  • memake.txt
  • thermo_2.c
  • thermo_2.h

2.5.0 Mikromedia shields

• Connector definitions for mikromedia shields have been added
  • mikromedia plus for STM32 Shield
  • mikromedia 7 for STM32 Shield

2.5.0 NEW HARDWARE

• New board definitions added:
  • Mikromedia 4 for PIC32MZ Capacitive FPI with frame
  • Mikromedia 4 for PIC32MZ Capacitive FPI with bezel
  • Mikromedia 5 for PIC32MZ Capacitive FPI with frame

Config files added for adequate NEW boards.

2.5.0 DEVELOPMENT KIT PACKAGE

• Updated mikroSDK development kit to conform to newly added hardware stated in last paragraph
  • Added all 3 new hardware definitions

2.5.0 Improvements

• Added following calculated delays
  • 5 us
  • 6 us
  • 9 us
  • 10 us
  • 55 us
  • 60 us
  • 64 us
  • 70 us
  • 410 us
  • 480 us
• Added common_macros.h header file
  • All macros shall be declared in one file

2.5.0 Test examples

• Added following test examples
  • one_wire
    • General One Wire testing
  • clicks
    • one_wire
      • thermo_2_click
        • Test showcases current ambient temperature via UART terminal

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v2.4.0

• released: 2021-12-28

2.4.0 Changes

1. Resistive displays
2. Middleware
   1. STMPE811
   2. STMPE810
   3. STMPE610
   4. TSC2003
3. Mikromedia shields
4. NEW HARDWARE
5. Updated relevant development kit package
6. Fixes
7. Improvements
8. Recursive build automation
9. Test examples
10. Collaborators

2.4.0 Resistive displays

Support added for 4 resistive displays.

• Displays added:
  • TFT Board 3 Resistive
    • SCHEMATIC
  • TFT Board 4 Resistive
    • SCHEMATIC
  • TFT Board 5 Resistive
    • SCHEMATIC
  • TFT Board 7 Resistive
    • SCHEMATIC

Displays have SSD1963 controller, which is already supported, and STMPE811 touch controller.

2.4.0 Middleware

STMPE811

• Files added:
  • stmpe811.h
  • stmpe811.c
  • memake.txt

STMPE811 Datasheet.

STMPE810

Added STMPE811 library is compatible with STMPE810.

For the sake of simplicity, STMPE810 devices will use STMPE811 library.

Please refer to STMPE811.

STMPE610

Added STMPE811 library is compatible with STMPE610.

For the sake of simplicity, STMPE610 devices will use STMPE811 library.

Please refer to STMPE811.

TSC2003

Support added for TI's TSC2003 touch controller.

• Files added:
  • tsc2003.h
  • tsc2003.c
  • memake.txt

‍Note:

‍Library is functional, but will be officialy added in Necto later.

2.4.0 Mikromedia shields

• Connector definitions for mikromedia shields have been added
  • Mikromedia 3 Capacitive shield
  • Mikromedia 4 Capacitive shield
  • Mikromedia 5 Capacitive shield
  • Mikromedia 7 Capacitive shield

2.4.0 NEW HARDWARE

• New board definitions added:
  • TFT Board 3 Resistive
  • TFT Board 4 Resistive
  • TFT Board 5 Resistive
  • TFT Board 7 Resistive
  • Mikromedia 3 for PIC Capacitive FPI with bezel
  • Mikromedia 3 for PIC Capacitive FPI with frame
  • Mikromedia Plus for PIC32MX7
  • Mikromedia Plus for STM32
  • Mikromedia Plus for STM32F7
  • Mikromedia 7 for STM32F4
  • Mikromedia 7 for STM32F7

Config files added for adequate NEW boards.

2.4.0 DEVELOPMENT KIT PACKAGE

• Updated mikroSDK development kit to conform to newly added hardware stated in last paragraph
  • Added all 11 new hardware definitions

2.4.0 Fixes

• Fixed inadequate UART alternate function setting for STM32F1x chips
  • Inadequate alternate function setting for certain pins
• Fixed all baud rate calculation return values
  • HAL_LL functions for calculating baud rates now all return actual baud set on hardware
• Some MK22x chips didn't have all NVIC defined
  • 20 files in total
• Fixed all issues with inadequate pin checking types
  • e.g trying to place a word value in a byte variable
• Updated low level UART impelementations
  • Adequately sets stop bits, data bits and parity settings

2.4.0 Improvements

• NXP High Speed ADC
  • All MKV5x chips now have a fully supported HSADC module
  • Results in High speed ADC (HSADC) adds faster and more precise measurements to any project
• Touch Panel library no longer requires constant values for screen width and height
  • Done by memake python automation
• The addition of shields for Mikromedia boards now allows for Click example building and testing
• Removed unnecessary handle checking in low level implementations
  • Results in quicker code execution
• Changed board macro naming convention for DIP connections

2.4.0 Recursive build automation

Updated powershell script for automated recursive SDK build.

Script now writes adequate progress level based on run settings.

Files changed:

• build-hal-recursion-ci.ps1
• utility.ps1

For more information, please refer to main script DESCRIPTION

2.4.0 Test examples

Updated tft_touch_panel test example.

Example is updated to work with new resistive displays and touch controllers.

2.4.0 Collaborators

We would like to thank the following people for contributing:

• @NikolaDucak
  • STMPE811 library full implementation
    • view files

BACK TO TOP OF 2.4.0

---

BACK TO TOP

---

v2.3.0

• released: 2021-10-28

2.3.0 Changes

1. TIVA low level hal support
2. NEW HARDWARE
3. Updated relevant manifest files
4. Updated relevant development kit package
5. Added adequate configuration files
6. PLANET DEBUG
7. Recursive build automation
8. Test examples
9. Collaborators

<font color=red>>TIVA SDK</font>

• Support added for 71 Texas Instruments TIVA MCU's

CHIP NAME	CHIP NAME	CHIP NAME
TM4C1230C3PM	TM4C1230D5PM	TM4C1230E6PM
TM4C1230H6PM	TM4C1231C3PM	TM4C1231D5PM
TM4C1231D5PZ	TM4C1231E6PM	TM4C1231E6PZ
TM4C1231H6PGE	TM4C1231H6PM	TM4C1231H6PZ
TM4C1232C3PM	TM4C1232D5PM	TM4C1232E6PM
TM4C1232H6PM	TM4C1233C3PM	TM4C1233D5PM
TM4C1233D5PZ	TM4C1233E6PM	TM4C1233E6PZ
TM4C1233H6PGE	TM4C1233H6PM	TM4C1233H6PZ
TM4C1236D5PM	TM4C1236E6PM	TM4C1236H6PM
TM4C1237D5PM	TM4C1237D5PZ	TM4C1237E6PM
TM4C1237E6PZ	TM4C1237H6PGE	TM4C1237H6PM
TM4C1237H6PZ	TM4C123AE6PM	TM4C123AH6PM
TM4C123BE6PM	TM4C123BE6PZ	TM4C123BH6PGE
TM4C123BH6PM	TM4C123BH6PZ	TM4C123BH6ZRB
TM4C123FE6PM	TM4C123FH6PM	TM4C123GE6PM
TM4C123GE6PZ	TM4C123GH6PGE	TM4C123GH6PM
TM4C123GH6PZ	TM4C123GH6ZRB	TM4C123GH6ZXR
TM4C1290NCPDT	TM4C1290NCZAD	TM4C1292NCPDT
TM4C1292NCZAD	TM4C1294KCPDT	TM4C1294NCPDT
TM4C1294NCZAD	TM4C1297NCZAD	TM4C1299KCZAD
TM4C1299NCZAD	TM4C129CNCPDT	TM4C129CNCZAD
TM4C129DNCPDT	TM4C129DNCZAD	TM4C129EKCPDT
TM4C129ENCPDT	TM4C129ENCZAD	TM4C129LNCZAD

| TM4C129XKCZAD | TM4C129XNCZAD |

Supported modules:

1. ADC
   • Full module support
2. SPI
   • Full module support
3. UART
   • Full module support
   • Implemented using interrupts
4. I2C
   • Full module support
5. PWM
   • Full module support
6. GPIO
   • Full module support

2.3.0 NEW HARDWARE

• Fusion for TIVA v8
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• EasyMX Pro v7 for TIVA
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD FOR TIVA TM4C129XNCZAD
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD FOR TIVA TM4C1294NCZAD
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD FOR TIVA TM4C129XKCZAD
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD FOR TIVA TM4C129LNCZAD
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD FOR TIVA TM4C129ENCZAD
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD FOR TIVA TM4C1299KCZAD
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD FOR TIVA TM4C1299NCZAD
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD 2 FOR TIVA TM4C123GH6PZ
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD 3 FOR TIVA TM4C1294KCPDT
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD 3 FOR TIVA TM4C1294NCPDT
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD 3 FOR TIVA TM4C129EKCPDT
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD 3 FOR TIVA TM4C129ENCPDT
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• EasyMx PRO v7 for Tiva MCU card with TM4C123GH6PMI
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• EasyMx PRO v7 for Tiva MCU card with TM4C123GH6PZL
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• EasyMx PRO v7 for Tiva MCU card with TM4C129XNCZAD
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated

Config files added for adequate NEW boards.

2.3.0 DEVELOPMENT KIT PACKAGE

• Updated mikroSDK development kit to conform to newly added hardware stated in last paragraph
  • Added all 17 new hardware definitions

2.3.0 Added adequate configuration files

Configuration files for following hardware has been added:

• Clicker 2 for PIC18FJ
• PIC32MX Clicker
• Clicker 2 for PIC32MZ

2.3.0 PLANET DEBUG

PLANET DEBUG setups updated with mikroSDK packages.

Now, all click examples can be run out of the box on PLANET DEBUG.

3 systems have been updated:

• Fusion for TIVA v8 - 1
• Fusion for TIVA v8 - 2
• Fusion for TIVA v8 - 3

For more information on PLANET DEBUG please visit following LINK.

2.3.0 Recursive build automation

Updated powershell script for automated recursive SDK build.

Files changed:

• ReadMe.md
• build-hal-recursion-ci.ps1
• utility.ps1
• customParams.json

For more information, please refer to main script DESCRIPTION

2.3.0 Test examples

Added following test examples:

• clicks
  • SPI
    • click_magneto
  • UART
    • click_samltouch

Examples are used for testing mikroSDK specific module cases.

2.3.0 Collaborators

We would like to thank the following people for contributing:

• @vladarcv
  • ADC library all supported TIVA chips
    • implementation_1
  • UART library all supported TIVA chips
    • implementation_1
• @predragcurcic
  • I2C library all supported TIVA chips
    • implementation_1
• @tbiocanin
  • SPI library all supported TIVA chips
    • implementation_1
• @NovakovicA
  • TIM/PWM library all supported TIVA chips
    • implementation_1
• @theo-violleau
  • Helped out on generating adequate mcu_definitions files for TIVA chips

BACK TO TOP OF 2.3.0

---

BACK TO TOP

---

v2.2.0

• released: 2021-09-30

2.2.0 Changes

1. NXP low level hal support
2. NEW HARDWARE
3. Updated relevant manifest files
4. Updated relevant development kit package
5. PLANET DEBUG
6. Improvements
7. Fixes
8. GIT relevant updates
9. Test examples
10. Collaborators

<font color=red>>NXP KINETIS SDK</font>

• Support added for 147 NXP Kinetis MCU's

CHIP NAME	CHIP NAME	CHIP NAME	CHIP NAME	CHIP NAME
MK20DN128VFM5	MK20DN128VFT5	MK20DN128VLF5	MK20DN128VLH5	MK20DN128VMP5
MK20DN32VFM5	MK20DN32VFT5	MK20DN32VLF5	MK20DN32VLH5	MK20DN32VMP5
MK20DN64VFM5	MK20DN64VFT5	MK20DN64VLF5	MK20DN64VLH5	MK20DN64VMP5
MK20DX128VFM5	MK20DX128VFT5	MK20DX128VLF5	MK20DX128VLH5	MK20DX32VFM5
MK20DX32VFT5	MK20DX32VLF5	MK20DX32VLH5	MK20DX32VMP5	MK20DX64VFM5
MK20DX64VFT5	MK20DX64VLF5	MK20DX64VLH5	MK20DX64VMP5	MK22FN128CAH12
MK22FN128VDC10	MK22FN128VLH10	MK22FN128VLL10	MK22FN128VMP10	MK22FN1M0AVLH12
MK22FN1M0AVLK12	MK22FN1M0AVLL12	MK22FN1M0AVLQ12	MK22FN1M0AVMC12	MK22FN1M0AVMD12
MK22FN1M0VLH12	MK22FN1M0VLK12	MK22FN1M0VLL12	MK22FN1M0VLQ12	MK22FN1M0VMC12
MK22FN1M0VMD12	MK22FN256CAH12	MK22FN256VDC12	MK22FN256VLH12	MK22FN256VLL12
MK22FN256VMP12	MK22FN512CAP12	MK22FN512VDC12	MK22FN512VFX12	MK22FN512VLH12
MK22FN512VLL12	MK22FN512VMP12	MK22FX512AVLH12	MK22FX512AVLK12	MK22FX512AVLL12
MK22FX512AVLQ12	MK22FX512AVMC12	MK22FX512AVMD12	MK22FX512VLH12	MK22FX512VLK12
MK22FX512VLL12	MK22FX512VLQ12	MK22FX512VMC12	MK22FX512VMD12	MK51DN256CLQ10
MK51DN256CMD10	MK51DN512CLL10	MK51DN512CLQ10	MK51DN512CMC10	MK51DN512CMD10
MK51DX256CLK10	MK51DX256CLL10	MK51DX256CMC10	MK53DN512CLQ10	MK53DN512CMD10
MK53DX256CLQ10	MK53DX256CMD10	MK60DN256VLL10	MK60DN256VLQ10	MK60DN256VMC10
MK60DN256VMD10	MK60DN512VLL10	MK60DN512VLQ10	MK60DN512VMC10	MK60DN512VMD10
MK60DX256VLL10	MK60DX256VLQ10	MK60DX256VMC10	MK60DX256VMD10	MK64FN1M0CAJ12
MK64FN1M0VDC12	MK64FN1M0VLL12	MK64FN1M0VLQ12	MK64FN1M0VMD12	MK64FX512VDC12
MK64FX512VLL12	MK64FX512VLQ12	MK64FX512VMD12	MK65FN2M0CAC18	MK65FN2M0VMI18
MK65FX1M0CAC18	MK65FX1M0VMI18	MK66FN2M0VLQ18	MK66FN2M0VMD18	MK66FX1M0VLQ18
MK66FX1M0VMD18	MK80FN256VDC15	MK80FN256VLL15	MK80FN256VLQ15	MK82FN256VDC15
MK82FN256VLL15	MK82FN256VLQ15	MKV42F128VLF16	MKV42F128VLH16	MKV42F128VLL16
MKV42F256VLH16	MKV42F256VLL16	MKV42F64VLF16	MKV42F64VLH16	MKV44F128VLF16
MKV44F128VLH16	MKV44F128VLL16	MKV44F256VLH16	MKV44F256VLL16	MKV44F64VLF16
MKV44F64VLH16	MKV46F128VLH16	MKV46F128VLL16	MKV46F256VLH16	MKV46F256VLL16
MKV56F1M0VLL24	MKV56F1M0VLQ24	MKV56F1M0VMD24	MKV56F512VLL24	MKV56F512VLQ24
MKV56F512VMD24	MKV58F1M0VLL24	MKV58F1M0VLQ24	MKV58F1M0VMD24	MKV58F512VLL24

| MKV58F512VLQ24 | MKV58F512VMD24 |

Supported modules:

1. ADC
   • Full module support
2. SPI
   • Full module support
3. UART
   • Full module support
   • Implemented using interrupts
4. I2C
   • Full module support
5. PWM
   • Full module support
6. GPIO
   • Full module support

2.2.0 NEW HARDWARE

• Fusion for KINETIS v8
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• EasyPIC v7a
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• EasyPIC PRO v7a
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• Kinetis Clicker
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• Clicker 2 for Kinetis
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• Hexiwear Workstation
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• Hexiwear Docking Station
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• Hexiwear Battery Pack
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• Quail
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• FlowPaw
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• Mikromedia 3 for Kinetis Capacitive
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• Mikromedia 3 for Kinetis Capacitive FPI with Frame
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• Mikromedia 3 for Kinetis Capacitive FPI with Bezel
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• Mikromedia 4 for Kinetis Capacitive
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• Mikromedia 4 for Kinetis Capacitive FPI with Frame
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• Mikromedia 4 for Kinetis Capacitive FPI with Bezel
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• Mikromedia 5 for Kinetis Capacitive
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• Mikromedia 5 for Kinetis Capacitive FPI with Frame
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• Mikromedia 5 for Kinetis Capacitive FPI with Bezel
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD FOR KINETIS MK64FN1M0VDC12
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD FOR KINETIS MK64FX512VDC12
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD 2 FOR KINETIS MK20DN128VFM5
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD 2 FOR KINETIS MK20DX128VFM5
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD 3 FOR KINETIS MKV58F1M0VLQ24
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD 4 FOR KINETIS MK51DN512CLQ10
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD 5 FOR KINETIS MKV42F64VLH16
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD 10 FOR KINETIS MK60DN512VLQ10
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated

Config files added for adequate NEW boards.

2.2.0 DEVELOPMENT KIT PACKAGE

• Updated mikroSDK development kit to conform to newly added hardware stated in last paragraph
  • Added all 27 new hardware definitions

2.2.0 PLANET DEBUG

PLANET DEBUG setups updated with mikroSDK packages.

Now, all click examples can be run out of the box on PLANET DEBUG.

5 systems have been updated:

• Fusion for KINETIS v8 - 1
• Fusion for KINETIS v8 - 2
• Fusion for KINETIS v8 - 3
• Fusion for KINETIS v8 - 4
• Fusion for ARM v8 - 5

For more information on PLANET DEBUG please visit following LINK.

2.2.0 Improvements

• Added STM32G071R6Tx to mikroSDK
  • Full mikroBUS module support
• Static global handler initial value added
  • SPI module; STM32 implementation
• Added guard for HAL_PIN_NC pins
  • Code exits faster in case of undeclared pins
  • Implemented for 46 source files
• Added definitions for USB_UART_TX and USB_UART_RX pins
  • Added for every board
  • All examples can now be successfuly built

2.2.0 Fixes

• Removed following chips from mikroSDK
  • STM32H743AGIx
  • STM32H743VGHx
  • STM32L082KBTx
  • STM32L082KBUx

Chips were initially added by mistake.

They aren't supported in mikroC AI for ARM toolchain.

• Added CPP guards to all board.h files

2.2.0 Git relevant updates

Workflow added.

1. Automatic response to contribution;
2. Automatic response to issue creation.

2.2.0 Test examples

Added following test examples:

• mikrobus
  • adc
    • Reads raw adc data and outputs it via UART
  • gpio
    • Sets all mikroBUS pins as digital outputs and toggles them in defined interval
  • i2c
    • Writes data to EEPROM click, reads it and compares it
  • spi
    • Writes data to SRAM click, reads it and compares it
  • pwm
    • Tests all mikroBUS PWM pins by toggling duty cycle from max to min in defined steps
  • uart
    • Test all mikroBUS pins using a simple echo example

All examples test all mikroBUS pins defined in adequate board.h file.

Each example can be used to test a single pin/module as well.

For more information, please refer to each example and adequate ReadMe.txt file.

2.2.0 Collaborators

We would like to thank the following people for contributing:

• @niksicesma
  • ADC library initial version for NXP Kinetis chips
    • implementation_2
  • I2C library initial version for NXP Kinetis chips
    • implementation_1
  • UART library initial version for NXP Kinetis chips
    • implementation_1
    • implementation_2
• @MasaKilibarda
  • SPI library initial version for NXP Kinetis chips
    • implementation_1
• @milan265
  • TIM/PWM library initial version for NXP Kinetis chips
    • implementation_1
  • SPI library final version for NXP Kinetis chips
    • implementation_1
• @Nebojsa-B
  • ADC library initial version for NXP Kinetis chips
    • implementation_1
• @LouisDurand02
  • Helped out on generating adequate mcu_definitions files for NXP chips

BACK TO TOP OF 2.2.0

---

BACK TO TOP

---

v2.1.1

• released: 2021-08-24

2.1.1 Changes

2.1.1 NEW HARDWARE

• Fusion for PIC v8
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• PICPLC16 v7a
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• Mikromedia 3 for PIC Capacitive
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• Mikromedia 3 for PIC32MZ Capacitive
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• Mikromedia 4 for PIC32MZ Capacitive
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• Mikromedia 5 for PIC32MZ Capacitive
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• Mikromedia 3 for STM32F2 Capacitive
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• Mikromedia 3 for STM32F2 Capacitive FPI Frame
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• Mikromedia 3 for STM32F2 Capacitive FPI Bezel
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• Mikromedia 4 for STM32F2 Capacitive FPI Frame
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• Mikromedia 4 for STM32F2 Capacitive FPI Bezel
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• Mikromedia 5 for STM32F7 Capacitive
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• Mikromedia 5 for STM32F7 Capacitive FPI Frame
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• Mikromedia 5 for STM32F7 Capacitive FPI Bezel
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• PIC Clicker
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• 6LoWPAN Clicker
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• STM32 M4 Clicker
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• SIBRAIN FOR PIC32MZ1024EFK144
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• SIBRAIN FOR PIC32MZ1024EFF144
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• SIBRAIN FOR PIC32MZ1024EFE144
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD 13 for STM32 STM32L162ZE
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD 13 for STM32 STM32L151ZD
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD 13 for STM32 STM32L152ZD
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD for STM32 STM32F215ZG
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD for STM32 STM32F405ZG
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD for STM32 STM32F415ZG
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD 11 for STM32 STM32F303VE
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD for STM32 STM32F446ZE
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD for STM32 STM32F746ZG
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD 3 for PIC PIC18F96J65
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated
• MCU CARD for PIC PIC18F96J94
  • Added adequate board definition files
  • Updated adequate manifest files
  • Configuration files updated

2.1.1 DEVELOPMENT KIT PACKAGE

• Updated mikroSDK development kit to conform to newly added hardware stated in last paragraph
  • Added all 31 new hardware definitions

2.1.1 Fixes

• Designer projects did not work for 8-bit data ports with higher nibble connections
  • e.g -> data port is PORTE pins 8:15
• Added adequate defenders for SPI and ADC low level implementation for PIC devices
• mikroSDK build tool description spelling fixed
• PIC Q10 chips I2C baud rate setting
  • Sets correct baud rates now
  • Before the fix, setting 400K would result in 100K on HW
• I2C busy bit was always high after clock init
  • Affects STM32F101 and STM32F103 series of chips
  • ERRATA page 23, paragraph 2.12.7
• PIC32 Logger issue
  • Sending data immediatelly after logger initialization resulted in lost data
• STM32 M7 Uart fix
  • Sending/receiving large amounts of data resulted in register overflow
• Missing function declaration for PIC 8-bit chips
  • hal_ll_spi_master_hw_init added
• Unable to edit ANCON3 register values for some PIC 8-bit chips if PPS Lock bit is set
• UART general issue
  • Implemented waiting for buffers to be empty before reinitializing the module
  • UART now returns 0 if no data hs been written/read
    • Previously it returned -1
• Fixed structure data access
  • Changed -> to . where necessary
• Fixed pin check result variable size
• Fixed setting pins as digital input for 50 PIC32MX chips
  • Fixed analog maps
• STM32LxSy chips GPIO fix
  • PORTG pins didn't work as expected
• Designer code generation was wrong for 4 inch bezel mikromedia boards
  • Touchpanel orientation was required

2.1.1 Improvements

• Libraries are now separated per module
  • More efficient
  • Conserves memory
  • No need to include all libraries
    • Include only the one you need
• Implemented selection per module
  • Now, if same set of pins is available on a different module, that module will be mapped
• Implemented graphic library port mask selection
• Designer template now depends on memake file and has unified code for TFT manipulation
• SPI for PIC 8-bit chips now sets baud rate more precisely
  • Previously implemented by using hardware module dividers(2,4,8...)
• Implemented adequate slew rate setting for PIC32 chips
  • Affects SPI module specifically
• Removed slew rate setting for 8-bit PIC chips which don't need it
  • Code optimized further
• SPI click board templates now include data sampling selection
  • 8-bit PIC chips
    • e.g middle,end...
• SPI initial SCK line glitch on PIC32 chips fixed
• Unified unused register naming in all low level sources
• Removed excess verifications
  • Excess NULL pointer check
  • Excess pin name checks
• Shared registers for some PIC 8-bit chips
  • Implemented for following chips
    • PIC18F65J50
    • PIC18F66J50
    • PIC18F66J55
    • PIC18F67J50
    • PIC18F85J50
    • PIC18F86J50
    • PIC18F86J55
    • PIC18F87J50
• Added nibble control macros for all architectures
  • See following files for more details:
    • ARM
    • PIC32
    • PIC18
• Added mikromedia support for PIC 32-bit chips
• Added mikromedia support for PIC 8-bit chips

Git relevant updates

• Added following files:
  • List of Requirements
  • List of all supported chips; click HERE for the list
• Added workflows ( CI/CD ):
  • Automated response to issue creation
  • Automated response to first contribution

2.1.1 Test examples

Added following test examples:

• adc
  • Outputs AD conversion result on diodes or UART terminal
• clicker_buttons
  • Defined test for MikroE™ clicker boards
• gpio
  • Tests all GPIO functions
• i2c
  • Tests all I2C functions
• mikrobus
  • Tests all MikroE™ development board MikroBUS™ connections
• pwm
  • Tests all PWM/TIM functions
• spi
  • Tests all SPI functions
• tft_jig
  • Test all TFT panel connections
• tft_touch_panel
  • Tests TFT Touch panel with basic example
• uart
  • Tests all UART functions
• clicks
  • Tests all modules on specifically selected click boards
    • adc
      • click_ambient_7
      • click_force
      • click_hall_current_5
      • click_pressure_12
      • click_slider_2
    • gpio
      • click_4x4_rgb
      • click_cap_touch
      • click_opto_encoder_3
      • click_pll
      • click_sht1x
      • click_vibra_sense
    • i2c
      • click_6dof_imu_11
      • click_altitude_3
      • click_color_9
      • click_ecg_6
      • click_light_ranger_2
    • pwm
      • click_brushless
      • click_button_y
      • click_dc_motor_8
      • click_led_driver_6
      • click_stspin250
    • spi
      • click_bee
      • click_ccrf_2
      • click_eink_290_inch
      • click_magneto_2
      • click_oledc
    • uart
      • click_barcode
      • click_ble_8
      • click_fingerprint_2
      • click_iqrf_2
      • click_lte_iot_2

All examples have a minimum memory requirement, which is handled in each memake.txt file separately.

For more information, please refer to each example and a ReadMe.txt if existant.

2.1.1 Recursive build automation

Added powershell script for automated recursive SDK build.

Files added:

• ReadMe.md
• build-hal-recursion-ci.ps1
• utility.ps1
• customRun.bat
• customRun.sh
• customParams.json

For more information, please refer to main script DESCRIPTION

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v2.1.0

• released: 2021-04-29

2.1.0 Changes

1. PIC32 low level hal support
2. NEW HARDWARE
3. Updated relevant manifest files
4. Updated relevant development kit package
5. Fixes
6. Improvements
7. GIT relevant updates
8. Collaborators

<font color=red>>PIC32 SDK</font>

• Support added for 163 PIC32 MCU's

MX CHIPS:

CHIP NAME	CHIP NAME	CHIP NAME	CHIP NAME	CHIP NAME
PIC32MX110F016B	PIC32MX210F016B	PIC32MX320F032H	PIC32MX440F256H	PIC32MX570F512L
PIC32MX110F016C	PIC32MX210F016C	PIC32MX320F064H	PIC32MX440F512H	PIC32MX575F256H
PIC32MX110F016D	PIC32MX210F016D	PIC32MX320F128H	PIC32MX450F128H	PIC32MX575F256L
PIC32MX120F032B	PIC32MX220F032B	PIC32MX320F128L	PIC32MX450F128L	PIC32MX575F512H
PIC32MX120F032C	PIC32MX220F032C	PIC32MX330F064H	PIC32MX450F256H	PIC32MX575F512L
PIC32MX120F032D	PIC32MX220F032D	PIC32MX330F064L	PIC32MX450F256HB	PIC32MX664F064H
PIC32MX120F064H	PIC32MX230F064B	PIC32MX340F128H	PIC32MX450F256L	PIC32MX664F064L
PIC32MX130F064B	PIC32MX230F064C	PIC32MX340F128L	PIC32MX460F256L	PIC32MX664F128H
PIC32MX130F064C	PIC32MX230F064D	PIC32MX340F256H	PIC32MX460F512L	PIC32MX664F128L
PIC32MX130F064D	PIC32MX230F128H	PIC32MX340F512H	PIC32MX470F512H	PIC32MX675F256H
PIC32MX130F128H	PIC32MX230F128L	PIC32MX350F128H	PIC32MX470F512L	PIC32MX675F256L
PIC32MX130F128L	PIC32MX230F256B	PIC32MX350F128L	PIC32MX470F512LB	PIC32MX675F512H
PIC32MX130F256B	PIC32MX230F256D	PIC32MX350F256H	PIC32MX530F128H	PIC32MX675F512L
PIC32MX130F256D	PIC32MX250F128B	PIC32MX350F256L	PIC32MX530F128L	PIC32MX695F512H
PIC32MX150F128B	PIC32MX250F128C	PIC32MX360F256L	PIC32MX534F064H	PIC32MX695F512L
PIC32MX150F128C	PIC32MX250F128D	PIC32MX360F512L	PIC32MX534F064L	PIC32MX764F128H
PIC32MX150F128D	PIC32MX250F256H	PIC32MX370F512H	PIC32MX550F256H	PIC32MX764F128L
PIC32MX150F256H	PIC32MX250F256L	PIC32MX370F512L	PIC32MX550F256L	PIC32MX775F256H
PIC32MX150F256L	PIC32MX270F256B	PIC32MX420F032H	PIC32MX564F064H	PIC32MX775F256L
PIC32MX170F256B	PIC32MX270F256D	PIC32MX430F064H	PIC32MX564F064L	PIC32MX775F512H
PIC32MX170F256D	PIC32MX270F256DB	PIC32MX430F064L	PIC32MX564F128H	PIC32MX775F512L
PIC32MX170F512H	PIC32MX270F512H	PIC32MX440F128H	PIC32MX564F128L	PIC32MX795F512H
PIC32MX170F512L	PIC32MX270F512L	PIC32MX440F128L	PIC32MX570F512H	PIC32MX795F512L

MZ CHIPS:

CHIP NAME	CHIP NAME	CHIP NAME	CHIP NAME
PIC32MZ0512EFE064	PIC32MZ1024EFE064	PIC32MZ1024EFH064	PIC32MZ2048EFG064
PIC32MZ0512EFE100	PIC32MZ1024EFE100	PIC32MZ1024EFH100	PIC32MZ2048EFG100
PIC32MZ0512EFE124	PIC32MZ1024EFE124	PIC32MZ1024EFH124	PIC32MZ2048EFG124
PIC32MZ0512EFE144	PIC32MZ1024EFE144	PIC32MZ1024EFH144	PIC32MZ2048EFG144
PIC32MZ0512EFF064	PIC32MZ1024EFF064	PIC32MZ1024EFK064	PIC32MZ2048EFH064
PIC32MZ0512EFF100	PIC32MZ1024EFF100	PIC32MZ1024EFK100	PIC32MZ2048EFH100
PIC32MZ0512EFF124	PIC32MZ1024EFF124	PIC32MZ1024EFK124	PIC32MZ2048EFH124
PIC32MZ0512EFF144	PIC32MZ1024EFF144	PIC32MZ1024EFK144	PIC32MZ2048EFH144
PIC32MZ0512EFK064	PIC32MZ1024EFG064	PIC32MZ1024EFM064	PIC32MZ2048EFM064
PIC32MZ0512EFK100	PIC32MZ1024EFG100	PIC32MZ1024EFM100	PIC32MZ2048EFM100
PIC32MZ0512EFK124	PIC32MZ1024EFG124	PIC32MZ1024EFM124	PIC32MZ2048EFM124
PIC32MZ0512EFK144	PIC32MZ1024EFG144	PIC32MZ1024EFM144	PIC32MZ2048EFM144

Supported modules:

1. ADC
   • Full module support
   • Note --> PIC32 MX chips have a fixed resolution of 10-bit (hw specific)
2. SPI
   • Full module support
3. UART
   • Full module support
   • Implemented using interrupts
4. I2C
   • Full module support
5. PWM
   • Full module support
6. GPIO
   • Full module support

2.1.0 NEW HARDWARE

1. Fusion for PIC32 v8
   • Added adequate board definition files
   • Updated adequate manifest files
   • Configuration files updated
2. EasyPIC Fusion v7
   • Added adequate board definition files
   • Updated adequate manifest files
   • Configuration files updated
3. PIC32MX Clicker
   • Added adequate board definition files
   • Updated adequate manifest files
   • Configuration files updated
4. PIC32MZ Clicker
   • Added adequate board definition files
   • Updated adequate manifest files
   • Configuration files updated
5. Clicker 2 for PIC32MX
   • Added adequate board definition files
   • Updated adequate manifest files
   • Configuration files updated
6. Clicker 2 for PIC32MZ
   • Added adequate board definition files
   • Updated adequate manifest files
   • Configuration files updated
7. Flip&Click PIC32MZ
   • Added adequate board definition files
   • Updated adequate manifest files
   • Configuration files updated

Config files added for adequate NEW boards.

2.1.0 DEVELOPMENT KIT PACKAGE

Updated mikroSDK development kit to follow added hardware.

2.1.0 Fixes

1. **hal_ll_bit_control.h**
   • Implemented guard for unintentional bit manipulation using expressions
   • Changed files:
     • PIC file
     • PIC32 file
     • STM32 file

2.1.0 Improvements

1. Updated all ADC memake files
   • Default resolution is now dependent on adequate python regex
2. Clicker 2 for PIC18FK
   • Default UART board pins changed to USB connector
   • Pins are now RC0 and RC1
3. All ADC module resolutions are now set to hardware specific values
   • For example, PIC32MX chips have a default value of 10bit, STM32 have a default value of 12bit etc.
   • Relevant files:
     • Driver layer:
       • memake.txt
       • drv_analog_in.h
     • HAL layer:
       • memake.txt
       • hal_adc.h
     • Targets layer:
       • PIC memake.txt
       • PIC hal_ll_adc.h
       • PIC32 memake.txt
       • PIC32 hal_ll_adc.h
       • STM32 memake.txt
       • STM32 hal_ll_adc.h

2.1.0 Git relevant updates

1. CODE_OF_CONDUCT.md added
2. CONTRIBUTING.md added
3. AUTHORS.md updated( added contributors )
4. Templates added
   • Pull request
   • Bug report
   • Feature request

2.1.0 Collaborators

We would like to thank the following people for contributing:

• @sofijaf
  • CORE library for PIC32 chips
  • UART library for PIC32MX and PIC32MZ chips
    • Implemented using interrupts
• @sanjamandic
  • GPIO library initial version for PIC32 chips
    • implementation
      • subimplementation
  • ADC library initial version for PIC32MX chips
    • implemetation_1
• @mkovacevic95
  • Board def for EasyPIC Fusion v7
  • MCU Card defs:
    • EasyPIC Fusion v7 ETH MCU Card with PIC32MX460F512L
    • EasyPIC Fusion v7 ETH MCU Card with PIC32MX795F512L
    • EasyPIC Fusion v7 ETH MCU Card with PIC32MMZ2048EFH144
  • I2C library for PIC32MX and PIC32MZ chips
• @NikolaDucak
  • GPIO library improvements for PIC32 chips
    • implementation
    • subimplementation
  • ADC library for PIC32MX and PIC32MZ chips
    • implemetation_1 – PIC32MX
    • implemetation_2 – PIC32MZ

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v2.0.3

• released: 2021-01-28

2.0.3 Changes

• Added support for new hardware
• Updated relevant manifest files
• Updated relevant development kit package
• Updated SPI, I2C and PPS libraries

Curiosity HPC is now supported in mikroSDK 2.0. Clicker 2 for STM32/PIC18FJ/PIC18FK is now supported in mikroSDK 2.0.

Added support for PIC18F47Q10 chip.

Added adequate board definition files for Curiosity HPC board. Added adequate board definition files for Clicker 2 for STM32. Added adequate board definition files for Clicker 2 for PIC18FJ. Added adequate board definition files for Clicker 2 for PIC18FK.

Config files added for adequate NEW boards.

Updated mikroSDK development kit to follow added hardware.

• Curiosity HPC - official page
• Clicker 2 for STM32 - official page
• Clicker 2 for PIC18FJ - official page
• Clicker 2 for PIC18FK - official page

2.0.3 Fixes

• UNI Clicker renamed to follow naming convention
• low level PPS implementation ( PIC chips )
  • Applies to all PIC chips
  • Updated map sizes to 2 bytes
  • Some chips have more than 255 PPS pin functionalities, hence the map needs to be bigger

NOTE: PPS wasn't being set correctly for PIC18xxxK40 chips. Applied PPS fix covers this issue.

2.0.3 Improvements

• low level SPI implementation ( PIC chips )
  • Setting SCK pin as both digital input/output is required
  • Documentation page 444 for more information
  • In Master mode the clock signal output to the SCK pin is also the clock signal input to the peripheral. The pin selected for output with the RxyPPS register must also be selected as the peripheral input with the SSPxCLKPPS register. The pin that is selected using the SSPxCLKPPS register should also be made a digital I/O. This is done by clearing the corresponding ANSEL bit.
• low level I2C implementation ( PIC chips )
  • Bidirectional pins
  • Documentation page 289 for more information
    • PPS selections for peripherals with bidirectional signals on a single pin must be made so that the PPS input and PPS output select the same pin

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v2.0.2

• released: 2020-12-30

2.0.2 Changes

• Added support for new hardware
• Updated relevant manifest files
• Updated relevant development kit package

Clicker 4 for STM32 is now supported in mikroSDK 2.0.

Added adequate board definition files for Clicker 4 for STM32.

Updated mikroSDK development kit to follow added hardware.

• Clicker 4 for STM32 - official page

2.0.2 Fixes

• mcu_definitions ( PIC chips )
  • Setting pins as digital/analog
  • Documentation page 431 is at fault
  • Changed setting ANCONx register bits appropriately
    • RA4 pin ( ANCON1 bit 4, not ANCON1 bit 6 )
    • RA5 pin ( ANCON1 bit 5, not ANCON1 bit 4 )
    • RF2 pin ( ANCON1 bit 6, not ANCON1 bit 7 )
    • RF5 pin ( ANCON2 bit 1, not ANCON2 bit 2 )
    • RF6 pin ( ANCON2 bit 2, not ANCON2 bit 3 )
    • RG4 pin ( ANCON2 bit 7, not ANCON3 bit 0 )

Fix applied to following chips:

• PIC18F97J94
• PIC18F87J94
• PIC18F67J94
• PIC18F96J94
• PIC18F86J94
• PIC18F66J94
• PIC18F95J94
• PIC18F85J94
• PIC18F65J94

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v2.0.1

• released: 2020-12-11

2.0.1 Changes

• Added support for new hardware
• Updated relevant manifest files
• Updated relevant development kit package

MCU CARD 11 FOR PIC is now supported in mikroSDK 2.0.

Added following PIC chips:

• PIC18F57K42 - official page
• PIC18F57Q43 - official page

Added adequate board definition files for MCU CARD 11 FOR PIC.

Updated mikroSDK development kit to follow added hardware.

• PIC18F57K42 - official page
• PIC18F57Q43 - official page

2.0.1 Fixes

• HAL GPIO low level ( PIC chips )
  • HAL GPIO low level PIC implementation now doesn't change previous state of LATCH registers.

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v2.0.0

• released: 2020-10-02

**INITIAL RELEASE.**

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