Development Tools

EasyPIC6 is a full-featured development system for PIC microcontrollers. It comes with the PIC16F887 microcontroller. The system includes a USB 2.0 programmer with mikroICD and many peripheral modules such as COG, port expander, MENU and 4x4 keypads etc. [more info]

The BIGPIC6 development system supports 64- and 80-pin PIC microcontrollers. It comes with the PIC18F8520 microcontroller. The system features a USB 2.0 programmer with mikroICD and many peripheral modules such as port expander, MENU keypad, serial EEPROM etc. [more info]

The EasyLV-18F v6 development system supports 40-, 28- and 20-pin Microchip PIC18J and PIC18K-series microcontrollers. It comes with the a PIC18F45K20. The system features a USB 2.0 programmer with mikroICD and many peripheral modules such as: Serial RAM, EEPROM, COG Display etc. [more info]

The LV18F v6 development system supports 64-, 80- and 100-pin PIC18FxxJxx microcontrollers. It comes with a PIC18F87J60. The system features a USB 2.0 programmer with mikroICD and many peripheral modules such as MENU keypad, serial RAM, serial EEPROM etc. [more info]

PICPLC16 v6 is a PLC system used for developing industrial, home and office control devices. The system features GSM/GPRS communication, 16 relays, 16 optocoupled inputs, RS485, RS232, serial Ethernet, etc.  [more info]

PICPLC4 v6 is a PLC system used for developing industrial, home and office control devices. The system features GSM/GPRS communication, 4 relays, RS232, Ethernet, real-time clock, etc. [more info]

The EasyPIC5 development system is a development system for 8-, 14-, 18-, 20-, 28- and 40-pin PIC microcontrollers from Microchip. It comes with the PIC16F887 microcontroller. There are a USB 2.0 programmer, mikroICD (In-Circuit Debugger) and a touch panel controller provided on the board. [more info]

The BIGPIC5 development system supports the latest 64- and 80-pin PIC microcontrollers from Microchip. It comes with a PIC18F8520. The system includes a USB 2.0 programmer, mikroICD (In-Circuit Debugger), touch panel controller, CAN and RS485 communication modules, DAC and RTC. [more info]

The LV 18FJ development system supports the latest 64-, 80- and 100-pin PIC18FxxJxx microcontrollers from Microchip. It comes with the PIC18F87J60 microcontroller and includes an USB 2.0 programmer, mikroICD (In-Circuit Debugger), touch panel controller and MMC/SD Card slot. [more info]

The PICPLC16B development system is used for developing industrial, home and office control devices. The board features 16 relays, 16 optocoupled inputs, RS485 and RS232 communication modules, serial Ethernet, USB 2.0 programmer and mikroICD (In-Circuit Debugger). [more info]

The PICFlash with mikroICD support is a programmer with in-circuit debugger used for programming PIC FLASH microcontrollers from Microchip. In addition to standard FLASH microcontrollers, this programmer can also be used for programming the latest PIC microcontrollers. [more info]

The 18FJprog with mikroICD support is a USB 2.0 programmer with In-Circuit Debugger used for programming PIC 18FxxJxx MCUs from Microchip. The programmer is specifically designed for In-Circuit Serial Programming (ICSP). [more info]

The PIC-Ready1 Board is a prototype board for 28- and 40-pin PIC microcontrollers. The board features a USB support with an on-board USB to serial UART interface device FT232R.  [more info]

The PIC-Ready2 Board is a prototype board for 18-pin PIC microcontrollers. The board features a USB support with an on-board USB to serial UART interface device FT232R.
[more info]

The EasyPIC6 PROTO Board is a high quality PCB prototype board. It solves your prototype problems by offering a complete, cost-effective solution. Connect your EasyPIC6 development board to this board via the IDC10 connector. [more info]

The BIGPIC6 PROTO Board is a high quality PCB prototype board. It solves your prototype problems by offering a complete, cost-effective solution. Connect your BIGPIC6 development board to this board via the IDC10 connector. [more info]

The EasyPIC5 PROTO Board is a high quality PCB prototype board. It is connected to the EasyPIC5 development system via an IDC10 connector. The board offers complete and cost effective solutions, thus enabling you to easily solve your prototype problems. [more info]

The LV18FJ Experimental board is used for programming LV18FJ MCU Cards. This board makes the programming process easier. You just need to place a card correctly and start programming your microcontroller. [more info]

The BIGPIC6 TQFP MCU Cards come with an 80-pin PIC microcontroller in TQFP package soldered on them. There are an on-board oscillator and 80 pads connected to the microcontroller pins. [more info]

The BIGPIC6 MCU Card Empty PCB supports 64- and 80-pin PIC microcontrollers in TQFP package. You should solder components you want on this board.  [more info]

The LV18F v6 TQFP MCU Cards come with an 80-pin Microchip PIC18J device in TQFP package soldered on them. There are an on-board oscillator and 80 pads connected to the microcontroller pins. [more info]

The LV18F v6 MCU Card Empty PCB supports 44-, 64-, 80- and 100-pin Microchip PIC18J device in TQFP package. You should solder components you want on this board along with microcontroller. Cards are compatible with LV18F v6. [more info]

PIC MCU Cards come with 80-pin PIC microcontrollers soldered on them. Due to a two-line connector, these cards can be easily connected to the development system. Their bottom has a ground plane for noise prevention. [more info]

Empty BIGPIC MCU Cards support 80- and 64-pin PIC microcontrollers. You should solder your microcontroller and other electronic components on them. These cards can be easily connected to the development system via a two-line connector. [more info]

The PICFlash Experimental Board makes the process of programming MCUs easier. There are 8-, 10-, 14-, 18-, 28- and 40-pin DIP sockets provided on the board. There is also an on-board 40-pin ZIF Socket for easy microcontroller handling. [more info]

The LV18FJ MCU Cards come with an 80-pin PIC18FJ microcontroller in TQFP package soldered on them. There are an on-board oscillator and 80 pads connected to the microcontroller pins. [more info]

Empty LV 18FJ MCU Cards support 64-, 80- and 100-pin PIC18FxxJxx MCUs. You should solder your MCU and other electronic components. Due to a two-line connector, these cards can be easily connected to the development system. Their bottom has a ground plane for noise prevention. [more info]

The UNI-DS3 development system supports PIC, AVR, 8051, ARM, PSoC and dsPIC microcontrollers with a large number of peripherals. If you want to give another microcontroller a try you just have to switch the card and continue working in the same development environment. [more info]

EasydsPIC6 is a full-featured development system for dsPIC microcontrollers. The system features a USB 2.0 programmer with mikroICD and many peripherals such as Piezo speaker, COG, port expander, MENU and 4x4 keypads etc. [more info]

BIGdsPIC6 is a full-featured development system for 64- and 80-pin dsPIC microcontrollers. The system features a USB 2.0 programmer with mikroICD and many peripherals such as Piezo speaker, EEPROM, FTDI, RTC, CAN, etc. [more info]

The dsPICPRO4 supports the latest 64- and 80-pin dsPIC30F MCUs from Microchip. It comes with a dsPIC30F6014A. The system includes an USB 2.0 programmer, mikroICD (In-Circuit Debugger), touch panel controller, CAN, RS485, DAC and RTC. [more info]

EasydsPIC4A is a full-featured development system that supports the latest 18-, 28- and 40-pin dsPIC30F. It comes with the dsPIC30F4013 microcontroller. The board features a USB 2.0 programmer, mikroICD (In-Circuit Debugger), touch panel controller etc. [more info]

The dsPICprog with mikroICD is a USB 2.0 programmer with in-circuit debugger used for programming dsPIC30F MCUs from Microchip. Unlike programmers whose operation is based on bootloaders, this one is used for external programming so that the entire memory is available. [more info]

The UNI-DS3 development system supports PIC, AVR, 8051, ARM, PSoC and dsPIC microcontrollers with a large number of peripherals. If you want to give another microcontroller a try you just have to switch the card and continue working in the same development environment. [more info]

BIGdsPIC TQFP MCU Cards come with 80-pin dsPIC30F device in TQFP package soldered on them. There are an on-board oscillator and pads connected to the microcontroller pins. [more info]

The 64 and 80-pin TQFP MCU Card Empty PCB supports dsPIC30F devices in TQFP package. Customers can solder their own components on this PCB. Also these cards are compatible with BIGdsPIC6. [more info]

dsPIC MCU Cards support 64- and 80-pin dsPIC microcontrollers and are compatible with our dsPIC PRO development systems. They come with the dsPIC30F microcontroller. Due to a two-line connector, these cards can be easily connected to the development system. [more info]

Empty dsPIC MCU Cards support 80- and 64-pin dsPIC MCUs and are compatible with our dsPIC PRO development systems. Solder your MCU and other electronic components. These cards can be easily connected to the development system via a two-line connector.
[more info]

The dsPIC-Ready1 Board is a USB supported prototype board due to the on-board USB to serial UART interface device FT232R. The board supports 40-pin dsPIC30F microcontrollers such as dsPIC30F3011, dsPIC30F4011, etc. [more info]

The dsPIC-Ready2 Board is a USB supported prototype board due to the on-board USB to serial UART interface device FT232R. The board features extension pin headers for 40-pin dsPIC microcontrollers such as dsPIC30F3014, dsPIC30F4013, etc.  [more info]

The dsPIC-Ready3 Board is a USB supported prototype board due to the on-board USB to serial UART interface device FT232R. The board supports 28-pin dsPIC30F microcontrollers.  [more info]

The dsPIC-Ready4 Board is a USB supported prototype board due to the on-board USB to serial UART interface device FT232R. The board supports 28-pin dsPIC30F microcontrollers such as dsPIC30F1010, dsPIC30F2020, etc. [more info]

LV 24-33 v6 is a development system that supports 64-, 80- and 100-pin PIC24F, PIC24H and dsPIC33F MCUs. It comes with a PIC24FJ64GA010. It features a USB 2.0 programmer with mikroICD (In-Circuit Debugger), touch panel controller, MMC/SD card slot, etc. [more info]

The Easy24-33 v6 development system supports 14-, 18-, 20- and 28-pin Microchip PIC24 and dsPIC33 devices. It comes with the a PIC24F16KA102. The system features a USB 2.0 programmer with mikroICD and many peripheral modules such as: Touch Sense, Serial RAM, EEPROM, etc. [more info]

The LV24-33A development system supports 64-, 80- and 100-pin PIC24F, PIC24H and dsPIC33F microcontrollers from Microchip. It comes with the PIC24FJ64GA010 microcontroller. The board includes an USB 2.0 programmer, mikroICD (In-Circuit Debugger) and a touch panel controller. [more info]

The LvPICFlash with mikroICD support is a USB 2.0 programmer with in-circuit debugger (mikroICD) used for programming dsPIC33 and PIC24 devices from Microchip. It is powered from a single USB port on your PC and is specifically designed for in-circuit programming. [more info]

The LV24-33A Experimental Board is used for programming LV24-33 MCU cards. It enables you to program microcontrollers in an easy way. You just have to place an MCU card on the board and start programming.       
[more info]

LV 24-33 v6 TQFP MCU Cards come with 64-, 80- or 100-pin dsPIC33 or PIC24 microcontroller in TQFP package soldered on them. There are an on-board oscillator and pads connected to the microcontroller pins. [more info]

The 100-pin TQFP MCU Card Empty PCB supports PIC24 and dsPIC33 devices in TQFP package. Customers can solder their own components on this PCB. [more info]

LV24-33 MCU Cards have either dsPIC33F or PIC24 MCU soldered on them. They are compatible with our LV 24-33 development system. Due to a two-line connector, these cards can be easily connected to the development system. [more info]

Empty LV24-33 MCU Cards are compatible with our LV 24-33 development system. You should solder your MCU and other electronic components. These cards are connected to the development system via a two-line connector. Their bottom has a ground plane for noise prevention.   [more info]

LV-32MX v6 is a full featured development system that supports 64- and 100-pin PIC32MX microcontrollers from Microchip. The board features a fast USB 2.0 programmer and many peripherals such as TFT color display 320x240 with touch screen, audio codec, MMC/SD, serial Flash, etc. [more info]

The PIC32MX4 MultiMedia Board is a compact development system for multimedia applications. The board is compatible with the latest PIC32MX4 series. This tool provides a development platform featuring PIC32MX4 devices.
[more info]

LV-32MX v6 TQFP MCU Cards come with a 100-pin PIC32 microcontroller in TQFP package soldered on them. There are also an oscillator and 100 pads connected to the microcontroller pins. [more info]

LV-32MX v6 MCU Cards Empty PCB support 100-pin PIC32 devices in TQFP package. You should solder your own microcontroller as well as other electronic components on these boards. [more info]

LV-32MX is a full featured development system that supports 64- and 100-pin PIC32MX microcontrollers from Microchip. It comes with the PIC32MX360F256L microcontroller. There are a USB 2.0 programmer and a touch panel controller provided on the board.
[more info]

Empty PIC32 MCU Cards support 64- and 100-pin PIC32 devices. You should solder your microcontroller and other electronic components on them. These cards can be easily connected to the development system via a two-line connector. [more info]

PIC32 MCU Cards come with 100-pin PIC32 device soldered on them. Due to a two-line connector, these cards can be easily connected to the development system. Their bottom has a ground plane for noise prevention. [more info]

EasyAVR6 is a full-featured development system for AVR microcontrollers. The system features a fast USB 2.0 programmer and many peripheral modules such as COG, port expander, MENU and 4x4 keypads etc.
[more info]

The BIGAVR6 development system supports 64- and 100-pin AVR microcontrollers. It comes with the ATMEGA128 microcontroller. The system features a USB 2.0 programmer and many peripheral modules such as touch panel controller, CAN, RTC etc. [more info]

AVRPLC16 v6 is a AVR based PLC system used for developing industrial, home or office control devices. The system features GSM(GPRS), GPS communication, 16 relays, 16 optocoupled inputs, RS485, RS232, Ethernet, MMC/SD and many more. [more info]

The XMEGA-Ready Board is a prototype board that contains ATxmega128A1 device (it is connected to 8Mhz oscillator). It also features a USB support via FT232R. This tool is ideal for exploring and desiging devices using new Atmel^® XMEGA^™ A1 family. [more info]

The mikroXMEGA Board is small-package prototype board with ATxmega128A1 device (runs at 8Mhz). Tool contains FT232R (USB to serial UART interface) that can be easily connected to a PC. Explore new Atmel® XMEGA™ A1 family at popular price. [more info]

The AVRprog2 is a fast and easy to use USB 2.0 programmer for AVR MCUs from Atmel. Unlike programmers whose operation is based on bootloaders, the AVRprog2 provides an external programming of MCUs so that the entire memory is available. [more info]

The EasyAVR5A development system is a full-featured development system for 8-, 14-, 20-, 28- and 40-pin AVR MCUs from Atmel. The system comes with an ATMEGA16. It also includes an easy-to-use USB 2.0 programmer and a touch panel controller. [more info]

The BIGAVR2 development system supports the latest 64- and 80-pin AVR microcontrollers from Atmel. It comes with an ATMEGA128 operating at 10MHz. The board features a USB 2.0 programmer and a touch panel controller for easier prototype development. [more info]

The EasyAVR6 PROTO Board is a high quality PCB prototype board. It solves your prototype problems by offering a complete, cost-effective solution. Connect this board to your prototype board via the IDC10 connector. [more info]

The AVR-Ready1 Board is a prototype board for 40-pin AVR microcontrollers. The board features a USB to serial UART interface device FT232R. [more info]

The AVR-Ready2 Board is a prototype board for 28-pin AVR microcontrollers. The board features a USB to serial UART interface device FT232R. [more info]

BIGAVR6 TQFP MCU Cards come with a 64- and 100-pin AVR microcontroller in TQFP package soldered on them. There are on-board oscillator and pads connected to the microcontroller pins.  [more info]

The BIGAVR6 MCU Cards Empty PCB supports 64- and 100-pin AVR microcontrollers in TQFP package. You should solder components you want on this PCB. [more info]

BIGAVR MCU Cards have an AVR microcontroller soldered on them. They are compatible with our BIGAVR development systems. Due to a two-line connector, these cards can be easily connected to development systems. Their bottom has a ground plane for noise prevention. [more info]

64-pin and 100-pin Empty BIGAVR MCU Cards are compatible with our BIGAVR development systems. You should solder your own MCU and other electronic components. They are easily connected to the board via a two-line connector. Their bottom has a ground plane for noise prevention.    [more info]

Use AT90PWM to DIP40B Adapters to convert your DIP40 (AVR) socket into AT90PWM (AVR) compatible socket. You can solder AT90PWM1, AT90PWM2 or AT90PWM3 microcontroller on this board to get DIP40 support. These adapters provide an easy and fast work. [more info]

The UNI-DS3 development system supports PIC, AVR, 8051, ARM, PSoC and dsPIC microcontrollers with a large number of peripherals. If you want to give another microcontroller a try you just have to switch the card and continue working in the same development environment. [more info]

The EasyPSoC4 is a full-featured development system for 8-, 20-, 28- and 48-pin Cypress PSoC® MCUs. It comes with a CY8C27643. There are a fast and easy-to-use USB 2.0 programmer and a touch panel controller provided on the board. [more info]

The PSoCprog2 is a USB 2.0 programmer used for programming PSoC MCUs from Cypress. Unlike programmers whose operation is based on bootloaders, this one provides an external programming of microcontrollers so that the entire memory is available. [more info]

PSoC MCU Cards have PSoC microcontrollers soldered on them. These cards are compatible with our EasyPSoC development systems. Due to a two-line connector, they can be easily connected to the development system. Their bottom has a ground plane for noise prevention. [more info]

Empty PSoC MCU Cards support a wide range of PSoC MCUs. They are compatible with our EasyPSoC development systems. You should solder your microcontroller and other components on them. Due to a two-line connector, these cards can be easily connected to development systems. [more info]

The UNI-DS3 development system supports PIC, AVR, 8051, ARM, PSoC and dsPIC microcontrollers with a large number of peripherals. If you want to give another microcontroller a try you just have to switch the card and continue working in the same development environment. [more info]

Easy8051 v6 is compatible with 14-, 16-, 20-, 28-, 40-pin PLCC44 and PLCC32 MCUs. It comes with an AT89S8253. The board has a USB 2.0 programmer and many peripherals such as COG, port expander, MENU and 4x4 keypads etc.  [more info]

The Easy 8051 v6 PROTO Board is a high quality PCB prototype board. Connect your Easy8051 v6 development board to this board via the IDC10 connector. The board solves your prototype problems by offering a complete and cost-effective solution. [more info]

The Easy8051B is a full-featured development system for 14-, 16-, 20-, 28- and 40-pin 8051 MCUs from Atmel. It comes with an AT89S8253. The board features a fast and easy-to-use USB 2.0 programmer as well as PLCC44 and PLCC32 sockets. [more info]

The 8051prog2 is a USB 2.0 programmer used for programming 8051 microcontrollers from Atmel. Unlike programmers whose operation is based on bootloaders, this one provides en external programming of microcontrollers so that the entire memory is available. [more info]

The 8051-Ready Board is a prototype board with extension pin headers for 44-, 40- and 20-pin 8051 microcontrollers from Atmel. This board enables you to program microcontrollers easier. The board features a USB support with an on-board USB to serial UART interface device FT232R. [more info]

The UNI-DS3 development system supports PIC, AVR, 8051, ARM, PSoC and dsPIC microcontrollers with a large number of peripherals. If you want to give another microcontroller a try you just have to switch the card and continue working in the same development environment. [more info]

The EasyARM development system supports the latest 64- and 144-pin ARM microcontrollers from NXP (former Philips). It comes with the LPC2148 microcontroller. The board features a USB 2.0 programmer and a touch panel controller for easy prototype development. [more info]

The ARMFlash is a USB 2.0 programmer used for programming ARM microcontrollers from NXP (former Philips). Unlike programmers whose operation is based on bootloaders, this one provides an external programming of microcontrollers so that the entire memory is available. [more info]

The EasyARM Experimental Board is a high quality board designed by Mikroelektronika. It supports EasyARM MCU Cards. This experimental board enables you to program your microcontrollers with ease.
[more info]

ARM MCU Cards can be easily connected to development systems through a two-line connector. The bottom of these cards is provided with a ground plane for noise prevention. [more info]

The UNI-DS3 development system supports PIC, AVR, 8051, ARM, PSoC and dsPIC microcontrollers with a large number of peripherals. If you want to give another microcontroller a try you just have to switch the card and continue working in the same development environment. [more info]

Empty ARM MCU Cards support 64- and 144-pin NXP ARM devices. You should solder your microcontroller and other electronic components on them. These cards can be easily connected to the development system via a two-line connector. [more info]

The SmartGM862 Board is a development board for the Telit’s GM862 GSM/GPRS module. The board includes an on-board switching power supply, so that there is no need for additional power supply components. An antenna is delivered with the board to achieve better signal quality. [more info]

The SmartGM862-GPS Board is a development board for the Telit’s GM862-GPS module. The board has an on-board switching power supply, so that there is no need for additional power supply components. A GSM and active GPS antenna are delivered with the board for better signal quality. [more info]

The SmartSIM340Z Board is development tool for a Simcom SIM340Z GSM/GPRS module. Stable switching power supply can be found on-board, so no additional components are needed. An antenna can be placed on-board to ensure best signal quality. [more info]

The SmartG100 Board is a uBlox Leon-G100 GSM/GPRS module development board. The switching power supply is available on-board, so that there is no need for additional components. An antenna is delivered with the board to ensure best signal quality. [more info]

The SmartTM1 Board is a full-featured development board for the Teltonika’s TM1 GSM/GPRS module. This tool contains stable switching power supply, so that there is no need for additional power supply components.  Besides this antenna can be placed on-board to provide best signal quality. [more info]

The EasyGSM/GPRS is a development board for the SIM340Z module from Simcom. The SIM340Z provides GSM/GPRS performance for voice, SMS, Data and Fax in a small form factor. An antenna is delivered with the board to achieve better signal quality.
[more info]

The EasyGSM/GPRS is a development board for the Telit's GM862 GSM/GPRS module. The GM862 is specifically designed for the OEM usage and portable data, voice and telematic applications. An antenna is delivered on-board to achieve better signal quality. [more info]

The EasyGSM/GPRS is a development board for the Telit’s GM862-GPS module. The GM862-GPS module is specifically designed for the OEM usage and portable data, voice and GPS applications. An antenna is delivered on-board for better signal quality. [more info]

The SmartGSM/GPRS is a development tool that aids you in understanding GSM & GPRS technologies. Its intuitive design simply guides you through the learning process. An antenna is delivered with the board to achieve better signal quality. [more info]

We would like to provide our customers with extra GSM/GPRS parts for development purposes. At present, we are offering components for several GSM/GPRS modules. Here you can find components you may need for your GSM/GPRS prototype device. [more info]

The EasyGSM/GPRS is a development board for the MC55 GSM/GPRS module from Siemens. The MC55 module is used for the worldwide GSM/GPRS operation. An antenna is delivered with the board to achieve better signal quality. [more info]

The EasyGSM/GPRS TM2 is a development board for the TM2 module from Teltonika.  This module is small and light. It enables your device to be connected to the GSM/GPRS network. An antenna is delivered with the board to achieve better signal quality. [more info]

The SIM Card Holder Board enables you to connect your prototype device to a SIM card. Connection can be established in a few simple steps. The board solves your prototyping problems by offering a complete and cost-effective solution. [more info]

The SmartGPS is a development tool that will aid you in understanding GPS technologies. Connect GPS (Global Positioning System) to your PC or development board using the LEA-5S module. The intuitive design of SmartGPS guides you through the process of learning GPS. [more info]

The EasyGPS is a development tool for the LEA-5S GPS/GALILEO module. Connect GPS (Global Positioning System) to your prototype board using this tool. The EasyGPS allows an efficient proptotype development by offering a complete, cost-effective GPS development solutions. [more info]

We would like to provide our customers with extra GPS parts for development purposes. At present, we are offering components for several GPS modules. Here you can find components you may need for your GPS prototype device. [more info]

We would like to provide our customers with extra development parts for development purposes. Now, we are offering components such as: LCD, GLCD, connectors etc. Here you can find all components you might need to develop your prototype device. [more info]

Here you can order additional microcontrollers for development purposes. At present, we are offering several microcontrollers such as PIC16F887, PIC18F8520, PIC18F4550, ATMEGA16, etc. [more info]

Use flexible wire jumpers to connect your components on a your prototype board. They are perfect for connecting your prototype device or development board quickly with other electronic components. We are offering several types of wire jumpers. [more info]

We would like to provide our customers with extra SOIC, SOP, TSSOP and SSOP adapters for development purposes. Professional and development adapters from mikroElektronika allow an easy and fast work. At present, we are offering several adapters for various SOIC, SOP, TSSOP and SSOP packages.          
[more info]

The UNI-DS3 development system supports PIC, AVR, 8051, ARM, PSoC and dsPIC microcontrollers with a large number of peripherals. If you want to give another microcontroller a try you just have to switch the card and continue working in the same development environment. [more info]