Mikroelektronika is developing sophisticated, comprehensive compilers for popular PIC microcontroller families. Highly advanced IDE, source-level Debugger, integrated tools, and many practical examples included, provide the easiest way of programming PIC microcontrollers.
Popular PIC micocontrollers are loved by hobbyists and 8-bit geeks. mikroC helps you bring your ideas to life easy as never before.
Popular PIC micocontrollers are loved by hobbyists and 8-bit geeks. mikroBasic helps you bring your ideas to life easy as never before.
Popular PIC micocontrollers are loved by hobbyists and 8-bit geeks. mikroPascal helps you bring your ideas to life easy as never before.
Mikroelektronika is developing sophisticated, comprehensive compilers for popular AVR microcontroller families. Highly advanced IDE, source-level debugger, integrated tools, and many practical examples included, provide the easiest way of programming AVR microcontrollers.
AVR micontrollers go best with mikroC. With dozens of libraries, making your AVR talk is a piece of cake.
AVR microcontrollers go best with mikroBasic. With dozens of libraries, making your AVR talk is a piece of cake.
AVR microcontrollers go best with mikroPascal. With dozens of libraries, making your AVR talk is a piece of cake.
Mikroelektronika is developing sophisticated, comprehensive compilers for popular dsPIC30/33 and PIC24 microcontroller families. Highly advanced IDE, source-level debugger, integrated tools, and many practical examples included, provide the easiest way of programming dsPIC30/33 and PIC24 microcontrollers.
Exploit the full potential of 16-bit dsPIC and PIC24 microcontrollers with your favorite embedded mikroC compiler.
Exploit the full potential of 16-bit dsPIC and PIC24 microcontrollers with your favorite embedded mikroBasic compiler.
Exploit the full potential of 16-bit dsPIC and PIC24 microcontrollers with your favorite embedded mikroPascal compiler.
MikroElektronika is introducing PIC32 compilers for C, Basic and Pascal. For the first time in embedded world you can exploit the powerful PIC32 microcontroller easily and utilize it's full potential without having to think about complex settings and initializations. Our sophisticated, comprehensive compilers for new PIC32 families have highly advanced IDE, source-level debugger, integrated tools, and many practical examples included. We invite you to take part in our PIC32 community website, and actively suggest ideas for further development.
Write fast multimedia applications for mighty PIC32 using mikroC - the best programming environment in the world.
Write fast multimedia applications for mighty PIC32 using mikroBasic programming environment.
Write fast multimedia applications for mighty PIC32 using mikroPascal programming environment.
Mikroelektronika is developing sophisticated, comprehensive compilers for popular 8051 microcontroller families. Highly advanced IDE, source-level debugger, integrated tools, and many practical examples included, provide the easiest way of programming 8051 microcontrollers.
The 8051 core combined with modern modules is popular in the past. With mikroC you can quickly develop your projects.
The 8051 core combined with modern modules is popular in the past. With mikroBasic you can quickly develop your projects.
The 8051 core combined with modern modules is popular in the past. With mikroPascal you can quickly develop your projects
Experience the powerful mikroC, mikroBasic and mikroPascal compilers for ARM Cortex M0, M3 and M4 devices. Intuitive IDE makes your development easy, and settings seamless. Over 500 library functions with examples and a comprehensive help file will help you get your project done quickly. Compilers feature smart SSA optimization which increase execution speed and reduce the code size for 20-40%.
Write fast multimedia applications for mighty ARM Cortex M0, M3 and M4 devices using mikroC programming environment.
Write fast multimedia applications for mighty ARM Cortex M0, M3 and M4 devices using mikroBasic programming environment.
Write fast multimedia applications for mighty ARM Cortex M0, M3 and M4 devices using mikroPascal programming environment.