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We have the following products on offer:
- APS3 32 bit high performance RISC processor with mixed length 16 and 32 bit long instructions
(data sheet)
- APS3B A big endian version of the APS3
- ASP3S A of the APS3 with features to further improve code density
- APS3F A version of the APS3 with full support for hardware single and double precision floating point
- New APS3 Trace Buffer
- DSP (16 bit fixed point) coprocessor (data sheet)
- Cache controller
- Peripherals
- C, C++ compiler (based on GNU)
- Development and debug in the Eclipse IDE
- Debugger with GUI
(works via JTAG or via UART)
- Assembler, linker etc
- Instruction set simulator (with some peripherals)
If you have a requirement for something which you don't see here, maybe we are already working on it,
or we could make it for you!
Talk to us about the exciting things you can do with our out-of-order
execution coprocessor interface. As an example of what can be done, have a look at this
DSP Coprocessor.
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Click to explore a typical system in depth...
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Key features of the APS3:
- Designed for embedded systems
- Fully 32 bit
- Excellent code density
- Full support from GNU toolchain
- GCC for C and C++ (Version 4.12)
- GNU Debugger (via JTAG and UART)
- Instruction Set Simulator
- Both little and big endian versions are available
- Very low power
- Cost Effective - no bigger than an 8051!
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We have a hardware/software co-simulation solution with SystemC for the APS3.
- Completely cycle accurate simulation
- Use alongside your own models
- All tools can be used for development
- Debugger with GUI and Eclipse
- Faster than RTL simulation
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A port of μC Linux is available, enabling more ambitious embedded systems to be created with a minimum of hassle.
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A fully supported version of FreeRTOS is available.
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