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C6000 Code Generation Tools Downloads
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The C6000 CGT v8.3.0 release is intended for General purpose C6000, MCSDK, OpenMP, and/or OpenCL project development.
The C6000 CGT v8.3 is a NEW compiler:
- v8.3 supports C6400+, C6740, and C6600 in ELF EABI mode only
- v8.3 supports the C++14 Standard ISO/IEC 14882:2014, while C++03 is no longer supported
- C++ obj code generated by older compilers is not compatible with v8.0+ RTS obj libraries
- v8.3 offers comparable performance to v7.4. Performance may vary based on the application
- v7.4.x will continue to support (long-term) all processor variants in ELF EABI or COFF ABI mode
Customers should use CGT v8.3 if they are:
- Developing new applications using OpenCL, OpenMP, or HPC-MCSDK
- Developing new applications that utilize new compiler features only available in v8.0 and above (Native Vector Types, for example)
Customers should use CGT v7.4.x if they are:
- Maintaining an existing code base that they do not want or need to transition to v8.3 in the near-term
- Developing new applications or maintaining existing applications that use the COFF ABI
- Developing new applications or maintaining existing applications on C6200, C6400, C6700, C6700+, or Tesla
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The C6000 CGT provides software development tools including the compiler, assembler, and linker, among others, which can be used to develop applications with C/C source code for loading and running on C6000 core processors.
New features available in C6000 Code Generation Tools starting with release v8.2.0:
- Conversion of floating point values to unsigned char or short no longer generate RTS library calls
- Improved OpenCL-C vector type performance
Additional Notes:
- v8.2 supports C6400+, C6740, and C6600 in ELF EABI mode only
- C++ obj code generated by older compilers is not compatible with v8.0+ RTS obj libraries
- v8.2 offers comparable performance to v7.4. Performance may vary based on the application
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[Linux]
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Release Notes
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The C6000 CGT provides software development tools including the compiler, assembler, and linker, among others, which can be used to develop applications with C/C source code for loading and running on C6000 core processors.
New features available in C6000 Code Generation Tools starting with release v8.1.0:
- Reduced compilation time and memory usage when compiling OpenCL-C kernels
Additional Notes:
- v8.1 supports C6400+, C6740, and C6600 in ELF EABI mode only
- C++ obj code generated by older compilers is not compatible with v8.0+ RTS obj libraries
- v8.1 offers comparable performance to v7.4. Performance may vary based on the application
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[Linux]
[ARM - A8 (compatible with A15)]
[Mac OS X]
Release Notes
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Release Notes
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Release Notes
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Release Notes
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Release Notes
The C6000 CGT provides software development tools including the compiler, assembler, and linker, among others, which can be used to develop applications with C/C source code for loading and running on C6000 core processors.
The key new features of the C6000 CGT v8.0.0 release include:
- Open-source friendly standard C/C++ RTS implementation
- Discontinued support for legacy ABIs and processor variants:
- Only the ELF EABI is supported in v8.0.0 and beyond
- The only processor variants supported include: C6600, C6740, C6400+
- Legacy processor variants C6200, C6400, C6700, C6700+, and Tesla are not supported in v8.0.0 and beyond
- 40-bit integer type data objects can only be represented using the __int40_t scalar type
The C6000 CGT v8.0 is a NEW compiler:
- 8.0 will support C6400+, C6740, and C6600 in ELF EABI mode only
- C++ obj code generated by older compilers is not compatible with v8.0 RTS obj libraries
- v8.0 offers comparable performance to v7.4. Performance may vary based on the application
The readme (aka Release Notes to the left) included in the release package lists the new features in detail.
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Release Notes
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- OpenMP 3.0
- NOTE: An MCSDK (version 2.1 or later) must be used in order to run an OpenMP application
- Thread-local storage
- Thread-safe RTS library capability
- Performance advice for novice DSP programmers
- Automatic load speculation (auto -mh capability)
- C99 floating point Complex type support (float _Complex, double _Complex, long double _Complex)
- Pack Pragma support
[Windows] [Linux]
Release Notes
- OpenMP 3.0
- NOTE: An MCSDK (version 2.1 or later) must be used in order to run an OpenMP application
- Thread-local storage
- Thread-safe RTS library capability
- Performance advice for novice DSP programmers
- Automatic load speculation (auto -mh capability)
- C99 floating point Complex type support (float _Complex, double _Complex, long double _Complex)
- Pack Pragma support
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[Linux]
[Mac OS X]
Release Notes
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-