OpenHPEC Accelerator Suite
A proven, fast, standards-based way to build embedded applications
With the new generation of multi-core CPUs and GPUs as building blocks, embedded systems have become even more complicated to develop and debug. To take advantage of these embedded “supercomputers”, code must be executed efficiently in parallel across multiple nodes, and tradition tools used in the embedded market simply cannot support this new programming paradigm.
Proven tools leveraged from supercomputers
The High Performance Computer (HPC) development space has mature, full-featured tools because of the large installed user base. These tools feature a system level approach, instead of focusing on individual boards, providing more effective approaches for setting up and maintaining the systems and partitioning code across multiple nodes.
Embedded systems now employ the same hardware building blocks and similar architectures as HPCs, also known as supercomputers, only on a smaller scale. This means High Performance Embedded Computers (HPEC) share common software concerns such as floating point performance, latency, and standard APIs. Facing the same challenges as the HPC space, the embedded market can now benefit from their solutions.
If you’re thinking about whether or not HPCs do have real time applications and control loops, just think about the stock market High Frequency Trading (HFT) platform: HFT firms process orders in less the 400 microseconds – 1,000 times faster than a blink of an eye.
A reliable toolbox for developing and maintaining embedded applications
While a single tool may not have the power to solve it all, creating an ecosystem of dependable tools helps you accelerate your development cycle. Like a Swiss army knife, the OpenHPEC Accelerator Suite gives you a collection of the right tools all in one package.
The tool suite starts with the best-in-class cluster manager, debugger, and profiler from the HPC domain. OpenHPEC also supports 40GB Ethernet, InfiniBand, and PCIe fabrics, as well as multiple versions of MPI for communications. The vector libraries offer optimized single and multi-thread functions, for both single and double precision, for all those demanding, math-intensive applications. Why spend time and money re-writing Built-In-Test (BIT), when the OpenHPEC Accelerator Suite provides a framework for creating, running and displaying results for customized system BIT?
You wouldn’t try to develop hardware without tools, so don’t consider developing software without the OpenHPEC Accelerator Suite. Together, these tools form a fully integrated HPEC development environment that is fully tested, validated, and benchmarked.
One solution loaded on one installation DVD with one part number from one company – Curtiss-Wright.
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- Proven supercomputer development tools
- Three integrated package options
- CentOS or Red Hat Linux
- Bright Computing cluster manager
- Allinea debugger & profiler
- Allinea performance tool
- OpenHPEC Math Libraries
- MPI message passing
- CUDA & OpenCL
- Board level & system level BIT
- Signature support
- Onsite install & training
- Radar processing
- Signal intelligence (SIGINT)
- Image processing
- Sensor processing
- Electronic warfare
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