OpenHPEC Accelerator Suite
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- OpenHPEC Accelerator Suite Product Sheet
- Continuum Math Libraries Product Sheet
- Integrated Development System (HPEC) Product Sheet
- Dolphin PCIe Fabric Communications Library Data Sheet
Facing increasing SWaP-C demands and harsh environments, today’s industrial, aerospace & defense systems need to be smaller but more powerful, and ultimately more cost-effective. COTS...
Facing increasing SWaP-C demands and harsh environments, boards now need to be smaller and more powerful than ever, while still working with tight budgets. Standard cooling methods offer a...
Developing software can be a frustrating and burdensome process, always taking longer than expected and exceeding expected costs. Turning to software libraries allows you to easily find the...
Curtiss-Wright Defense Solutions has partnered with Dolphin Interconnect Solutions to provide a PCI Express® (PCIe) Fabric Communications Library supporting high-speed, low-latency peer to peer...
The VPX3-1258 from Curtiss-Wright Defense Solutions is a high performance Single Board Computer (SBC) featuring the 4th Gen Intel Core i7 (Haswell) processor. Pin-compatible with our previous...
The VPX3-1259 from Curtiss-Wright Defense Solutions is a high performance Single Board Computer (SBC) featuring the 5th Generation Intel Core i7 (Broadwell) processor. Pin-compatible with our...
The VPX6-1958 rugged, high performance 6U OpenVPX Single Board Computer (SBC) combines Intel's powerful Core i7 processor with the power and flexibility of the VPX platform's high speed fabric...
The VPX6-1959 rugged, high performance 6U OpenVPX Single Board Computer (SBC) combines Intel's powerful Core i7 processor with the power and flexibility of the VPX platform's high speed fabric...
The CHAMP-AV9 combines the floating point performance of the Intel Core i7 processors, with the substantial bandwidth and system-enabling features of the 6U OpenVPX form-factor. Providing a pair of...
Embedded software tools for High Performance Embedded Computing
Using the new generation of multi-core CPUs and GPUs as building blocks, embedded systems are becoming increasingly more complicated to develop and debug. To maximize performance on these embedded “supercomputer” systems, code must execute efficiently in parallel across multiple nodes. Traditional tools used in embedded systems simply cannot support this new programming paradigm.
Proven tools leveraged from supercomputers
The High Performance Computer (HPC) industry has mature, full-featured tools driven by a large installed user base. These tools feature a system level approach, instead of focusing on individual boards, which provides better set-up, maintenance, monitoring, debugging and optimizing of the systems.
Since high performance embedded computing systems are now employing the same hardware blocks and similar architectures as HPC only on a smaller scale, they face the same challenges and can benefit from HPC solutions.
A reliable toolbox for developing and maintaining embedded systems
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 using open standards. Like a Swiss army knife, the OpenHPEC Accelerator Suite gives you a collection of the right embedded software tools all in one package. You wouldn’t try to develop hardware without tools, so don’t consider developing software without the OpenHPEC Accelerator Suite.
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