IPN251 Intel/NVIDIA Multiprocessor
Rugged 6U OpenVPX multiprocessor module combining NVIDIA Kepler GPU with the 3rd Generation Intel Core i7 CPU
This product is no longer recommended for new designs.
Product configuration is currently frozen and no further design modifications are planned. We offer a comprehensive suite of Lifecycle Management services for existing customers. If you have any questions, please contact us.
We recommend the following alternative solutions:
Multiprocessors deliver exceptional performance, reduce network-dependence, expand sensor capability, and minimize time-to-market
Overview
Performance, functionality in less space
- Provides more functionality within a constrained SWaP envelope
- Allows more on-board processing
The IPN251 multiprocessor delivers outstanding computing performance in a wide range of demanding data-intensive applications by combining 384-core NVIDIA® Kepler™ GPGPU technology with a 3rd generation Intel® Core™ i7 quad core processor. The massively parallel nature of GPGPU technology allows larger numbers of more sophisticated algorithms to be processed in a single chassis slot versus multiple slots.
Reduces time-to-market and time-to-revenue
The 6U OpenVPX form factor IPN251 allows development time to be significantly reduced by using open, industry hardware and software standards. Software support includes: Software BIOS; Linux®; Windows®; NVIDIA CUDA, OpenCL, OpenGL; AXISLib-VSIPL Math & DSP libraries; NVIDIA PhysX, MATLAB™
Simplification with true benefit
Using NVIDIA's GPUDirect, data from external sources can be streamed directly into GPU memory without the burden of multiple copy operations through system memory, resulting in significantly lower latency and higher throughput. Data sources may be PCI Express™ or InfiniBand® end-points.
Intel ISA
OpenVPX Logo
Board Support
Highly flexible and configurable to deliver the optimum balance of coverage vs. boot time, our in-house expertise enables us to provide program-specific functionality.
Specifications
Related Downloads
White Papers
- Design Approaches Impact GPGPU Implementation
- GPUDirect™ RDMA
- High Performance Embedded Computing and Its Impact on Mil/Aero Applications
- Many-Core Processors Report Ready for Duty
- OpenVPX System Bandwidth
- RDMA: The Future of High Speed Fabric Interconnects
- Recent Focus on 10Gbps Ethernet Driven by Heavy Demand for Video
- Switched Fabrics Support High-Performance Embedded Computing for Military and Aerospace Platforms
- Tuning HPEC Linux Clusters for Real-Time Determinism
- AXIS Software Development Tools
- Open Standard Middleware Enables New Classes of HPEC Solutions
- Open Standard Middleware Enables New Classes of HPEC Solutions
- Enhanced cooling technologies for superior reliability, performance
Manuals
Technical Datasheet
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