IPN252 6U OpenVPX GPGPU Multiprocessor
Delivering exceptional performance, reduce network-dependence, expand sensor capability, and minimize time-to-market
Overview
Blending the best
The IPN252 combines the power of an Intel® Core® i7 processor with a 640-core NVIDIA® Maxwell GPU. The resulting multiprocessor delivers unprecedented performance in a range of demanding, data-intensive digital signal processing applications such as intelligence, surveillance and reconnaissance (ISR), high performance airborne radar, synthetic aperture radar (SAR) and ground moving target indicator (GMTI).
The bigger picture
Capable of delivering up to 1.4 Teraflops (trillion floating point operations per second) of throughput from a single 6U chassis slot, the IPN252 complements other Abaco platforms to allow the creation of complete systems capable of responding to the most exacting embedded computing challenges.
A cool solution
Not only does the IPN252 benefit from the innovative combination of processor technologies from Intel and NVIDIA (including support for CUDA™ and GPUDirect®), it also leverages Abaco’s experience and expertise in innovative cooling techniques that allow the maximum, no-compromise performance to be obtained while ensuring robust reliability.
Intel ISA
OpenVPX Logo
GPGPU
For the most demanding applications in SWaP-constrained platforms, you can benefit from Abaco being NVIDIA’s preferred provider of GPU technology into harsh environments.
Specifications
Accessories
IPN251RTM -- payload rear transition module (RTM) provides access to the P3 to P6 rear I/O functions of the IPN251 and IPN252 multiprocessor SBC.
High Performance Embedded Computing
Combining open systems architectures with leading commercial and GPGPU processors delivers the performance, scalability and interoperability your most demanding applications need.
Related Downloads
White Papers
Technical Datasheet
Cooling
When you need maximum compute performance and survivability, you need innovative cooling technologies like heat pipes, Abaco’s Nano Thermal Interface – and more.
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