Nallatech Drives FPGA Accelerator Revolution at Supercomputing 2016
HPC Today  |  Wire  |  November 21, 2016
Note: the wired news below has been filtered but not edited by HPC Today.

Nallatech, a Molex company, will showcase FPGA solutions for high-performance computing (HPC), network acceleration and data analytics at the Supercomputing 2016 (SC16) Conference and Exhibition, November 14-17 in Salt Lake City.

“Major datacenter customers are now deploying FPGAs to achieve break-through application performance and energy-efficiency above and beyond what can be achieved using conventional CPU and GPU platforms,” said Allan Cantle, President and Founder, Nallatech. “In-depth design, application expertise and process knowledge combined with extensive manufacturing capabilities allow for quick deployments of large-scale FPGA solutions.”

A demonstration at the Nallatech booth 2214 will showcase FPGA acceleration of Convolutional Neural Networks (CNN) object classification by using a low profile Nallatech 385A PCIe accelerator card with a discrete Intel Arria 10 FPGA accelerator programmed using Intel’s OpenCL Software Development Kit. Built on the BVLC Caffe deep learning framework, an FPGA interface and IP accelerate processing intensive components of the algorithm. Nallatech IP is capable of processing an image through the AlexNet neural network in nine milliseconds. The Arria10-based 385A board has the capacity to process six CNN images in parallel allowing classification of 660 images per second.

Additionally, Nallatech will display a range of leading-edge technologies at SC16—

385A FPGA Accelerator Card – A low profile, server-qualified FPGA card capable of accelerating energy-efficient datacenter applications. Two independent banks of SDRAM memory and two optical network ports complete the balanced architecture capable of both co-processing and latency-critical 1G/10G/40G streaming applications.
385A-SoC System on Chip FPGA Accelerator Card – A powerful computing and I/O platform for SoC FPGA and ARM-based development and deployment across a range of application areas including HPC, image processing and network analytics. The 385A-SoC is capable of being used in “stand-alone” mode running Linux and software stacks on the embedded ARM processors allowing the accelerator to be used without a host server for ultimate Size, Weight and Power (SWAP) performance.
510T Compute Acceleration Card – FPGA co-processor designed to deliver ultimate performance per watt for compute-intensive datacenter applications. A GPU-sized 16-lane PCIe Gen 3 card, the 510T features two Intel Arria 10 FPGAs delivering up to sixteen times the performance of the previous generation. Applications can achieve a total sustained performance of up to 3 TFlops. The 510T card is available with almost 300GByte/sec of peak external memory bandwidth configured as eight independent banks of DDR4. This combination, plus the FPGA’s on-chip memory bandwidth of 14.4TBytes/sec, permits dramatic new levels of performance per watt for memory-bound applications.
Nallatech FPGA Accelerated Compute Node – Develop and deploy quickly with minimal risk using a Nallatech FPGA accelerator, tools and IP delivered pre-integrated in a server of your choice.

Source: Nallatech
With Business Wire

© HPC Today 2021 - All rights reserved.

Thank you for reading HPC Today.

Express poll

Do you use multi-screen
visualization technologies?

Industry news

Brands / Products index