NVX.FACC-K7 designed to solve complex problems such as AI & DSP acceleration , iStorage and e.t.c.
Flexible high-speed computing while minimizing size and cost in form factor M.2.
Early Access
The NVX.FACC-K7 is an FPGA-based Storage and Processing Computing Module (SPCM)
designed to meet the draft expandid M.2 Accelerator Module Hardware Specification standard. It is intended to operate in Embeded System and servers.
The NVX.FACC-K7 product features a AMD Kintex7® FPGA directly coupled to two banks of local DDR3 memory. Customers can either develop their HDL own acceleration applications or use OpenSource acceleration solutions.
designed to meet the draft expandid M.2 Accelerator Module Hardware Specification standard. It is intended to operate in Embeded System and servers.
The NVX.FACC-K7 product features a AMD Kintex7® FPGA directly coupled to two banks of local DDR3 memory. Customers can either develop their HDL own acceleration applications or use OpenSource acceleration solutions.
- Overview
Custom AI / DSP / DPU Core Acceleration — Reimagined.
Each member of our team has at least 5 years of legal experience. They use their knowledge to make our clients’ life better.
Our company works according to the principle of individual approach to every client. This method allows us to achieve success at all levels.
AI / DSP / DPU
Acceleration
Acceleration
Computational iStorage
ASIC / CPU (RISC-V)
Prototype
Prototype
- Applications
FPGA
On-board DDR3 SDRAM
On-board other
Host interface
- AMD® Kintex 7™
- XC7K325T in an 676 package
- Core speed grade - 1/2/3
- Contact us for additional FPGA option
On-board DDR3 SDRAM
- Two banks of DDR3 SDRAM x 32 bits
- 8GB bank (16GB version also available)
- Transfer Rate: up to 1066 MT/s
On-board other
- 4 x LEDs
- Jack with GPIO and MGT
- Jack JTAG
Host interface
- expanded M.2 interface supporting Gen2 PCIe x4
Specifications
More details and links coming soon — in development.
I believe! flexible high-speed computing should be available to everyone and be a friend to the green world.
Current computing infrastructure is based on standard and GPU-centric architectures, which do not account for the specific computational characteristics of algorithms. As a result, they are poorly suited for diverse algorithm acceleration workloads.
The NVX.FACC-K7 hardware platform, with its flexible architecture and open-source acceleration algorithms, is set to revolutionize complex computing.
The possibilities are limitless — powered by the open-source community.
The NVX.FACC-K7 hardware platform, with its flexible architecture and open-source acceleration algorithms, is set to revolutionize complex computing.
The possibilities are limitless — powered by the open-source community.
- About
Kostya Tiutin
Founder & Developer NVX.FACC
I’m an engineer with 20 years of experience in the radio electronics industry.
I believe that computing devices should be:
I believe that computing devices should be:
- flexible and high-performance
- compact
- and accessible to everyone.
I truly believe that — together with the Open Source community, we can revolutionize the way we compute.
- Early Access
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