Accelerate your Secure Data Streams
Many engineers and product developers struggle with an overload of things to do when they need to get a real-time or application-rich product to market. DornerWorks’ Zynq UltraScale+ based System-On-Module (SOM) is a powerful processing platform that enables you to quickly develop a custom solution so that you can get back to focusing on what you do best.
DornerWorks Streaming I/O Platform
Using the Xilinx Zynq UltraScale+ processor core, the DornerWorks System-On-Module (SOM) will enable you to implement RAM intensive FPGA accelerated computations. One of many potential video applications this platform enables is to encrypt Ultra High Definition(4k) raw video, and decrypt it for viewing on the other end of a high speed transport with minimal latency all while storing 100+ hours of h.264 compressed, encrypted 4k video to a high speed SSD.
Key Platform Features
- Dedicated RAM for accelerated computations
- Uncompressed Video encryption/decryption
- Encrypted video storage with base board
- GbE High Precision Time-Sensitive Networking
- Cost-optimized solutions with CG, EG, and EV device families
- SSD mass storage device (2TB via M.2 available)
- HDMI Input/Output with minimal part count
- EV device capable of H.264/H.265 encode of 600Mpixel/sec
Zynq Ultrascale+ Family Features Supported
CG – Baseline Device family for the Dornerworks SOM, ideal for High speed data computations and movement.
EG – Adds Quad Core A53 processing and the Mali-400 MP2 GPU to the CG’s capabilities, ideal for products that also
need graphical applications.
EV – Adds H.264/H.265 4k video encoding to the EG’s capabilities, ideal for applications that need to transmit or store
high definition video efficiently.
Whitepaper: 5 Reasons Why Your Product Needs a SOM
Learn more about the flexibility, reduced time to market, and other benefits a SOM can bring to your embedded development work. Download our whitepaper and launch your project with confidence.