Accelerate Your Prototype to Market with the Zynq UltraScale+ SOM from Dornerworks
Innovation isn’t late to market, and you don’t have to be either.
DornerWorks SOM is based on the Xilinx Zynq UltraScale+ processing platform.
A capable and consolidated device could provide the freedom you’re looking for to take your project to the next level. Let Dornerworks help you get to market faster with a modular approach while mitigating risk and lowering development cost, so you can focus on what makes your product innovative.
The System-On-Module (SOM) solution, now under development by DornerWorks, can provide those benefits, all while enabling RAM intensive FPGA accelerated computations and Ultra High Definition(4k) raw video encryption/decryption.
DornerWorks is one of only three Xilinx Premier Partners that offer design services in North America, and has built a reputation on guiding complex products and systems to success through custom hardware and software development services. Xilinx and others trust us to work on technology as advanced as the latest RFSoC boards, and our talented and driven engineers are now building a powerful high-speed streaming data SOM platform.
So, how are you going to use this SOM to accelerate your project toward success?
Using the Xilinx Zynq UltraScale+ processor core, the DornerWorks SOM, will support FPGA acceleration and robust security features, operating with minimal latency, with over 215Gbit/s RAM bandwidth and up to 260Gbit/s data movement in and out of the FPGA fabric.
The Zynq UltraScale+ System on Module (SOM) from DornerWorks could enable the technology for autonomous vehicles and machines. Computer vision and interactive displays are just two of the possible applications for this versatile device.
Target SOM Applications
This hardware solution will enable applications like high-resolution video streaming compression, real time data processing, machine learning, and IoT fog computing. As the future sees a greater reliance on autonomous vehicles and machines connected to digital signal processing systems, capable devices like the DornerWorks System on Module (SOM) will help developers build and launch a complete prototype faster than the competition.
Other ideal applications
- Interactive displays
- Image detection and recognition
- Classified video transmission
- Computer vision
- Surveillance Systems
The Zynq UltraScale+ based SOM supports dual application processor (CG) devices, quad application processor and GPU (EG) devices, and video codec (EV) devices, each with varying stand-out features.
ZUS+ Family Features
CG – Baseline Device family for the DornerWorks SOM, ideal for High speed data computations and movement.
EG – More than double the processing power of the CG, with a quad-core A53 and Mali-400 MP2 GPU, 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.
Swift and Secure SOM
Connecting your system to the SOM is made simple with a generous collection of essential ports.
Along with RSA, AES, and SHA encryption to support strict security requirements, the DornerWorks SOM can provide the perfect hardware platform to supercharge your next prototype.
A SOM with Your Goals in Mind
We’re looking to hear more from potential users, and what they want in a single-board computer. The window of opportunity is open to contribute to our design process, and be a part of the SOM roadmap.
DornerWorks wants to understand how this device could augment and optimize your platform. We are ready to partner with a Contract Manufacturer or even modify the SOM design so you can build your customized solution.
Contact DornerWorks today, let us know what goals you’re targeting, and get started on developing stand-out products using the Zynq UltraScale+ SOM.