In combination with CPUs or standalone, the high-performance and low-energy requirements make FPGAs an attractive choice for integration into computing systems and products. Because FPGAs are easily configurable, system designers can change the function of devices into which they’re installed. In fact, FPGAs can become ‘custom silicon’ and can change system behavior dynamically. FPGAs can also be fine-tuned in order to upgrade performance, update security settings, and modify for individual or local needs.
EulerProject design and produce FPGA Reconfigurable Acceleration Products for Data Center, Video Analytics, Telecom and IoT industry
Consider our platforms when you are at:
Your technologies will need to translate this enormous supply of data into intelligence. Translating data into intelligence will require various high-level processing capabilities, including pattern recognition, encryption and decryption, big data compression, and big data analysis.
Your computing are not yet up to speed and it seems, that your software currently exceeds the abilities of hardware, which can lead to bottlenecks in data flows. Your are up to faster processing, and this could includes offloading CPUs to FPGAs
You are also aware of the FPGAs challenges with difficulties in HDL design flow and would consider high level development and more standardized implementation. To better handle these challenges, you would consider to integrate into your product or system "Off-the-shelf" FPGA board (COTS board) with standard open programming model and get deep technical support.
Your systems and operating budgets are limited by power. FPGAs and ASICs offer superior performance per watt footprint, but only the FPGA is dynamically reconfigurable.