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Unlike GPU and other parallel computing technologies, FPGAs do not suffer from significant performance roll-off when algorithms demand large data-exchanges between iterations.

Regardless of the problem type, FPGA technology uses less power and has less latency than fetch and execute machines such as microprocessors, DSP's and GPU's. Low latency is critical to high performance complex control systems.

FPGA technology achieves ASIC-like performance but with the flexibility and risk-reduction of software-based systems.

Arrayware applies FPGA technology to accelerate digital processing; increasing throughput and reducing latency. Hundreds of times faster than a microprocessor and significantly lower in latency compared to GPUs..
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