Benchmarking

HyperX delivers far beyond the industries top space chip systems.

X
the compute processing capability
%
of the power needs
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HyperX allows faster, more powerful, reprogrammable software applications to be developed quicker for use in power constrained, high radiation, critical, secure and trusted source necessary applications.

HyperX Midnight Chip Comparison to Rad-Hard FPGA

hyperx benchmarking rad hard
  1. ”Rad-Hard” defined as >100 Krad TID
  2. Performance based on typical utilization factors and published GOP/s metrics for FPGA DSP slices and AI Engines and MS/s metrics running a 256-point 16-bit fixed point complex FFT algorithm
  3. Power required to achieve the GOP/s performance in note 2.
  4. Design target; radiation testing in process

Even with radiation tolerance, which usually reduces performance and increases power needs, the architecture of the HyperX Midnight Chip system provides higher compute performance with lower energy consumption compared to non-rad FPGA systems.

HyperX Midnight Chip Compared to Current Leading Terrestrial FPGA Chips

hypex benchmarking terrestrial
  1. Includes FIR, FFT, and communications beamforming algorithms
  2. Closing timing on PL (Programmable Logic) and DSP typically requires minimum of 30% margin, which provides an effective reduction of operating frequency not reflected in column
  3. Performance of 1024-tap FIR filter algorithm
  4. Design target; radiation testing in process
  5. RAM interface speed based on top speed grade part
  6. Top speed grade
  7. Top speed grade; max RAM interface limited to 1000 MHz
  8. Typical frequency; typical utilization >95%