Avery Core Kinetics 2.8µs emblemAVERY CORE KINETICS

AVERY CORE KINETICS // EDGE AI INTERPOSER TIMING

SUB-2.8µs EDGE AI PERFORMANCE BENCHMARKS

Measure the deterministic hardware veto floor independently of probabilistic model execution, with tensor-output capture, register-envelope resolution, and actuator clamp evidence.

28 CYCLES

INTERPOSER PATH

Model output capture through physical veto assertion.

2.8 µs

10 MHz REFERENCE

A target above 10 MHz qualifies for sub-2.8µs timing.

FP16 / INT8

INFERENCE PROFILES

Safety timing remains independent of model precision.

0 TOKENS

VETO DECISION

Boolean RTL does not invoke a model or cloud service.

— REAL-TIME SAFETY REPORTS —

TENSOR EXIT CAPTURE

Benchmark the path from NPU or GPU result-ready assertion into the interposer boundary.

  • FP16 output-ready profile
  • INT8 output-ready profile
  • DMA and stream backpressure
  • Clock-domain crossing latency

VETO FLOOR

Exercise physical and transactional limit violations at the register boundary.

  • Out-of-bounds spatial vectors
  • Torque / thermal excursions
  • Unauthorized tool or API calls
  • Transaction ceiling violations

ACTUATOR ASSERTION

Correlate the offending model output with the final clamp signal and safe-state response.

  • Cycle-accurate trigger trace
  • Permit / clamp / veto waveform
  • Fail-closed reset behavior
  • Target timing and utilization

— BENCHMARK BOUNDARY —

  1. 01 // MODEL READY

    Timestamp the customer inference engine’s output-ready signal.

  2. 02 // CAPTURE

    Latch the proposed command at the VHDL Soft IP.

  3. 03 // RESOLVE

    Evaluate hardwired domain envelopes without token generation.

  4. 04 // VETO

    Assert the physical clamp and record cycle-accurate evidence.

The hardware path is benchmarked separately from model inference time. Sub-2.8µs applies only to a 28-cycle interposer implementation closed above 10 MHz on the selected target.

BENCHMARK AN AI SUITEREQUEST AI LICENSING