Advanced Hardware Governance for AI/ML Accelerators
The GVF Engine™ is a synthesizable hardware governance block designed to sit directly at the SRAM sensing boundary. By employing proprietary V_th(t) AC thresholding, the core evaluates activation magnitudes in real time within a single clock phase to execute sub-cycle bitline gating.
Verified Pre-Silicon Metrics (10M CRV Baseline)
- Dynamic SRAM Read Suppression: 56.17% exact traffic reduction under randomized activation sparsity
- Flop Toggle Suppression: 263,566 register toggles suppressed on integrated hardware counter
- Fault Recovery: <1-cycle state machine recovery across 19 randomized async resets
- IP Protection: USPTO Provisional Patent Application No. 64/134,522
Target Deliverables & EDA Toolchain Support
For evaluation partners, GVF Dynamics provides zero-trust, secure evaluation packages. Primary RTL is delivered as an IEEE 1800-compliant encrypted SystemVerilog macro (gvf_core_top.sv.p) alongside cleartext testbenches (gvf_core_tb.sv), GTKWave telemetry profiles, and synthesis scripts.
Pre-compiled for seamless elaboration, cycle-accurate simulation, and gate-level synthesis in standard EDA toolchains including Synopsys Design Compiler, Cadence Genus, AMD/Xilinx Vivado, and Siemens QuestaSim under standard Technical Evaluation Agreements (TEAs).