PRODUCT ROADMAP

Every gap tracked. Every version committed.

NeuraEdge development follows a versioned roadmap. Every known gap is classified, assigned to a release, and tracked publicly. Timeline estimates are conditional on v1.0 acquisition revenue.

v1.0: Deliveredv1.1: Q3 2026v2.0: Commercial node release

VERSIONED COMMITMENTS

v1.0

DELIVEREDCurrent release
91 RTL source files (SystemVerilog/Verilog) — lint-clean
256 INT8 MACs · 2×2 tile mesh · sparsity-aware
7-stage ONNX-to-binary compiler · 14 operators
Physical signoff: DRC/LVS clean (SKY130A)
80-chain DFT infrastructure
3-corner STA (TT/SS/FF), all positive slack
UPF 3.0, 5 power domains, 8 power states

v1.1

Q3 2026 COMMITMENT
ATPG pattern generation (TetraMAX/Modus)
FIFO formal proof closure (JasperGold constraints)
SHA-256 delivery manifest
CDC tool report (SpyGlass or JasperGold CDC)
Process migration guide (08_MIGRATION/)
SRAM macro specification sheets (4 macros)

v2.0

COMMERCIAL NODE RELEASE
Synopsys DC / Cadence Genus synthesis scripts
TSMC 40nm SDC at 200/400/600 MHz targets
PrimeTime 9-corner MCMM sign-off scripts
LPDDR4 external memory interface
Scan compression (4×–8× ratio)
ISO 26262 ASIL-B readiness assessment
hardware_config_tsmc40nm.json for compiler

TAPE-OUT JOURNEY

10 phases. From RTL to TSMC submission.

Each phase covers a distinct engineering discipline. v1.0 status shows what is complete today. v2.0 commitment shows what will be delivered for commercial node tape-out. Detailed gap tables are provided in the Post-NDA Technical Package.

PhaseWhat it coversv1.0 statusv2.0 commitment
A — RTLLint, CDC, RDC, X-propLint: cleanCDC tool report
B — SynthTSMC 40nm synthesis scriptsRTL readyDC/Genus scripts
C — PDFloorplan, CTS, physical implArchitectureICC2 flow
D — PDNPower distribution, IR dropUPF: 5 domainsTSMC 40nm PDN
E — FormalEquivalence checking, proofsPartialLEC complete
F — DFTATPG, scan compression80 chainsATPG patterns
G — STA9-corner MCMM, AOCV, SI3 corners cleanPrimeTime 9-corner
H — DRCPhysical verification (TSMC decks)0 violationsICV/PVS flow
I — PowerPrimePower sign-offGate-level doneVoltus/PrimePower
J — SubmitTSMC tape-out packageDelivery packageFull submit package

Critical path: 12 calendar weeks, 3-person PD team

After TSMC NDA and PDK delivery. Full week-by-week engineering schedule provided in Post-NDA Technical Package.

INTEGRATION TIMELINE

From NDA execution to TSMC tape-out submission:
12 calendar weeks (3-person PD team).

Assumptions

— TSMC PDK and NDA: Week 1–2

— SRAM macros compiled: Week 5

— Commercial EDA tools licensed: Week 1

— No major RTL re-spins required

Full week-by-week engineering schedule provided in Post-NDA Technical Package. Timeline assumes an experienced physical design team with existing TSMC flow infrastructure.

KNOWN GAPS TRACKER

Every gap. Classified. Assigned. Tracked.

GapTarget VersionSeverity
ATPG patterns not generatedv1.1Medium
Formal proofs incomplete (BMC counterexamples from FIFO init)v1.1Low
SHA-256 manifest not generatedv1.1Low
Process migration guide not writtenv1.1Medium
CDC tool report not generatedv1.1Medium
SRAM macro specification sheets not writtenv1.1Low
Commercial tool signoff (Synopsys/Cadence) not performedv2.0Medium
No silicon measurement (all data simulation-derived)v2.0High
LPDDR4 interface not designedv2.0Medium
ISO 26262 assessment not startedv2.0Low

All timeline estimates are conditional on v1.0 acquisition revenue. Items marked [ESTIMATED] are projections, not commitments.

Shape the roadmap.

v1.1 and v2.0 priorities are influenced by acquisition partner requirements. If your tape-out needs a specific feature or node migration timeline, tell us during the architecture review.