Engineering Partnerships

Semiconductor engineering today for enterprises and institutions building what comes next

Nelix partners with enterprises and institutions to deliver semiconductor engineering today and build attested infrastructure compute capability for tomorrow.

IC Architecture RTL & Verification Physical Design Institutional Collaboration
Engineering Services Collaborate / Contact
RTL / GDSII
Full Design Flow Coverage
Global team
Distributed Engineering
Milestone delivery
Scoped SOWs
Customer ownership
Your IP Stays Yours
01 — Who We Serve

Two doors into Nelix

Enterprises and governments engage for scoped semiconductor engineering. Universities and research partners collaborate on talent, Applied Intelligence, and long-horizon infrastructure compute research.

Door 01

For Enterprises & Governments

Scoped IC architecture, RTL, verification, FPGA, physical design, and silicon bring-up — delivered under your ownership with milestone reviews and production-grade discipline.

Utilities OEMs Defense Critical Infrastructure
Explore Engineering Services
Door 02

For Universities & Research

Institutional collaboration across supervised RTL and architecture mentorship, Applied Intelligence training, and research partnerships that build the talent and methods behind attested infrastructure compute.

Universities Labs Applied Intelligence Research
Start a Collaboration
02 — Engineering Services

Semiconductor engineering for mission-critical systems

Architecture through bring-up · semiconductor design partnerships across IC architecture, RTL, verification, FPGA, physical design, and silicon bring-up.

Architecture

IC Architecture

System architecture, interfaces, power and clock budgets, and trust-boundary definitions for secure SoCs.
RTL

RTL Design

Register-transfer-level design and IP integration for CPUs, accelerators, and security subsystems.
Verification

Verification

UVM and directed testbenches, constrained-random strategy, and coverage closure with regression artifacts.
FPGA

FPGA Prototyping

Pre-silicon FPGA validation and bring-up planning when hardware platforms exist · scoped per engagement.
Physical Design

Physical Design

Floorplanning guidance, timing and power intent handoff, and layout partner coordination through DRC/LVS.
Bring-Up

Silicon Bring-Up

ATE program guidance, lab debug playbooks, first-boot checklists, and time-boxed post-tape-out support.
Explore Engineering Services
03 — Collaborations

Institutions that shape capability and talent

Nelix collaborates with universities, research groups, and Applied Intelligence programs — building people and methods alongside engineering delivery. Not silicon OEM co-development as the primary story.

01

Universities

Supervised RTL work, architecture mentorship, and structured pathways that connect academic talent to infrastructure-grade semiconductor practice.

University partnerships → 02

Applied Intelligence

AI training and enablement for teams that need practical literacy in models, agents, and infrastructure intelligence — without confusing training with shipped silicon.

Explore Applied Intelligence → 03

Research Partnerships

Joint exploration on attested edge compute, secure metering integrity, and field constraints that inform Nelix architecture research over time.

Start a research conversation →

Scoped engineering under your ownership.

Your specifications, designs, and deliverables remain yours.

04 — Infrastructure Compute Challenge

Cloud compute assumptions break down at the infrastructure edge

Critical infrastructure is moving intelligence to the field — but datacenter accelerators assume continuous power and connectivity that fail at the edge.

Design constraints

  1. Intermittent power Brownouts and duty cycles — not always-on racks.
  2. Constrained / intermittent connectivity Limited bandwidth, uplink drops, offline-first completion.
  3. No independent proof of what ran Without attestation, operators cannot verify execution.

We design engineering services under these constraints — not around them.

Fig. 01 — Two Inference Economies Always-on cloud vs. field completion Datacenter Assumes Always-on power Cloud round-trip When uplink drops Inference stalls ≠ Field Edge Requires Intermittent power Constrained link Must complete locally Without proof Cannot verify what ran Intermittent power · Constrained bandwidth · Offline-first
05 — Technology Vision
Roadmap In Development Pre-Silicon

Attested Infrastructure Inference — honest, secondary

AII is the architecture Nelix is designing toward: cryptographic proof bound to inference under field power and bandwidth constraints. Conceptual architecture is defined; no Nelix silicon prototype yet. Engineering partnerships fund the path.

Explore Technology
06 — Industries

Mission-critical infrastructure across energy, defense, and industrial systems

Nelix engineers silicon for operators who cannot depend on cloud connectivity, imported accelerators, or unverifiable edge compute — utilities, defense programs, healthcare systems, and critical infrastructure worldwide.

Energy
Utilities
Defense
Government
Healthcare
Transportation
Industrial
Telecom
Critical Infrastructure

Drag to explore

Trusted compute infrastructure
07 — Insights

Latest from the Nelix team

View All Articles

Ready to partner on infrastructure silicon?

Whether you need an engineering partnership, university collaboration, or a direct conversation — we route you to the right lead. Honest stage: no claimed shipped products.

Engineering Partnership University Collaboration Contact