Pre-manufacturing PCB engineering, answered.

Pre-manufacturing PCB engineering — also called front-end engineering (FEE), CAM, or pre-production — is the work between finishing a PCB layout and fabricating it. It prepares and verifies the manufacturing data (Gerber/ODB++, netlist, drill, stackup) and checks the design for manufacturability, so the board builds correctly the first time.

CAM (Computer-Aided Manufacturing) prepares the manufacturable dataset — panelization, drill/rout, etch compensation. DFM (Design for Manufacturability) and DFF (Design for Fabrication) verify the design can actually be built with acceptable yield. CAM does; DFM checks. Together they make up front-end engineering.

Yes. A layout tool's DRC checks against generic rules; a DFM review checks against your target fabricator's real capabilities — etch compensation, drilling, plating, registration across layers. Plenty of designs that pass DRC still fail on a specific fab's line, and that's exactly what a DFM review catches before you commit to a build.

A fab's front end optimizes for its own line and rarely tells you why something was changed. An independent front-end review is fab-agnostic, documents every finding keyed to a layer and coordinate, and gives you a clean, verified data package you own — one you can send to any fabricator without lock-in.

Extended Gerber (RS-274X) or ODB++ (preferred), a netlist (IPC-D-356 if you're sending Gerber), fabrication notes (material, finished thickness, copper weight, surface finish, IPC class), and your stackup with any controlled-impedance targets. A complete package lets the work start without a round of back-and-forth.

ODB++ is preferred because it carries the netlist, stackup and component data in one intelligent database, which removes ambiguity. Gerber works fine too — just include an IPC-D-356 netlist alongside it so the electrical connectivity can be cross-verified.

First-pass DFM findings for a standard design typically come back within hours to one business day. Complex HDI builds and ATE loadboards are scheduled with a dedicated engineer rather than a ticket queue, so you always know who is on your board.

A fab-ready job deck (panelized artwork, drill and rout data, and a matching fabrication drawing), an annotated DFM report with every finding keyed to a layer and coordinate and marked accept / waive / fix, and a verified netlist regenerated from the finished copper rather than trusted from the incoming file.

Yes. We engineer your data against your chosen fab's capability deck, or advise on a suitable fabricator if you don't have one. We're independent — we prepare and verify the data; you keep your fab relationship and your files.

We are a pre-manufacturing engineering specialist — the front-end step. We prepare and verify your data and hand back a build-ready package you take to your fabricator. Staying independent of the fab is what keeps the DFM review honest and vendor-neutral.

Standard rigid stacks, HDI builds with sequential lamination and microvias, and specialized ATE loadboards up to 110 layers routing 40,000+ nets. Density, controlled impedance and heavy power in one board are the kind of problem we're built for.

Yes — HDI microvia stackups and via-in-pad, high-density interconnect, and single-ended and differential controlled impedance held to ±5% with test coupons embedded in every panel.

Yes. High-layer-count test interface boards (loadboards / DUT boards) are a specialty — including controlled impedance, power integrity, and socket/contactor integration. Probe cards for wafer-level test are a related interface we can advise on.

We engineer to IPC-A-600 / IPC-6012 Class 2 and Class 3, verify netlists against IPC-D-356, and support the documentation rigor that regulated aerospace, medical and defense programs require.

Pricing depends on layer count, complexity and scope, so we quote per board or program. Send us your files and we'll come back with a quote — plus a free first-spin DFM read that shows the real risk on your actual board before you commit to anything.

Yes — from a startup's very first prototype to production volume. For a small team without in-house CAM, a pre-production review is the cheapest insurance available against the single most expensive PCB mistake: a re-spin.

Yes. We provide front-end / CAM overflow capacity for fabricators, EMS providers and design bureaus — absorbing peak load without you having to hire, under your brand where needed.

Every job runs under NDA with per-program access isolation and full audit logging. Your files stay yours; nothing is shared across programs.

No one can honestly promise 100%, but catching manufacturability problems before fabrication is exactly what dramatically improves first-pass yield — and it prevents the re-spin, the most common and most expensive cause of a scrapped batch (often $5,000–$50,000 and weeks of schedule).