PCB DESIGN
High-speed digital, mixed-signal, RF, power. Up to 16 layers, HDI, rigid-flex.
ELECTRONICSengineered forproduction.
DAT becomes your engineering team from first sketch to mass production — PCB design, embedded systems, DFM, validation and manufacturing support.
SIEMENSBOSCH
HARTINGWAGO
PHOENIXFESTO
TRUMPFZEISS
[01]What we do
95%
engineer.
5% everything else.
DIE-MACRO · 16N
Files shipped0across 8+ years
DAT builds electronic products, not just PCBs or files. We become the engineering team behind the brand: validating architecture, owning DFM, and getting the device into the assembly line on time and on spec.
Production-ready by default Manufacturing-first decisions Validated against IPC class 3 Long-term partnership model
[02]Services
End-to-end
electronics.
One team.
Pick one capability. Or hand us the whole build. Senior engineers, every time.
EMBEDDED
Firmware, RTOS, Linux BSPs, secure boot, OTA. Written for the silicon you ship.
PROTOTYPING
Functional prototypes in 10 days. Bring-up, iterate. No surprises at NPI.
DFM / DFT
Reviews with your CM. We close the loop before tooling is cut.
VALIDATION
EMC, environmental, HALT, ATE fixtures. Pass certification first time.
MANUFACTURE
Vendor selection, NPI on the floor, yield engineering, sustaining.
Five gates. One quiet ramp.
A different way to look at how a product moves from sketch to a pallet at the loading dock.
01Step 01
Discover.
We start at the assembly line, not the schematic. The risk register comes first.
02Step 02
Design.
Schematic, layout, firmware and mechanical interfaces. Owned by one engineer per gate.
03Step 03
Prototype.
Functional units in ten days. Brought up, characterised, signed off on the bench.
04Step 04
Validate.
EMC, environmental, HALT, customer pilot. We pass the lab on the first attempt.
05Step 05
Scale.
NPI on the floor, yield engineering, sustaining. The line keeps moving.
Then it ships.
Five gates, one ramp — owned end to end by a single team.
01 / Design
Schematic to silicon
Architecture, layout and DFM owned by one team.
02 / Build
Multi-layer, mixed-signal
HDI, rigid-flex, RF, power. Production-ready boards.
03 / Ship
Validated for production
EMC, environmental, HALT. First-pass certification.
[05]Selected work
Engineered.
Validated.
Shipped.
Industrial / AutomationSix-axis motion controller
8-LAYER · STM32H7 · 12,000 UNITS
Medical / DiagnosticsPortable diagnostics platform
RIGID-FLEX · IEC 60601 · CLASS IIa
Energy / MeteringThree-phase smart meter
MIXED-SIGNAL · MID · CE/EMC
RoboticsJoint torque sensor stack
FLEX · I/O-LINK · -40 → +85°C
Get the highlights.
Four things we do. One way to ship.Design
PCB design
Up to sixteen layers. HDI, rigid-flex, RF, power. Production-ready from the first revision.
Firmware
Embedded that ships
RTOS, Linux BSPs, secure boot, OTA. Written for the silicon you ship, not the eval board.
Validate
First-pass certification
EMC, environmental, HALT, ATE fixtures. The board that enters the lab is the board that ships.
Scale
Quiet manufacturing
Vendor selection, NPI on the floor, yield ramp. The line never has to call us.
[06]Built for
One partner.
Every role.
Turn a circuit-board napkin sketch into a product on a pallet. We translate early conviction into hardware that actually ships, without losing what made it compelling.
An external team that thinks like internal staff. Architecture decisions documented, DFM owned end-to-end, and zero hand-off drama with your CM.
Bring-up, drivers, RTOS / Linux BSPs and OTA. Written for the silicon you ship, not the silicon the eval board uses.
Long-life BOMs, dual-source strategy, allocation engineering. Boards that survive component shortages and stay in production for a decade.
0
Products to production
0
Engineering practice
0
First-pass yield
0
Max PCB layers shipped
[J]From the journal
Notes from
the bench.
EngineeringMarch 12, 2026 · 7 min
Designing the revision that ships
Most boards die between rev A and rev D. Here is how we make the first revision the production revision.
Read
Case studyFebruary 24, 2026 · 9 min
Inside a six-axis motion controller
A long look at the architecture, layout and validation that took a robotics controller from sketch to twelve thousand units.
Read
Field notesJanuary 30, 2026 · 4 min
Twelve frames from the build floor
An afternoon spent watching a new product come together. Pictures, mostly. Words, sparingly.
Read
ReferenceJanuary 9, 2026 · 11 min
Controlled impedance, the short version
A practical guide to stackups, traces and the numbers that decide whether a high-speed lane works on the first try.
Read[10]FAQ
Questions
engineering
leaders
ask first.
We own the design through NPI and stay through volume ramp. Manufacturing runs with vetted partners we audit, qualify, and engineer with directly.
A two-week architecture and DFM review on an existing design. Most clients continue into a full design engagement after.
STM32, NXP i.MX, Nordic, Espressif, TI Sitara. Linux BSPs and FreeRTOS / Zephyr on the firmware side.
Yes. Mutual NDA before the first technical call is standard.
Cairo, Egypt. All work delivered in house. No offshoring.
EMC pre-compliance and chamber coordination in-house. We project-manage the accredited lab work through to the certificate.
Start an engineering partnership