01
12-layer NVIDIA Jetson SoM motherboard
Custom carrier and system board for an edge-AI product: high-speed SoM interfaces, power tree, and dense HDI routing across 12 layers.
Length-matched high-speed groups passed SI simulation before fab.
High-speed boards that work on the first spin.
High-speed digital, power, RF and edge-AI hardware — simulated before fabrication, supported through bring-up.
30 min · scope and fixed quote on the call · 4.8★ on Clutch
9+ years
Shipping hardware
UK Ltd
Companies House #15835884
Reviewed
On Clutch and DesignRush
Altium · KiCad
Cadence-compatible deliverables
Selected work
Boards we've built.
Hover a board for the X-ray
More work available under NDA. Ask on the call.
Services
What we take on.
FULL PRODUCT
Idea to production. Architecture, schematic, layout, simulation, prototype bring-up, and production files. One accountable engineer end to end.
HIGH-SPEED LAYOUT
Send your schematic, get routed boards. DDR4/5, PCIe, GDDR6, USB3, Ethernet, with impedance control and length matching documented.
SI/PI + EMC REVIEW
Pre-fab design review with signal integrity, power integrity, and EMI/EMC simulation. Find respins before the fab does.
RF + MMWAVE
60 GHz radar, antenna integration, RF front ends, and the grounding discipline that makes them work.
Beyond PCB design
Elecmore is not only a PCB design company.
We already cover the whole product around the board, from the first requirement to production support. One accountable team across every discipline below, so nothing falls between suppliers.
36capabilities
across 7 disciplines
Product definition
An idea turned into a buildable, costed specification.
3 capabilities- Requirements engineering
- Product feasibility
- System architecture
Electronics & PCB
Circuits and boards, from schematic to routed layout.
5 capabilities- Electronics design
- Schematic design
- High-speed PCB design
- PCB layout
- Edge AI hardwareJetson · RK3588 · NPU
High-speed & RF
The physics that decides whether it works first time.
7 capabilities- Signal integrity
- Power integrity
- DDR4 / DDR5Memory routing
- PCIe
- RFFront ends & antennas
- mmWave60 GHz radar
- Thermal simulation
Firmware & software
The code that brings the hardware to life.
6 capabilities- Embedded firmware
- STM32Arm Cortex-M
- ESP32Wi-Fi & Bluetooth
- Embedded Linux
- Mobile application development
- Web / cloud interfaces where required
Mechanical
The enclosure and everything the board has to fit.
2 capabilities- Mechanical design
- Enclosure design
Prototype & test
First units built, brought up and proven.
7 capabilities- Prototype manufacturing
- PCB fabrication and PCBA coordination
- Hardware bring-up
- Testing
- Pre-compliance preparation
- Certification support
- Lifetime & reliability analysis
Manufacturing
Ready for volume, with the supply chain behind it.
6 capabilities- DFMDesign for manufacture
- DFTDesign for test
- BOM optimisation
- Supplier coordination
- Manufacturing coordination
- Production support
Talk through your product
Need one discipline or all of them, the first call is the same: scope, risks and a fixed quote.
Complete product development
From requirements to production.
Elecmore can support the complete development of an electronic product, from early requirements and system architecture to electronics, firmware, mechanical design, prototypes, testing and manufacturing.
For technically demanding products, the same team can also handle high-speed PCB design, DDR4/5, PCIe, RF, signal integrity and power integrity.
Stage 01 / 08
Define what the product must do.
Use cases, constraints, cost targets and compliance goals, checked for feasibility before any design starts.
- Requirements spec
- Feasibility check
- System architecture
How the work runs
Design. Review. Manufacture.
Three phases, one accountable engineer. Nothing is handed to a fab until it has been simulated and reviewed by a human.
| DESIGN | REVIEW | MANUFACTURE |
|---|---|---|
|
SCHEMATIC & LAYOUT: architecture, part selection, schematic capture and impedance-controlled routing, from 2 to 12+ layers. STACKUP FIRST: layer stack, impedance targets and BGA fanout are settled before a single track is routed. EDA NATIVE: we work in your Altium or KiCad workspace, templates and libraries, or set them up for you. Cadence-compatible deliverables on request. |
SIMULATE BEFORE COPPER: signal integrity, power integrity and thermal analysis run before fabrication, not after the first spin fails. HUMAN REVIEW: every schematic is peer-reviewed and annotated by an experienced engineer before it moves to layout. EMC PRE-SCAN: EMI and EMC risks are found on the bench-top model, with a written pre-compliance checklist you keep. |
FULL FAB PACKAGE: Gerbers, BOM, pick and place and assembly drawings, plus the native source files. You own all of it. FAB COORDINATED: trusted fabs and assembly houses, their DFM feedback handled by us, everything billed at cost with invoices shared. BRING-UP: board on the bench, measured and firmware-ready, backed by a 12-month design warranty. |
Edge AI hardware
Boards built for NPUs, not around them.
We design carriers and full systems for modern AI silicon: NVIDIA Jetson, Rockchip RK3588 and RK3399, NXP i.MX 8M Plus, AMD Xilinx Zynq and Versal, and GDDR6 memory subsystems. Power delivery, memory routing, and thermal design are handled as one problem, because on these boards they are one problem.
NVIDIA JETSON
ROCKCHIP RK3588
NXP I.MX 8M PLUS
AMD XILINX
GDDR6
HAILO
ELECMORE
DS-4CH
RUN
VOLTS/DIV
TIME/DIV
BRING-UP CAPTURE200 mV/DIV · 2 ns/DIV
CH1 DDR5 CLK
CH2 DQ EYE
CH3 VDD RIPPLE
CH4 NPU LOAD
POWER
Multi-rail PDN designed and simulated for NPU transient loads.
MEMORY
DDR4/5 and GDDR6 routed to spec with fly-by and point-to-point topologies.
THERMAL
Copper pours, via farms, and heatsink strategy simulated before you buy tooling.
Evidence, not promises
Simulated before it's fabricated.
Every power rail is solved for DC drop and current density before a single board is ordered. These are real captures from a recent build: the PDN analysis, the thermal and current-density check, and the board those simulations produced.
Get this on your board
Simulation reports ship with every project.
Rugged by design
Built for heat, dust, vibration, and long service life.
For industrial, outdoor, and vehicle-mounted products we design to extended temperature ranges, derate every component, plan conformal coating and mechanical strain relief, and document the reliability decisions.
Enhanced Lifetime & Reliability Analysis
Increase your PCB life and warranty to 10–20 years.
A component-by-component assessment of your board against how it will really be used. You learn what limits its service life and what to change, before you commit to a long warranty.
- Thermal-cycle and solder-joint reliability assessment where applicable
- Physics-of-failure assessment of critical areas
- Identification of components or mechanisms most likely to limit service life
- Predicted life / margin where the available component data supports a quantitative calculation
- Detailed manufacturing and reliability recommendations, including areas such as coating / protection where appropriate
- Component derating review against your real operating profile: temperature, humidity, vibration and duty cycle
Book a reliability review
Component by component · physics of failure
Sample certificate
Elecmore Ltd · Reliability Engineering
Certificate
of Enhanced Lifetime & Reliability Analysis
This certifies that the printed circuit assembly named below has completed a component-by-component lifetime and reliability assessment against its stated operating profile.
- Assembly
- Industrial controller, Rev B
- Assessment
- Component by component
- Operating profile
- −20 to +70 °C, 24/7
- Target service life
- 16 years
Elecmore EngineeringReliability engineering · Ref. ELM-RA-0000
Where long PCB life matters
Some boards cannot be replaced in five years.
For space, defence and critical infrastructure, service life is a requirement, not a bonus. It has to be designed in, part by part, and proven before the first unit ships.
Space & satellites
There is no repair once it launches. Thermal cycling in orbit and vacuum shape every material and solder-joint choice.
Missions of 15+ yearsDefence
Platforms stay in service for decades, through shock, vibration and wide temperature swings, and outlive the parts they were built with.
Service lives of 20–30 yearsAerospace & avionics
Constant thermal cycles between ground and altitude, plus vibration, and every failure is costly to diagnose and recertify.
Airframes flying 20+ yearsEnergy & infrastructure
Inverters, substations and smart meters run 24/7 outdoors, where a site visit is the most expensive repair there is.
Expected 15–25 yearsRail & automotive
Years of vibration and heat across a whole fleet, where one weak solder joint becomes thousands of warranty claims.
Fleets running 15–30 yearsMedical & industrial
Equipment stays installed for a decade or more, and downtime or a recall costs far more than designing in margin.
Installed 10–15+ years
Predicted service life
16years
Target life once the life-limiting parts and mechanisms are found and designed out, against a typical unassessed board.
- After Elecmore analysis
- Typical unassessed design
Certificate and curves are illustrative. Achievable life depends on the component data, operating profile and environment; every report states which results are quantitative and which are engineering judgement.
Process
How a board gets built.
01
Discover
Requirements, risks, and a written spec.
02
Architect
Block diagram, part selection, cost targets.
03
Schematic
Peer-reviewed, annotated, simulation-ready.
04
Simulate
SI, PI, and thermal before any copper.
05
Layout
Stackup, routing, impedance control.
06
Prototype
Fab and assembly coordinated, at cost.
07
Bring-up
Board on the bench, measured, firmware-ready.
08
Production files
Gerbers, BOM, test docs. Yours.
Pricing
Fixed price. Scoped upfront. Fixes included.
You pay for a finished design, not for hours. Fabrication, assembly, and components are billed at cost, separately.
REVIEW
$950
3-5 days
Expert review of your existing schematic and layout: SI/PI, EMC risks, DFM, and a written fix list.
SMALL
$5k-9k
About 1 week
Sensor boards, IoT devices, breakouts, simple controllers.
MEDIUM
$15k-25k
2-3 weeks
Product boards, power electronics, communication modules, 4-8 layers.
LARGE
$35k+
3-6 weeks
High-speed, HDI, DDR, PCIe, RF and mmWave, 8-12+ layers, full systems.
RETAINER
Embedded hardware partner from $4k/month.
Reserved weekly hours, priority turnaround, Slack access.
+ FAB COST, billed at cost with invoices shared.
Native Altium or KiCad files
Full fab package: Gerbers, BOM, pick and place, assembly drawings
SI/PI simulation report
Bring-up guide with pin maps
EMC pre-compliance checklist
Reviews
What clients say.
Verified reviews from our Clutch and DesignRush profiles. Click any review to read it in full at the source.
★★★★★
GOOGLE
“Elecmore has been one of the most skilled and talented engineering partners I've worked with in recent years. Their PCB and electronics expertise is unmatched, and I highly recommend them to anyone. Looking forward to collaborating again!”
★★★★★
CLUTCH
“I've been impressed with the ease of working together.”
IoT development, electrical engineering and PCBA design for a consumer meditation device. App v1 and embedded v2 delivered; PCBA manufactured and in user testing.
★★★★★
DESIGNRUSH
“ELECMORE focused on fixing the core problems first. They rebuilt parts of the software so features could be added faster and with less risk… ELECMORE helped turn a fragile system into something stable we can build on.”
★★★★★
DESIGNRUSH
“They built a custom software setup that puts everything in one place… Now we can track things faster, our team doesn't chase files, and clients get updates way quicker than before. They are easy to talk to and fix things fast.”
★★★★★
CLUTCH
“Their project management was solid.”
Rebuilt the backend of an ESG reporting platform: faster load times, significantly fewer errors and smoother client onboarding.
★★★★★
CLUTCH
“I am happy with the partnership.”
Custom inventory and order-management platform with real-time tracking. Reporting time cut from hours to minutes.
FAQ
Straight answers.
How do we start?
Book the intro call. Bring an idea, a schematic, or a half-finished layout. You get a scope, a fixed quote, and a start date within two working days.
Do you sign NDAs?
Yes, standard practice. Send yours or use ours. Most of our work ships under NDA.
Who owns the design files?
You do, fully. Native source files, libraries, and outputs transfer on final payment. No lock-in.
Can you work in our Altium or KiCad setup?
Yes. We work inside your workspace, templates, and libraries, or set them up for you. Cadence-compatible deliverables on request.
Do you handle fabrication and assembly?
Yes, coordinated with trusted fabs and assembly houses. We handle their DFM feedback and bill everything at cost, with invoices shared.
What timezone do you work in?
Elecmore is a UK company. Engineers overlap with US mornings and all EU hours. Slack replies land inside one working day.
Send the idea. Get back a board.
Book a 30-minute intro callNO COMMITMENT · SCOPE AND FIXED QUOTE ON THE CALL