Schematic-driven development
Boards that start clean, stay constraint-driven, and survive review.
- Schematic capture & netlist-driven design
- Engineering constraints & change notes
- Component selection and BOM groundwork
O Solutions Technologies — Engineering Services
PCB Design & Engineering
Schematic-driven development, high-speed layout, controlled-impedance routing, and fabrication-ready documentation for embedded systems, electronics products, and custom hardware.
Scroll
Capabilities
Engineered for real hardware, not just boards.
PCB design and engineering delivered around your embedded system, electronics product, or custom hardware — from schematic through fabrication-ready outputs and into the mechanical enclosure.
Multi-layer layout & routing
Multi-layer PCB design with deliberate placement and routing.
- Multi-layer stack-up planning
- Component placement & floor planning
- Signal and power-plane routing
DFM & DFA
Design with the factory and the assembly line in mind from day one.
- Design for Manufacturing (DFM)
- Design for Assembly (DFA)
- Fabrication- and assembly-ready outputs
Power & embedded electronics
From dense mixed-signal boards to power stages that stay cool.
- Power electronics PCB design
- Embedded systems PCB design
- Current handling & thermal layout
High-speed & signal integrity
Fast interfaces designed with electrical reality in mind.
- High-speed PCB design
- Controlled impedance
- Signal integrity considerations
Fabrication documentation
Documentation a fab and a pick-and-place can act on without guessing.
- Manufacturing documentation
- Fabrication outputs (Gerbers, fab notes)
- Assembly-ready outputs (BOM, placement)
High-Speed PCB
High-performance design and manufacturing as the industry standard.
High-speed PCBs are becoming increasingly commonplace, and high-performance design and manufacturing are quickly becoming the industry standard.
High-speed PCB design requires careful consideration of more than just routing. Controlled-impedance nets, clean return paths, and disciplined stack-ups all have to line up — and the requirements have to survive the hand-off to fabrication without ambiguity.
We plan impedance requirements early, design controlled-impedance traces to a target, and specify those requirements directly in the fabrication documentation. Work proceeds from the manufacturer's recommended stack-up, with capability verified up front so the fab can actually meet the electrical and fabrication demands of the design.
Nets impedance simulation
Controlled impedance tools
Fabrication pipeline requirements
Manufacturer stack-up compliance
Manufacturer capability verification
O Solutions tools verification
firmware based design
mechanical design simulation
What we keep in view
Fabrication- and signal-integrity-aware design
- Identifying the nets that need controlled impedance
- Designing controlled-impedance traces to the target
- Specifying impedance requirements in fabrication documentation
- Working from the manufacturer's recommended stack-up
- Verifying the manufacturer can meet the electrical & fabrication requirements
- Avoiding common high-speed PCB design mistakes
Certifications & Standards
Prepared for applicable manufacturing & compliance requirements.
PCB designs can be prepared to support applicable manufacturing and compliance requirements when requested. The reference list below reflects the kinds of quality and compliance programs common across fabrication partners.
When requested, the design, documentation, and output package are prepared so a qualified fabrication partner can build against the applicable manufacturing and quality programs — standards such as IPC-6012, IPC-6013, IPC-6015, IPC-6018 and IPC-A-600 for board quality and workmanship, ISO 9001:2015 and ISO 13485:2016 for quality management, and programs such as ITAR, NIST, REACH, RoHS, and UL where relevant to the product.
O Solutions Technologies does not claim to hold these registrations itself. These are manufacturing-side requirements — we keep them in view during design so the deliverables can support them when requested, rather than assuming every project targets them.
IPC-6012 · IPC-6013 · IPC-6015 · IPC-6018 · IPC-A-600
ITAR compliant
ISO 9001:2015 · ISO 13485:2016
NIST Alligned
REACH · UL compliant
RoHS
If your application must meet a specific standard, mention it in the inquiry — the design scope and documentation plan will be set up around it from the start.
PCB Design Examples
Boards we've engineered.
PCB renders
Multi-layer embedded controller.
Schematic-driven digital/analog layout with clean power and IO partitioning.
High-speed digital board.
Controlled-impedance routing on differential pairs, built around the target stack-up.
Power stage board
Current-focused layout with deliberate copper, thermal, and mounting planning.
.png)
3D Enclosure Design
The board and the Enclosure, designed together.
PCB development can be complemented by enclosure and mechanical design. A board that fits its product on the first try saves an entire prototyping cycle — so mechanical integration is treated as part of the engineering scope, not an afterthought.
- Custom electronics enclosures
- PCB-to-enclosure integration
- Mechanical clearance considerations
- Connector accessibility & cable routing
- Mounting considerations
- Product enclosure concepts
- Electronics / mechanical integration
- Integrated cooling solutions
.png)
.png)
.png)
.png)
.png)
.png)
Request a PCB Design
Tell us what you're building.
Share whatever you know — only name and email are required. Design scope, layer counts, and quantities can be refined together once the project starts.
Prefer to talk?
Reach engineering directly, or message O Solutions Technologies on WhatsApp with your board requirements.
Cairo, Egypt — working with teams worldwide