System architecture
Requirements, block diagrams, interfaces, power budgets, component strategy, and technical risk reduction.
Electrical engineering
Hardware engineered for
a reliable path to production.
We turn product requirements into electrical architecture, schematics, PCB layouts, prototypes, and verified designs—working closely with mechanical and firmware teams from the start.
Define
Design
Bring up
Verify
Core capabilities
Electrical design across the product lifecycle.
Power, interfaces, layout, firmware, mechanics, test, and sourcing are connected. We treat them that way.
Schematic and PCB design
Circuit design, stackups, component selection, layout, design reviews, and fabrication-ready outputs.
Bring-up and verification
Structured board bring-up, debug, electrical characterization, design verification, and test fixture planning.
FPGA and programmable logic
RTL design, interface logic, timing analysis, simulation, and hardware integration for specialized requirements.
How we work
Resolve risk before it reaches production.
The process creates concrete review points from architecture through verified hardware.
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01
Define
Align product requirements, interfaces, environmental constraints, sourcing, and verification needs.
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02
Design
Develop architecture, schematics, layout, analyses, and cross-discipline reviews.
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03
Bring up
Power hardware methodically, validate subsystems, debug issues, and update the design record.
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04
Verify
Test against requirements, close findings, and prepare controlled release and manufacturing handoff.
Designed for the full system
Production readiness starts in architecture.
A robust board is more than a correct schematic. Test access, component lifecycle, thermal limits, firmware interfaces, and assembly constraints belong in the design conversation.
- Interfaces defined early
- Component availability considered
- Test points planned
- Manufacturing constraints reviewed
Verification matrix
Power budgetTracked
Interface matrixOwned
Verification coverageMapped
Release readinessReviewed
What you receive
Design evidence your team can carry forward.
Deliverables are versioned and reviewable, with the reasoning and test context behind important decisions.
01Architecture and system block diagram
02Schematics, PCB layout, and bill of materials
03Bring-up procedure and verification results
04Release package and manufacturing handoff
Technology in context
Tools serve the design process.
We match design, silicon, and lab tools to the product rather than forcing the product into a predefined stack.
Design
- Schematic capture and PCB layout
- Stackup, signal, and power analysis
- Bill of materials and release control
Silicon
- MCU, MPU, SoC, and FPGA
- Sensors, interfaces, and connectivity
- Power conversion and management
Lab
- Oscilloscopes and logic analyzers
- Protocol analysis and debug
- Fixtures and pre-compliance testing
Selected tools and platforms
Representative technologies we work with, selected according to project fit.
Altium
Cadence
AMD
Intel
NXP
Texas Instruments
From architecture to evidence