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We have a team of six PCB designers with over 15 years of design experience and can handle complex designs of up to 20 layers with immense accuracy.
Our expertise in critical & sensitive signal routing for analog, digital, and mixed-signal circuits.
Re-engineering services to correct flaws, optimize existing PCB designs for lowering costs, or upgrade outdated & obsolete components to the latest technology components.
Our engineers prioritize performance, manufacturability, cost, and design for testability to ensure the best possible board meeting your criteria of low price and high quality.
The use of state-of-the-art technology enables us to design high-speed PCB layouts up to 10 GHz.
We provide PCB design services of all types, including, single or double-sided, Multi-Layer, Rigid, Flex, Rigid-Flex.
Q1 Test provides ICT, functional test, fixture engineering, and automated test solutions designed around real production demands.
SMTC provides a broad range of Post-Production Services which enables our customers to minimize inventory exposure, eliminate multiple administrative costs, and increase response time to their own customers.
We offer custom mold design and mold fabrication using two-part epoxies. Our staff works with you throughout your design and development phase and carries it through production.
Powerhouse Two works with some of the top custom power supply manufacturers in the world. Custom voltage and current output, custom plugs and cords, build to spec, high efficiency, medical and household grades, worldwide certifications, we have done it all. We can do it for you. If you need 100 or 100,000, we have you covered.
Precision-machined flanged hub with a keyed bore and mounting holes for secure mechanical assembly.
Precision-machined flanged hubs with internal threading and bolt holes for secure industrial assembly and mechanical applications.
Precision-machined housing designed for durable, high-accuracy mechanical and industrial applications.
Precision-machined threaded studs with integrated flanges and side set-screw holes for secure mechanical fastening.
Prototype to production PCB design, from simple boards to complex multi-layer layouts
DFM-first approach to reduce respins, control cost, and improve yield
All technologies: single/double-sided, multi-layer, rigid, flex, and rigid-flex
Critical routing expertise for analog, digital, and mixed-signal designs
Analysis-driven optimization: signal integrity and thermal review (high-speed/RF capable)
Manufacturing-ready handoff: BOM + footprint review, alternate risk checks, and full fab/assembly outputs (Gerbers/ODB++, PnP, drawings)