From a first block diagram to a manufacturing package. Each service below can be taken on independently or combined into full hardware development.
Hardware engineering across the full development path — circuit design, PCB layout, embedded hardware and the documentation needed to manufacture it.
Complete schematic and PCB development using professional EDA workflows, including multilayer layouts, component placement, routing, grounding, power distribution, DRC and manufacturing preparation.
Custom hardware based on microcontrollers, wireless modules, sensors, interfaces, memory, power management and peripheral systems.
Connected devices incorporating Wi-Fi, Bluetooth/BLE, cellular connectivity, sensors, cloud-connected hardware and low-power architectures.
Battery-powered electronics, charging, protection, power-path management, DC/DC converters, LDOs, power optimization and low-power design.
Engineering prototypes, component selection, PCB manufacturing preparation, assembly documentation and prototype bring-up.
Complete production documentation including Gerbers, drill files, BOM, CPL/Pick-and-Place, assembly drawings and DFM review.
Hardware development is a chain of dependent decisions. A component chosen at architecture stage constrains the layout; a layout choice constrains what can be assembled.
Quantum Circuit Technologies can support a project across the full chain or join at the stage where support is needed — reviewing an existing schematic, taking a proven prototype toward manufacturing, or starting from a blank page.
Requirements, constraints, target application and feasibility.
Block diagram, component selection, interfaces and power topology.
Circuit design, pin planning, review and design rule definition.
Stack-up, placement, routing, grounding and DRC verification.
Fabrication and assembly documentation, build and bring-up.
Measurement, debugging, refinement and design iteration.
Production package, DFM review and transition to manufacturing.
A predictable engineering sequence. Each stage produces something reviewable, so the design is validated before it moves forward.
We understand the product requirements, constraints and target application.
We select the appropriate components, interfaces, power architecture and system topology.
We develop the schematic, PCB layout and supporting engineering documentation.
The design is prepared for manufacturing and prototype assembly.
The prototype is tested, debugged and refined.
We prepare the final production package and support the transition toward manufacturing.
Every stage of hardware development produces something tangible. This is what gets designed, and what you receive at each step.
The circuit itself — component selection, pin planning, power rails and interfaces, drawn as a reviewable sheet with reference designators and net labels.
Stack-up, placement and routing — controlled return paths, sensible grounding and a board outline that fits the mechanics it has to live in.
The bill of materials with part numbers and packages, plus the component placement list — the two files an assembler needs before a board can be built.
The design prepared for the factory floor — stencil and paste data, assembly drawings and the checks that catch problems before they are etched into copper.
The assembled unit, tested and fitted to its enclosure — the point where a schematic becomes something you can hold, ship and sell.
Platforms, tools and interfaces we build with when a project calls for them. Technology is selected to fit the requirement — not the other way round.
Component and platform choices are made per project, based on requirements, availability and manufacturability rather than a fixed preference.
Whether you have a complete specification or only an early-stage idea, Quantum Circuit Technologies can help turn the concept into a practical electronics solution.