Service 03 / 06
PCB design & hardware prototyping
We design the electronics and printed circuit boards of connected devices, and take them from the first schematic to assembled boards in a working prototype.
Solder mask · top
L1 · Signal · outer copper, 35 µm
Prepreg · ≈ 0.21 mm
L2 · Ground plane · inner copper, 17.5 µm
Core · ≈ 1.07 mm
L3 · Power plane · inner copper, 17.5 µm
Prepreg · ≈ 0.21 mm
L4 · Signal · outer copper, 35 µm
Solder mask · bottom
01 / PCB design & hardware prototyping
Who it is for.
01
Startups
Building wearable products.
02
Engineering teams
Embedded systems and PCB development support.
03
Enterprise companies
Custom hardware with mobile and cloud integration.
02 / PCB design & hardware prototyping
What we do.
01
Electronics and PCB design
The electronics of a connected device and the printed circuit board that carries them, designed as part of the whole device.
02
Schematics and board layout
Every stage from the first schematic, which defines the circuit, to the board layout, which places the parts and routes their connections.
03
Hardware prototyping
Rapid prototypes that turn a board design into real hardware.
04
Integration and assembly of working prototypes
Assembled boards, integrated with the firmware, enclosure and software into one working prototype.
03 / PCB design & hardware prototyping
How the work runs.
01
Plan
The board is planned with the rest of the device: the firmware that runs on it, the enclosure around it and the software it talks to.
02
Schematic
The circuit is defined as a schematic, connection by connection.
03
Layout
The schematic becomes a board layout: the parts placed and their connections routed in copper.
04
Prototype
Rapid prototypes turn the layout into assembled boards.
05
Integrate
The assembled boards join the firmware, enclosure and software in a working prototype.