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Velox expertise

Electronics & embedded systems

Bring a board-level challenge, a sensor interface or a complete connected device. Velox Tech connects electronics design with embedded software and system integration, so hardware decisions support the way your product must work.

Close-up of a Velox printed circuit board and electronic components
Velox printed circuit board — electronics design.

From requirements to evaluation

Electronics that fit your product.

PCB design around your constraints

Start with enclosure dimensions, power needs, signal integrity and the interfaces your equipment must support. Agree the board architecture and component choices before detailed layout, with manufacturing and test requirements considered alongside functionality.

Embedded firmware and connectivity

Define how the device measures, processes and exchanges information. Firmware, sensor interfaces and communication with the wider system need to be developed together. Discuss timing, fault handling, updates and the information maintainers need to diagnose a problem.

Integration and verification

A working board is part of a larger product. Plan how electronics connect to mechanics, power supplies and application software, then agree representative tests and acceptance criteria. This gives your team a clear basis for evaluating prototypes and preparing the next development stage.

Applied expertise

Compact connectivity for underwater equipment

Velox’s marine network modem measures 73 × 57.5 mm and includes six gigabit Ethernet ports and a data-over-coax interface. It illustrates the relationship between compact PCB design and demanding connectivity requirements.

Explore Velox Tech services

Start a useful conversation

Bring your requirements.
We’ll help define the next step.

Share what you already know and the questions still open. We can discuss a focused task or a broader development programme.

Discuss your project

Useful inputs for your enquiry

  • Existing schematics, boards or interface specifications
  • Power budget, dimensions and environmental conditions
  • Firmware behaviour and communication requirements
  • Production expectations and acceptance tests