Services
PCB Engineering
We provide engineering services for wireless and IoT products and platforms, at silicon, PCB design, and system levels.
Computing systems generally involve embedded microcontrollers and wireless connectivity to enable new usage models. The PCB design underpinning these technologies can drive immense value for end-user and product vendor alike.
Our Approach
Design and development of embedded and wireless platforms requires more than just an understanding of PCB design (printed circuit board design). The necessary skill-set is broad and deep, and includes:
- Signal integrity in mixed-signal and high-speed digital systems
- Radio frequency subsystems, antennas, and coexistence concerns
- Low power design to meet available power constraints, or for maximum battery lifetime
- Cost reduction through BOM minimisation, and design for manufacturability
- Design for EMC and regulatory compliance
Our broad cross-layer and multi-technology experience enables us to identify the trade-offs that best fit the requirements of the project in question, so we can work with our clients to make decisions that will bring them maximum return on investment.
Our work
Virscient brings extensive experience in the development and productionisation of non-trivial electronic systems. We recognise that the total cost of ownership for such platforms extends far beyond PCB design and components – ease of software development and maintenance, manufacturability, testability, and overall time to market must all be considered in the design of such systems.
See how we’ve made PCB engineering work for some of our clients.
We made
Bluetooth Audio
work for Earshots using Qualcomm QCC5141
Earshots asked us to help them deliver a high-quality true wireless stereo (TWS) earbud experience for triathletes, multi-sporters, and outdoor enthusiasts.
We developed a low-power embedded solution that meets the punishing demands of outdoor use, delivers great audio quality, and offers more than 10 hours battery life.
Contact
Talk to us about what it would take to make your vision work.
