Solutions
Enabling faster, more efficient system designs with embedded optics.
AI Infrastructure Demands Optical
AI and modern datacenter architectures demand ever-faster, denser, and more energy-efficient connections. Electrical traces are running into bottlenecks, with excessive loss and bandwidth limits. Optical PCBs (oPCBs) solve this by embedding optical waveguides directly into the circuit board, providing low-loss, high-bandwidth interconnects that outperform copper at short reach.
Why Transition to Optical PCBs?
01
Transition from copper to optical
Copper interconnects are hitting fundamental limits in bandwidth, density, and power efficiency. To keep up with AI and cloud workloads, systems must transition from electrical traces to embedded optics.
02
Optical PCBs unlock new performance
Optical PCBs enableultra-fast, low-latency PCI Express connections beyond the limits of copper. This opens upthepath towards theworld’s fastest PCBconnections, delivering unprecedented bandwidth and energy efficiency on a single board.
03
Optical interconnect platform
Optical PCB technology is fully compatible with existing optical engines, standard electronic ICs & leading component vendors.
04
Built to Scale
Optical PCBs are designed for high-volume production, supported by established partnerships and scalable manufacturing processes. This enables a fast and reliable transition from prototypes to mass deployment.
10×
Lower Loss
vs. electrical SerDes & copper traces
20×
Density
Vs electrical SerDes & copper-traces on PCB
50%
Lower Loss
Reduction of PCB complexity and costs
Delivering more Performance per Watt, per Rack & per Dollar
Optical PCBs bring the performance of fiber optics directly onto the circuit board, solving the bandwidth and loss limitations of copper. They enable faster, more energy-efficient interconnects for datacenter hardware and high-speed electronics. With oPCBs, system designers can scale AI, cloud, and consumer devices beyond the limits of electrical connections.
Testimonial
