
microLED Interconnects
Generative AI


We Are Avicena
Avicena is a privately held company located in Sunnyvale, CA, developing ultra-low energy optical links based on microLEDs. These interconnects offer class-leading bandwidth density and energy efficiency for medium reach. Applications include chip-to-chip interconnects in HPC, AI/ML, and memory disaggregation, as well as next generation links in sensors, 5G wireless and aerospace. Avicena’s technology is a key building block in the evolution of new networking and computing architectures that will reduce the energy impact on our planet.
Find Out More
01
Leadership
The Avicena leadership team has spent years solving the most complex photonic connectivity challenges with innovative and scalable solutions.
02
Technology
The Avicena microLED-based interconnect technology offers industry leading bandwidth density and energy efficiency by leveraging rapid advances in the microLED display industry for mass production.
03
Applications
The applications range from chip-to-chip interconnects in HPC, AI/ML, and memory disaggregation to next generation links in sensors, 5G Wireless head-ends and Aerospace.
IEEE Spectrum
Two Startups are Bringing Fiber to the Processor
Avicena is featured in IEEE Spectrum for December 2022. While conventional Silicon Photonics provides a solution for medium to long reach communications, Avicena’s microLED technology enables ultra-low energy interconnects for short reach links ideally suited for chip-to-chip applications in HPC, AI/ML and memory disaggregation. To learn more, click the link below:

press releases
Newsroom
View all the Avicena newsworthy moments, or jump directly to the latest press release below.
Avicena demonstrates hottest optical link at OFC 2023
Avicena is showing a record-breaking 235°C optical link using its LightBundle™ technology San Diego, CA — March 7, 2023 — Avicena, a privately held company headquartered in Sunnyvale, CA, is demonstratin
FEATURED VIDEO
Lightwave interviews Avicena's V.P. of Marketing, Chris Pfistner, at OFC 2023