PicoJool Develops Photonics with Stealth funding of USD 12mn to Boost AI Data center

PicoJool emerged from stealth and announced the development of a fundamentally new class of pixel-level photonics that make optical connectivity as inexpensive, compact, and manufacturable as copper. Shown here, the PicoJool Terapod is a VCSEL-based parallel optical link compatible with CPO, NPO, and front panel pluggable form factors. It can be configured for 16, 32, or 64 lanes from 1.6T to 6.4T of data bandwidth (Image Courtesy: Business Wire)
PicoJool emerged from stealth and announced the development of a fundamentally new class of pixel-level photonics that make optical connectivity as inexpensive, compact, and manufacturable as copper. Shown here, the PicoJool Terapod is a VCSEL-based parallel optical link compatible with CPO, NPO, and front panel pluggable form factors. It can be configured for 16, 32, or 64 lanes from 1.6T to 6.4T of data bandwidth (Image Courtesy: Business Wire)

PicoJool, a pioneer in optical connectivity, recently emerged from stealth with USD 12 Million in funding led by Playground Global. PicoJool has developed a fundamentally new class of pixel-level photonics that makes optical links as inexpensive, compact, and manufacturable as traditional copper connections—opening the door to next-generation computing connected by light.

The company is building the world’s highest bandwidth Vertical Cavity Surface Emitting Lasers (VCSELs) with unique parallel optics and packaging innovations, delivering high performance at a low cost to compete directly with copper at scale. Picojool integrates its optical chips into massively parallel pluggable modules, with applications specifically targeting large-scale AI systems.

“The relentless demand for bandwidth in hyperscale and AI data centers requires a fundamental shift in connectivity, moving beyond the physical and economic constraints of copper,” said Al Yuen, founder and CEO of PicoJool. “This funding will accelerate our deployment of high-reliability, cost-effective VCSEL technology across external foundries.”

Picojool (Image: Business Wire)
Picojool (Image: Business Wire)

“Along with many others, I have been predicting the move from copper to optical for over a decade. AI-scale computing is the driving force for that conversion to happen now,” said Pat Gelsinger, General Partner at Playground Global. “PicoJool arrives at the precise moment the industry needs it most, where the demand for bandwidth meets the need for efficiency. By making high-bandwidth optical connectivity cost-competitive and manufacturable at scale, PicoJool is collapsing the cost and complexity barriers that have held photonics back for decades. This is exactly the kind of foundational shift we invest in at Playground.”

The PicoJool team brings decades of photonics experience. Founder Al Yuen holds more than 50 patents in the photonics space, including the invention of connectivity technologies that form the backbone of the Internet: Active Optical Cables (AOC) and the QSFP transceiver. The depth of their technical expertise and the breadth of their professional network across the semiconductor supply chain uniquely positions PicoJool to design, deliver, and scale massively parallel optical solutions for 800G, 1.6T, and beyond.

PicoJool VCSELs are expertly designed to enable longer reach and greater network flexibility for the largest AI data centers. The company is headquartered in Palo Alto, California, with R&D and Operations in both the U.S. and Taiwan. The investment will be used to scale manufacturing capabilities and deepen R&D efforts to meet the exploding market need for AI Connectivity, including extending its low-cost VCSEL technology into 400G/lane systems and beyond.

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