Palomino Labs Wins First Hyperscaler MicroLED Order
The OTCQB-listed chipmaker received its initial purchase order for GaN MicroLED chips after prototype testing by a hyperscaler.
Updated on Nov. 8, 2026 in Semiconductors
Palomino Laboratories announced on Oct. 22 that it received its first purchase order from a hyperscaler for high-performance GaN MicroLED chips. The order followed first-generation MicroLED light-engine prototypes that Palomino shipped to the customer on July 22, which the hyperscaler evaluated.
Why it matters
The order marks a commercial step for Palomino's MicroLED platform, with the hyperscaler's evaluation showing measured bandwidth above the company's initial design targets. Palomino's technology targets short-range AI connections of 0 to 50 meters, an area where data-center operators are seeking faster interconnects.
The hyperscaler's evaluation of Palomino's prototypes reported measured MicroLED bandwidth above the company's initial design targets, and the other technical parameters met the customer's targets. The order's value, quantity and delivery schedule were not disclosed, and the customer was not named.
The players
Palomino Laboratories, Inc.
A semiconductor company listed on the OTCQB under the ticker PALX, which develops silicon chipsets for copper links, silicon optical circuits for MicroVCSEL links, and silicon and GaN circuits for MicroLED connections.
The details
Palomino shipped first-generation MicroLED light-engine prototypes to a hyperscaler on July 22, and the customer completed its evaluation. The purchase order's statement of work defines delivery of high-performance MicroLED chips, and the company expects design work to improve output power and fiber-coupling efficiency.
Timeline
July 22: Palomino shipped first-generation MicroLED light-engine prototypes to a hyperscaler.
Oct. 22: Palomino announced receipt of its first hyperscaler purchase order.
The Tech Race
Palomino's MicroLED platform is positioned for short-range AI interconnects, a segment where optical links compete with copper and VCSEL-based approaches for data-center connections. The first hyperscaler order moves the company's MicroLED technology from evaluation toward production demand within that contest.
For data-center operators and the cloud services that depend on them, MicroLED links offer a possible alternative for short-range AI connections, though the order's scale and delivery timing remain undisclosed. Consumers would only see effects indirectly, through the speed and cost of the AI services built on that infrastructure.
The takeaway
A first hyperscaler order is an early commercial signal rather than proof of scale, so the next useful indicator is whether Palomino discloses volume or repeat orders. Readers tracking AI infrastructure should watch whether optical short-reach links move beyond evaluation stages.
Further reading
For more on chip supply and manufacturing, explore Semiconductors coverage across the United States.
Source note: This article includes information reported by TokenPost.
