Kopin Corporation

Kopin Corporation
Information
Type	Public company
Industry	Microdisplays, Semiconductors, Defense electronics
Founded	1984
Founder	John C.C. Fan
Headquarters	Westborough, Massachusetts, United States
Notable Personnel	Michael Murray (CEO), John C.C. Fan (Founder)
Products	CyberDisplay, Lightning OLED microdisplay, MicroLED microdisplays, Golden-i Infinity
Website	https://www.kopin.com

Kopin Corporation is an American company that develops and manufactures microdisplays and related optical components for defense, enterprise, industrial, medical, and consumer products. It is headquartered in Westborough, Massachusetts, and its stock trades on the Nasdaq under the ticker symbol KOPN. The company makes four distinct microdisplay technologies: active-matrix liquid crystal displays (AMLCD), ferroelectric liquid crystal on silicon (FLCoS), OLED, and MicroLED.

Kopin's relevance to virtual reality and augmented reality comes from its position as a supplier of the very small, high-resolution displays used in near-eye products. Its panels and eyepiece assemblies have been used in head-mounted displays ranging from military pilot helmets and soldier-worn sights to consumer VR reference designs and enterprise smart glasses. The company was founded in 1984 by Dr. John C.C. Fan as a spin-out from the Massachusetts Institute of Technology.

History

Founding and early technology

Kopin was incorporated in 1984 by John C.C. Fan, who had researched compound-semiconductor materials at MIT's Lincoln Laboratory. The company began as a commercialization vehicle for wafer-engineering work that combined different semiconductor materials, with initial backing from the venture firms Venrock Associates and Cardinal Partners. Kopin's official history dates the company's start to the mid-1980s and credits Fan as founder, and the company's early output included thin-film gallium arsenide solar cells. In April 1992 Kopin completed an initial public offering on the Nasdaq, raising about 15 million US dollars to fund research and expansion.

During the 1990s the company built two distinct product lines. One was a semiconductor wafer business based on the heterojunction bipolar transistor (HBT), a gallium-arsenide device that became a building block for power amplifiers in wireless handsets; Kopin began commercial HBT wafer production in 1995. The other was its microdisplay business. In 1997 Kopin introduced CyberDisplay, an active-matrix liquid crystal display fabricated on a transparent substrate and small enough to be viewed through magnifying optics; the first CyberDisplay product shipped in 1999 in a JVC digital camera with a 320 by 240 pixel panel measuring 0.24 inches on the diagonal. Microdisplays of this kind are central to near-eye optics, because a panel that is a fraction of an inch across can be magnified to fill a user's field of view in a viewfinder or head-mounted display.

Defense displays and acquisitions

Kopin supplied microdisplays for U.S. military programs from early in its microdisplay history, including displays for Army thermal weapon sights and Air Force pilot helmet systems. In 2008 the company received a 4.2 million US dollar program from the U.S. Army for microdisplays used in night-vision devices.

To broaden its display portfolio, Kopin acquired Forth Dimension Displays, a Scottish maker of ferroelectric liquid-crystal-on-silicon microdisplays, in January 2011 for about 7 million pounds. In 2017 it acquired NVIS, a maker of head-mounted displays for training and simulation. These additions gave Kopin both FLCoS panels and the ability to build complete optical modules and headset subassemblies rather than only bare displays.

Wearables and the VR push (2015-2019)

In the second half of the 2010s Kopin moved beyond components and toward finished wearable products. In 2015 it launched Solos, a pair of smart glasses for cyclists and runners that used a small Kopin microdisplay to project performance metrics into the wearer's view. In 2019 Kopin spun the Solos eyewear and its Whisper voice-extraction audio technology into a separate company, retaining a roughly 20 percent stake and a royalty on Solos product sales.

At CES in January 2017 Kopin introduced the Lightning OLED microdisplay, a one-inch-diagonal OLED panel with 2048 by 2048 pixels (about 4 million pixels) running at up to 120 Hz. Paired with Kopin's patented Pantile optics, the panel was aimed at compact mobile VR headsets, and the company demonstrated a reference design it described as the smallest of its kind, built in partnership with the Chinese contract manufacturer GoerTek. Kopin positioned itself as a component supplier rather than a headset maker, offering the display to other companies to integrate with their own optics; founder John Fan said the panels could be produced for roughly 50 US dollars each.

In 2018 Kopin unveiled Golden-i Infinity, a clip-on monocular wearable display for enterprise use. The device weighs about 1.5 ounces (43 grams), attaches to standard safety glasses, bump caps, or hard hats, and connects over USB-C to an Android phone or Windows computer for hands-free voice and head-gesture control. By early 2019 Kopin said about 100 organizations had signed up to pilot the platform. The Golden-i Infinity was the successor to an earlier Golden-i head-worn computer line that Kopin had developed in the early 2010s.

MicroLED and U.S. defense focus (2019-2026)

Kopin began developing ultra-bright MicroLED microdisplays around 2019 and over the following years made defense its primary market. MicroLED panels emit their own light, which Kopin promotes for high brightness, better power efficiency, and long operating life relative to other microdisplay types, and for daylight readability in helmet and weapon-sight optics.

In 2025 the company reported a series of military awards. On April 29, 2025 it announced a multi-year 7.5 million US dollar contract to supply microdisplays for pilot Helmet Mounted Display Systems with augmented reality capabilities, which together with about 6 million US dollars in earlier 2025 helmet-display orders brought the year's helmet-display total to 13.5 million US dollars; the unnamed customer was described as a Tier 1 U.S. Department of Defense prime contractor. Kopin also won an Army Soldier Display Trade Study to define the optimal MicroLED characteristics for extended reality heads-up displays for soldiers. Later in 2025 the company secured roughly 3 million US dollars in orders for MicroLED displays for an upgrade to combat-aircraft heads-up displays, which Kopin described as the technology's first use in a combat aircraft.

On May 11, 2026 Kopin announced it had purchased an OLED deposition system and related equipment to set up full-scale, automated OLED microdisplay production at its Westborough headquarters, citing demand for fully U.S.-built OLED devices for defense uses such as first-person-view (FPV) drone systems, thermal weapon sights, and other soldier-borne applications. Chief executive Michael Murray said adding the capability would improve the company's control over quality, lead times, and pricing. With the new line, Kopin said it had U.S. manufacturing capability for AMLCD, FLCoS, MicroLED, and OLED, making it the only company in the United States producing four types of microdisplays.

Microdisplay technologies

Kopin develops several display technologies, each suited to different brightness, power, and cost requirements in near-eye and projection optics.

Technology	Type	Notes
CyberDisplay (AMLCD)	Transmissive active-matrix LCD	Kopin's original microdisplay line, introduced 1997; small transmissive panels for camera viewfinders and head-worn displays
FLCoS	Reflective ferroelectric liquid crystal on silicon	Gained through the 2011 acquisition of Forth Dimension Displays; used in projection and near-eye optics
OLED (Lightning)	Self-emissive OLED on silicon	1-inch 2048 by 2048 panel at 120 Hz shown at CES 2017 for mobile VR; U.S. production line added 2026
MicroLED	Self-emissive inorganic LED	Development began around 2019; promoted for high brightness and efficiency in defense helmet and weapon-sight displays

The company also builds optical components and complete eyepiece and head-mounted-display assemblies around these panels, including its Pantile optics used with the Lightning display.

VR and AR relevance

Kopin does not sell mainstream consumer VR or AR headsets under its own brand; instead it supplies the displays and optics that go inside such products, alongside finished wearables for enterprise and defense buyers. Its Lightning OLED microdisplay was pitched as a way to build smaller virtual reality headsets than contemporaries such as the Oculus Rift, HTC Vive, and PlayStation VR, by replacing larger direct-view panels with a one-inch panel and compact optics. Its Golden-i Infinity is a hands-free smart-glass platform aimed at industrial and field workers, an example of Enterprise AR.

On the defense side, Kopin microdisplays appear in pilot helmet-mounted displays, soldier-worn augmented-reality sights, thermal weapon sights, and aircraft heads-up displays, applications that overlay imagery or data onto a user's view of the real world. These programs use the same near-eye display engineering that underlies consumer AR and VR optics.

Kopin should not be confused with eMagin, a separate U.S. OLED-microdisplay maker that was acquired by Samsung Display in 2023; the two were competitors in the OLED-on-silicon market.

Current status

As of mid-2026 Kopin remains a publicly traded company on the Nasdaq (KOPN), led by chief executive Michael Murray. For the first quarter ended March 28, 2026 it reported total revenue of about 10.6 million US dollars, roughly flat against the same quarter a year earlier, with order flow driven by defense contractors. The company's recent awards have centered on defense microdisplays, including a thermal-imaging follow-on order and initial orders for FPV drone displays. In 2026 Kopin also announced a collaboration with Fabric.AI to develop a MicroLED-based optical interconnect intended to replace copper wiring between processors in AI data centers, backed by an initial 15 million US dollar development order and a minority equity stake, extending its MicroLED work beyond near-eye displays.