Kopin

Kopin
Information
Type	Public company
Industry	Microdisplays, Optical systems, Semiconductors
Founded	1984
Founder	John C.C. Fan
Headquarters	Westborough, Massachusetts, United States
Notable Personnel	John C.C. Fan (founder, chairman), Michael Murray (CEO)
Products	CyberDisplay, Lightning OLED microdisplays, microLED microdisplays, optical modules
Website	https://www.kopin.com

Kopin Corporation is an American company that designs and manufactures microdisplays and near-eye optical systems for military, enterprise, medical, and consumer products, including augmented reality and virtual reality headsets. It was founded in 1984 by John C.C. Fan as a spin-out from the Massachusetts Institute of Technology (MIT), and it is headquartered in Westborough, Massachusetts. The company trades on the Nasdaq under the ticker symbol KOPN.

Kopin makes very small displays, typically an inch or less across, that are viewed through magnifying optics close to the eye. Its product line spans several display technologies: liquid crystal microdisplays (marketed as CyberDisplay), Liquid crystal on silicon (LCoS), OLED on silicon (the Lightning line), and more recently microLED. These displays have been used in camera viewfinders, military thermal weapon sights and pilot helmet systems, enterprise smart glasses such as the Google Glass Enterprise Edition, and prototype consumer VR and AR headsets.

History

Founding and early technology

Kopin was founded by John C.C. Fan, a researcher who had worked at MIT Lincoln Laboratory. Venrock Associates, a venture capital firm, encouraged Fan and colleagues to commercialize their semiconductor research, and the company was incorporated in 1984.

The company's early work was not in displays. In its first years Kopin developed thin-film gallium arsenide (GaAs) solar cells for space applications, reporting efficiencies above 30 percent under the AM0 (space sunlight) standard. It also developed heterojunction bipolar transistors (HBTs), a type of compound-semiconductor transistor used to amplify and transmit radio signals in wireless devices. Kopin manufactured HBT wafers as a supplier business for years before later exiting that line.

Move into microdisplays

Kopin moved into displays in the 1990s. It received a contract reported at 50 million US dollars from the U.S. Defense Advanced Research Projects Agency (DARPA) to develop microdisplays using a proprietary wafer lift-off process, which transfers thin films of active circuitry off a host wafer to make compact displays.

Kopin's first commercial CyberDisplay product reached the market in 1999, used in JVC consumer video equipment. That early display had a resolution of 320x240 pixels on a diagonal of about 0.24 inches. The CyberDisplay line grew over the following years and was adopted in digital camera and camcorder electronic viewfinders. By 2007 Olympus selected a QVGA-resolution CyberDisplay for the viewfinder of its SP-550 UZ camera, and by 2012 Kopin offered a VGA (640x480) model on a 0.27-inch diagonal.

Defense and head-worn systems

Through the 2000s and 2010s Kopin became a supplier of microdisplays for military systems, including thermal weapon sights and pilot helmet-mounted displays. In 2008 the U.S. Army awarded the company a contract reported at 4.2 million US dollars (Phase 1) for microdisplays used in night-vision devices. Kopin has supplied active-matrix liquid crystal microdisplays for the F-35 Lightning II pilot helmet-mounted display system, working with Collins Aerospace (formerly Rockwell Collins) and Elbit through their Collins Elbit Vision Systems joint venture.

In 2009 Kopin introduced Golden-i, a reference design for a hands-free head-worn computer controlled by voice and head gestures. A later tethered version, Golden-i Infinity, used a WVGA (854x480) microdisplay and mirrored content from an Android or Windows host device. In 2015 Kopin introduced SOLOS, a heads-up display product aimed at cyclists and other athletes.

Acquisitions

Kopin expanded its display portfolio through acquisitions. In January 2011 it bought the British firm Forth Dimension Displays (FDD), a maker of high-resolution reflective ferroelectric LCoS microdisplays and spatial light modulators, for about 7 million pounds. In 2017 Kopin acquired NVIS, a maker of training and simulation display systems.

Leadership change

John C.C. Fan led Kopin as chairman, president, and chief executive from its founding. On September 6, 2022, Michael Murray became chief executive officer, the second CEO in the company's history. Murray joined from Ultra Electronics Group, a British defense and security firm. Fan remained chairman and continued to focus on strategic and scientific matters.

Display technologies

Kopin describes itself as offering all of the leading microdisplay technologies together with custom optics and electronics. Its main display families are summarized below.

Technology	Brand / example	Notes
Active-matrix liquid crystal	CyberDisplay	Transmissive LCD microdisplays first commercialized in 1999; used in camera viewfinders and some military sights
Ferroelectric LCoS	Forth Dimension Displays	Reflective high-resolution microdisplays and spatial light modulators, acquired in 2011
OLED on silicon	Lightning	Color micro-OLED "display on chip" for VR/AR/MR; ColorMax color management and a duo-stack OLED structure
MicroLED	(in development for production)	Inorganic LED microdisplays with very high brightness for daylight-readable AR and waveguide systems

Role in virtual and augmented reality

A large part of Kopin's relevance to VR and AR is as a component supplier: the displays inside a near-eye device, rather than a finished headset, are what the company sells. Microdisplays small enough to sit close to the eye and bright enough to be seen through optics are a basic building block of head-mounted displays, smart glasses, and Waveguide-based AR systems, and Kopin has supplied displays across several of these categories.

Enterprise AR glasses

Kopin supplied the microdisplay for Google Glass and was again selected for the Glass Enterprise Edition 2 announced in 2019, having also supplied the display for the first-generation Glass Enterprise Edition. The company has also listed enterprise display customers including Vuzix, Lenovo (Lenovo New Vision), Fujitsu, and RealWear, whose hands-free head-worn computers are used in industrial and field-service work.

Lightning OLED for VR and AR

In January 2017 Kopin announced Lightning, an OLED-on-silicon microdisplay aimed at compact VR headsets. The first version had a resolution of 2048x2048 pixels per eye on a 1.0-inch diagonal at a 120 Hz refresh rate. Paired with Kopin's "Pantile" optics, the company demonstrated a roughly 90-degree field of view in a form factor it likened to a thick pair of glasses. For comparison, the original HTC Vive and Oculus Rift of that period used about 1080x1200 pixels per eye, so the Lightning panel offered a large increase in resolution at the time it was shown.

Kopin extended the line to higher resolutions. Its 2.6K x 2.6K (2560x2560) color OLED "display on chip" was incorporated into a VR Glasses prototype that Panasonic showed at CES 2021. On a 1.3-inch diagonal, Kopin described it as the largest color micro-OLED of its kind at the time. The display used the company's ColorMax color management for more than 100 percent sRGB color coverage, a duo-stack OLED structure rated above 1,000 nits, a contrast ratio above 10,000:1, and 10-bit color, with an integrated MIPI interface and display stream compression on the chip.

Spin-out of the consumer OLED business

In 2024 Kopin spun off its consumer-focused OLED microdisplay unit into a separate company, Lightning Silicon Technology, which also licensed Kopin's OLED technology. Kopin framed the move as a way to reduce the personnel and operating costs of consumer OLED development while still participating in any consumer-market upside and continuing to serve its core defense, enterprise, and industrial customers with the full range of microdisplay technologies. After the spin-out, Kopin's own OLED work concentrated on defense applications, and the company moved to build an OLED microdisplay production line at its Westborough headquarters to supply domestically produced OLED devices for U.S. defense programs.

MicroLED and NeuralDisplay

In October 2025 Kopin described a microLED microdisplay that it said was many times brighter than its liquid crystal or OLED alternatives, intended for daylight-readable AR systems where much of the light is lost inside a Waveguide. CEO Michael Murray characterized the monochrome prototype as extremely bright even at low power. Alongside the displays, Kopin described a "NeuralDisplay" approach that embeds sensors to detect light reflected from the user's eye and uses an AI system to adjust brightness within about 500 microseconds, so a user moving between bright and dark conditions keeps a readable image. The U.S. Army awarded Kopin a contract reported at 15.4 million US dollars to develop a full-color version, with the displays positioned for the Army's Soldier Borne Mission Command program.

Current status

As of 2026 Kopin remains a publicly traded company (Nasdaq: KOPN) headquartered in Westborough, Massachusetts, led by CEO Michael Murray with founder John C.C. Fan as chairman. The Boston Globe reported in October 2025 that the company had accumulated net losses of about 402 million US dollars over its lifetime, and that recent outside investments, including from the Theon Group, had helped stabilize its finances. Eric Virey, a senior microdisplay analyst at Yole Group quoted in the same report, said microLED technology offers very high brightness, very good contrast and image quality, and potentially lower power consumption; he also noted that, as of that report, the only company shipping microLED displays was the Chinese manufacturer JBD. The company has said it shipped tens of millions of commercial displays and hundreds of thousands of fielded defense displays over its history.