Micron agreed in March 1999 to transfer substantially all of its Boise, Idaho, field-emission-display (FED) operations to PixTech, a specialist in the same technology. The transaction was completed on May 19. It was not a simple cash sale: Micron transferred assets, $4.35 million in cash and certain liabilities in return for PixTech shares and warrants, leaving Micron with an approximately 32% stake.
What Micron transferred—and what it received
The definitive agreement was announced on March 19, 1999. Micron transferred substantially all of its flat-panel-display assets and certain related liabilities to PixTech. The Boise operation included specialized manufacturing equipment and engineering expertise. PixTech planned to use the site as a U.S. research and development and pilot-production center; its executive, sales and marketing operations were to remain in Santa Clara, California.
Micron’s filing gives the specific equity terms: 7,133,562 PixTech common shares and warrants to purchase another 310,000 shares at approximately $2.25 per share. Micron also transferred $4.35 million in cash as part of the transaction. The company expected its shares to represent approximately 32% of PixTech after closing. Some early trade coverage rounded the expected stake to about 30%; the later filing specifies the share count and approximate 32% interest. Micron’s announcement and quarterly filing describe the terms.
Some contemporary coverage put a $16.8 million value on the stock transfer and assumed debt. That figure should not be mistaken for a cash purchase price: the primary documents describe a package of assets, liabilities, cash, shares and warrants. Micron also recorded a $15 million write-down of its flat-panel-display assets in anticipation of the transaction, which it expected to reduce second-quarter 1999 earnings per share by about $0.03. EE Times’ contemporary account used the $16.8 million description; Micron’s filing reports the write-down and terms.
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Why Micron exited displays
Micron was refocusing on semiconductors, its core business, rather than continuing to fund a display program that had not found sufficient scale. Chief executive Steve Appleton presented the combination as the best opportunity to recover value from Micron’s display research and development investment. A stake in PixTech offered potential upside if the combined operation succeeded, while shifting the cost and responsibility for developing the technology away from Micron.
The display unit had some small-format applications, including camcorder viewfinders and military head-mounted displays, but had not made the hoped-for transition to larger panels. Micron’s choice therefore involved a trade-off: it gave up direct control and recognized a write-down, but retained an economic interest in PixTech rather than simply abandoning its prior investment. Contemporary EE Times coverage described the limited traction and wider development difficulties.
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Why PixTech wanted the Boise operation
PixTech was a focused FED developer, not a conventional monitor maker. It saw Micron’s facility, equipment, staff, process knowledge and intellectual property as additions to its own development effort. The plan was to move PixTech’s 15-inch development work to Boise and combine the two companies’ programs in a U.S. R&D and pilot-production center.
PixTech already had a pilot line in Montpellier, France, producing 5.2-inch monochrome FEDs, and had demonstrated a 15-inch color prototype in early 1999. It also had relationships with companies including Texas Instruments, Motorola, Raytheon and Futaba at various stages, and was working with Taiwan’s Unipac on volume manufacturing. These activities showed a development and pilot-production base, not proof that large-scale commercial manufacturing had been achieved. EE Times’ report on the planned combination and EDN’s account describe the companies’ programs.
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FEDs’ promise—and the manufacturing problem
A field-emission display uses microscopic electron emitters to excite phosphors and create an image. Like a cathode-ray tube, it relies on electrons striking phosphors, but it was designed as a thin flat panel rather than a bulky vacuum tube. Advocates pointed to fast response, broad viewing characteristics and the potential for strong image quality.
The difficult part was making those advantages repeatable at commercial scale. Manufacturers had to produce uniform emitters across a panel, maintain acceptable yields, scale to larger sizes and lower costs. The technical promise did not resolve those manufacturing hurdles, especially as LCD makers were advancing with the backing of large Asian electronics companies. Micron and PixTech were trying to combine resources to improve FED’s prospects, not reporting that the technology had already become a viable mass-market alternative. EDN’s contemporary coverage discusses the development challenges.
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Micron’s path from prototypes to the sale
Contemporary reporting traced Micron’s FED work to around 1992. The company received a first-stage development contract from DARPA in 1993, demonstrated 0.7-inch prototypes in 1994 and, by late 1996, had begun supplying approximately 0.55-inch monochrome displays for military viewfinder and thermal-imaging uses. It was trying to scale toward 14-inch and larger panels. A 50,000-square-foot Boise facility, including about 30,000 square feet of clean room, became operational in early 1997. These milestones and measurements were reported in 1999, rather than independently remeasured later. EDN’s March 1999 report and EE Times’ coverage recount the history.
Announcement, clearance and closing
| Date | Event |
|---|---|
| March 19, 1999 | Micron and PixTech announced their definitive agreement. Micron announcement |
| April 14, 1999 | The Federal Trade Commission granted early termination for the transaction. This was a regulatory step, not an endorsement of FED technology or the business plan. FTC notice |
| April 27, 1999 | PixTech’s annual shareholder meeting was scheduled to consider approval of the share issuance. Micron announcement |
| May 19, 1999 | Micron reported that the sale of certain flat-panel-display assets to PixTech had been completed. Micron Form 10-Q |
A consolidation move, not proof of commercial success
The deal reflected a broader struggle among U.S. flat-panel developers. FED companies faced delays, weak yields, high costs and difficulty moving from prototypes or pilot lines to volume output. Contemporary reports described setbacks or financial pressure at other developers, including Candescent Technologies, FED Corp., Coloray Display and SI Diamond Technology. Consolidating Micron’s and PixTech’s people and equipment was a bid to pool scarce resources as large Asian manufacturers expanded in LCDs.
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For Micron, the arrangement narrowed its focus while preserving exposure through PixTech equity. For PixTech, it added a substantial U.S. development operation and a larger technical base, alongside liabilities and the challenge of manufacturing larger panels reliably. Later that year, EDN reported that Unipac had invested $20 million in PixTech and become its largest shareholder, while noting the earlier takeover of Micron’s FED operations. That subsequent investment provides context for the effort to fund the technology; it does not establish that FED achieved broad commercial viability. EDN’s October 1999 report covered Unipac’s investment.
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