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Celebrating 40 years of expertise in delivering intellectual property to programmable devices, Data I/O offers complete, integrated manufacturing solutions in wireless, automotive, programming center, semiconductor, and industrial control market segments for OEM, ODM, EMS and semiconductor companies. Data I/O is the leader in programming and provides hardware and software solutions for turn-key programming and device testing services, as well as in-system (on-board), in-line (right before use at the SMT line), or in-socket (off-line) programming. These solutions are scalable for small, medium and large volume applications with different device mixes. Data I/O Corporation has headquarters in Redmond, Wash., with sales and services worldwide.
Maxim Integrated Products, Inc. (Maxim), designs, develops, manufactures and markets a range of linear and mixed-signal integrated circuits, commonly referred to as analog circuits, for a large number of customers in diverse geographical locations. Maxim’s linear and mixed signal products serve four end-markets: industrial, communications, consumer and computing. The Company manufactures its own wafers and utilizes third-party silicon foundries to produce wafers.
Trans-Lux Corporation is a leading designer and manufacturer of TL Vision digital video displays and TL Energy LED lighting solutions for the financial, sports and entertainment, gaming, education, government, and commercial markets. With a comprehensive offering of LED Large Screen Systems, LED System Software, LCD Flat Panel Displays, Data Walls and scoreboards (marketed under Fair-Play by Trans-Lux), Trans-Lux delivers comprehensive video display solutions for any size venue's indoor and outdoor display needs. TL Energy enables organizations to greatly reduce energy related costs with green lighting solutions.
Network Device is a Sunnyvale, CA-based company in the Computers and Electronics sector.
The future is silicon. Anodes must improve and silicon has the most potential. Nano-scale silicon provides the best combination of capacity and power, but still not sufficient cycle life and nano-scale production approaches remain expensive.