CUSTOM MANUFACTURING INTEGRATED CIRCUITS

Brand Owner (click to sort) Address Description
M MINCO TECHNOLOGY LABS, INC. MINCO TECHNOLOGY LABS, INC. 1805 Rutherford Lane Austin TX 78754 custom manufacturing integrated circuits and semiconductor chips;The mark consists of word MINCO with M design in a circle above, and words TECHNOLOGY LABS INC. below.;Color is not claimed as a feature of the mark.;TECHNOLOGY LABS, INC.;
MEGIC INNOVATING POST-PASSIVATION TECHNOLOGY MEGICA CORPORATION Room 301/302, No.47, Park 2nd Rd. Science-Based Industrial Park Hsinchu Taiwan Custom manufacturing of integrated circuits;Patent licensing, technical service or technology management for integrated circuits;
MEGIC INNOVATOR OF POST-PASSIVATION TECHNOLOGY MEGICA CORPORATION Room 301/302, No.47, Park 2nd Rd. Science-Based Industrial Park Hsinchu Taiwan Custom manufacturing of integrated circuits;
MEGICA MEGICA CORPORATION Room 301/302, No.47, Park 2nd Rd. Science-Based Industrial Park Hsinchu Taiwan Custom manufacturing of integrated circuits;
MEGICA INNOVATING POST-PASSIVATION TECHNOLOGY MEGICA CORPORATION Room 301/302, No.47, Park 2nd Rd. Science-Based Industrial Park Hsinchu Taiwan Custom manufacturing of integrated circuits;Patent licensing, technical service or technology management, for integrated circuits;
MEGICA INNOVATOR OF POST-PASSIVATION TECHNOLOGY MEGICA CORPORATION Room 301/302, No.47, Park 2nd Rd. Science-Based Industrial Park Hsinchu Taiwan Custom manufacturing of integrated circuits;
SICON Leitch Technology Corporation 150 Ferrand Drive, Suite 700 North York, Ontario M3B 3E5 Canada Custom manufacturing of integrated circuits, integrated circuit chips, semiconductor processors; semiconductor processor chips; microprocessors; printed circuit boards; electronic circuit boards; computer memory devices; semiconductor memory devices; video circuit boards; audio circuit boards; audio-video circuit boards; video graphic accelerators; multimedia accelerators; video processors; fax/modems; computer hardware and software for the transmission and receipt of facsimiles; computer hardware and software for the development, maintenance, and use of local and wide area computer networks; computer hardware and software for the development, maintenance, and use of interactive audio-video computer conference systems; computer hardware and software for the receipt, display, and use of broadcast video, audio, and digital data signals; computer hardware and software for development, testing, programming, and production of hardware and software;integrated circuits, integrated circuit chips, semiconductor processors; semiconductor processor chips; microprocessors; printed circuit boards; electronic circuit boards; computer memory devices and semiconductor memory devices, namely, memory chips; video circuit boards; audio circuit boards; audio-video circuit boards; video graphic accelerators; multimedia accelerators; video processors; fax/modems; computer hardware and software for the transmission and receipt of facsimiles; computer hardware and software for the development, maintenance, and use of local and wide area computer networks; computer hardware and software for the development, maintenance, and use of interactive audio-video computer conference systems; computer hardware and software for the receipt, display, and use of broadcast video, audio, and digital data signals; computer hardware and software for development, testing, programming, and production of hardware and software;others, designing, developing, testing and programming of integrated circuits. integrated circuit chips, semiconductor processors; semiconductor processor chips; microprocessors; printed circuit boards; electronic circuit boards; computer memory devices; semiconductor memory devices; video circuit boards; audio circuit boards; audio-video circuit boards; video graphic accelerators; multimedia accelerators; video processors; fax/modems; computer hardware and software for the transmission and receipt of facsimiles; computer hardware and software for the development, maintenance, and use of local and wide area computer networks; computer hardware and software for the development, maintenance, and use of interactive audio-video computer conference systems; computer hardware and software for the receipt, display, and use of broadcast video, audio, and digital data signals; computer hardware and software for development, testing, programming, and production of hardware and software;
SILICONIANS Siliconians Inc. 4701 Patrick Henry Drive, Suite 501 Santa Clara CA 95054 custom manufacturing of integrated circuits and semiconductors;Integrated circuits; semiconductors; computer hardware; computer software for use in wireless communication applications, namely, for coding and decoding wireless communication signals, and monitoring and controlling electric signals that interact between electronic components; and user manuals supplied in connection with all the foregoing;custom design and layout of integrated circuits and semiconductors; custom design of computer software; computer programming for others; technical consulting and help desk services for all of the foregoing;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. Methods and apparatus for testing programmable integrated circuits are provided. Programmable integrated circuits include programmable elements that are loaded with configuration data to program programmable logic to perform a custom logic function. The programmable integrated circuits receive test configuration data from a tester to program the programmable logic into a test configuration. After the programmable integrated circuit has been placed into the test configuration by loading the test configuration data, test vectors are applied to the programmable integrated circuit to evaluate its performance. Test configuration data loading circuits are used in the programmable integrated circuits to control how the test configuration data is loaded into the programmable elements. When the adjustable circuits are placed in a low bandwidth configuration, relatively few input lines are used to load the test configuration data. When the adjustable circuits are placed in a high bandwidth configuration, test data can be loaded quickly.