NETWORK ADAPTERS

Brand Owner (click to sort) Address Description
CODIS ESTERLINE TECHNOLOGIES CORPORATION 500 108th Avenue NE, Suite 1500 Bellevue WA 98004 Network adapters; computer network adapters, switches, routers and hubs; Ethernet adapters; network encoders and decoders; network video processors and image processors; network media servers, clients and software; visual display systems comprised of rugged smart flat-panel liquid crystal displays, and associated multi-function consoles, ergonomic workstations, and rugged computers; rugged computers; control display units and management software systems for aircraft; electronic display screens used on aircraft, namely, mission displays; computer hardware and software for mission recording; air traffic control systems comprised of computer hardware and software, graphics generators, mission recorders, main radar displays, high-brightness tower displays, and auxiliary displays; monitors, namely, computer monitors, video monitors; displays, namely, flat panel display screens; screens, namely, video screens and flat panel display screens; all of the foregoing for use in the aerospace, military, defense, industrial and air traffic control industries, and all of the foregoing not designed for use in association with consumer electronics;
ZONET Zonet USA Corporation 937 Radecki Court City of Industry CA 91748 Network adapters, network managed/unmanaged switches, network hubs, wireless network access points, wireless network USB adapters, wireless network PCMCIA cards, KVM switches, PCMCIA modem cards, PCMCIA network cards, and USB PCI cards;ZONET;
 

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

    
Technical Examples
  1. A method and system of calibrating first and second adapters comprises the steps of calibrating coaxial ports of a vector network analyzer to traceable standards and connecting a symmetrical through circuit path between the coaxial ports. The through circuit path comprises a cascaded combination of the first and second adapters. The first adapter is passive and substantially identical to the second adapter and uncascaded first and second adapters comprise a measurement device path. The through circuit path and the measurement device path have substantially equivalent S-parameters. S-parameters of the through circuit path are measured and then the first and second adapters are characterized based upon the measured S-parameters. The method and system may be applied to two port adapters and devices under test and may also be scaled for multi-port adapters and devices under test.