PRODUCT DESCRITION

In the need of high frequency transfer, COMOSS employs a 'Double-layered' Full Shielding isolation in 1394b connector, to minimizing the EMI problem. The connector has a body size of 11.5(long)*12(width)*9.5(heigh)mm - an idea for small handheld peripherals. With more, 1394b has an excellent mating property reaching 1,500 cycles whereas IDB-1394 reaches 7,500 mating cycles.

FEATURES

• Speed: S1600(up to S3200)
• Size: 11.5*12*9.5mm
• Mating cycle: 1500 for 1394b, 7500 for IDB-1394
• Key option: Beta and Bilingual
• Shielding: Double layers full shielding

1394b to 1394b Cable Assembly Test Reports :

Overview

IEEE 1394b introduced FireWire 800 (Apple's name for the 9-circuit "S800 bilingual" version of the IEEE 1394b standard) This specification and corresponding products allow a transfer rate of 786.432 Mbit/s full-duplex via a new encoding scheme termed beta mode. It is backwards compatible to the slower rates and 6-circuit alpha connectors of FireWire 400. However, while the IEEE 1394a and IEEE 1394b standards are compatible, FireWire 800's connector, referred to as a beta connector, is different from FireWire 400's alpha connectors, making legacy cables incompatible. A bilingual cable allows the connection of older devices to the newer port. In 2003, Apple was the first to introduce commercial products with the new connector.

Applications

• Aircraft

  IEEE 1394b is used in military aircraft. Developed for use as the data bus on the F-22 Raptor, it is also used on the F-35 Lightning II. NASA's Space Shuttle also uses IEEE 1394b to monitor debris (foam, ice) which may hit the vehicle during launch.

• Automobiles

  IDB-1394 Customer Convenience Port (CCP) is the automotive version of the 1394 standard.

• Cable TV

  Cable TV system supported. Cable TV providers (in the U.S., with digital systems) must, upon request of a customer, provide a high-definition capable cable box with a functional FireWire interface. This applies only to customers leasing high-definition capable cable boxes from said cable provider after April 1, 2004. The relevant law is 47 CFR 76.640 Section 4 Subsections i and ii. The interface can be used to display or record Cable TV, including HDTV programming.

• Networking over FireWire

  FireWire can be used for ad-hoc (terminals only, no routers except where a FireWire hub is used) computer networks. Specifically, RFC 2734 specifies how to run IPv4 over the FireWire interface, and RFC 3146 specifies how to run IPv6. Mac OS X, Linux, and FreeBSD include support for networking over FireWire. Windows XP and Windows Server 2003 include native support for IEEE 1394 networking. Windows Me and Windows 2000 do not have native support but may work with third party drivers. A network can be set up between two computers using a single standard FireWire cable, or by multiple computers through use of a hub. This is similar to Ethernet networks with the major differences being transfer speed, circuit length, and the fact that standard FireWire cables can be used for point-to-point communication.

For Overmolding type 1394b connector