London, May 21 2001- Fujitsu’s new family of IEEE1394/FireWire controllers target the very widest range of applications, including PCI interface for personal computers, SBP-2 (Serial Bus Protocol) interface for PC peripherals, SCSI interface for mass storage and high speed universal interface for transmission of audio and video data.
All devices integrate the PHY physical-layer and LINK link-layers on a single chip to reduce both component count and power consumption. DMA controllers for Context Program Control are also provided. The whole family of devices conforms to the S400 Cable Media Data Transfer Rate of 400 Mbps.
Firstly, the MB86613 is a high performance, triple port, OHCI controller for data transfer between PCI and 1394 buses, using asynchronous/isochronous transfer mode and integrating 1394 transceiver, comparator and PLL to provide 1394 bus protocol control. Conforming to the PCI v2.1, IEEE 1394-1995 and Open HCI v1.0 Standards, the device has PCI/DMA, OHCI (Open Host Controller Interface) and 1394 blocks. It incorporates the latest OHCI and 1394 features, including Fairness Control and Physical Upper Bound registers, Fly-by Arbitration, Suspend/Resume, Ping Packet, and Second Cycle Limit. The PCI/DMA block includes a power management function compliant with PCI v1.0 Standard. The OHCI driver to control this device is already included in the Microsoft Windows Operating System. The family also includes the MB86613L, a single port 1394 interface device offering ultra low power consumption in standby mode.
The MB86614A is a low cost, two-port IEEE 1394 serial bus controller integrating an SBP-2 (Serial Bus Protocol) interface with differential transceiver and comparator, making it ideal for use in equipment usually connected to a PC, such as printers, scanners and digital cameras. Including a 16-bit asynchronous data port, the MB86614A is capable of automatic separation of received header and data, and packetisation for data transfer continuity.
The MB86616 is a protocol exchanger to enable connection between SCSI interface devices and the IEEE1394 bus according to the SBP-2 standard with asynchronous transfer mode and is primarily intended for use with mass storage devices.
Integrating an IEEE1394 controller and a SCSI controller supporting the Fast-20 SCSI standard, the chip has two cable ports with differential transceiver and comparator to support S100, S200 and S400 data rates. A Fujitsu F2MC-16F CPU core is incorporated for controlling the individual on-chip controllers. The 8-bit Fast-20 SCSI controller is capable of data transfer up to 20MB/sec. Furthermore, the IEEE1394 controller supports Chain Transfer to enable consecutive transmission and receipt of requested packets of data. The SCSI bus interface contains a totem-pole type, single-ended driver and receiver to allow the bus to be directly driven.
Finally, the MB86617 high speed universal serial bus controller can be directly connected to MPEG devices via an IEEE1394 transport stream interface and has been developed for video/audio set-top box, game console and DVC (Digital Video Cassette) applications such as DVC Camcorders. It also provides an LSI interface to a copy protection circuit.
This product information is also available on the WWW at:
A medium resolution picture relevant to this press release can be found by
following the link: ftp://ftp.jdk.co.uk/Fujitsu/Press/MRPR718.jpg
For a high resolution download option please follow the link:
Further information on Fujitsu Microelectronics Europe’s products is available on our new WWW address at: http://www.fujitsu-fme.com
ISSUED ON BEHALF OF:
Fujitsu Microelectronics Europe
Am Siebenstein 6-10
Contact: Ines Polak
MORE INFORMATION FROM:
JDK Marketing Communications
The Old Granary
Goodley Stock Road
Westerham, Kent TN16 1SL
Tel: 01959 562772
Fax: 01959 562800
Contact: Frank Cornell
This press release was distributed by ResponseSource Press Release Wire on behalf of JDK Marketing Communications in the following categories: Consumer Technology, Personal Finance, Business & Finance, Computing & Telecoms, for more information visit https://pressreleasewire.responsesource.com/about.