Features: SpecificationsDescription The Oxford 911plus is the latest generation 1394A to ATA7/ATAPI (IDE) bridge.It supports all PIO, DMA and UDMA modes up to UDMA6, delivering a sustained data transfer performance of over 40MBytes/sec. Hardware features include SBP2.0 acceleration with 'fast start', in addition to dual disk striping and transparent spanning capabilities,all designed to achieve maximum data throughput.
The Oxford 911 has ten key features.The first one is that it sustains IDE transfer rate over 40MB/s Ideal for Video Editing, DVD players and data with integrated hardware striping.The second one is that ATA7 supports modes up to UDMA6.The third one is it integrates 32-bit ARM processor.The fourth one is that it has 64KByte on-chip flash memory.The fifth one is that it Handles 2 IDE devices simultaneously.The sixth one is that it is Ideal for Video Editing, DVD players and data Backup.The seventh one is that it has the highest performance, with flexible support for ATAPI and Compact Flash solutions.The eighth one is that Industry renowned ARM7TDMI, with plenty of spare MIPS for product specific software.The ninth one is that field upgradable firmware simplified production programming over 1394.The last one is that it Enables Combo Drives and Convergent products.
1394A, FireWire Shipped with MAC and PC platforms, 1394 is now the industry standard digital video connectivity port.Embedded ARM processor Managing the data flow through the FW911plus, the on-chip ARM7TDMI enables whole new series of standalone consumer electronic products to be developed in a simple C/C++ programming environment.The FW911plus IDE controller complies with ATA7 and has software configurability which, when combined with optimised ARM code based on many years experience, assures compatibility with magnetic, optical and compact flash media.Hardware support is also provided for dual drives.For external MAC and PC storage solutions, Oxford Semiconductor offers a selection of reference designs,development code, drivers, and evaluation kits.
The Oxford 911 Data Sheet
