NW701

Features:

High-Quality, Enhanced Blue Book Features
• Fully "Blue Book" DV-SD compliant
• Optional Low Data-Rate Modes: 3.0, 2.4, 1.8, and 1.5MB/s
• Integrated multi-tap video filter for 4:2:2 to 4:1:1, or 4:2:2 to 4:2:0 conversions
Low System Cost
• Integrated single-chip design including audio and video I/O processing and video compression.
• Glue-less interface to standard video components, processors, and memory
• Integrated shuffle memory logic
• Requires only one 256K x 32 EDO DRAM
Real-Time Performance
• High speed (33MB/s) throughput
• Double Clock Option: Capable of operation up to 54MHz for dual stream applications
Comprehensive Video and Audio Support
• NTSC (4:1:1) and PAL (4:2:0 and 4:1:1) processing
• Popular I2S audio interface
• 48, 44.1, and 32 kHz (12- and 16-bit) audio support
Simple Host Bus Connectivity
• Single 16-bit Asynchronous Host Bus interface
• 512 Byte DV FIFO for ease of integration
• 3 interrupt pins for enhanced system control


Description

divio introduces the NW701, the world's first single-chip DV codec. Fully DV-SD "BlueBook" compliant and designed with divio's patented compression technology, the NW701 delivers unrivaled video quality, performance and functionality. With a single-chip design and glueless interface to standard video components, divio's DV codec will replace current multi-chip solutions and enable a new generation of cost-effective digital video products including camcorders, desktop PCs, VTRs, and stand-alone applications. In addition to the standard 25Mb/s data rate, the NW701 provides low bit-rate modes for video capture to a variety of low-cost storage devices.

divio has created NW701-DAAD™ (D<->A; A<->D) manufacturing kits with expanded functionality to simplify the implementation process and reduce time-to-market. divio supplies all of the hardware, software and documentation necessary to develop low-cost, high-performance product designs.

The NW701 provides an unprecedented feature-set that delivers the essential digital video engine to empower real-time DV performance and quality.