LAN9132 High-Performance Multimedia Co-Processor, Supporting a PCI-Based Interface and Featuring RipStream Technology
Building on the success of the LAN9131 ARM9 device, the industry's first high-performance, wired 10/100 network multimedia co-processor solely supporting a PCI-based interface and employing RipStream technology, which combines support for multiple high-definition (HD) streams, software protocol stack management and security. SMSC's LAN9132 co-processor allows system designers to leverage existing SoC and host processor-based designs that support Digital Living Network Alliance™ guidelines with minimal design risk and fast time-to-market.
Target Applications
- Ethernet-based Video/Media Distribution Systems
- Digital Video Recorders
- High-definition Televisions
- Video Servers
- Network Attached Storage (NAS)
- Thin Client Set-top Boxes
- Digital Media Clients/Servers
- Home Gateways
- Wireless Multimedia Streaming
Features
- RipStream technology supporting DLNA guidelines
- Supports multiple HD video streams
- Built-in UPnP, HTTP, TCP/IP protocol stacks
- Integrated 128-bit AES encryption/decryption for
- Digital Rights Management (DRM)
- Supports Windows® Media DRM10 (WMDRM 10)
- Supports Digital Transmission Content Protection over Internet Protocol (DTCP-IP)
- Fast DTCP-IP AKE key exchange time (0.6 sec.)
- Two Transport Stream Interfaces (TSIs) to MPEG encoder/decoder SoCs
- Either interface can be used in server or rendering applications
- Integrated ARM926™ core
- TCP/UDP checksum offload
- PCI-based Interface
- PCI Local Bus Specification revision 3.0 compliant
- 32-bit/33-MHz PCI bus
- Supports device and host modes of operation
- In host mode it supports up to four external PCI devices
- PCI Power management Support D0, D1, D2, D3cold and D3hot
- DMA-based high speed transfers
- Video codec agnostic
- Supports MPEG2, MPEG4, WMV9/VC-1, H.264/AVC
- Network agnostic platform allowing for integration of future advanced standards
- Integrated 10/100 MAC/PHY with HP Auto-MDIX and multiple power management modes