| OS85650/2 I/O Companion |
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Revision E2A NS V3 NS V2 NS V1 oPHY ePHY MediaLB DTCP MOST150 MOST50 MOST25 The OS85650/2 I/O Companion ICs are High-Performance MediaLB®-I/O-Port Expanders for MOST® Intelligent Network Interface Controllers (INICs). With its multiple interfaces, powerful routing engine and the DTCP co-processor, the OS85650 can be used for various audio and video applications such as Head Units, Rear Seat Entertainment, Amplifiers, TV-Tuners and Video Displays. The OS85652 is the pin-compatible version without a DTCP co-processor. The I/O-Companion works together with SMSC INICs for all MOST speed grades (MOST25, MOST50 and MOST150) and can replace many of today’s expensive FPGA solutions. The primary function of the OS85650/2 is to route data streams simultaneously between industry standard application I/O interfaces, including MediaLB (3-Pin and 6-Pin), HBI, TSI, SPI and I²S. It is the first MediaLB 6-Pin device that supports all features of the MOST150 multimedia network. Together with the 16 bit parallel Host Bus Interface (HBI), it enables a high-speed connection between the INIC150 and multiple External Host Controllers (EHCs) with over 300Mbit/s. It is also possible to use the OS85650 as a bridge between MediaLB 6-Pin and MediaLB 3-Pin devices. TrueAuto™ is SMSC’s proven total approach to true automotive-grade quality, allowing SMSC to deliver leading-edge, quality devices and services which fulfill the needs of the most demanding automotive customers. TrueAuto device robustness begins with designing SMSC's reliability techniques within the silicon IC itself. The IC is fully-characterized over many operating parameters to ensure quality under a variety of conditions. SMSC's TrueAuto approach meets or exceeds automotive reliability standards as well as customer-specific requirements and goes far beyond the stress tests prescribed by the AEC-Q100 specifications. Extensive technologies and processes, such as enhanced monitors, are used in the fabrication of TrueAuto products in order to continuously drive improvements in accordance with SMSC's zero Defects per Million (DPM) goals. |
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Updated Monday, 25 July 2011 Permalink: http://www.smsc-ais.com/OS85650-2 |
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