Display Standard - Veritas et Visus

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Veritas et Visus Display Standard February 2009 WirelessHD Consortium completes compliance test specification The WirelessHD Consortium announced that the WirelessHD Compliance Test Specification (CTS) version 1.0 is now available to WirelessHD adopters and evaluators. In addition, Compliance Certification Services (CCS) has been named the first WirelessHD Authorized Test Center (ATC). First WirelessHD testing will commence in Q1’09. The WirelessHD Compliance Test Specification (CTS) 1.0 details the tests, procedures and equipment specifications established by the WirelessHD promoters to assist adopters in verifying WirelessHD product compliance. Mandated by the WirelessHD adopter’s agreement, compliance testing also promotes interoperability among WirelessHD devices and is required for a product to bear the WiHD logo or to claim conformance to the WirelessHD specification. Since the announcement of the WirelessHD 1.0 specification during the 2008 International Consumer Electronics Show, the WirelessHD Consortium has experienced growth and momentum including new adopter interest and the addition of Broadcom as a new promoter. This growth and momentum is expected to accelerate with the announcement of the availability of the WirelessHD CTS 1.0. The WirelessHD CTS includes three standalone test specifications. These include an RF test specification, a protocol test specification, and an interoperability test specification. In order for adopters to ship product into the market with the WiHD logo, products shall be required to pass all three specifications at a WirelessHD ATC. http://www.WirelessHD.org IEEE confirms baseline for broadband-over-power line standard The IEEE P1901 Working Group has confirmed and approved the baseline for IEEE’s standard related to Broadband Over Power Lines (BPL), IEEE Std 1901, “Draft Standard for Broadband over Power Line Networks: Medium Access Control and Physical Layer Specifications”. Three proposals addressing more than 400 functional and technical requirements in three critical areas of BPL, in-home, access and coexistence, were approved to form the baseline of the standard. The proposals received more than 85% of affirmative votes within the working group; exceeding the 75% required threshold. More information about the standards process can be found at: http://standards.ieee.org/announcements/bkgnd_stdsprocess.html. OMVC launches mobile DTV The Open Mobile Video Coalition (OMVC), along with major consumer electronics manufacturers, unveiled the culmination of more than 12 months of work. The OMVC is an alliance of more than 800 broadcasters whose mission is to accelerate the development of mobile digital television (DTV) in the United States. The OMVC hosted a press conference at CES with demos of live, local and national digital television – including news, traffic information, weather, sports and popular branded entertainment. http://www.omvc.org Green Plug showcases new open systems power interface Green Plug announced the lineup of consumer electronics devices that its Greentalk technology will power. Green Plug and Innergie, developer of the world’s smallest universal power adapter, announced the Greentalk-enabled Innergie mCube90G - the first implementation of the Green Plug protocol. Green Plug’s Greentalk open system universal power interface enables any consumer electronics product to obtain power from any compliant external power adapter. The Green Plug/Innergie CES demo showcased a digital media enthusiast’s toolkit, centered on an ecofriendly Fabrik SimpleTech [re]drive storage system, Ricoh R10 and GX200 digital cameras, and NEC LaVie laptop. Greentalk technology will also power an HP TouchSmart PC, Panasonic cordless phone, Canon photo printer and camcorder, Linksys wireless router, Westinghouse digital picture frame, portable Dynex DVD player, cordless power drill, and several 5V devices, including iPhones and iPods. These devices were equipped with the Green Plug power interface without vendor intervention, testimony to the ease of implementing the free, open systems power interface. While each of these products has unique power needs, Greentalk enables all to obtain power from a dynamically adaptable power hub instead of having to rely on separate, incompatible power adapters and battery chargers. http://www.greenplug.us 26
Veritas et Visus Display Standard February 2009 MIPI Alliance delivers seven mobile device interface specifications The Mobile Industry Processor Interface (MIPI) Alliance, the industry initiative established five years ago to define and promote open standards for hardware and software interfaces in mobile terminals, announced that it has introduced seven key standards throughout 2008. Collectively these new specifications will help the industry to provide optimized and efficient mobile terminals. As these standards are implemented in mobile device technology the industry will see benefits such as better interconnection among devices and components such as cellular telephones, handheld computers, digital cameras, and multimedia devices; higher data exchange rates among devices; prioritization of traffic; better adaptation and interoperability of devices from different vendors; and more cost and power efficient mobile terminals. http://www.mipi.org The new MIPI Alliance Specifications introduced in 2008 include: � Unified Protocol (UniProSM) v1.00.00 � Display Serial Interface (DSI) v1.01.00 � Processor Interface Emulation (PIE) v0.90.00 � Dual Mode 2.5G/3G Baseband/RFIC Interface v3.09.04 (DigRFSM) � Device Descriptor Block (DDB) v0.82.01 � Serial Low-power Inter-chip Media Bus (SLIMbusSM) v1.01.00 � System Power Management Interface (SPMI) v1.00.00. Mixel and Northwest Logic partner on MIPI IP solution Mixel Inc. and Northwest Logic announced the availability of a complete solution for the Mobile Industry Processor Interface (MIPI) Camera Serial Interface-2 (CSI-2). This solution consists of the Mixel MIPI D-PHY (Physical Layer) and the Northwest Logic MIPI CSI-2 Controller Core delivered as silicon Intellectual Property (IP). The companies, working together, provide customers with a complete, low-risk, low-power, low gate-count, full-featured, differentiated MIPI solution. The Mixel D-PHY is a complete D-PHY IP, optimized for low-power operation and small foot print, and is fully compliant with the MIPI D-PHY specifications. The Mixel MIPI D-PHY is modular, and available in various configurations, up to the recommended four data lanes, each operating at 1 Gbps. The Mixel D-PHY transceiver is fully characterized, available on multiple foundry process nodes, and is in the process of being transferred to production in Mixel customer’s products. Mixel also provides its customers with the Clock Management Unit IP, incorporating a high performance, low jitter PLL and timing circuitry. The Mixel D-PHY and Clock Management Unit ship as GDSII and RTL, with LVS netlist, LEF file, Verilog and timing models, and comprehensive documentation. http://www.mixel.com http://www.nwlogic.com Axis introduces world’s smallest video encoder with H.264 video compression Axis Communications announced a highly compact and cost-effective one-channel video encoder with H.264 video compression. The AXIS M7001 Video Encoder is perfect for integrating any type of analog CCTV surveillance cameras into network video surveillance systems. The video encoder’s small size (smaller than a modern cell phone) also makes it ideal for use in camera housings and discreet surveillance applications, for example, in retail stores and banks. A small covert camera is made available with the video encoder in the AXIS M7001 Covert Surveillance Kit. The AXIS M7001 Video Encoder is designed to be installed close to an analog camera. It converts analog video signals from all types of analog cameras into digital video streams that are then sent over an IP-based network (e.g. LAN/intranet/Internet). The video encoder also provides pan, tilt, zoom support to PTZ and PTZ dome cameras. The AXIS M7001 can deliver two simultaneous video streams, one in H.264 and another in Motion JPEG, at full frame rate in all resolutions up to D1 (720x480 in NTSC). The H.264 support drastically reduces bandwidth and storage requirements without compromising image quality. Motion JPEG is also supported for increased flexibility. The video encoder also enables users to adjust image settings such as brightness, contrast and saturation to improve images before encoding takes place. http://www.axis.com 27
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Display Standard - Veritas et Visus

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