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ON-AIR MAX ＴＭ FLASH. Presentation Sheet. Ｏｃｔ ２０１１. Confidential and proprietary. ON-AIR MAX ＴＭ FLASH Ｎｏ．１ Ｐｌａｙｏｕｔ Ｖｉｄｅｏ Ｓｅｒｖｅｒ ｉｎ Ｊａｐａｎ. Presentation Sheet. Ｏｃｔ ２０１１. Confidential and proprietary. ON-AIR MAX TM FLASH Japanese Update. Playout Server Market Share in Japan.

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Ｏｃｔ ２０１１

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  1. ON-AIR MAXＴＭ FLASH Presentation Sheet Ｏｃｔ２０１１ Confidential and proprietary

  2. ON-AIR MAXＴＭ FLASH Ｎｏ．１ Ｐｌａｙｏｕｔ Ｖｉｄｅｏ Ｓｅｒｖｅｒ ｉｎ Ｊａｐａｎ Presentation Sheet Ｏｃｔ２０１１ Confidential and proprietary

  3. ON-AIRMAXTMFLASH Japanese Update

  4. PlayoutServer Market Sharein Japan Sony GVG No.1 Brand!! Based on its reliability Hitachi 57% The old model ON-AIR MAXTM

  5. Japanese customers Using ON-AIR MAXTM FLASH Terrestrial Broadcasters Fuji Television Network Inc. (Tokyo) Nippon Television Network Corp. (Tokyo) NHK Television Network ( Tokyo) TV Asahi Corp. (Tokyo) Yomiuri Telecasting Corp. (Osaka) Television Osaka Inc. (Osaka) Nagoya Broadcasting Network (Nagoya) Chukyo TV Broadcasting Co., Ltd. (Nagoya) Television Iwate Co., Ltd. (Iwate) Shizuoka Daiichi Television Corp. (Shizuoka) TSS TV Co., Ltd. (Hiroshima) Hiroshima Home Television Co., Ltd. (Hiroshima) Kochi Broadcasting CO., Ltd. (Kochi) Oita Broadcasting System, Inc. (Oita) RKK Kumamoto Broadcasting (Kumamoto) SatelliteBroadcasters WOWOW Inc. Fuji Satellite Broadcasting Inc. Asahi Satellite Broadcasting Ltd. BS TBS Inc. The open university of Japan (NHK) Others Tama Cable Network (CATV) ZTV (CATV) MMBI, Inc(New Service) Video Tech Laboratories, Inc. *Green letter shows Big/Key stations More than 20 customers selected ON-AIR MAXTM FLASH in one year!!

  6. ON-AIRMAXTMFLASH advantages 1.High reliability, Low running cost 2.High Speed, High Accuracy 3.Content Protection, Data Compensation 4.Scalability, Flexibility

  7. Good Excellent ! Good Excellent ! Fault Tolerance Good Excellent ! Maintenance Good Excellent ! Quick Response Excellent ! Good Power Consumption Constant Latency Why so reliable? Because it uses Flash Memories Hard Disk Drives Flash Memories Mechanical Architecture No Mechanical Architecture Dynamic Static

  8. 4.Scalability, Flexibility 7)Stackable chassis ON-AIR MAXTM FLASH is scalable and expandable. For future growth, simply add IP Bandwidth, baseband I/O’s and expandable storage into a scalable chassis. Scalable

  9. OP-1a ConnectivityResults - Harris -Sundance -Crispin -Pebble Beach -Nversion ..etc ・NHK I-Tech(Japan) ・VIDEO TECH(Japan) -CIS(Korea) ・i-Cube (Korea) Automation VDCP/API FTP ON-AIR MAXTM FLASH Contents Server ・OMNEON MEDIA GRID ・IBM BLADE SERVER ・Multi-purpose NAS server (IIS7, vsftpd, ProFTPD)

  10. MXF OP-1a or OP-atom MXF or others OP-1a ＥＱＵＩＵＭ TOSHIBA TOSHIBA Solution in the Japanese Broadcast Stations Transmitter Asset management Gigabit Ethernet Automation VDCP/API SDI Sw’er NLE SDI Play out Server Contents Server Camera

  11. What is the difference of video servers? Requirements and features for Play out server are different from Contents server because purpose is different. Does your current servers have enough reliability to keep stable play out? Are you satisfied with maintenance or support for the current video server? ON-AIR MAXTM FLASH will resolve any complaint for current Play out server

  12. Old Version: Market needs new model, therefore… HDTV/SDTV MAX 4 INPUTS HDTV/SDTV MAX 7 OUTPUTS File transfer – Gigabit Ethernet Flash Memory StorageMAX 10TB More scalability and flexibility are required.

  13. TOSHIBA has developed new Video server The Most reliable video server on the market today! ON-AIR MAXＴＭ FLASH HDTV/SDTV MAX 30 INPUTS HDTV/SDTV MAX 40 OUTPUTS File transfer MAX30Sessions Flash Memory StorageMAX60TB

  14. Memory controller FLASH memory FLASH memory FLASH memory FLASH memory Power Supply Power Supply System manager Controller File I/O Decoder Decoder Memory controller FLASH memory FLASH memory FLASH memory FLASH memory Power Supply Power Supply Decoder Encoder Encoder System manager Controller File I/O Decoder Decoder Power Supply Power Supply System manager Controller File I/O Encoder Memory controller FLASH memory FLASH memory FLASH memory FLASH memory Decoder Memory controller FLASH memory FLASH memory FLASH memory FLASH memory Decoder 4.Scalability, Flexibility 6)Simple expansion ON-AIR MAXTM FLASH has a free slot architecture. Up to any 16 cards can be installed into a single 5RU chassis. Choosing card combinations and slot location is completely up to the users. Example1. 0in/4out/2fileIO/4TB Legend System manager Controller Example2. 2in/6out/2fileIO/4TB File I/O Encoder Decoder Example3. 1in/4out/2fileIO/8TB FLASH memory Memory controller

  15. 4.Scalability, Flexibility 5)Hot swappable cards Cards in ON-AIR MAXTM FLASH chassis are hot swappable. Do not have to shutdown server or turn power off or disconnect any cable. Cards are easily pull out and plugged in using the latched ejector on the cards, Including hot swappable power supply modules. After re-inserting new board, the system recognize it automatically. easy to change ・・・ ・・・

  16. 4.Scalability, Flexibility 4)One chassis solution Offering Encoders, Decoders, Flash Memory storage, Controllers and System management -all in a single 5RU chassis. Minimizing chassis size, lowering power consumption, fewer internal cable connections, hot swappable –easy maintenance contribute to a Greener Footprint. This simple architecture makes set-up time shorter for system integration. In addition all software and APIs are already installed at ship. It’s not necessary to spend time at field to set-up. All in one chassis

  17. Architecture of ON-AIR MAX FLASH Speed Guaranteed + Best Effort Old model (ON-AIR MAXTM) New ON-AIR MAXTM FLASH Speed Guaranteed Speed Guaranteed CPU CPU ENC DEC DEC ENC Flash Memory DEC x2 ENC ENC File Processing DEC DEC File I/F DEC x2 Flash Memory File Processing Flash Memory Best Effort 10GbE 1GbE Control Network Internal Bus

  18. 2.High Speed, High Accuracy 2)10G LAN based internal network, NP ENGINE ON-AIR MAXTM FLASH is an open architectural design with an internal 10G network. 10G to accelerate the internal data stream transfer speeds. ON-AIR MAXTM FLASH uses its NP ENGINE to offer high speed throughput while minimizing power consumption. NP ENGINE accelerates the internal stream transfer speeds and reduces CPU power usage. NP ENGINE 10GbE 1GbE Control Network(1GbE)

  19. 4.Scalability, Flexibility • Multi codec • ON-AIR MAXTM FLASH supports AVC-intra, MPEG2 long-GOP and I-frame for • ingest and play out. Encoding SD/HD baseband signals to AVC-intra, MPEG2 • long-GOP and I-frame formats for storage. • Supports AVC-intra, MPEG2 MXF OP-1a for ingest and play out. • It’s not necessary to change compression format outside of video server. • 2) Multi format(1080i/720p/480i) • ON-AIR MAXTM FLASH supports 1080i, 720p and 480i format for ingest and play • out. Using inside Multi Converter (M/C), user can specify a certain format to each • output port. This makes user to be able to handle any content to play put without • format conversion considerations. Multi Converter Multi decoder board 1080i/720p/480i content Decoder1 1080i/720p/480i output M/C 1080i/720p/480i content Decoder2

  20. 4.Scalability, Flexibility 3)Back to back MPEG2/AVC-intra and HD/SD play out ON-AIR MAXTM FLASH has up to 40 channels play out port and each play out port has 2 decoders. Using these 2 decoders, ON-AIR MAXTM FLASH can play out two different contents successively. Back to back play out is possible even if different compression formatsand/ordifferent picture resolution formats. Play out stream SDI output Multi decoder board Decoder1 none MPEG2 Decoded picture M/C HD HD Decoder2 none AVC-intra Back to back! Play out stream SDI output Decoder1 none HD Decoded picture M/C HD HD Decoder2 none SD Back to back!

  21. 2.High Speed, High Accuracy 3) Frame based process algorithm Data and control processing for play out is based on a “video frame period”. ON-AIR MAXTM FLASH guarantees frame accuracy play out even when executing 40 Channels simultaneously. This performance is not only based on high Flash Memory access speed or high speed networking structure, but also on a frame based process algorithm. File output speed is also guaranteed for time shift play out. 33ms frame time period is divided and allocated to each channel, internal control command and data stream transfer and channel to complete in this allocated time period. 4)Original file system ON-AIR MAXTM FLASH uses an original file structure to accelerate the access speed to obtain media content instantly. By referencing meta-data tags to every piece of content, the referenced meta- data identifies the location path for direct retrieval from memory.

  22. Flash Memory: Now in 5 RU A Tornado to the World of Digital Broadcasting Proprietary and Confidential

  23. 1.High reliability, Low running cost 1) High reliable record medium, Flash Memory ON-AIR MAXTM FLASH is practically MAINTENANCE-FREE. A solid record medium has the most minimal chance of failing. Flash Memory vs. Hard Disk Drive reliability is shown in this comparison chart. Because of no mechanical parts in memory storage, the probability of storage failure is much fewer than Hard Disk based server. This is one of the biggest reason many Japanese broadcast stations selected ON-AIR MAXTM FLASH.

  24. 3.Content Protection, Data Compensation 1)Wear-Leveling by Toshiba unique Flash Memory controller Toshiba, inventor of the Flash Memory chip, has also developed its own unique Flash Memory “Controller” to address wear-leveling. Flash Memory Controller manages “wear-leveling” sothat the write data spreads evenly across each solid state device. Approximately 70,000 times data entry can be made into Flash Memory. This means Flash Memory can be used for well over 10 years if 20 data entries were made per cell/per day. This also means Flash Memory can be used for well over 10 years without replacement. Under Memory controller there are 4 memory boards in normal configuration, 5 memory boards in RAID configuration. The combination of memory controller and memory boards are called ‘Memory Set’. Memory Set Memory Controller Memory Board Memory Board Memory Board Memory Board Memory Board for RAID option

  25. 3.Content Protection, Data Compensation 2) Error correction by double layer RS Error Correction is written onto each Flash Memory chip using Reed-Solomon Coding (RS) to prevent solid state failure. ON-AIR MAXTM FLASH has double layer RS. Lower layer is RS(32,30) in each memory board. This is 1 byte error correction. Each memory board can recover 1byte error, equals to 1 flash chip failure. Memory controller has no affect even if 1 flash chip fails on all 4 memory boards, (total 4 flash device failures), because output data from memory board are all corrected. Memory Controller 16 Memory Board Memory Board Memory Board Memory Board corrected corrected corrected corrected 8 256 devices, 8 row x 16column, in 1 memory board. 1 device failure means 1 device per row. If there is 1 device failure in each 8 row, 8 device failure can be corrected by lower layer RS. Up to 32 device failures can be recover in 1 memory set. 1 flash device failure Lower Layer RS(32.30)

  26. 3.Content Protection, Data Compensation On the other hand, Memory Controller has Upper layer RS(240,224). This is 8 byte error correction and Memory Controller can recover 8 byte error, equals to 4 flash device failures. 4 flash device failures can be recovered by Upper Layer RS not corrected not corrected corrected corrected 6 device failures in this case Memory Controller Memory Controller 1 flash device failure Memory Board Memory Board Memory Board Memory Board Memory Board Memory Board Memory Board Memory Board Upper Layer RS(240,224) example.1 4 flash device failures can be recovered by Upper Layer RS not corrected corrected corrected corrected 7 device failures in this case 1 flash device failure Upper Layer RS(240,224) example.2

  27. 3.Content Protection, Data Compensation 3)RAID Memory set has 1 memory controller and 4 memory boards in a normal configuration, 5 memory boards in a RAID configuration. Parity data will be written to the additional memory board in a RAID configuration. This would be RAID4. But each memory board has error correction function using double layer RS. Thismemory redundancy configuration is much stronger than RAID4.

  28. 3.Content Protection, Data Compensation 4 flash device failures can be recovered by Upper Layer RS MemoryController Upper Layer RS Parity Correction not corrected not corrected corrected corrected corrected Memory Board Memory Board Memory Board Memory Board Memory Board 1 flash device failure all flash device failures (max 256 devices) In this case 261 flash device failures can be corrected by Lower Layer RS, Parity Correction and Upper Layer RS.

  29. 3.Content Protection, Data Compensation Re-build process Under a RAID configuration, the memory controller recognizes the newly inserted memory board. Content data from newly inserted card are re-created from data of the other 4 boards using parity.

  30. 1.High reliability, Low running cost 2) Low maintenance cost based on stable product Although highly reliable, Flash Memory may fail…As anything can fail. ON-AIR MAX FLASH can recover up to 4 flash device failures due to data compensation. A failed flash device can easily be identified by its memory controller and simply be replaced. Hence justifying its low maintenance cost. The other parts, encoder, decoder, file interface and system manager are also designed stably. As a result, maintenance cost is much cheaper than HDD server. Therefore TOSHIBA basic maintenance contract is ‘1st YEAR FREE’.

  31. 1.High reliability, Low running cost 3) Low running cost device, low power consumption FLASH Memory is a GREEN TECHNOLOGY device. Low power consumption = low running cost. Figure shows power cost comparisons between ON-AIR MAXTM FLASH and Hard Drive based Servers. ON-AIR MAXTM FLASH can save running cost compared to HDD based server. Flash Memory does not have the mechanical limitations and latencies of hard drives, so the idea of Flash Memory becomes attractive when considering speed, noise, power consumption, and reliability.

  32. 1.High reliability, Low running cost Unlike Hard Disk Drives, ON-AIR MAXTM FLASH does not need to create additional storage space to duplicate multi- files for multi-user due to the inherent fast retrieval access speed of Flash Memory. This makes chassis size small. Small size chassis contributes low power consumption, low power cost, easy maintenance, low maintenance cost.

  33. 1.High reliability, Low running cost ON-AIR MAXTM FLASH can save total cost ROI (Return on Investment). The cost merit becomes bigger at Medium/Large size server configuration. The desired need for Flash memory Servers have shown reliability, endurance and performance for over 10 years in the Japanese Broadcast markets, consistently outperforming the Hard Disk Drive alternatives.

  34. 2.High Speed, High Accuracy • Flash Memory • ON-AIR MAXTM Flash uses the latest of TOSHIBA’s Single Level Cell chips (SLC). • The SLC -64Gbit chips are the highest capacity yet achieved in the industry. • A significant function of Flash Memory is its ability to rapidly read and write data. • ON-AIR MAXTM FLASH has very high bandwidth and is optimized for read and write • operation as shown in this diagram. • High speed access contributes simultaneously 40 channels, 30 sessions file I/O • or over 800Mbps file transfer.

  35. ON-AIRMAXTMFLASH Specification and Connectivity

  36. Principal Specification (1/2)

  37. Principal Specification (2/2)

  38. No.1ReliablePlayout Video Server is ON-AIR MAXTM FLASH

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