日本数字电视的标准ISDB
日本数字电视首先考虑的是卫星信道,采用QPSK调制.并在1999年发布了数字电视的标准--ISDB.ISDB是日本的DIBEG(Digital Broadcasting Experts Group 数字广播专家组)制订的数字广播系统标准,它利用一种已经标准化的复用方案在一个普通的传输信道上发送各种不同种类的信号,同时已经复用的信号也可以通过各种不同的传输信道发送出去.ISDB具有柔软性,扩展性,共通性等特点,可以灵活地集成和发送多节目的电视和其它数据业务.
ISDB标准大全
标准号 标准名称 下载地址
STD-B42 Receiver for Digital Satellite Sound Broadcasting(Desirable Specifications) Ver.1.1[0.8MB]
STD-B41 Transmission System for Digital Satellite Sound Broadcasting Ver.1.1[0.5MB]
STD-B40 PES Paket Transport Mechanism for Ancillary Data Ver.1.0[0.4MB]
STD-B39 Structure of Inter-Stationary Control Data Conveyed by Ancillary Data Packets Ver.1.1[0.4MB]
Ver.1.1-E1[0.8MB]English
STD-B38 Coding, Transmission and Storage Specification for Broadcasting System Based on Home Servers Ver.1.3[1.9MB]
STD-B37 Structure and Operation of Closed Caption Data Conveyed by Ancillary Data Packets Ver.2.4[1.3MB]
Ver.2.4-E1[3.9MB]English
Ver.2.2-E1[3.8MB]English
STD-B36 Exchange Format of the Digital Closed Caption File for Digital Television Broadcasting System Ver.2.3[0.7MB]1,113
STD-B35 Data Program Exchange Specification for Digital Broadcasting Ver.1.2[1.7MB]4,735
STD-B33 Portable OFDM Digital Transmission System for Television Program Contribution Ver.1.1[1.7MB]2,058
Ver.1.1-E1[3.9MB]English
STD-B32
Video Coding, Audio Coding and Multiplexing Specifications for Digital Broadcasting Ver.2.1[1.4MB]2,782
Ver.2.1-E1[1.3MB]English
Ver.1.9-E2[1.3MB]English
STD-B31
Transmission System for Digital Terrestrial Television Broadcasting Ver.1.7[1.6MB]
Ver.1.6-E2[1.7MB]
STD-B30
Receiver For Digital Terrestrial Sound Broadcasting (Desirable Specifications) Ver.1.3[0.7MB]1,239
STD-B29
Transmission System For Digital Terrestrial Sound Broadcasting Ver.2.2[0.9MB]2,845
STD-B28 Multiformat Color Bar Ver.1.0[0.5MB]661
Ver.1.0-E1[0.5MB]English Translation546
STD-B27 Closed Caption Data Conveyed by Ancillary Data Packets for Component Bit-serial Digital Interface of 525/60 and 1125/60 Television Systems Ver.1.0[0.6MB]787
STD-B26 HDTV Digital SNG Transmission Systems Ver.1.2[0.6MB]PDF only
STD-B25
Conditional Access System Specifications for Digital Broadcasting Ver.5.0[0.5MB]7,245
Ver.5.0-E1[2.2MB]English TranslationPDF only
Ver.4.2-E2[2.0MB]English TranslationPDF only
STD-B24Fascicle 1 Data Coding and Transmission Specification for Digital Broadcasting (Fascicle 1) Ver.5.1[6.2MB]4,000
Ver.5.1-E2[5.8MB]English TranslationPDF only
Ver.5.0-E1[7.9MB]English TranslationPDF only
STD-B24Fascicle 2-(1/2) Data Coding and Transmission Specification for Digital Broadcasting (Fascicle 2-(1/2)) Ver.5.1[2.3MB]6,877
Ver.5.1-E2[1.4MB]English TranslationPDF only
Ver.5.0-E1[1.7MB]English TranslationPDF only
STD-B24Fascicle 2-(2/2) Data Coding and Transmission Specification for [FS:Page]Digital Broadcasting (Fascicle 2-(2/2)) Ver.5.1[4.6MB]10,521
Ver.5.1-E2[4.0MB]English TranslationPDF only
Ver.5.0-E1[4.6MB]English TranslationPDF only
STD-B24Fascicle 3 Data Coding and Transmission Specification for Digital Broadcasting (Fascicle 3) Ver.5.1[1.3MB]2,415
Ver.5.1-E2[0.6MB]English TranslationPDF only
Ver.5.0-E1[0.9MB]English TranslationPDF only
STD-B23 Application Execution Engine Platform for Digital Broadcasting Ver.1.1[3.5MB]5,859
Ver.1.1-E1[2.0MB]English TranslationPDF only
STD-B22 Implementation Method of Digital STL/TTL Transmission for Digital Terrestrial Television Broadcasting Ver.1.1[1.6MB]1,732
Ver.1.1294(Only the part of the revision from Ver.1.0 to Ver.1.1.)
STD-B21
Receiver for Digital Broadcasting (Desirable Specifications) Ver.4.6[4.7MB]6,205
Ver.4.6-E1[2.0MB]English
Ver.4.5-E1[1.9MB]English
Ver.4.4-E1[1.8MB]English
STD-B20
Transmission System for Digital Satellite Broadcasting Ver.3.0[1.0MB]1,890
STD-B19 Camera Positioning Information Conveyed by Ancillary Data Packets Ver.1.0[0.5MB]871
STD-B18 Serial Interface for Separate-Cable Transmission of Date and Clock for Television Program Contribution Ver.1.0[1.3MB]378
STD-B17 Serial Data Transport Interface (SDTI) Ver.1.0[0.5MB]787
STD-B16 Standard Digital Receiver Commonly Used for Digital Satellite Broadcasting Services Using Communication Satellite Ver.1.1[0.7MB]1,071
STD-B15 Resource Identification Conveyed by Ancillary Data Packets for 525/60 and 1125/60 Television Systems Ver.1.1[0.6MB]619
STD-B14 Data Multiplex Broadcasting System for The Conventional Television Using The Sound Sub Carrier Ver.1.0[8.2MB]4,000
STD-B13 800MHz-Band OFDM Transmission System for Television Program Contribution Ver.2.1[0.8MB]829
Ver.2.1-E1[0.7MB]English
STD-B12 Fixed Microwave Digital Transmission System for Television Program Contribution Ver.2.2[1.3MB]1,522
STD-B11 Portable Microwave Digital Transmission System for Television Program Contribution Ver.2.2[0.9MB]1,071
Ver.2.2-E1[1.5MB]
STD-B10
Service Information for Digital Broadcasting System Ver.4.5[2.3MB]6,310
Ver.4.4-E1[1.3MB]English
Ver.4.3-E2[1.3MB]English
STD-B9 Direct Coding for EDTV-II Television Signal Ver.1.0[4.4MB]1,606
STD-B8 Multilevel Digital FM Modulation for Television Program Contribution Ver.1.1[0.8MB]PDF only
STD-B7 42GHz-Band Radio Transmission System for Television Program Contribution Ver.1.1[0.4MB]PDF only
STD-B6 Ancillary Data Packet and Space Formatting of Bit-serial Digital Interface for 526/60 Television System Ver.1.1[0.6MB]871
STD-B5 Data Multiplex Broadcasting System for The Conventional Television Using The Vertical Blanking Interval Ver.1.0[8.1MB]3,853
STD-B3 ARIB Standard for Operation of The FM Multiplex Broadcasting System Ver.1.2[8.5MB]4,116
STD-B1 Digital Receiver For Digital Satellite Broadcasting Services Usi[FS:Page]ng Communication Satellites Ver.2.0[1.7MB]3,234
T-003 Standard for program recording system coupled with television text data broadcasting Ver.1.0[1.4MB] 661
T-001 Operational Standard of teletext standard Ver.1.0[1.5MB] 661
(S-001B) 1125/60 HDTV Studio System (BTA S-001/002/004/005/006 & ARIB STD-B4 are bound together.) Ver.B/2.0[7.4MB]3,748
S-001 1125/60 HDTV Production Systems Ver.B[7.4MB]see above
S-002 Digital Representation and Bit-Parallel Inteface for 1125/60 HDTV Production Systems Ver.B[7.4MB]see above
S-003 (Test signal of MUSE transmission characteristic measurement) Ver.1.0[1.5MB] 987
S-004 Bit-serial Digital Interface for 1125/60 HDTV Systems Ver.B[7.4MB]see above
S-005 Ancillary Data Packet and Space Formatting of Bit-serial Digital Interface for 1125/60 HDTV Systems Ver.B[7.4MB]see above
S-006 Audio Data Format of Bit-serial Digital Interface for 1125/60 HDTV Systems
数字电视机顶盒的硬件结构
数
1、主板 mainboard
2、电源 Power board
3、遥控器和按键控制面板 Front PCB
4、高频头 Tuner
5、射频调制器 RF
6、升级串口RS-232
7、闪存Flash
8、音视频输出接口RCA、SPDIF、HDMI
9、条件接收系统CA 模块
日本数字电视首先考虑的是卫星信道,采用QPSK调制.并在1999年发布了数字电视的标准--ISDB.ISDB是日本的DIBEG(Digital Broadcasting Experts Group 数字广播专家组)制订的数字广播系统标准,它利用一种已经标准化的复用方案在一个普通的传输信道上发送各种不同种类的信号,同时已经复用的信号也可以通过各种不同的传输信道发送出去.ISDB具有柔软性,扩展性,共通性等特点,可以灵活地集成和发送多节目的电视和其它数据业务.
ISDB标准大全
标准号 标准名称 下载地址
STD-B42 Receiver for Digital Satellite Sound Broadcasting(Desirable Specifications) Ver.1.1[0.8MB]
STD-B41 Transmission System for Digital Satellite Sound Broadcasting Ver.1.1[0.5MB]
STD-B40 PES Paket Transport Mechanism for Ancillary Data Ver.1.0[0.4MB]
STD-B39 Structure of Inter-Stationary Control Data Conveyed by Ancillary Data Packets Ver.1.1[0.4MB]
Ver.1.1-E1[0.8MB]English
STD-B38 Coding, Transmission and Storage Specification for Broadcasting System Based on Home Servers Ver.1.3[1.9MB]
STD-B37 Structure and Operation of Closed Caption Data Conveyed by Ancillary Data Packets Ver.2.4[1.3MB]
Ver.2.4-E1[3.9MB]English
Ver.2.2-E1[3.8MB]English
STD-B36 Exchange Format of the Digital Closed Caption File for Digital Television Broadcasting System Ver.2.3[0.7MB]1,113
STD-B35 Data Program Exchange Specification for Digital Broadcasting Ver.1.2[1.7MB]4,735
STD-B33 Portable OFDM Digital Transmission System for Television Program Contribution Ver.1.1[1.7MB]2,058
Ver.1.1-E1[3.9MB]English
STD-B32
Video Coding, Audio Coding and Multiplexing Specifications for Digital Broadcasting Ver.2.1[1.4MB]2,782
Ver.2.1-E1[1.3MB]English
Ver.1.9-E2[1.3MB]English
STD-B31
Transmission System for Digital Terrestrial Television Broadcasting Ver.1.7[1.6MB]
Ver.1.6-E2[1.7MB]
STD-B30
Receiver For Digital Terrestrial Sound Broadcasting (Desirable Specifications) Ver.1.3[0.7MB]1,239
STD-B29
Transmission System For Digital Terrestrial Sound Broadcasting Ver.2.2[0.9MB]2,845
STD-B28 Multiformat Color Bar Ver.1.0[0.5MB]661
Ver.1.0-E1[0.5MB]English Translation546
STD-B27 Closed Caption Data Conveyed by Ancillary Data Packets for Component Bit-serial Digital Interface of 525/60 and 1125/60 Television Systems Ver.1.0[0.6MB]787
STD-B26 HDTV Digital SNG Transmission Systems Ver.1.2[0.6MB]PDF only
STD-B25
Conditional Access System Specifications for Digital Broadcasting Ver.5.0[0.5MB]7,245
Ver.5.0-E1[2.2MB]English TranslationPDF only
Ver.4.2-E2[2.0MB]English TranslationPDF only
STD-B24Fascicle 1 Data Coding and Transmission Specification for Digital Broadcasting (Fascicle 1) Ver.5.1[6.2MB]4,000
Ver.5.1-E2[5.8MB]English TranslationPDF only
Ver.5.0-E1[7.9MB]English TranslationPDF only
STD-B24Fascicle 2-(1/2) Data Coding and Transmission Specification for Digital Broadcasting (Fascicle 2-(1/2)) Ver.5.1[2.3MB]6,877
Ver.5.1-E2[1.4MB]English TranslationPDF only
Ver.5.0-E1[1.7MB]English TranslationPDF only
STD-B24Fascicle 2-(2/2) Data Coding and Transmission Specification for [FS:Page]Digital Broadcasting (Fascicle 2-(2/2)) Ver.5.1[4.6MB]10,521
Ver.5.1-E2[4.0MB]English TranslationPDF only
Ver.5.0-E1[4.6MB]English TranslationPDF only
STD-B24Fascicle 3 Data Coding and Transmission Specification for Digital Broadcasting (Fascicle 3) Ver.5.1[1.3MB]2,415
Ver.5.1-E2[0.6MB]English TranslationPDF only
Ver.5.0-E1[0.9MB]English TranslationPDF only
STD-B23 Application Execution Engine Platform for Digital Broadcasting Ver.1.1[3.5MB]5,859
Ver.1.1-E1[2.0MB]English TranslationPDF only
STD-B22 Implementation Method of Digital STL/TTL Transmission for Digital Terrestrial Television Broadcasting Ver.1.1[1.6MB]1,732
Ver.1.1294(Only the part of the revision from Ver.1.0 to Ver.1.1.)
STD-B21
Receiver for Digital Broadcasting (Desirable Specifications) Ver.4.6[4.7MB]6,205
Ver.4.6-E1[2.0MB]English
Ver.4.5-E1[1.9MB]English
Ver.4.4-E1[1.8MB]English
STD-B20
Transmission System for Digital Satellite Broadcasting Ver.3.0[1.0MB]1,890
STD-B19 Camera Positioning Information Conveyed by Ancillary Data Packets Ver.1.0[0.5MB]871
STD-B18 Serial Interface for Separate-Cable Transmission of Date and Clock for Television Program Contribution Ver.1.0[1.3MB]378
STD-B17 Serial Data Transport Interface (SDTI) Ver.1.0[0.5MB]787
STD-B16 Standard Digital Receiver Commonly Used for Digital Satellite Broadcasting Services Using Communication Satellite Ver.1.1[0.7MB]1,071
STD-B15 Resource Identification Conveyed by Ancillary Data Packets for 525/60 and 1125/60 Television Systems Ver.1.1[0.6MB]619
STD-B14 Data Multiplex Broadcasting System for The Conventional Television Using The Sound Sub Carrier Ver.1.0[8.2MB]4,000
STD-B13 800MHz-Band OFDM Transmission System for Television Program Contribution Ver.2.1[0.8MB]829
Ver.2.1-E1[0.7MB]English
STD-B12 Fixed Microwave Digital Transmission System for Television Program Contribution Ver.2.2[1.3MB]1,522
STD-B11 Portable Microwave Digital Transmission System for Television Program Contribution Ver.2.2[0.9MB]1,071
Ver.2.2-E1[1.5MB]
STD-B10
Service Information for Digital Broadcasting System Ver.4.5[2.3MB]6,310
Ver.4.4-E1[1.3MB]English
Ver.4.3-E2[1.3MB]English
STD-B9 Direct Coding for EDTV-II Television Signal Ver.1.0[4.4MB]1,606
STD-B8 Multilevel Digital FM Modulation for Television Program Contribution Ver.1.1[0.8MB]PDF only
STD-B7 42GHz-Band Radio Transmission System for Television Program Contribution Ver.1.1[0.4MB]PDF only
STD-B6 Ancillary Data Packet and Space Formatting of Bit-serial Digital Interface for 526/60 Television System Ver.1.1[0.6MB]871
STD-B5 Data Multiplex Broadcasting System for The Conventional Television Using The Vertical Blanking Interval Ver.1.0[8.1MB]3,853
STD-B3 ARIB Standard for Operation of The FM Multiplex Broadcasting System Ver.1.2[8.5MB]4,116
STD-B1 Digital Receiver For Digital Satellite Broadcasting Services Usi[FS:Page]ng Communication Satellites Ver.2.0[1.7MB]3,234
T-003 Standard for program recording system coupled with television text data broadcasting Ver.1.0[1.4MB] 661
T-001 Operational Standard of teletext standard Ver.1.0[1.5MB] 661
(S-001B) 1125/60 HDTV Studio System (BTA S-001/002/004/005/006 & ARIB STD-B4 are bound together.) Ver.B/2.0[7.4MB]3,748
S-001 1125/60 HDTV Production Systems Ver.B[7.4MB]see above
S-002 Digital Representation and Bit-Parallel Inteface for 1125/60 HDTV Production Systems Ver.B[7.4MB]see above
S-003 (Test signal of MUSE transmission characteristic measurement) Ver.1.0[1.5MB] 987
S-004 Bit-serial Digital Interface for 1125/60 HDTV Systems Ver.B[7.4MB]see above
S-005 Ancillary Data Packet and Space Formatting of Bit-serial Digital Interface for 1125/60 HDTV Systems Ver.B[7.4MB]see above
S-006 Audio Data Format of Bit-serial Digital Interface for 1125/60 HDTV Systems
数字电视机顶盒的硬件结构
数
2、电源 Power board
3、遥控器和按键控制面板 Front PCB
4、高频头 Tuner
5、射频调制器 RF
6、升级串口RS-232
7、闪存Flash
8、音视频输出接口RCA、SPDIF、HDMI
9、条件接收系统CA 模块
责任编辑：chengxi
为您推荐
ISDB-Tmm被日本移动多媒体广播采纳
除了ISDB-Tmm以外，多媒体广播采用的其它标准包括ISDB-Tsb和MediaFLO。在广播机构申请许可证时，他们将选择其中一种标准。ISDB-Tmm通过组合一些13段（5.6MHz）组和若干1段格式（1段=0.4MHz），无需保护频带，并能用于各种频带。已经开发了针对一个33段组合的发射机，传输成本大幅降低。ISDB-Tmm的多功能性使之适用于广泛的工作频带，以及支持7MHz和8MHz频带的频谱分配。此外，ISDB-Tmm与地面数字电视系统高度兼容，允许接收机共享及降低传输成本。因此，ISDB-Tmm被视为已经采纳ISDB-T为地面数字电视系统标准的国家的理想多媒体广播系统。
中国DTMB标准海外惜败:厄瓜多尔选择日本ISDB-T标准
据国外媒体报道，厄瓜多尔已宣布采用日本-巴西数字电视标准，参与竞标的中国标准在走出国门的第一站惜败。以普天为首的中国标准团队曾一度志在必得，并于去年在国内进行了高调宣传。此前，拉美地区有12个国家尚未确定数字电视国家标准；而拉美国家本身一直在提倡一体化，如果在一个国家推广成功了，那其它国家很可能会受影响，对中国数字电视标准进军拉美会有非常大的帮助。中国参与竞争的标准是数字电视国标DTMB，曾用于在2008年北京奥运会播出奥运体育节目。日本-巴西数字电视标准ISDB-T胜出经多国竞争后，厄瓜多尔决定采用日本-巴西数字电视制式标准，制式标准合作备忘录于26日签订。日本ISDB-T采用的地面传输制式
迪康发布低成本DVB-T和ISDB-T调谐-解调SoC方案
数字固定及移动电视芯片市场领先厂商法国迪康公司，日前发布两款最新的调谐-解调片上系统（SoC）方案。这两款芯片分别支持DVB-T及ISDB-Tfull-seg标准，为便携和固定接收装置提供高性能数字电视技术，并可以极低的成本集成到机顶盒、电视机及PCTV中。随着模拟电视在欧洲的逐步关闭，DVB-T接收器维持着持续的高需求。南美和俄罗斯不久前也正式开始运营ISDB-T和DVB-T数字地面电视。这种大规模需求的趋势也将在未来几年进一步延续。DIB7090P和DIB8096P这两款SoC芯片引脚完全兼容，都是64引脚，9x9mmQFN封装，专为发展迅速的全球市场而设计。在过去四年里，迪康在全球部署了
为什么ISDB-T在南美取得成功？
2003年底，日本开始运营ISDB—T。截止2010年6月地面数字电视接收机达到7300万台，预计2010年9月覆盖率将达到91%。2010年2月，手持电视的数量达到7800万台。日本是世界上地面数字电视普及最快的国家之一。据最新报导，南美地区的巴西、阿根廷、智利等国采用了ISDB—T制式，受此影响，先前选用DVB—T的南非也准备改选ISDB—T。目前，世界上有四种独立的地面数字电视制式：（1）美国的ATSC;(2)欧洲的DVB—T；（3）日本的ISDB—T；（4）中国的地面数字电视广播标准。在南美市场的激烈竞争中，ISDB—T取得了成功，为什么ISDB—T会在南美地区取得成功，究其原因主要是
