SMPTE352M-2001资源-CSDN下载

需积分: 9 68 浏览量 2020-12-26 17:20:44 上传评论收藏 51KB PDF 举报

SMPTE 352M-2001 是一个标准，全称为“电视——数字电视接口视频负载识别”。这个标准主要关注如何在数字电视接口中添加一个4字节的负载标识符，以便于识别视频负载。它的目标是应用于现有的和未来的所有数字电视接口，以确保不同接口间数据传输的准确性和一致性。标准中详细规定了负载标识符如何按照SMPTE 291M的标准放入辅助数据包中。它指定了辅助数据包在不同数字电视接口中的样本位置、行号和重复频率。这样，无论是在哪种接口下，都能有效地定位和识别视频数据。此外，SMPTE 352M-2001还定义了4字节负载标识符中每个字节的解释，尽管对于许多数字电视接口，这些值可能需要定制。标准还为现有数字电视接口定义了负载标识符值，并为未来接口的适当负载标识符分配提供了指导原则。标准引用了以下规范，这些规范通过引用构成本标准的一部分： 1. ANSI/SMPTE 259M-1997：10位4:2:2组件和4fsc复合数字信号的串行数字接口，用于电视。 2. SMPTE 274M-1998：1920 × 1080扫描和模拟及并行数字接口，适用于多个图像速率。 3. SMPTE 291M-1998：电视辅助数据包和空间格式化。 4. SMPTE 292M-1998：高清电视系统的比特串行数字接口。 5. SMPTE 296M-2001：1280 × 720逐行图像样本结构，包括模拟和数字表示以及模拟接口。 6. SMPTE 344M-2000：540 Mb/s串行数字接口。 7. SMPTE 349M-2001：交替传输的电视系统。这些参考标准确保了SMPTE 352M-2001在实际应用中的技术基础和兼容性。随着技术的发展，这些标准可能会被修订，因此基于此标准的协议参与者应考虑应用最新版本的规范。 SMPTE 352M-2001是数字电视领域的一个关键标准，它提供了一种统一的方法来识别和管理在各种接口之间传输的视频数据，从而促进高效、准确的信息交换，对于广播和电视制作行业来说至关重要。

资源详情

资源评论

资源推荐

1 Scope

This standard defines the specification of a 4-byte

payload identifier which may be added to digital tele-

vision interfaces for the purpose of identifying the

video payload. The payload identifier is intended for

application to all existing and future digital television

interfaces.

The standard defines how the payload identifier

is placed into an ancillary data packet according

to SMPTE 291M. It specifies the sample position,

line number(s), and repetition rate of the ancillary

data packet for different digital television inter-

faces.

The standard also includes definitions for the interpre-

tation of each byte of the 4-byte payload identifier

although the values for many digital television inter-

faces may have custom requirements. Payload iden-

tifier values for existing digital television interfaces are

defined and these establish guidelines for the assign-

ment of appropriate payload identifier values to future

digital television interfaces.

2 Normative references

The following standards contain provisions which,

through reference in this text, constitute provisions of

this standard. At the time of publication, the editions

indicated were valid. All standards are subject to

revision and parties to agreements based on this

standard are encouraged to investigate the possibility

of applying the most recent edition of the standards

indicated below.

ANSI/SMPTE 259M-1997, Television — 10-Bit 4:2:2

Component and 4

Composite Digital Signals —

Serial Digital Interface

SMPTE 274M-1998, Television — 1920 × 1080 Scan-

ning and Analog and Parallel Digital Interfaces for

Multiple Picture Rates

SMPTE 291M-1998, Television — Ancillary Data

Packet and Space Formatting

SMPTE 292M-1998, Television — Bit-Serial Digital

Interface for High-Definition Television Systems

SMPTE 296M-2001, Television — 1280 × 720 Pro-

gessive Image Sample Structure — Analog and

Digital Representation and Analog Interface

SMPTE 344M-2000, Television — 540 Mb/s Serial

Digital Interface

SMPTE 349M-2001-, Television — Transport of Alter-

nate Source Image Formats through SMPTE 292M

SMPTE RP 211-2000, Implementation of 24P, 25P

and 30P Segmented Frames for 1920 × 1080 Pro-

duction Format

ITU-R BT.1358 (02/98), Studio Parameters of 625 and

525 Line Progressive Scan Television Systems

ITU-R BT.1362 (02/98), Interfaces for Digital Compo-

nent Video Signals in 525- and 625-Line Progressive

Scan Television Systems

3 Application

The payload identifier may be applied equally to both

the parallel and serial forms of digital video interfaces.

For convenience, this standard generally refers to the

serial (SDI) form. Where this standard refers only to

an SDI standard, it shall be assumed to apply equally

Approved

June 25, 2001

MOTION PICTURE AND TELEVISION ENGINEERS

595 W. Hartsdale Ave., White Plains, NY 10607

(914) 761-1100

for Television —

Video Payload Identification

for Digital Television Interfaces

SMPTE 352M-2001

SMPTE STANDARD

Page 1 of 10 pages

to both the serial standard and the associated parallel

standards.

This standard first explains the structure of the pro-

posed 4-byte payload identifier. It then defines how

the payload identifier is placed in an ancillary data

packet according to SMPTE 291M. The last clause

will define the position and timing of the ancillary data

packet for various interfaces.

Annex A defines the payload identifier values for the

following interfaces:

– SMPTE 259M and ITU-R BT.656 (525/625-line

interlaced scanning at 270/360 Mb/s);

– ITU-R BT.1358 and ITU-R BT.1362 (525/625-line

progressive scanning, dual-link at 270 Mb/s and

single link at 360 Mb/s);

– SMPTE 347M (525/625-line interlaced and pro-

gressive scanning modes at 540 Mb/s);

– SMPTE 296M and SMPTE 292M (720-line pro-

gressive scanning at 1.485 Gb/s);

– SMPTE 274M, SMPTE RP 211, and SMPTE

292M (1080-line interlaced, progressive, and seg-

mented frame scanning modes at 1.485 Gb/s);

– SMPTE 349M and SMPTE 292M (525/625-line

interlaced and progressive scanning modes at

1.485 Gb/s).

NOTE – Segmented frame scanning has the full name

progressive segmented frame and uses the acronym

PsF in this standard.

Annex B shows the mapping of the payload identifier

from the ancillary packet data structure of SMPTE

292M to the K-L-V data structure of SMPTE 336M.

The 4-byte payload identifier is an item of metadata

which can be registered in the SMPTE metadata

dictionary (SMPTE RP 210).

Annex C explains why a payload identifier is needed

for digital video interfaces and why the identifier is 4

bytes in length.

4 Payload identifier

The payload identifier shall be used to identify the

video payload carried on a digital television bit serial

interface.

The payload identifier shall be 4 bytes long where

each byte has a separate significance. The first byte

of the payload identifier shall have the highest signifi-

cance and subsequent bytes shall define lower order

video payload information. A precise definition of each

payload identifier shall be provided for each interface

based on the following guidelines:

4.1 Byte 1: Video payload standard

This first byte has the highest significance and shall

be used to identify the combination of digital television

sampling standard and serial digital interface stand-

ard (SDI).

Note that some SDI transports can carry a number of

different video payload types at the same bit rate by

changing the timing and repetition rates of the timing

reference signals. Furthermore, video payloads can

now be mapped onto several SDI transports. Thus, the

first byte identifies both the video payload itself and the

SDI transport onto which the payload is mapped.

The first byte of the payload identifier shall have a

nonzero value for all valid video payloads. Thus, the

first byte can be used to address up to 255 valid video

payload standards.

4.2 Byte 2: Video payload frame rate and line

scanning

The second byte shall be used to identify the video

payload frame rate and, where necessary, the line

scanning format.

For all video payloads on SDI transports, bits b3 to b0

of byte 2 shall be reserved to define the video frame

rate in hertz. The 4 bits allow values of 0

to F

which

shall be as defined in table 1.

Bits b7 and b4 are used as defined by the application.

The default value of these bits shall be 0.

4.3 Byte 3: Sampling structures

The third byte shall be used to identify aspects of the

sampling structure of the payload.

For all video payloads on SDI transports, bits b3 to b0

of byte 3 shall be reserved to identify the horizontal

sampling structure. The 4 bits allow values of 0

to F

which shall be as defined in table 2.

SMPTE 352M-2001

Page 2 of 10 pages

剩余9页未读，继续阅读

评论收藏

内容反馈

aogetuya

粉丝: 6

SMPTE 352M-2001

评论0

最新资源

SMPTE 352M-2001

评论0

SMPTE 352M.pdf

SMPTE_共18个标准

SMPTE标准（33个文件）

SMPTE-296M-2001-1

SMPTE 296M-2001

regxmllib：将MXF转换为XML：RegXML（SMPTE ST 2001-1）工具和库

SMPTE259，SMPTE292，SMPTE424等标准

(1分下载网）SMPTE_标准 . 从最老的到4K的都有哦

SMPTE技术标准合集

smpte 标准大全

SMPTE 272M-2004

SMPTE-2022-1标准

SMPTE292M-1998

SDI SMPTE 425M标准

SMPTE 334M-2000

SMPTE 299M-2004

SMPTE_377m-2004

SMPTE 424M-2006

SMPTE 293M-1996.pdf

SMPTE标准汇集.zip

SMPTE 274M-2003

SMPTE 125M-1995.pdf

SMPTE-12M-1-2008.pdf

SMPTE 274M-2008 for Television - 1920 x 1080 Image Sample Struct

SMPTE 259M标准

SMPTE_330m-2004

SMPTE 259M相关协议，包括ITU EBU

SMPTE标准

SMPTE-12M-2-2008.pdf

docker笔记

roscore Command 'roscore' not found, but can be installed with: sudo apt install python-roslaunch

最新资源