Various countries for 100G Ethernet cards in the broadcast field (detailed version)

Fancy Wang

1. Application scenarios

100G Ethernet cards are mainly used in the following scenarios in the broadcast field:

1.1 HD and Ultra HD Video Transmission

* High-definition and ultra-high-definition video programs have increasingly demanding bandwidth, and traditional 10G Ethernet cards can no longer meet the demand.

* 100G Ethernet card can provide 100 Gbps transmission bandwidth to meet the real-time transmission needs of high-definition and ultra-high-definition video programs.

* Specific applications include:

* HD and UHD television program production and transmission

* Live broadcast and recording system

* Video on demand (VOD) system

*Video surveillance system

Case:

* American Broadcasting Corporation (ABC) uses 100G Ethernet cards to transmit its high-definition and ultra-high-definition television programs to all parts of the country.

* China Central Television (CCTV) uses 100G Ethernet cards to build its ultra-high-definition video production and transmission platform.

* Japan Broadcasting Association (NHK) uses 100G Ethernet cards to provide high-bandwidth, low-latency transmission connections for its live broadcast and recording systems.

1.2 IP Live Streaming

* IP live broadcast is a radio and television transmission method that has developed rapidly in recent years. It can transmit live signals to the audience's terminal equipment through the Internet.

* 100G Ethernet cards can provide a high-reliability and high-availability transmission foundation for IP live broadcasts, meeting the needs of large-scale live broadcasts.

* Specific applications include:

* Live sports events

* Live press conference

* Live concert

* Live broadcast of large-scale events

Case:

* The National Broadcasting Corporation (NBC) of the United States uses 100G Ethernet cards to provide high-bandwidth, low-latency transmission connections for its live broadcast of the Olympic Games.

* China Radio International (CRI) uses 100G Ethernet cards to provide a high-reliability and high-availability transmission foundation for its global news live broadcast.

* The German Public Broadcasting Association (ARD) uses 100G Ethernet cards to provide high-quality, high-smooth transmission experience for its football league live broadcast.

1.3 Radio and television network interconnection

* Radio and television network interconnection can realize program sharing and resource exchange between different regions and different institutions, improving the richness and availability of radio and television programs.

* 100G Ethernet cards can provide high-bandwidth, low-latency transmission capabilities for broadcast and television network interconnection, meeting the needs of large-capacity program exchange.

* Specific applications include:

* Program sharing

* Resource exchange

* Collaborative production

* Syndicated broadcast

Case:

* China Radio and Television Administration (SMG) uses 100G Ethernet cards to build its national radio and television network interconnection platform to achieve nationwide program sharing and resource exchange.

* The British Broadcasting Corporation (BBC) uses 100G Ethernet cards to interconnect with other European radio and television institutions to share program resources and enrich program content.

* Japan Broadcasting Association (NHK) uses 100G Ethernet cards to interconnect with other radio and television organizations in the Asia-Pacific region for collaborative production and joint broadcast.

1.4 Cloud-based radio and television

* The cloudification of radio and television is an important trend in the development of the radio and television industry, which can improve resource utilization, reduce operating costs, and improve business agility.

* 100G Ethernet cards can provide high-performance and highly flexible network connections for broadcast and television cloudification, meeting the high-bandwidth and low-latency requirements in cloud environments.

* Specific applications include:

* Program production cloud

* Broadcast cloud

*Transmission cloud

* Storage cloud

Case:

* American Broadcasting Corporation (ABC) uses 100G Ethernet cards to deploy program production, broadcast, transmission and other services on its cloud platform to improve resource utilization and reduce operating costs.

* China Central Television (CCTV) uses 100G Ethernet cards to build its radio and television cloud platform to achieve cloud broadcast, cloud storage, and cloud transmission.

* The German Public Broadcasting Alliance (ARD) uses 100G Ethernet cards to deploy live broadcast, on-demand and other services on its cloud platform to improve business agility.

2. Technical requirements

The application of 100G Ethernet cards in the broadcast field needs to meet the following technical requirements:

2.1 Interface type

*SFP-28, QSFP-28, etc.

* Support different fiber types, such as single-mode fiber, multi-mode fiber, etc.

2.2 Transmission rate

*100Gbps

*Support full-duplex transmission

2.3 Protocol standards

*IEEE 802.3ae

* Support SR, LR, ER and other transmission distance standards

2.4 Reliability

* More than 99.999%

* Support redundancy mechanisms, such as STP, VRRP, etc.

2.5 Security

* Supports multiple security protocols, such as AES, SSH, etc.

* Supports security functions such as firewall and intrusion detection

3. Market Trends in 2024

It is expected that by 2024, the global 100G Ethernet card market will reach US$2 billion, a year-on-year growth of 30%. Key drivers include:

*The popularity of high-definition and ultra-high-definition video programs:** High-definition and ultra-high-definition video programs have higher and higher demand for bandwidth, which promotes the application of 100G Ethernet cards.

*Development of IP live broadcast:** IP live broadcast is an important trend in the development of the radio and television industry, promoting the application of 100G Ethernet cards.

*Requirements for radio and television network interconnection:** Radio and television network interconnection can realize program sharing and resource exchange between different regions and different institutions, promoting the application of 100G Ethernet cards.

*The development of radio and television cloudification:** Radio and television cloudification is an important trend in the development of the radio and television industry, promoting the application of 100G Ethernet cards.

4. Case analysis of various countries

4.1 United States

* The United States is the world's largest 100G Ethernet card market.

* Major radio and television organizations such as ABC, NBC, and CBS have adopted 100G Ethernet cards.

* Competition in the U.S. market is fierce, with major manufacturers including Cisco, Broadcom, Juniper, etc.

4.2 China

* China is the world's second largest 100G Ethernet card market.

* Major radio and television organizations such as China Central Television (CCTV) and China Radio International (CRI) have adopted 100G Ethernet cards.

* Competition in the Chinese market is fierce, with major manufacturers including Huawei, ZTE, FiberHome, etc.

4.3 Japan

* Japan is the third largest 100G Ethernet card market in the world.

* Major radio and television organizations such as Japan Broadcasting Association (NHK) have adopted 100G Ethernet cards.

* Competition in the Japanese market is relatively stable, with major manufacturers including Fujitsu, NEC, NTT DATA, etc.

4.4 Germany

* Germany is the largest 100G Ethernet card market in Europe.

* Major radio and television organizations such as the German Public Broadcasting Alliance (ARD) have adopted 100G Ethernet cards.

* The German market is highly competitive, with major manufacturers including Cisco, Broadcom, Alcatel-Lucent, etc.

4.5 United Kingdom

* The UK is the second largest 100G Ethernet card market in Europe.

* Major radio and television organizations such as the British Broadcasting Corporation (BBC) have adopted 100G Ethernet cards.

* Competition in the British market is relatively stable, with major manufacturers including Cisco, Juniper, Arris, etc.

Summary of case analysis from various countries:

* Radio and television organizations in various countries are facing demands for high-definition and ultra-high-definition video transmission, IP live broadcast, radio and television network interconnection, and radio and television cloudification, which promotes the application of 100G Ethernet cards.

* Radio and television organizations in various countries have basically the same technical requirements for 100G Ethernet cards, requiring high bandwidth, low latency, high reliability, and high security.

* The procurement quantities of radio and television organizations in various countries vary greatly, mainly depending on their own scale and needs.

5. Technical requirements and purchase quantity

The application of 100G Ethernet cards in the broadcast field needs to meet the following technical requirements:

* Interface type: SFP-28, QSFP-28, etc.

*Transmission rate: 100 Gbps

*Protocol standard: IEEE 802.3ae

* Reliability: more than 99.999%

* Security: Supports multiple security protocols, such as AES, SSH, etc.

The purchase quantity of 100G Ethernet cards needs to be determined based on specific application scenarios and needs. Generally speaking, high-bandwidth applications such as high-definition and ultra-high-definition video transmission and IP live broadcast require more 100G Ethernet cards.