Global Broadcast Equipment Market Outlook, 2031

The global broadcast equipment market is shaped by the technical standards and regulatory approvals governing professional content production, processing, transmission and reception. These requirements determine whether equipment can integrate into broadcast facilities, operate within licensed transmission networks and be sold across different regions. SMPTE ST 2110 has become a reference architecture for professional media transport over managed IP networks. It defines the transport, synchronisation and description of video, audio and ancillary data through a series of standards: ST 2110-10 for system timing, ST 2110-20 for uncompressed video, ST 2110-30 for PCM digital audio and ST 2110-40 for ancillary data. These operate over an IEEE 1588 Precision Time Protocol and RTP/UDP/IP stack. The Joint Task Force on Networked Media (JT-NM) operates the JT-NM Tested programme, which provides standardised testing of SMPTE ST 2110, SMPTE ST 2059, AMWA NMOS specifications and JT-NM TR-1001-1. Although it is not a certification programme, its published results provide broadcasters with evidence of equipment interoperability. Transmission equipment follows separate regulatory requirements. In the United States, the Federal Communications Commission (FCC) authorises ATSC 3.0 on a voluntary, market-driven basis under 47 CFR 73.682(f). Broadcasters deploying Next Gen TV must simulcast at least one free over-the-air primary video programming stream in ATSC 1.0. The ATSC 3.0 signal must comply with A/321:2016 for system discovery and signalling and A/322:2017 for the physical layer protocol.

In Europe, broadcast transmitters and receivers are subject to the Radio Equipment Directive (RED) 2014/53/EU, which establishes requirements for safety, electromagnetic compatibility and efficient use of the radio spectrum. EN 303 340 provides a harmonised standard for DVB-T and DVB-T2 receivers. Equipment safety and electromagnetic compatibility requirements vary by product category and market. In North America, UL 1419 covers professional video and audio equipment operated and maintained by trained personnel in controlled-access environments. Its scope includes video tape recorders, editing equipment, signal transmission equipment, television cameras, video digitizers and video monitors rated at 600 volts or less. It excludes products intended for household or commercial use. IEC 62368-1 provides a broader hazard-based safety framework for audio/video and information and communication technology equipment, replacing the earlier IEC 60065 and IEC 60950 frameworks in most national adoptions. In the United States, FCC Part 15 Subpart B establishes electromagnetic compatibility requirements for digital devices, with Class A limits applying to equipment marketed for commercial, industrial and business environments. Broadcast transmitters follow a separate approval route under 47 CFR 73.1660, which requires applicable AM, FM and TV transmitters to obtain approval through the Supplier's Declaration of Conformity (SDoC) procedures under Part 2, Subpart J. In Europe, the Low Voltage Directive 2014/35/EU and EMC Directive 2014/30/EU apply to relevant equipment, while the RED applies to products incorporating radio transmission or reception functionality. EN 55013 and EN 55020 address emissions and immunity requirements for sound and television broadcast receivers.

Competition in the broadcast equipment market depends on interoperability validation, regulatory certification and the ability to support both IP and traditional SDI workflows. Suppliers with documented SMPTE ST 2110 interoperability and approvals across major regional markets are better positioned to serve broadcasters transitioning towards IP-based infrastructure. JT-NM Tested validation is an important procurement consideration for IP-based production equipment. Panasonic's IT/IP platform KAIROS has received the JT-NM Tested badge for SMPTE ST 2110 and associated NMOS specifications. The programme's results provide a time-specific assessment of equipment alignment with relevant standards rather than a guarantee of permanent compliance. Certification capabilities also differentiate suppliers. Products marketed in the United States may require UL 1419 safety listing and FCC Part 15 Class A compliance, while relevant products sold in Europe must meet applicable CE-marking requirements under the Low Voltage Directive and EMC Directive. The RED applies where radio functionality is incorporated. Transmitters require separate approval documentation under the applicable national transmission framework. The main entry barriers include the cost and complexity of maintaining certification files across multiple markets, the need to validate specific hardware and software configurations, and the engineering requirements associated with supporting IP and SDI transport. Equipment that lacks compatibility with an ST 2110-based facility may not meet procurement requirements even if it satisfies the relevant safety standards.

Market Dynamics Driver: Transition towards IP-based broadcasting and ATSC 3.0 deployment
• The transition from SDI to SMPTE ST 2110 is encouraging broadcasters to upgrade production infrastructure and adopt equipment designed for managed IP networks. Broadcasters require reliable interoperability across cameras, switchers, routers, audio equipment and monitoring systems. JT-NM Tested results provide documented evidence that equipment supports relevant ST 2110 and NMOS specifications, helping technical teams evaluate products before deployment.
• ATSC 3.0 adoption is creating additional demand for transmission infrastructure. Under the FCC's voluntary deployment framework, broadcasters must maintain at least one ATSC 1.0 simulcast stream when deploying Next Gen TV. This requirement can involve parallel operation of transmission infrastructure and equipment supporting both ATSC 1.0 and ATSC 3.0. South Korea's deployment since 2017, including preparations associated with the 2018 Winter Olympics, has also demonstrated the use of ATSC 3.0 in live broadcasting.

Challenge: Fragmented certification and approval requirements
• Manufacturers face different safety, EMC and transmission approval requirements across regions and product categories. UL 1419 applies to professional equipment under controlled-access operating conditions, while household and commercial products may require different safety assessments. European products must meet applicable requirements under the LVD, EMC Directive and RED.
• Transmitter approval is another distinct requirement. The SDoC procedure under 47 CFR 73.1660 applies to relevant broadcast transmitters rather than general studio equipment. Manufacturers supplying both production and transmission equipment must therefore maintain separate compliance documentation. These differences increase certification costs, extend market-entry timelines and complicate international product distribution.



Trend: Interoperability validation and hybrid IP-SDI architectures
• Broadcasters are increasingly evaluating equipment through documented interoperability testing as facilities move towards IP-based production. JT-NM Tested assesses SMPTE ST 2110, SMPTE ST 2059, AMWA NMOS IS-04 and IS-05, and JT-NM TR-1001-1 specifications. Its published results help technical teams assess how products align with networked media requirements.
• Hybrid IP-SDI equipment is also relevant during the transition because it allows broadcasters to integrate existing SDI infrastructure with newer IP-based systems. Products supporting both transport technologies can help facilities upgrade in stages rather than replace their entire infrastructure at once.

Segmentation Analysis By Equipment Type
• Cameras are a certification-intensive category because they combine professional video processing and signal output. Television cameras and video digitizers are specifically included within UL 1419's scope.
• Switchers and routers are central to the transition towards IP-based broadcasting. Their ability to support SMPTE ST 2110 and NMOS specifications is important for integration into networked production facilities.
• Audio equipment must support the relevant audio transport requirements within an ST 2110 environment. ST 2110-30 defines PCM digital audio transport, while ST 2110-31 addresses transparent transport of AES3 audio.
• Encoders and decoders connect baseband and IP-based workflows. Their requirements depend on whether they serve studio production or transmission applications. ATSC 3.0 encoders must also support signal generation in accordance with A/321:2016 and A/322:2017.
• Transmission equipment is subject to transmitter-specific approval requirements, including the SDoC procedure under 47 CFR 73.1660 in the United States. European DVB transmitters must comply with the applicable RED requirements.
• Monitoring equipment includes video monitors and metering systems used to assess broadcast signal quality. Video monitors are included within UL 1419's scope, while IP-based facilities require monitoring equipment compatible with relevant ST 2110 media flows.
• Storage and playout systems operate at the intersection of IT and broadcasting infrastructure. Their requirements include the general IEC 62368-1 safety framework and compatibility with the production facility's media transport architecture.

By Technology
• IP-Based equipment supports professional media transport over managed IP networks and is increasingly relevant as broadcasters adopt SMPTE ST 2110 workflows. Interoperability with ST 2110 and NMOS specifications is an important procurement consideration.
• SDI-Based equipment continues to serve broadcasters operating traditional baseband infrastructure. It remains relevant in facilities that have not completed the transition to IP-based production.
• Hybrid equipment supports both SDI and IP connections, enabling broadcasters to integrate existing infrastructure with newer networked systems. This technology serves facilities adopting a gradual transition strategy.

By Broadcasting Type
• Television broadcasting is directly influenced by ATSC 3.0 and DVB standards. In the United States, the FCC's 47 CFR 73.682(f) framework governs voluntary ATSC 3.0 deployment and its simulcast requirements. European broadcasters follow the applicable DVB and RED frameworks for transmission and reception equipment.
• Radio broadcasting depends on compliant AM and FM transmission infrastructure. In the United States, transmitter approval under 47 CFR Part 73 includes the SDoC route under 47 CFR 73.1660.
• Digital and online broadcasting relies on production and processing infrastructure that increasingly uses IP-based workflows. Where content is produced within professional broadcast facilities, SMPTE ST 2110 and NMOS interoperability requirements remain relevant.

By Application
• News production requires integrated cameras, switchers, audio systems and monitoring equipment capable of operating within professional broadcast facilities. IP interoperability is particularly relevant to facilities adopting ST 2110 workflows.
• Sports broadcasting requires reliable production and transmission infrastructure for live coverage. ATSC 3.0 is relevant to television transmission, while South Korea's deployment ahead of the 2018 Winter Olympics demonstrated its application in live sports broadcasting.
• Entertainment production and live events use professional production and signal-processing equipment, often requiring flexible configurations for permanent and temporary facilities.
• Corporate broadcasting uses cameras, audio equipment, switchers and streaming systems for internal and external communication. Equipment requirements depend on the operating environment and applicable safety framework, including IEC 62368-1 and, where relevant, UL 1419.

By End-user
• Public broadcasters operate within national broadcasting and licensing frameworks. Their transmission infrastructure must meet applicable transmitter approval requirements, while television broadcasters deploying ATSC 3.0 in the United States must follow the simulcast provisions.
• Commercial broadcasters follow the same applicable technical and regulatory requirements but generally determine infrastructure upgrade timelines according to their operational and commercial priorities. The FCC's ATSC 3.0 framework is voluntary and market-driven.
• Production houses operate primarily at the content-production end of the broadcasting chain. Their equipment requirements include professional safety compliance and interoperability with IP-based or SDI-based production facilities.
• Streaming and media companies use broadcast production and processing equipment to create and distribute digital content. Their requirements are generally concentrated on studio equipment safety, media processing and IP interoperability rather than licensed over-the-air transmitter approvals, unless they also operate broadcast transmission infrastructure.

Regional Analysis • The North American market follows UL 1419 for professional video and audio equipment safety. Its scope includes television cameras, video monitors, signal transmission equipment and video digitizers rated at 600 volts or less. FCC Part 15 Class A establishes applicable conducted and radiated emissions limits for commercial digital equipment. Broadcast transmitters follow the SDoC approval procedure under 47 CFR 73.1660. ATSC 3.0 deployment is authorised under 47 CFR 73.682(f), with the requirement to maintain an ATSC 1.0 simulcast stream and comply with A/321:2016 and A/322:2017 for the ATSC 3.0 signal.
• European broadcast equipment is governed by the Radio Equipment Directive 2014/53/EU, which addresses safety, electromagnetic compatibility and radio spectrum use. The Low Voltage Directive 2014/35/EU and EMC Directive 2014/30/EU also apply to relevant products. EN 303 340 provides a harmonised standard for DVB-T and DVB-T2 receivers, while EN 55013 and EN 55020 cover broadcast receiver emissions and immunity requirements.
• China's broadcast equipment market is shaped by national mandatory certification requirements for applicable radio and television equipment and by GB standards incorporating relevant IEC safety requirements. Whether a product requires China Compulsory Certification (CCC) depends on the applicable catalogue and product classification.
• India's broadcast equipment market follows technical requirements established by the Ministry of Information and Broadcasting and applicable Bureau of Indian Standards (BIS) certification frameworks for electrical equipment. Transmitter approvals are also subject to national spectrum and licensing requirements.
• Japan regulates broadcast equipment under the Radio Act and the Electrical Appliance and Material Safety Act. PSE certification applies to relevant electrical equipment, while radio equipment transmitting or receiving broadcast signals must meet applicable technical conformity requirements.
• Australia applies the Australian Communications and Media Authority's (ACMA) electromagnetic compatibility and radiocommunications frameworks alongside the AS/NZS 62368-1 safety standard. The Regulatory Compliance Mark (RCM) indicates compliance with applicable EMC and electrical safety requirements.

Considered in this report
• Historic Year: 2020
• Base year: 2025
• Estimated year: 2026
• Forecast year: 2031

Aspects covered in this report
• Global Broadcast Equipment Market with its value and forecast along with its segments
• Various drivers and challenges
• On-going trends and developments
• Top profiled companies
• Strategic recommendation

By Equipment Type
• Cameras
• Switchers & Routers
• Audio Equipment
• Encoders & Decoders
• Transmission Equipment
• Monitoring Equipment
• Storage & Playout Systems

By Technology
• IP-Based
• SDI-Based
• Hybrid

By Broadcasting Type
• Television Broadcasting
• Radio Broadcasting
• Digital & Online Broadcasting

By Application
• News Production
• Sports Broadcasting
• Entertainment Production
• Live Events
• Corporate Broadcasting

By End-user
• Public Broadcasters
• Commercial Broadcasters
• Production Houses
• Streaming & Media Companies