Broadcast TV and radio mixing console setups operate under fundamentally different constraints than music recording or live sound. The console must handle simultaneous multi-format outputs (stereo, 5.1, Atmos, multilingual feeds), integrate deeply with video facility infrastructure, support 24\/7 operation in some installations, and meet broadcast regulatory standards (loudness compliance, EBU R128, ATSC A\/85). Total broadcast facility installations range from 400,000 USD for a regional TV studio to 8,000,000+ USD for a flagship public broadcaster’s main TV center or a premier OB truck. This guide covers the console-centric architecture for broadcast TV and radio facilities, including studio installations, master control rooms, and outside broadcast (OB) trucks.<\/p>\n
For broader context, see our pillar guide to professional mixing consoles 2026<\/a>, our best mixing console for broadcast TV\/radio 2026<\/a> buyer guide, and our multi-format routing for broadcast guide<\/a>.<\/p>\n Three console categories handle different broadcast use cases:<\/p>\n Broadcast specialty consoles<\/strong> \u2014 purpose-built for TV\/radio with multi-format routing, network audio integration, and broadcast-specific feature sets:<\/p>\n These consoles range 200,000-1,500,000 USD per installation depending on configuration.<\/p>\n Live sound consoles adapted for broadcast<\/strong> \u2014 primarily Avid VENUE for award shows, Olympics broadcasts, and special events:<\/p>\n Compact broadcast consoles<\/strong> \u2014 for small TV studios, regional broadcasters, news studios, smaller radio operations:<\/p>\n A flagship TV studio (network or premier public broadcaster) typically includes:<\/p>\n Studio control room<\/strong> \u2014 primary console (Studer Vista X, Lawo mc\u00b296, Calrec Apollo) with 96-256 input channels, 64-128 output buses, multiple monitor positions for sound mixer, music mixer, dialogue mixer, and producer.<\/p>\n Master control \/ continuity<\/strong> \u2014 Wheatstone, Logitek, Studer OnAir, or compact Lawo \/ Calrec consoles handle network programming, commercials, and live continuity.<\/p>\n Production audio routing<\/strong> \u2014 typically built around an audio router (Lawo Nova73, Calrec Hydra2, Studer Routing System, or third-party SDI\/IP routers). The audio router interconnects studios, edit suites, master control, ingest, and external sources.<\/p>\n Network audio fabric<\/strong> \u2014 Ravenna (AES67), Dante, or proprietary networks (Lawo, Calrec). IP-native installations use ST 2110 standards for SDI replacement.<\/p>\n Loudness management<\/strong> \u2014 TC Electronic, Junger, or Linear Acoustic loudness processors ensure compliance with EBU R128 (Europe), ATSC A\/85 (North America).<\/p>\n Tally and intercom integration<\/strong> \u2014 RTS Bolero, Clear-Com FreeSpeak, or Riedel Bolero wireless intercom integrated with the console.<\/p>\n A typical flagship TV studio audio setup runs 600,000-1,200,000 USD, integrated with the broader video facility costing 5,000,000-25,000,000 USD.<\/p>\n OB trucks bring the broadcast facility to live events \u2014 sports, concerts, news, public events. A flagship OB truck (Telegenic, NEP, Mediapro, NHK, BBC) houses an entire broadcast facility in a 14-meter expanding trailer.<\/p>\n Console<\/strong> \u2014 Lawo mc\u00b296 or Calrec Apollo, with 128-256 inputs, 64-128 outputs. Some flagship trucks deploy two consoles for music and dialogue mixers operating simultaneously.<\/p>\n Stagebox infrastructure<\/strong> \u2014 typically 64-200 mic input racks with redundant network paths (fiber to the truck). Calrec Hydra2 stageboxes, Lawo A_stage stageboxes, or Studer Stageboxes.<\/p>\n Routing and monitoring<\/strong> \u2014 internal IP audio fabric (typically Ravenna\/AES67 or proprietary) with comprehensive monitoring positions for the audio crew of 4-8 engineers.<\/p>\n Truck integration<\/strong> \u2014 audio integrates with video routing, vision mixing, replay (EVS), graphics, and transmission via SDI embedded audio, MADI, or IP transport. Audio over IP (ST 2110-30) is now standard in modern flagship trucks.<\/p>\n A flagship OB truck represents 4,000,000-15,000,000 USD complete (audio is typically 800,000-2,500,000 USD of that).<\/p>\n Radio is operationally simpler than TV but uses purpose-built consoles:<\/p>\n Studio consoles<\/strong> \u2014 Lawo Crystal, Studer OnAir, Wheatstone L-Series, Logitek Mosaic, AEQ Forum\/Capitol. Designed for talk and music format management, profile recall for different shows, integrated telephone hybrid management, and codec management.<\/p>\n Master control<\/strong> \u2014 Wheatstone, AEQ, or other broadcast-specialty consoles for network distribution.<\/p>\n Talkback and IFB<\/strong> \u2014 extensive intercom and producer-talent communication infrastructure, often integrated into the console.<\/p>\n A typical flagship radio studio installation runs 80,000-400,000 USD per studio. Major networks operate 12-30 studios at a single facility.<\/p>\n The 2026 broadcast facility runs on IP audio:<\/p>\n ST 2110-30<\/strong> \u2014 uncompressed PCM audio over IP, the SDI replacement standard AES67<\/strong> \u2014 vendor-neutral IP audio interoperability standard Ravenna<\/strong> \u2014 Lawo’s primary IP audio implementation (AES67-compatible) Dante<\/strong> \u2014 Audinate’s IP audio standard, common in TV and radio Calrec Hydra2<\/strong> \u2014 Calrec’s proprietary network (AES67 gateway available) Studer A-Link<\/strong> \u2014 Studer’s proprietary network<\/p>\n Most modern broadcast installations support multiple protocols simultaneously through gateways. A flagship facility might run Hydra2 internally with Dante and ST 2110 gateways for external connectivity.<\/p>\n Broadcast operates under strict regulatory loudness standards:<\/p>\n Loudness management is integrated through:<\/p>\n Monitoring infrastructure follows ITU-R BS.1116 standards for critical listening rooms.<\/p>\n Broadcast facilities require comprehensive redundancy:<\/p>\n 24\/7 operations cannot tolerate downtime \u2014 failures must be invisible to viewers and listeners.<\/p>\n A regional TV station main studio with a national network feed:<\/p>\n A flagship public broadcaster facility (BBC New Broadcasting House tier) runs 8-15\u00d7 this figure across multiple studios and master control rooms.<\/p>\n Broadcast TV and radio mixing console setups are integrated facility installations rather than standalone console deployments. The console is one component of a broader video, audio, and IP infrastructure, but it remains the critical mixing position where program audio is balanced and prepared for transmission.<\/p>\n Specialty broadcast manufacturers (Studer, Lawo, Calrec) dominate flagship installations, with their consoles purpose-built for the multi-format routing, network integration, redundancy, and loudness compliance that broadcast demands. Music-focused live sound consoles (Avid VENUE) deploy at music-driven broadcast events but remain secondary in core broadcast facilities.<\/p>\n For deeper analysis of the broadcast console manufacturers, see our brand guides on Studer<\/a>, Lawo<\/a>, and Calrec<\/a>. For technical depth on the routing demands these systems handle, see our multi-format routing for broadcast guide<\/a>.<\/p>\nConsole categories for broadcast applications<\/h2>\n
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TV studio facility setup<\/h2>\n
Outside broadcast (OB) truck setup<\/h2>\n
Radio facility setup<\/h2>\n
Network audio and IP infrastructure<\/h2>\n
Loudness, monitoring, and compliance<\/h2>\n
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Redundancy in broadcast<\/h2>\n
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Sample budget \u2014 regional flagship TV studio<\/h2>\n
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Bottom line<\/h2>\n