ATEM Television Studio 4K8
The Blackmagic ATEM Television Studio 4K8 2TB is a fully featured Ultra HD live production switcher with a built-in broadcast control panel. It offers 8 12G-SDI inputs, 10 12G-SDI aux outputs, built-in streaming and recording, multiview, SuperSource, and 2TB of internal storage in one all-in-one unit.
Description
The Blackmagic ATEM Television Studio 4K8 2TB is a powerful Ultra HD live production switcher. It comes with a built-in broadcast control panel, giving you a complete production studio in a single unit. As a result, you get 8 12G-SDI inputs and 10 12G-SDI aux outputs for external recorders, all in one box.
A 4-port 10G Ethernet switch handles networking on set. Meanwhile, built-in streaming, a master recorder, and multiview keep your workflow self-contained. Therefore, there’s no need to bring in extra hardware for common production tasks.
Key Features
- 8 x 12G-SDI inputs and 10 x 12G-SDI aux outputs
- Built-in broadcast control panel for hands-on switching
- 4-port 10G Ethernet switch for networked control
- Built-in streaming (RTMP and SRT) plus master recording
- 2TB internal M.2 storage for direct recording
- Multiview via SDI and HDMI, configurable up to 16 sources
- USB webcam support for streaming direct to a computer
- 2 DVEs and SuperSource for advanced compositing
- 4 ATEM Advanced Chroma Keyers
- 2 media players for stills and clips
- Built-in talkback for crew communication
A Complete Production Studio in One Box
The switcher houses 4 Advanced Chroma Keyers, 2 DVEs, and SuperSource. Together, these give you serious compositing power without needing separate hardware. Additionally, 2 media players handle stills and clips directly from the switcher’s media pool.
Built-in talkback keeps the crew connected during a show. Meanwhile, the 2TB internal M.2 storage lets you record straight to the unit, without relying on external drives or network storage. As a result, the ATEM Television Studio 4K8 2TB suits everything from live streamed events to full broadcast productions, all from one self-contained system.





