ATEM 4 M/E Constellation IP Plus

ATEM 4 M/E Constellation IP Plus – Powerful production switcher for professional broadcast

Blackmagic Design ATEM 4 M/E Constellation IP Plus is an advanced live production switcher meticulously developed to meet the needs of modern broadcast environments where SMPTE-2110 IP video is essential. It is ideal for large TV productions, sports events, concerts, e-sports, OB productions, and professional IP-based video networks. With its 64 inputs and 64 outputs, it provides outstanding flexibility and reliability, making it an excellent choice for producers seeking high quality and performance.

Native SMPTE-2110 with redundant 100G Ethernet

This switcher is designed as a true SMPTE-2110 switcher and is equipped with 16 100G QSFP28 ports that operate in redundant pairs according to SMPTE-2022-7. Each pair of these ports can handle up to 8 Ultra HD channels simultaneously, creating opportunities for very large and complex productions with high security. If a network connection fails, an automatic and seamless switch to the redundant connection occurs, ensuring that the broadcast remains unaffected.

64 inputs and 64 outputs for large productions

With a total of 64 video inputs and 64 video outputs, this Plus model is perfect for large production needs in SMPTE-2110 environments. Each input is equipped with its own standards converter and re-synchronizer. This allows incoming signals to be automatically adjusted to the specific video standard required by the production. This feature facilitates the integration of equipment from various sources and minimizes the risk of signal issues during live broadcasts, which is crucial for a smooth production.

16 Advanced Keyers for advanced graphics and virtual production

ATEM 4 M/E Constellation IP Plus is equipped with 16 ATEM Advanced Chroma Keyers, making the system particularly suitable for news production, virtual sets, sports graphics, and advanced live productions. The keyer system offers precision color keying, edge processing, spill suppression, and color correction, ensuring high quality for professional green screen productions and graphics solutions.

12 DVEs and dual SuperSource processors

The switcher has four internal DVE processors and two separate SuperSource processors, providing a total of 12 DVE layers. This capacity enables advanced picture-in-picture solutions, multi-camera interviews, presentation layouts, sports graphics, and creative transitions without burdening external systems. SuperSource acts as a built-in multi-layer video processor that can create complex image compositions in real-time, giving producers increased creative freedom.

Four independent multiview outputs

For efficient monitoring, ATEM 4 M/E Constellation IP Plus offers four independent multiview outputs that can display up to 64 sources simultaneously. Each multiview can be individually customized with different layouts, tally indications, audio meters, and source names. This provides the production staff with a complete overview of all video sources and program flows, which is essential for ensuring a successful production.

Fairlight Live integration for professional audio management

The switcher is fully integrated with Fairlight, enabling professional audio management during production. This integration allows users to easily control audio levels and mixing in real-time, further enhancing production quality.

Frequently asked questions

Does the ATEM 4 M/E Constellation IP Plus support SMPTE-2110 IP video?
Yes, it supports SMPTE-2110 IP video, making it perfect for professional broadcasts.

How many inputs and outputs does the switcher have?
It has 64 video inputs and 64 video outputs, making it ideal for large production needs.

What types of productions is the ATEM 4 M/E Constellation IP Plus particularly suitable for?
It is particularly suitable for large TV productions, sports events, concerts, e-sports, and OB productions.

How does the switcher handle network connections?
It is equipped with 16 100G QSFP28 ports that operate in redundant pairs, ensuring automatic failover to a redundant connection if a network connection fails.