Blackmagic Design ATEM 2 M/E Production Studio 4K, 4 Upstream & 2 Downstream Keyers, 22-Input Audio Mixer, 20 6G-SDI & 1 HDMI Inputs

Product Description

The new ATEM 2 M/E Production Studio 4K lets you produce broadcast quality live multi camera production in SD, HD or amazing Ultra HD! Featuring 20 inputs with built in re-synchronizers so you can connect the widest range of video sources such as cameras, disk recorders and computers for incredible live music, sport and more! ATEM 2 M/E Production Studio 4K has advanced broadcast features such as chroma key, customizable transitions, upstream and downstream keyers, DVE, Super Source, audio mixer, 2 x multi views, media pool and more! You also get 6G-SDI and HDMI 4K connections and 6 auxiliary outputs for the most advanced live production switching! This new high end model of the ATEM Production Studio family includes all the powerful features of the other models as well as the exciting SuperSource multi layer processor. SuperSource provides customers with a completely separate 5 layer switcher with the power of 4 picture in picture DVEs and 4 keyers assigned to any ATEM video input. SuperSource allows for multi camera interviews or picture in picture production while leaving all M/Es, keyers and the DVE completely free for other tasks. Ultra HD is four times the resolution of regular high definition video for a massive 3840 x 2160 frame size. Blackmagic Design was the first company in the world to ship products using the new 6G-SDI and HDMI 4K video connections so customers can now purchase a range of products that effortlessly handle Ultra HD. Even when operating in Ultra HD every input of the ATEM switchers includes a full frame synchronizer allowing the use of non genlock sources such as computers. There is also a high definition down converted HD-SDI program output for when the switcher is operating in Ultra HD formats, but a regular HD program feed is required. The ATEM 2 M/E Production Studio 4K features a strong and elegant 2 rack unit machined aluminum front panel based design.

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