Sony BRC-AM7: the new 4K 60p PTZ with automatic framing

Incorporating PTZ Auto Framing technology, which uses artificial intelligence (AI) technology for advanced recognition, the new BRC-AM7 camera from Sony facilitates precise and natural automatic tracking of moving subjects.

These innovations allow simplify production high-quality video for broadcasts, live events and sports productions.

With some dimensions At 168.7 mm wide, 225.2 mm high and 192.3 mm deep, and weighing about 3.7 kilos, the size and weight allow for greater freedom, including greater installation flexibility, wider accessibility in difficult locations and more observation points. The BRC-AM7 also works effortlessly alongside Sony's professional camera ecosystem, providing compatibility and seamless color matching.

By combining the Exmor RS CMOS image sensor stacked 4K (3840 x 2160 pixels) type 1.0 and latest BIONZ XR image processing engine, the BRC-AM7 achieves high-resolution 4K 60p images with less noise.

He 5K supermovie allows users to capture high-resolution 4K video, and also supports 4K HDR images, which clearly represent both bright and dark scenes.

The new all-in-one lens is equipped with a 20 magnification optical zoom y Clear Image Zoom, an all-pixel super-resolution zoom that enables high-magnification zoom while maintaining resolution, providing up to 30x telephoto shooting in 4K or 40x in Full HD.

It also has a electronic variable ND filter integrated that allows you to perfectly adjust the filter transmittance from 1/4 to 1/128. In addition to being able to adjust exposure without changing depth of field, users can also take advantage of auto settings to automatically adjust light intensity to the level set on the camera to adapt to environments with difficult lighting conditions.

Auto Framing

Sony's PTZ autoframing technology, which also incorporates autofocus, uses built-in AI analytics for advanced recognition, performing automatic tracking of a subject based on detailed information such as the person's skeleton, head, face, and clothing. Intuitive operation and remote capabilities help create efficiencies in managing a production or live event.

The new horizontal and vertical rotation mechanism allows for fast, smooth and quiet operation at a speed of 0.004 degrees per second up to 180 degrees per second. Expands the range of applications to include scenarios that require precise framing movement, such as dance, concerts, religious services and sports. Additionally, the BRC-AM7 is equipped with a preset function allowing you to record and recall your camera composition for effortless playback.

The BRC-AM7 integrates easily into Sony's camera range, using compatibility with ITU709, 709tone, S-Cinetone and S-Log3 to simplify color adjustment. It also has a familiar user experience and operation. The camera supports GENLOCK terminals and is compatible with Sony master configuration units and remote control panels, allowing multi-camera operation as well as integration with Sony switchers.

Additionally, the camera's compact and lightweight design allows for shooting in difficult-to-install locations such as ceilings, cranes or on-stage poles, as well as tripod recording using the 3/8-16 UNC and 1/4-20 UNC screw holes on the bottom surface. In terms of power, the BRC-AM7 supports the versatile 4-pin XLR connector and supports PoE++ (Power over Ethernet Plus Plus)2.

The versatile audio inputs and video outputs They allow further expansion and customization of the system. The camera has 12G-SDI and HDMI outputs, and 3G-SDI for monitor output. For audio, the BRC-AM7 has two channels of 3-pin XLR connectors and a φ3.5 mm stereo input.

IP and free-d support

The BRC-AM7 is compatible with SRT, RTMP, RTSP, NDI3 and fiber optic, allowing remote production over IP networks. It supports VISCA over IP, the S700PTP protocol, and CGI, allowing remote control of the camera through external commands. It also supports IP Tally, providing comprehensive support for remote production.

Additionally, the BRC-AM7 supports the free-d protocol, which is commonly used in virtual productions such as augmented reality (AR) and virtual reality (VR). It can accurately transmit camera tracking information (pan/tilt/zoom/focus/iris) into 3D space, enabling seamless integration of live images of real people with 3D computer graphics backgrounds and characters, creating realistic composite images.