Panasonic AW-UE200 and AW-UER200 Bring Global Shutter to PTZ Cameras

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by Johnnie BehiriToday

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The Panasonic AW-UE200 and AW-UER200 are, according to the company, the first PTZ cameras built around a global shutter sensor: a 1.2-inch 5K MOS chip that oversamples to 4K. The AW-UE200 pans and tilts at up to 400°/s, the AW-UER200 adds a ±200° roll axis, and both series ship in 2027.

Panasonic’s two new remote camera series sit above the AW-UE160, which has led the company’s PTZ range since 2023. There are four models. The AW-UE200 is the standard version, the AW-UE210 adds SMPTE ST 2110 and Dante, the AW-UER200 has the roll mechanism, and the AW-UER210 combines roll with ST 2110 and Dante. Each comes in pearl white (W) or black (K), and all of them share the same sensor, a new 22x zoom lens (22.5-500mm in 35mm terms), and 12G-SDI, HDMI and IP outputs.

At this level, they compete with the full-frame, interchangeable-lens Sony FR7 and the 1-inch Canon CR-N700. What sets the Panasonic cameras apart is the way the sensor reads out, so that is where we will start.

Why a global shutter matters on a robotic head

A rolling shutter sensor reads the frame line by line, so vertical lines lean whenever the camera moves sideways during readout. The faster the move, the stronger the skew, and a head that swings at 400°/s is about as demanding as it gets. Goal posts, stage trusses and the edges of an LED wall are exactly the subjects that give it away. A global shutter exposes every pixel over the same interval, so there is nothing to skew, whatever the pan speed. When we measured the Sony a9 III in our lab, its rolling shutter figure was effectively 0ms for the same reason.

The second benefit concerns LED walls and stage lighting. With a rolling shutter, a mismatch between the camera and a pulsed light source or a wall’s refresh rate shows up as bands that travel through the picture. With a global shutter, the same mismatch can at worst change the exposure of the whole frame evenly, which is far easier to manage with shutter angle and sync. Panasonic says the sensor delivers “natural, low-distortion, low-flicker images” in LED wall studios and at live events with changing lighting. Both series accept black burst and tri-level sync on a BNC genlock input, and like the AW-UE160, they keep an optical low-pass filter against moiré.

Panasonic qualifies its “first” claim in a footnote. It applies to video-production PTZ cameras with a MOS sensor of 1 inch or larger, as of September 2026, and is based on the company’s own research.

What the Panasonic AW-UE200 sensor specs leave open

Global shutter pixel designs have traditionally cost some sensitivity and dynamic range compared with rolling shutter sensors of the same size. In our a9 III lab test, the global shutter sensor was visibly noisier in the IMATEST analysis than rolling shutter full-frame cameras, yet it still reached 9 stops of exposure latitude. So the penalty is real, but good processing can contain it.

For the new PTZ cameras, the preliminary specifications list approximately 14.0 megapixels effective and 1,800 TV lines of horizontal resolution in UHD mode. They do not yet include a sensitivity or signal-to-noise figure. The AW-UE160 was rated at F14/2000 lx, so that is the number to compare once Panasonic publishes final data, especially for concert and house-of-worship work in low light. The new sensor is slightly larger, 1.2-type against 1-type.

Lens, zoom speed and frame rates

The newly developed lens covers 8.3-183mm at F2.8-F4.8, equivalent to 22.5-500mm. Horizontal angle of view at the wide end is 80°, up from 75.1° on the AW-UE160, whose 20x lens covered 24.5-490mm. Panasonic’s i.Zoom extends the range to 28x in UHD and 35x in Full HD. Built-in ND filters offer 1/4, 1/16 and 1/64.

Zoom speed is variable over a very wide range. The lens travels from telephoto to wide in approximately 0.5 seconds at its fastest and can stretch the same move to 180 seconds, which makes slow on-air creeps possible without a visible start or stop.

Output tops out at 2160/60p over SDI and HDMI, with HDMI carrying 4:2:2 10-bit. High frame rate shooting in HD at 120 and 180 fps is planned for a future update, which Panasonic’s product pages currently place in the third quarter of 2027. Productions that need slow-motion replay or referee review material will therefore have to wait some months after launch.

The AW-UE200 is the fast one

The pan and tilt speed of the AW-UE200 and AW-UE210 ranges from 0.004°/s to 400°/s, with acceleration of up to 1800°/s². Panasonic states that the head reaches top speed from a standstill in approximately 0.2 seconds. Pan range is ±175° and tilt runs from -30° to +210°.

This is where the sensor and the mechanics belong together. A head this quick would expose rolling shutter skew on every whip pan, so the global shutter is what makes the speed usable on air. The body weighs approximately 7.5 kg / 16.53 lb without the mount bracket and measures 212 x 308 x 248mm / 8.38 x 12.13 x 9.75in.

A roll axis and vertical output on the AW-UER200

The AW-UER200 and AW-UER210 add a third axis with a ±200° range and a roll speed of 0.08°/s to 720°/s. Beyond rolling shots, the mechanism enables simultaneous 16:9 and 9:16 output, with the vertical feed cropped from the full sensor image. One camera can then feed a broadcast mix and a social or vertical LED wall output at once.

Roll also helps with installation. One-touch horizon adjustment from the controller and automatic horizon leveling keep the picture level when the camera hangs from an angled ceiling or rides on a crane.

The trade-off is speed and size. Pan and tilt top out at 180°/s with acceleration of up to 900°/s², less than half of what the AW-UE200 manages. The roll models weigh approximately 9.0 kg / 19.84 lb and measure 270 x 324 x 258mm / 10.63 x 12.75 x 10.19in.

ST 2110, Dante, and the rest of the connections

All four models carry one 12G-SDI output, two 3G-SDI outputs (one for monitoring), HDMI 2.0, an RJ-45 LAN port, RS-422 control, and two-channel XLR audio input. Power comes from PoE++ (IEEE 802.3bt) or 12 V DC. On the IP side, they support NDI High Bandwidth, SRT, FreeD, and OpenTrackIO, so camera tracking data for virtual production is available without a converter box.

The AW-UE210 and AW-UER210 add dual SFP28/SFP+ interfaces, with the modules sold separately. Over ST 2110 they output uncompressed 4K, accept return video via IP input and support redundant connections, with Dante handling audio. JPEG XS transmission is planned as a firmware update, also listed for the third quarter of 2027.

AI-based auto framing runs inside the camera, with fully automatic and semi-automatic modes. A small e-paper display on the front shows the camera number, operating status, IP address, and QR codes, which is practical when a dozen identical heads hang in a rig. Compatible controllers include the AW-RP200GJ, AW-RP150GJ and AW-RP60GJ.

Price and availability

Panasonic has not announced pricing yet. The AW-UE200 and AW-UE210 are scheduled for February 2027, and the AW-UER200 and AW-UER210 for the second quarter of 2027, with Panasonic noting that the schedule may change. For reference, the AW-UE160 launched at $14,495.

B&H already lists the AW-UE200, AW-UE210, AW-UER200, and AW-UER210 in both finishes with a notification option.

For more information, please visit the Panasonic website for the AW-UE200 series and the AW-UER200 series.

Would a global shutter make you trust a PTZ camera in front of LED walls or on fast sports coverage? Let us know in the comments below!