Virtual Gimbal: New Sony Chip for Gyro-EIS to Correct Rolling Shutter Jello, Among Other Things
[10:39 Fri,13.February 2026 by blip]
Sony has introduced a novel stabilizer chip that applies electronic gyro stabilization directly to the image sensor data—essentially a virtual counterpart to IBIS for small cameras such as action cams. Drone cameras could also benefit from the space-saving design. The chip is also said to be able to correct rolling shutter wobble.
Sony Stabilizer LSI CXD5254GG Chip
The Stabilizer LSI (Large-Scale Integration) CXD5254GG chip combines an image sensor and a 6-axis Inertial Measurement Unit (IMU) and, in addition to electronic image stabilization (EIS), can perform several other functions, such as removing vibrations and keeping the horizon level. All of this happens intermediately before the stabilized image is output to the "normal" image processor.
The orientation detection algorithm is also intended to reduce blur caused by camera vibrations, and the typical CMOS video image wobble (jello effect) is also supposed to be corrected this way. The Stabilizer LSI is also equipped with the Intelligent Picture Controller (iPC), a contrast enhancement function developed by Sony. Together, these features should enable the camera to clearly capture objects or information that could not previously be recognized due to vibrations.
However, as with any electronic stabilization, this system inevitably results in a loss of resolution. Although the Stabilizer LSI chip receives resolutions of up to 5120 × 5120 from the sensor, according to the specifications, only a FullHD image is passed on after all calculations.
The CXD5254GG chip is designed for various fields, including broadcast and video production, as well as security applications and robotics. For video and broadcast, it is offered in combination with the Sony IMX577 sensor in three variants (ESC-A0600/A0700/A1000); these modules differ in the focal length of the built-in lens. They were developed in collaboration with Sony's professional camera division and are intended to deliver broadcast-quality images.
The modules are compatible with various video formats, OETF characteristics (opto-electronic transfer function, relating to the quantization of image data), and color spaces. They are also equipped with an interface compatible with CAN and RS-485 protocols. This allows users to control stabilization and other functions in real time and optimize them for different shooting conditions. The configuration can be changed using a compatible Remote Control Panel (RCP); custom software for live control can also be developed.
Each module also features a SYNC interface. Up to four cameras can be image-synchronized, enabling shots from different angles. The modules can output via SDI, ensuring reliable video signal transmission even in professional environments. A stereo audio input can also be integrated to produce video content with seamlessly integrated sound.
When and in which cameras the Stabilizer LSI (Large-Scale Integration) CXD5254GG chip will actually be installed is not yet known. However, Sony mentions FPV drones, among others, as a specific application—these could be constructed lighter and smaller with the stabilizer chip instead of a gimbal, allowing for longer and faster flights.
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