SVS-Vistek expanded its FXO platform by introducing the new FXO 25GigE Series of machine vision cameras enabled with Remote Direct Memory Access (RDMA) technology.

Combined with the camera's 25GigE interface, the integration of RMDA greatly reduces latency and response times to achieve near real-time image processing. In addition, the use of cost-effective SFP28 optical transceivers, rather than traditional RJ45 connectors, allows data transmissions over cable distances of up to 10,000 meters.

Built on 3rd and 4th generation Sony® IMX global shutter sensors, SVS-Vistek FXO 25GigE Series cameras are available in color and monochrome configurations offering resolutions and frames-per-second (fps) of:

•    1.8 megapixel (1600 x 1140 pixels) x 671 fps

•    5 megapixel (2448 x 2048pixels) x 262 fps

•    8.1 megapixel (2848 x 2848 pixels) x195 fps

•    12.3 megapixel (4096 x 3008 pixels) x182 fps

•    16.2 megapixel (5328 x 3040 pixels) x 144 fps

•    20.4 megapixel (4512 x 4512 pixels) x109 fps

•    24.6 megapixel (5328 x 4608pixels) x 96 fps

This range of options makes the FXO 25GigE Series ideal for diverse applications requiring uninterrupted, stable data flow of extremely high resolutions and frame rates.

Regardless of the FXO 25GigE model, the cameras integrate seamlessly into current network structures, enabling end-users to adapt them without expensive hardware overhauls. The GigE Vision standard ensures compatibility with existing machine vision software and systems, while GenICam 3.0 compliance allows for plug-and-play functionality, reducing complexity.

Rounding out the FS 25GigE's impressive feature set are LUT, binning, ROI, electrical and optical inputs, a 4-channel strobe controller, and an industrial TTL-24V I/O interface equipped with SafeTrigger, logic functions, programmable sequencers and timers, plus an RS232 interface. The milled housing measures 50 x 50 x 100 mm, making it currently one of the most compact industrial cameras with a 25GigE interface in the world. The housing's temperature management also provides excellent image homogeneity.

RMDA works by transferring image data from FXO 25GigE cameras directly to the main memory of a host PC, reducing stress on the operating system and allowing the CPU to perform other tasks by freeing up computational resources. Consequently, CPUs and GPUs can focus on intensive functions like image processing, feature extraction, or neural network computations rather than managing network I/O. In machine vision, where real-time processing of high-resolution images or video streams is critical, RMDA ensures faster decision-making. A firmware update also lets the camera be switched to conventional streaming via GVSP (GigE Vision Stream Protocol).

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