Logitech 960-001503 Sight Tabletop Companion Camera with Intelligent Multi-Participant Framing, White

Put everyone at the table — even when they’re remote. The Logitech Sight tabletop video conference camera is a purpose-built companion camera that improves hybrid meeting inclusivity by automatically framing multiple participants and capturing natural group dynamics. As a Logitech video conference camera, Sight combines a dual-lens 4K (3840 x 2160) sensor at up to 60fps with seven beamforming microphones and Acoustic Echo Cancellation to deliver crisp video and clear speech capture for better decision-making and fewer repeated questions.

Sight is network-ready with RJ-45 connectivity for dependable streaming and integrates with major conferencing platforms so IT teams can deploy it alongside existing front-of-room systems. Built-in privacy shade, LED indicators, and integrated cable management speed installation and simplify room monitoring and security controls. Ideal for medium to large collaboration spaces, Sight enhances meeting surveillance, audio/video monitoring, and overall conference-room experience while supporting workplace compliance. Backed by Logitech reliability and a 2-year warranty, Sight brings professional-grade capture to your hybrid meetings. Add Sight to your conference-room setup for clearer communication, better participant engagement, and smoother IT management.

• AI-driven multi-participant framing brings remote attendees front-and-center for more natural hybrid meetings
• 4K/60fps dual-lens capture delivers clear, detailed views of table interactions and nonverbal cues
• Seven beamforming mics with AEC reduce background noise so every voice is heard without repeat or echo
• Network-ready (RJ-45) connectivity and integrated cable management ensure reliable streaming and a tidy installation
• Privacy shade and LED indicators provide simple status control and confidence in room security and compliance
• Designed to complement front-of-room systems, improving overall monitoring and collaboration across medium to large spaces