LOGITECH MX BRIO ULTRA HD 4K WEBCAM, ADVANCED AUTOFOCUS, USB-C, PRIVACY SHUTTER, PALE GREY

LOGITECH MX BRIO ULTRA HD 4K WEBCAM, ADVANCED AUTOFOCUS, USB-C, PRIVACY SHUTTER, PALE GREY

The Logitech MX Brio 4K Ultra HD Webcam (960-001561) is a high-end USB-C webcam designed for professional-quality video conferencing, live streaming, content creation, online teaching, and remote collaboration. It delivers ultra-sharp, detailed video thanks to a large 8.5 MP sensor and supports 4K @ 30 fps or 1080p @ 60 fps — giving you flexibility between maximum resolution and smooth frame rate. With advanced autofocus, HDR & image-enhancement, dual noise-reducing microphones, privacy shutter, and a versatile mount (clip or tripod), this webcam provides a premium, polished webcam setup for both personal and professional use.

Key Features

• 4K Ultra HD video (3840×2160) at 30 fps — produces sharp, detailed video ideal for streaming, webinars, and content recording.

• 1080p at 60 fps — gives smooth motion video if you prefer fluid frame rates over maximum resolution.

• 8.5 MP Sony STARVIS sensor + glass lens with advanced autofocus — ensures accurate focus and good performance even in varying lighting conditions.

• Adjustable Field-of-View (90°, 78°, 65°) + 4× digital zoom — offers flexibility: wide framing for group calls or zoomed-in framing for one-on-one calls.

• Dual beamforming microphones (noise-reduction) with ~1.2 m pickup range — captures clear, balanced audio for calls or recordings without needing external mic.

• Built-in privacy shutter — for privacy when camera is not in use.

• USB-C connectivity with detachable 1.5 m cable (USB 3.0 standard) — modern, fast interface suitable for laptops and desktops; easy setup.

• Flexible mounting — clip (monitor/laptop) or ¼” tripod thread — gives versatility depending on your setup: desk, monitor, or tripod.

• Image enhancement features (HDR, exposure, white balance, auto-adjustment via RightLight 5 / companion software) — ensures decent video quality even in low light or high-contrast scenarios.

Technical Specifications