The Aida Imaging UHD6G-200 is a compact, rugged 4K-compatible broadcast camera designed for rental applications where reliable SDI connectivity and flexible output formats are required. It pairs a high-resolution progressive CMOS sensor with industry-standard SDI outputs to support on-location, studio, and live-event workflows.

Key Features

• High-resolution 1/2.5" progressive CMOS sensor delivering clear 4K (3840 x 2160) imaging and scalable HD outputs.
• Flexible output options, providing HD, 3G, and 6G-SDI via BNC for direct integration into SDI infrastructures.
• Professional color with 4:2:2 YCbCr 10-bit color space for accurate chroma and smoother grading in post.
• Compact, durable build suitable for mounting in studios, on pedestals, or in mobile and rental rigs.
• Multiple resolution support, including 3840 x 2160, 1920 x 1080, and 1280 x 720 for adaptable production needs.

Use Cases

• Live production and broadcast: Integrates with SDI switchers and routers for live events, houses of worship, and sports.
• Studio and remote workflows: Compact size makes it suitable for multi-camera studio setups or remote trucks.
• Rental for temporary installs: Rugged construction and standard BNC outputs reduce setup time and compatibility issues.

Specifications

• Image sensor: 1/2.5" progressive CMOS
• Sensor active area: 8.365 mm x 6.615 mm (16:9)
• Effective pixels: Horizontal 3840, Vertical 2160
• Pixel size: 1.62 µm x 1.62 µm
• Resolutions supported: 3840 x 2160, 1920 x 1080, 1280 x 720
• Output: HD / 3G / 6G-SDI via BNC
• Colour space: 4:2:2 (YCbCr) 10-bit

Included with your rental

Standard rental includes the UHD6G-200 camera body. Rental packages commonly include basic support items such as power supply, BNC SDI cable, and mounting hardware depending on the rental house. Please confirm the exact accessories included and any optional items you require when booking.

This camera is provided for rental use and is intended to integrate seamlessly with existing SDI-based systems, offering reliable performance without unnecessary complexity.