THIS IS A SOFTWARE LICENSE – GREEN MACHINE TITAN HARDWARE REQUIRED
The greenMachine HDR Static license pack is a fully featured broadcast quality SDR/HDR standard converter with a Frame Sync and Up/Down/Cross converter. It supports 12G-SDI formats up to UHD 3840×2169 and is a powerful set of tools for handling dynamic ranges and color gamuts. It provides conversion functionality combined with a real time static tone mapping algorithm. Convert up, down and cross between common input and output curves such as Gamma, PQ, HLG and S-Log3. Support for full and narrow ranges through appropriate static tone mapping. Conversion between color spaces including Rec. 601, Rec. 709 and Rec. 2020.
A major challenge for broadcasters working in HDR is to maintain good backward compatibility with existing SDR displays and receivers. The greenMachine Static pack can display HDR content on SDR monitors using HDR contrast compression. Thus producing HDR enhanced image quality for all possible display types.
The Custom LUT feature allows users to upload up to 20 user LUTs to achieve the desired contrast, color, saturation, black and white levels.
Download the Custom LUT quick reference guide here!
The greenMachine HDR Static constellation includes audio spatial conversion, audio processing and shuffling alongside a powerful frame synchronizer for timing adjustments and Meta Data processing.
Fully compatible with Lynx Centraal for remote control and monitoring.
Key Features
• High Quality HDR to SDR and SDR to HDR converter
• Cross standard HDR to HDR converter
• Color space conversion between Rec. 601, Rec. 709 and Rec. 2020/2100
• Full and Narrow range conversion
• I/O curves including Gamma, PQ, HLG and S-Log3
• Frame Synchronizer
• Up/Down/Cross converter up to UHD 3840×2169
• Audio Embedding/De-Embedding with DolbyE™ support
• Audio Processing with gain adjustment, mute, inversion, and stereo to mono mix-down
• Color matching, Video saturation, gain, black and hue adjustments
• 30 frames Video and Audio delay per channels
• MADI input and output
Refer to Datasheet
