What the thread found

• The Genesis camera requires an 8-pin Lemo power connector with specific pin configurations allowing operation from both 12V and 24V DC batteries.
• Power consumption varies by configuration: approximately 15 amps when camera and SRW-1 deck operate together, dropping to around 10 amps when the deck is mounted separately on a grip or backpack.
• When operating with a detached deck, two short flexible BNC cables (approximately 6 feet each) should connect the camera to the operator's vest, with barrel connectors extending to longer cables running to the deck, keeping total cable run under 20 feet.
• The Genesis has its own run-stop cable system; compatible cables are available from multiple manufacturers including Bartech and Preston.
• The camera does not include built-in standard definition downconversion; external downconverters from various manufacturers can provide 4:3 or 16:9 standard definition output.
• The Panavision camera mount for Genesis differs from earlier models and typically includes a Steadicam-compatible PCM bracket.
• Fiber-based cable systems can transmit HD-SDI and camera control data with significantly less bulk than multiple BNC cables, though power delivery capability depends on the specific system.
• Solid State Recorder options exist but were difficult to obtain at the time of discussion, offering potential advantages in reducing cabling complexity and battery load.
• Genesis with SSR deck and full accessories can be flown at approximately 33 pounds with appropriate balance setup.
• Older lithium-ion batteries like Dionic-90s and Power Cubes can adequately power the Genesis camera.
• Some operators reported the Genesis as lighter and easier to fly than expected despite power requirements and cabling considerations.

Depends on

• One contributor had only limited Steadicam flying experience with Genesis; recommendations should be verified by rental houses or technical specialists.
• Power draw specifications varied among sources: some reported 11 amps combined and 5-6 amps for camera alone, while others cited higher figures, suggesting variability based on configuration.
• SSR availability was uncertain at the time of discussion and described as expensive and difficult to obtain.
• Some custom fiber solutions mentioned were designed for specific individuals and were not commercially available.
• The discussion occurred in 2009; subsequent equipment developments may have changed practical requirements.
• Post expansion and balance characteristics depend on multiple variables including sled design, lens selection, and battery mounting choices.

Parts

Low Mode

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