Description
Tech Specs
Brand Details
Key Features:
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Hitachi DK-H200 Camera:
- Compact Design: A compact box camera that is easy to integrate into various production setups, including robotic and remote-controlled systems.
- High-Definition Imaging: Provides Full HD (1080p/60) video output with high sensitivity and low noise performance.
- 3-CMOS Sensors: Equipped with three 2/3-inch CMOS sensors, delivering excellent color reproduction and dynamic range.
- Advanced Digital Signal Processing (DSP): Ensures superior image quality with precise color accuracy and detail.
- Multiple Output Formats: Supports a range of video output formats, including 1080i, 720p, and 1080p, for flexible integration.
- Remote Control Capability: Fully compatible with Telemetrics robotic systems, allowing for precise camera movements and adjustments.
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ZA17x7.6BRD Lens:
- Fujinon ZA17x7.6BRD Lens: A high-quality zoom lens that offers a versatile 7.6-130mm focal length range, ideal for capturing detailed shots in various environments.
- Auto and Manual Focus: Features both auto and manual focus controls for maximum flexibility in different shooting conditions.
- Smooth Zoom and Iris Control: Designed for professional use, offering smooth and precise zoom and iris adjustments.
- Quick Zoom Function: Provides fast zooming capabilities, essential for dynamic live production scenarios.
- Optical Image Stabilization: Minimizes camera shake, ensuring stable and clear images even in challenging shooting conditions.
The Telemetrics Hitachi DK-H200 Compact Box Camera paired with the ZA17x7.6BRD Lens offers a robust solution for professional video production, particularly in environments where space is limited or where remote operation is essential. This combination is well-suited for applications such as broadcast studios, live event coverage, sports production, and any scenario requiring high-quality video capture with flexible control options.
The Hitachi DK-H200 is a compact and lightweight camera that can be easily mounted on robotic systems, making it an excellent choice for integration with Telemetrics’ line of camera robotics. Despite its small form factor, the DK-H200 delivers outstanding video quality, thanks to its 3-CMOS sensor configuration. These sensors provide high sensitivity, excellent color fidelity, and low noise, even in challenging lighting conditions. The camera’s advanced digital signal processing (DSP) further enhances image quality by delivering precise color reproduction and exceptional detail, making it suitable for high-end broadcast and live production.
In terms of output flexibility, the DK-H200 supports multiple video formats, including 1080i, 720p, and 1080p. This ensures that the camera can be seamlessly integrated into various production workflows, whether in HD or Full HD environments. The camera’s remote control capabilities are fully compatible with Telemetrics’ robotic systems, allowing operators to adjust camera settings, pan, tilt, and zoom functions with precision from a remote location. This is particularly beneficial in studio environments or live events where cameras need to be controlled from a central location.
Paired with the Fujinon ZA17x7.6BRD Lens, the DK-H200 becomes even more versatile. The lens offers a 7.6-130mm focal length range, providing the flexibility to capture wide-angle shots as well as close-ups with ease. This range is ideal for a variety of shooting scenarios, from expansive studio setups to detailed close-ups during live events. The lens also features both auto and manual focus controls, allowing operators to quickly adapt to different shooting conditions.
The ZA17x7.6BRD lens is designed for professional use, with smooth zoom and iris controls that ensure precise adjustments during live broadcasts. The quick zoom function is particularly useful in dynamic environments, enabling rapid changes in framing to capture fast-moving subjects or to shift focus between different parts of the scene quickly. Additionally, the lens includes optical image stabilization, which reduces camera shake and ensures that images remain clear and stable, even when the camera is mounted on a moving robotic system.