Fujinon ZA17x7.6BERD-S10 2/3'' Select Series Zoom Lens with 2x Extender
Fujinon ZA17x7.6BERD-S10: Ultimate HD Zoom Lens for Broadcast Professionals Overview: The Fujinon ZA17x7.6BERD-S10 stands out as a state-of-the-art professional zoom lens, tailored for 2/3" HD broadcast cameras, merging a robust 17x zoom capability with a 2x extender to deliver unparalleled versatility across a broad spectrum of applications including broadcast studios, ENG/EFP operations, corporate video production, and live sports coverage. Its fast f/1.8 maximum aperture ensures outstanding low-light performance and the ability to achieve shallow depth of field for visually striking effects, making it an ideal choice for filmmakers and broadcasters seeking high-quality, creative imaging solutions. Coupled with its ergonomic digital grip for enhanced control and 16-bit encoders for precise positioning, this lens guarantees sharp, high-definition images with excellent color accuracy, fulfilling the needs of demanding professional environments. With features like a standard focal length range of 7.6-130mm, which extends to 275mm with the extender, and a digital servo for focus and zoom control, the Fujinon ZA17x7.6BERD-S10 sets the benchmark for performance and versatility in professional broadcasting lenses. More Details: 17x Zoom Ratio: Offers expansive zoom capability, enabling a broad range of shot compositions without the need for lens swaps. 2x Extender Included: Effortlessly doubles the focal length for extended reach, perfect for capturing distant subjects clearly. Fast f/1.8 Maximum Aperture: Ensures excellent performance in low-light conditions and allows for creative depth of field effects. Superior HD Optical Performance: Delivers crystal-clear, high-quality images with exceptional color accuracy, ideal for high-resolution broadcasts. Ergonomic Digital Grip: Provides intuitive and comfortable control over zoom and focus, enhancing operational efficiency. 16-bit Encoders: Enable precise and smooth positioning, crucial for integrating with virtual systems in a broadcast environment.