High-quality Marshall Electronics Cs-5.0-12mp 5mm F2.0 12mp 4k/uhd Cs Mount Lens Perfect For Gifting [xhY4ZnUQ]

High-Performance 5mm F2.0 12MP CS Mount Lens

The High-quality Marshall Electronics Cs-5.0-12mp 5mm F2.0 12mp 4k/uhd Cs Mount Lens Perfect For Gifting [xhY4ZnUQ] is a cutting-edge optical solution designed to elevate the performance of 12MP cameras with a 1/1.7" sensor. This lens stands out with its exceptional 5mm focal length, offering an impressive 87° horizontal field of view. Engineered with precision and quality in mind, this lens is a must-have for professionals seeking top-tier imaging capabilities.

Key Features and Specifications

The CS-5.0-12MP lens is a powerhouse of features and specifications that make it an ideal choice for a variety of applications. Compatibility with 12MP cameras ensures seamless integration, while the CS Mount design provides secure and easy installation. With a fixed iris operation, this lens offers consistent and reliable performance. Key specifications include a 5mm focal length, IR corrected for accurate imaging, and compatibility with 1/1.7" sensors. This lens is also equipped with a 87° horizontal field of view, ensuring wide-angle coverage for various shooting scenarios.

Practical Applications and Benefits

The High-quality Marshall Electronics Cs-5.0-12mp 5mm F2.0 12mp 4k/uhd Cs Mount Lens Perfect For Gifting [xhY4ZnUQ] is not just a tool for imaging; it's a versatile asset for professionals across numerous industries.

• Security Surveillance: The wide field of view and high resolution make it perfect for surveillance cameras, ensuring clear and detailed monitoring.
• Broadcasting: Ideal for live events and broadcast applications, providing crisp and sharp 4K/UHD images.

The IR corrected feature ensures accurate imaging in low-light conditions, making it an excellent choice for security and surveillance systems. With its fixed iris operation and compatibility with 1/1.7" sensors, this lens is a practical and reliable solution for any professional looking to enhance their imaging capabilities.