Marshall Electronics CV605 2MP HD 3G-SDI/IP 5x PTZ Camera, Black

What sets the CV605 2MP HD 3G-SDI/IP 5x PTZ Camera apart is its advanced 2 Megapixel sensor that delivers stunningly crisp HD video, ensuring that every detail is captured with clarity. With a wide-angle lens that starts at an 85-degree field of view and extends to a 1920x1080p resolution at a smooth 60 frames per second, this camera is engineered for professional-grade video production.

The sophisticated design of the CV605 incorporates a 5x optical zoom, allowing for precise framing and composition from wide shots to close-ups, complemented by an additional 10x digital zoom for extended reach. The innovative low-light sensitivity feature guarantees excellent performance in diverse lighting conditions, from dimly lit conference rooms to brightly lit outdoor events, maintaining image quality without compromise.

Networkable and equipped with POE technology, the CV605 seamlessly integrates into existing infrastructures, offering flexibility in setup and use. The state-of-the-art camera supports a streamlined one-cable setup through Ethernet (CAT) cable, which simplifies the installation process by carrying power, video, audio, and control signals over a single connection.

The CV605's high-tech capabilities extend to its output options, which include both 3GSDI and IP streaming (H.265/H.264), providing workflow versatility for a variety of broadcast and professional A/V applications. The camera's IP interface is designed for low latency, ensuring real-time transmission for live streaming and video conferencing.

Ideal for a multitude of settings, the CV605 is the perfect choice for live broadcast productions, courtroom capture, corporate video, government assembly, sports broadcasting, news coverage, reality television, concerts, and houses of worship. Its sleek black and silver design not only complements any professional environment but also houses a powerhouse of video technology that meets the demands of modern production and streaming applications.