Halloween Special Marshall Cv226 All-weather Hd Lipstick Camera Kit [ldqUnVeG]

Halloween Special Marshall Cv226 All-weather Hd Lipstick Camera Kit [ldqUnVeG]

The Halloween Special Marshall Cv226 All-weather Hd Lipstick Camera Kit [ldqUnVeG] is a versatile and robust solution for any outdoor or challenging environment. Engineered for durability and high-definition performance, this camera is designed to capture crisp and clear images in various lighting conditions. With its IP67-rated weatherproof housing, the CV226 can withstand harsh weather, making it an ideal choice for outdoor installations. Its compact size and full-sized 3G/HD-SDI (BNC) output ensure seamless integration with a wide range of video systems.

Key Features and Specifications

The CV226 is equipped with a 2.5 Megapixel (1/2.86") sensor that delivers exceptional 4:2:2 color accuracy. This sensor, combined with its full-HD resolutions of 1920 x 1080p at various frame rates, ensures that every detail is captured with precision. The camera's interchangeable M12 3.6mm lens offers a 72° horizontal angle of view, making it suitable for a variety of applications. Additionally, the included 10' long breakout cable with BNC, RS-485 remote adjust, and locking 12V power connector provides easy setup and control.

Practical Uses and Benefits

Whether you need a camera for surveillance, event coverage, or broadcast applications, the Marshall CV226 is an excellent choice. Its weatherproof design allows for deployment in environments where traditional cameras would fail, such as construction sites, agricultural fields, or outdoor venues. The camera's wide range of picture adjustment settings, including white balance, color, gain control, and exposure, ensures optimal image quality in any situation. With RS-485 (Visca) or OSD menu joystick control, you can easily adjust settings and navigate the menu system, even in remote locations. The CV-RCP-V2 touchscreen RCP compatibility and free Camera Control Software option further enhance the user experience and flexibility.