Analog video is a universal standard and has been in the industry for several decades. However, systems integrators (SIs) often face several challenges with analog cameras such as power fluctuations, burnt cameras, poor resolution, poor clarity, overheating, and much more.
Analog video is a universal standard and has been in the industry for several decades. However, systems integrators (SIs) often face several challenges with analog cameras such as power fluctuations, burnt cameras, poor resolution, poor clarity, overheating, and much more. These hindrances can compromise the quality in analog solutions and become a problem for SIs later on. The R&D team at CP Plus TeknoLogix Lab carried out in-depth research and analysis on the limitations which are affecting the overall growth of the analog surveillance market. Considering the barriers, the CP Plus TeknoLogix Lab developed Quadra, a technology committed to advance the performance of analog cameras. Features such as bright view image, heatless design, and anti-IR reflection front glass are built into all CP Plus analog cameras to deliver quality performance in any environment and under any lighting condition.
Quadra Features: Extra Wide Voltage Range
Each camera offers a functional voltage range, for example, from 6 to 24 volts. The shorter cable length installations allow the lowest voltage draw. This wide voltage range ensures the cameras stay active through power fluctuations that may shut other cameras with different voltage range down. The other advantage offered is the ability of the camera to work safely with a faulty input power supply with variable voltages.
Powerful Surge Protection
The surge protection feature defines the ability of an electronic device to safely work under electrical surges that are prevalent in cases of short circuits and lightning.
BrightView Image
The BrightView feature enables cameras to produce crisp and clear images even in extreme lighting conditions — both dark and bright.
Heatless Design
Cameras with the heatless design feature have a high dissipation mechanism that allows users to be worry free of cameras overheating in a wide temperature range. The surface of the camera is build with a material that behaves like a conductor and starts radiating the heat. The camera material effectively conceals its temperature.
Anti-IR Reflect Front Glass
This feature improves light transmission by 90 percent. The anti-IR coating reduces brightness and sharpness to achieve improvement in the image quality. A thin layer of dielectric material causes the out-of-phase reflected waves from the anti-reflection coating and glass surface to result in zero net reflected energy.