The IPC3638SE‑ADZKMC‑WP‑I1 is a premium 8‑megapixel motorized zoom eyeball camera engineered for professional outdoor surveillance environments that demand exceptional clarity, advanced low‑light colour performance, and flexible focal control. Built on Uniview’s high‑sensitivity 1/1.8" CMOS sensor, this model delivers crisp Ultra HD video with outstanding detail, making it ideal for commercial buildings, logistics yards, retail exteriors, industrial sites, and high‑security applications requiring reliable 24/7 monitoring.
Equipped with Uniview’s ColorHunter technology, the camera captures vivid, full‑colour video even in extremely low‑light conditions where traditional IR cameras revert to monochrome. Its F1.0 super‑aperture lens allows significantly more light to reach the sensor, producing bright, high‑contrast night‑time footage with accurate colour reproduction. This ensures true‑to‑life imaging around the clock, improving identification and situational awareness in challenging environments.
The defining feature of this model is its motorized zoom autofocus lens, offering enhanced flexibility for installations requiring variable focal lengths. Installers can remotely adjust zoom and focus to achieve the perfect field of view without manual intervention, ensuring optimal image sharpness and coverage for both wide‑area monitoring and targeted observation.
With 120dB True WDR, the camera maintains balanced exposure in scenes with strong backlighting, headlights, or high‑contrast lighting conditions, delivering clear and usable footage regardless of environmental challenges. The rugged IP67 weatherproof housing ensures reliable operation in harsh outdoor conditions, protecting the camera from rain, dust, and extreme weather.
Support for Ultra 265/H.265/H.264 compression significantly reduces bandwidth and storage requirements while maintaining high image quality. As part of Uniview’s Prime III series, the IPC3638SE‑ADZKMC‑WP‑I1 offers enhanced performance, superior colour imaging, and long‑term stability for demanding surveillance deployments.
