Nikon Z 5 Mirrorless Digital Camera with 24-200mm Lens

Description

Nikon Z 5

Nikon Z 5 is an FX-format mirrorless camera with a well-rounded feature-set to suit both photo and video needs. Its 24.3MP CMOS sensor and EXPEED 6 processor afford wide sensitivity to ISO 51200. Quick shooting at 4.5 fps, and UHD 4K video at 30 fps.

The imaging capabilities further translate to a refined autofocus system with 273 selectable points. And is a hybrid focusing system that uses both phase-detection. And contrast-detection methods for high-speed, accurate focusing with adept subject tracking. Face Detection can be used in both stills and video modes. While the more precise Eye Detection benefits portrait photographers working with either human or animal subjects.

Complementing the sensor and processor is a sleek but versatile physical design that includes a magnesium alloy chassis with a weather-sealed construction to suit working in inclement weather. A high-resolution 3.6m-dot OLED electronic viewfinder allows for high-res eye-level viewing. While a rear 3.2″ 1.04m-dot tilting touchscreen LCD accommodates working from high and low angles. Additionally, for easy sharing, built-in Wi-Fi and Bluetooth work in conjunction with the Nikon SnapBridge app for wirelessly transferring photos and videos and remotely controlling the camera from your mobile device.

24.3MP FX-Format CMOS Sensor and EXPEED 6 Image Processor
The mixture of resolution and sensor size also contributes to clean image quality and smooth colour transitions with reduced noise throughout the sensitivity range. In addition to benefitting image quality, the EXPEED 6 processor also affords useful speed throughout the camera system. Including a top full-resolution continuous shooting rate of 4.5 fps as well as the ability to take 8MP when recording video.

Besides imaging, the sensor’s design also incorporates a 273-point hybrid autofocus system. That uses both phase-detection and contrast-detection methods to quickly and accurately acquire focus for both stills and video applications.