Lorex LNB8111BW, 4K Ultra HD Resolution 8MP Outdoor IP Camera, 130FT Night Vision Review
Lorex, LNB8111BW, 4K Ultra HD Resolution 8MP Outdoor IP Camera, 130ft Night Vision Lorex is proud to introduce this industry-leading 4K (8 megapixel) IP security camera to their extensive line of consumer security products. The LNB8111B will leave nothing to question. It will provide the maximum level of detail and clarity available, not to mention an increased ability to zoom in on distant objects without drastically reducing image quality. It also has incredible infrared night vision, a wide angle 88 degree field of view and a fully weatherproof metal housing. Whether you are in the market for a new security camera or looking to upgrade, a 4K security camera from Lorex is an ideal solution. 4K Maximum night vision range 4K resolution video clarity The 8mp image sensor at the core of the LNB81113B bullet security camera is capable of recording a 4K pixel resolution of 3840 x 2160 at 15 frames-per-second (FPS). This resolution will deliver extremely detailed images and allow for greater digital zooms so you can see further into the distance. This camera also uses industry leading H.265 compression, which offers significant bandwidth and video storage capacity over older compression technologies. The 4K difference The 8mp image sensor at the core of the LNB8111 bullet security camera is capable of recording a 4K pixel resolution of 3840 x 2160 at 15 frames-per-second (FPS). This resolution will deliver extremely detailed images and allow for greater digital zooms so you can see further into the distance. Long range digital zooms One of the foremost benefits of having a 4K security camera is the quality of digital zooms within recordings. Since a 4K security camera has around 4x the amount of pixels as a 1080p security camera, the image will hold up much better as a digital zoom is applied. This means that important details, such as facial features or license plates, can potentially still be seen, even if they are deep in the distance of the image.