XVR UNIVIEW 16 CANAUX (XVR301-16G3)

<span class="_fadeIn_m1hgl_8">Cet </span><span class="_fadeIn_m1hgl_8">enregistreur </span><span class="_fadeIn_m1hgl_8">vidéo </span><span class="_fadeIn_m1hgl_8">hybride </span><span class="_fadeIn_m1hgl_8">16 </span><span class="_fadeIn_m1hgl_8">canaux </span><span class="_fadeIn_m1hgl_8">est </span><span class="_fadeIn_m1hgl_8">compatible </span><span class="_fadeIn_m1hgl_8">avec </span><span class="_fadeIn_m1hgl_8">les </span><span class="_fadeIn_m1hgl_8">caméras </span><span class="_fadeIn_m1hgl_8">TVI, </span><span class="_fadeIn_m1hgl_8">AHD, </span><span class="_fadeIn_m1hgl_8">CVI, </span><span class="_fadeIn_m1hgl_8">CVBS </span><span class="_fadeIn_m1hgl_8">et </span><span class="_fadeIn_m1hgl_8">IP </span><span class="_fadeIn_m1hgl_8">grâce </span><span class="_fadeIn_m1hgl_8">à </span><span class="_fadeIn_m1hgl_8">un </span><span class="_fadeIn_m1hgl_8">accès </span><span class="_fadeIn_m1hgl_8">adaptatif. </span><span class="_fadeIn_m1hgl_8">Il </span><span class="_fadeIn_m1hgl_8">prend </span><span class="_fadeIn_m1hgl_8">en </span><span class="_fadeIn_m1hgl_8">charge </span><span class="_fadeIn_m1hgl_8">les </span><span class="_fadeIn_m1hgl_8">formats </span><span class="_fadeIn_m1hgl_8">de </span><span class="_fadeIn_m1hgl_8">compression </span><span class="_fadeIn_m1hgl_8">H.</span><span class="_fadeIn_m1hgl_8">265 </span><span class="_fadeIn_m1hgl_8">et </span><span class="_fadeIn_m1hgl_8">H.</span><span class="_fadeIn_m1hgl_8">264, </span><span class="_fadeIn_m1hgl_8">ainsi </span><span class="_fadeIn_m1hgl_8">que </span><span class="_fadeIn_m1hgl_8">l’audio </span><span class="_fadeIn_m1hgl_8">via </span><span class="_fadeIn_m1hgl_8">câble </span><span class="_fadeIn_m1hgl_8">coaxial </span><span class="_fadeIn_m1hgl_8">pour </span><span class="_fadeIn_m1hgl_8">les </span><span class="_fadeIn_m1hgl_8">caméras </span><span class="_fadeIn_m1hgl_8">TVI. </span><span class="_fadeIn_m1hgl_8">Il </span><span class="_fadeIn_m1hgl_8">dispose </span><span class="_fadeIn_m1hgl_8">de </span><span class="_fadeIn_m1hgl_8">sorties </span><span class="_fadeIn_m1hgl_8">HDMI </span><span class="_fadeIn_m1hgl_8">et </span><span class="_fadeIn_m1hgl_8">VGA </span><span class="_fadeIn_m1hgl_8">en </span><span class="_fadeIn_m1hgl_8">Full </span><span class="_fadeIn_m1hgl_8">HD (</span><span class="_fadeIn_m1hgl_8">1920×</span><span class="_fadeIn_m1hgl_8">1080) </span><span class="_fadeIn_m1hgl_8">et </span><span class="_fadeIn_m1hgl_8">assure </span><span class="_fadeIn_m1hgl_8">une </span><span class="_fadeIn_m1hgl_8">transmission </span><span class="_fadeIn_m1hgl_8">longue </span><span class="_fadeIn_m1hgl_8">distance </span><span class="_fadeIn_m1hgl_8">sur </span><span class="_fadeIn_m1hgl_8">câble </span><span class="_fadeIn_m1hgl_8">coaxial. </span><span class="_fadeIn_m1hgl_8">Il </span><span class="_fadeIn_m1hgl_8">est </span><span class="_fadeIn_m1hgl_8">également </span><span class="_fadeIn_m1hgl_8">compatible </span><span class="_fadeIn_m1hgl_8">avec </span><span class="_fadeIn_m1hgl_8">les </span><span class="_fadeIn_m1hgl_8">protocoles </span><span class="_fadeIn_m1hgl_8">ONVIF </span><span class="_fadeIn_m1hgl_8">et </span><span class="_fadeIn_m1hgl_8">RTSP, </span><span class="_fadeIn_m1hgl_8">pour </span><span class="_fadeIn_m1hgl_8">une </span><span class="_fadeIn_m1hgl_8">intégration </span><span class="_fadeIn_m1hgl_8">facile </span><span class="_fadeIn_m1hgl_8">avec </span><span class="_fadeIn_m1hgl_8">la </span><span class="_fadeIn_m1hgl_8">majorité </span><span class="_fadeIn_m1hgl_8">des </span><span class="_fadeIn_m1hgl_8">caméras </span><span class="_fadeIn_m1hgl_8">IP </span><span class="_fadeIn_m1hgl_8">du </span><span class="_fadeIn_m1hgl_8">marché.</span>