Climax Technology introduces its VST-862P-F1, Pet-Immune Camera PIR Sensor, a new addition to Climax next generation family of PIR Camera Sensors leveraging the power of Climax F1 Technology. VST-862P-F1 is a pet-immune, passive infrared (PIR) motion sensor camera maintaining the peak performance of F1 models with long RF communication range, enhanced penetration and sensitivity rate, increased data quality transfer speed, and advanced dynamic speed adjustment algorithm.
The VST-862P-F1 offers unsurpassed quality of performance and security with advanced communication range, increased sensitivity, and penetration rate. Climax has been able to massively extend RF range without compromising system reliability through Climax’s sophisticated RF technology, sharpened after decades-long experience.
Long Communication Range
The innovative design eliminates frequency shifts and missed signals, resulting in enhanced penetration rate
The VST-862P-F1 has an antenna design coupled with maximized receiver sensitivity to ensure precise transmission and reception of signals, which lays a premium foundation for optimized bandwidth allocation. This innovative design eliminates frequency shifts and missed signals, resulting in enhanced penetration rate.
This advantage gives VST-862P-F1 the ability to enhance signal sensitivity through walls and other housing structure obstacles, allowing users and installers to flexibly set up on large or complicated premises. While optimized bandwidth allocation is necessary for the creation of long RF range, frequency stability is indispensable to the reliability of communication.
Speed Adjustment Algorithm
VST-862P-F1’s unique circuit design enhances frequency reliability and immediate image transfer rate, resulting in instant delivery of alarm reporting. VST-862P-F1 features advanced Dynamic Speed Adjustment algorithm to maintain high stable reception which automatically adjusts accordingly based on signal quality.
By processing signals, filtering out electromagnetic interference, and automatically adapting based on signal strength, resulting in reliable connections and ensures delivery of alarm reporting and data transmission.
