Wireless Video

Wireless surveillance systems provide mobility and allow surveillance to be extended into new locations. Transmitting live video over a wireless network to mobile police cars accelerates the apprehension of criminals. Capturing the best field of view with a video surveillance camera can mean placing the camera outside the reach of traditional analog or IP cabling. Wireless networks allow cameras to be placed in exactly the right location to capture the highest quality images.

However, these networks aren’t without their own challenges. Streaming live video is a demanding network application. Renaissance can calculate bandwidth consumption and compare it with available throughput ensuring the network supports streaming live video. Bluetooth devices, commercial WiFi, and many other technologies can interfere with a wireless surveillance connection. Renaissance can detect and monitor potential interference before installation to deliver secure connections no matter where cameras need to be.

Mesh Networks

Wireless mesh networks are used to reliably provide high-speed wireless coverage throughout municipal areas and campus environments. Mesh networks consist of multiple independent signal transmitters, or nodes, which work together to transmit data through the network. These networks can also use multiple wireless backhauls to transfer network transmissions onto underlying physical data infrastructure. Many devices are available within the network to provide additional load in the event of a failure making mesh networks more reliable compared to wired, and Wi-Fi networks.


© 2008 Firetide, Inc.

No matter how large the area, mesh networks provide efficient data connectivity at a lower overall cost when compared to wired, and Wi-Fi networks. Wired and Wi-Fi networks require multiple T1 lines to be run throughout their coverage area to accommodate throughput at each individual WiFi transmitter or wired backhaul. In turn, T1 lines require monthly subscription fees which outweigh the costs involved in distributing multiple nodes throughout a coverage area. Mesh networks transmit their data across multiple nodes until they reach a backhaul which only requires a single T1 connection. These factors allow wireless mesh networks from Renaissance to provide reliable, large scale, and lower cost data connectivity.

Certifications

Dukane Commercial Sound Technology

 

Aiphone Secure Door Access

 

Sapling Clocks

Perceptrak Systems

Milestone System

GE Security Starcall

Sony Video Cameras


exacq video vision


Genetec


Certifications