Please Note: The WIFI-EN95610 is no longer manufactured, please refer to the WIFI-EH9500.
The WIFI-EN95610 wireless security camera system consists of a pair of wireless antennas that can transmit at 2.4Ghz or 5.8Ghz. One antenna acts as the transmitter and the other acts as the receiver to create a wireless network bridge. This wireless camera system is weatherproof for outdoor use and capable of transmitting up to 54Mbps at distances up to 1 mile with direct line of sight between the transmitted and receiver. This WIFI bridge can transmit a single or multiple network IP cameras or CCTV cameras (using network video servers
) to a central DVR/NVR without expensive cable dredging. Click here for a sample wireless installation
explanation. The main purpose of the system is to provide a cost effective solution for remote and hard-to-reach camera locations where dredging and cable laying is not
practical or is too expensive.
Wireless Security Camera System Features
- Wireless Network Transmission up to 1 mile
- System Includes Transmitter & Receiver Antennas
- Uses 2.4 and 5.8 Ghz wireless frequencies
- Operates in 5GHz band to avoid interference from 802.11b/g network devices
- 802.11a offers more wireless channels than 802.11b/g
- Data Transfer Rate of up to 54 Mbps
- Transmit multiple IP Security Cameras
- Transmit multiple CCTV Cameras using video servers
- Rugged, weatherproof IP66 enclosure
- High Gain Dual Antenna Design
- Embedded 13dBi (802.11a) / 5dBi (802.11b/g) panel antenna with external antenna connector RP-SMA
- Perfect for both Point-to-Point & Point-to-MultiPoint applications
- Multiple Modes: Access Point, Client Bridge, Client Router
- CAT-5 / RJ-45 Ethernet Interface
- Power Over Ethernet Injector Included (1 Amp DC Output)
- DC Power Supply Included
Wireless System Mount Options
The WIFI-EN95610 system comes standard with pole mounts straps. The optional mounting bracket supports wall and ceiling mount.
The above sample wireless system installation displays a simple example of how an installer can deploy a surveillance system across multiple buildings that are not wired together or even on the same IP network. Each building can have no existing network also.
In this example, building A contains two CCTV cameras (analog cameras) that are wired directly to the hybrid NVR / DVR using RG59 coax cable or premade plug and play CCTV cables. The NVR is connected to the network of building A by connecting to the router via cat-5 cable. To the right of the router is a cable or DSL modem which will allow Internet access to the entire system if desired. To the left of the router in building A, and mounted on the outside wall is the wireless system receiver. The wireless receiver is connected wirelessly to the wireless transmitter on building B which is directly across from it with a direct line of sight for communication (direct line of sight is required between antennas. Building B's wireless transmitter is connected to a network switch in building B (not a router) via CAT-5 cable. The network switch is connected to two network video servers
via CAT5 cable. The network video servers are each connected to a CCTV camera
using RG59 coax cable
or a premade CCTV cables
. The purpose of the network servers is to convert the analog video signal of the camera, make it digital, and transmit it using TCP/IP to the network via the network switch and in turn the wireless camera transmitter.
In summary, the wireless camera system's transmitter and receiver create a wireless network. The router in building A assigns IP addresses to all of the devices in building B and in turn make building B's IP devices part of building A's network. The hybrid DVR / NVR in building A is capable of connecting both to wired CCTV cameras as well as IP cameras and IP video servers bringing all of the cameras in both buildings together into a single surveillance system. With high speed internet access in place in building A and port forwarding / firewall settings setup properly, users can access all of the cameras from both buildings remotely over the Internet by connecting to the NVR / DVR's web camera service.