CAE750-RDCRS is a portable mobile repeater that can handle up to 1500 square meters and maintains the portability and power flexibility needed for disaster recovery and emergency operations
(1) USHR-900H 900MHz CE approved High Gain Amplifier
(1) USHR-1800H 1800MHz CE approved High Gain Amplifier
(1) Dual Band Fiberglass Omni Directional Exterior Antenna
(1) Panel Mounted multi-band Directional Antenna
(2) Low loss cables with connectors already attached.
(2) 800-2500 MHz multi-band couplers
AC Power Supplies for the Amplifiers
Battery Backup system (allows 8+ hours operation) with Charger and DC/AC Power Converter
Instructions
use in emergency operation centers and response vehicles, the RDCRS facilitates cellular communication in areas as large as 1500 square meters, ensuring that personnel in that radius will receive reliable, clear cellular signals in low signal level conditions. The RDCRS is packaged in a rugged, roller-type case for easy transport, can easily fit into the trunk of a vehicle, and is lightweight enough to be deployed by a single person.
to truly be an effective emergency operations device, it has to be able to deal with yet another challenge; Power. Due to disaster-related outages, power can be just as unreliable as the cellular signals CellAntenna’s box was designed to boost. This is why the engineering team incorporated a battery backup system, providing the unit with up to 8 hours of rechargeable battery power. This insures that with the RDCRS, powerful and reliable cellular reception can be provided in virtually any circumstance, anywhere in the world.
provide full contiguous coverage of the GSM 900 and the DCS 1800 Cellular bands with one set of antennas and cabling using CE approved amplification. The RDCRS can handle up to 1500 square meters of area.
of CellAntenna's popular CAE700 dual-band repeater system, the RDCRS allows government agencies and other users to immediately deploy a dual band solution that boosts cellular signals in outdoor and indoor areas that may not have adequate cellular signal coverage due to natural or terror-related disasters.