Site Vantage™ and CC807 Series
Site VantageTM features enhanced and modern hardware and software architecture designed to support new innovative RF monitoring capabilities. These include, but are not limited to, fast monitoring of forward and reflected transmitted power per channel, measuring Tx to Rx antenna isolation, and monitoring Rx RSSI levels for up to 80 channels. Site VantageTM also boasts a broadband monitoring capability, allowing for RF monitoring in dual or multiband sites using a single device.
With three separate forward and reflected paired power inputs, as well as three separate receive monitoring inputs, the Site VantageTM enables monitoring of multiple transmit combiners and antennas, while also supporting Rx diversity systems or a standalone monitoring antenna, all within one device.
The advanced architecture paves the way for the addition of even more advanced software features in the future, enabling automated periodic RF site maintenance and facilitating remote troubleshooting and fault finding.
Whilst Site VantageTM is compatible with the existing Site Alarm Module (SAM), it also features on-board analogue and digital Inputs as well as Alarm outputs.
Furthermore, the Graphical User Interface (GUI) has been completely overhauled to enhance the user experience through ease of setup and improved data visualizations.
7/800 MHz Corporate Collinear Antennas
These industry leading PIM and PIP rated collinear arrays allow site operators to combine, with complete integrity, a large number of communications services into a single, low profile collinear antenna array.
The true corporate feed of these arrays maintains total pattern integrity over a very broad operating bandwidth, similar to that previously available only in exposed dipole configurations. This is now achieved in the preferred form factor of a fully enclosed fiberglass radome. The corporate collinears employ a unique corporate phasing system enabling precision control of the element placements ensuring phase purity resulting in exceptional bandwidth and electrical performance .
Gain is maximized and side lobes reduced dramatically. In a patent pending design approach the individual dipole elements including matching network are fabricated entirely of a flexible circuit board. The dipole elements are soldered to a brass support tube which is directly connected to the mounting tube and the lightning spike at the top of the antenna.
The result of this unique, incredibly strong design is:
• Peak Instantaneous Power rating (PIP) 25 kW
• Passive Intermodulation rating (PIM) -150 dBc
• High continuous power rating
• Extraordinary bandwidth characteristics with superior pattern control
• Field invertible (most models)