Image Map 13 GHz / CARS BAND | Indoor Broadband Transmitters 
AML Wireless Networks Indoor Broadband Transmitters offer users unexcelled ability to provide signal trunking in virtually any environment, with the ease of installation and maintenance that AML Wireless Networks customers have come to expect.  From high bandwidth requirements over modest distances to long distance supertrunking in excess of 25 miles, the range of indoor systems offer solutions that fit your needs.

The AML Wireless Networks indoor transmission systems operate by block upconverting VHF signals (54 - 550 MHz) to the microwave transmit frequency by simple heterodyne and transmitting them to multiple receive locations where they are downconverted back to the original VHF band.

Indoor solid state transmitters have the ability to equal the output power of a traditional channelized transmitter yet provide 80 analog channels or hundreds of digital compressed channels versus just one in the traditional  gear. 

All of our indoor transmitters use a unique feed forward technology to provide unmatched performance without sacrificing signal quality.

General Specifications


Input Frequency 54 to 550 MHz

Output Frequency 12.7 - 13.2 GHz

Gain Flatness ±1 dB

Frequency Stability 0.0005%

Output Connector WR 75 Waveguide

Temperature Range -40ºF to 100ºF

Humidity to 95%

Dimensions 20.5” wide x 72” high open rack

Power 120 VAC

Features


Patented super high power microwave circuitry using FET amplifiers.
Utilizes a pilot tone for system phase locking.
Single rack space required.
Low operating costs.
Greatly reduced maintenance needs.
Built in self test features.
Transmit monitor for monitoring and maintenance.

Options


Auto Redundancy switch for use with multiple transmitters automatically transfers the signal delivery from one unit to another in the event of a disruption or degradation in signal quality.

230 VAC powering

Custom waveguide designs are available to meet every customers unique installation and application needs.

Output frequency
12.1 - 12.5 GHz
12.4 - 12.7 GHz
SNMP Interface Option

AML Wireless Networks has designed a new SNMP Interface feature which will allow our customers the ability to monitor the status of their AML 13 GHz indoor transmitters using Simple Network Management Protocol (SNMP). As SNMP is the universal standard for network monitoring, our Interface will seamlessly integrate into any Network Management System.

The SNMP Interface allows you to monitor symptoms of failing devices or components via the NMS before they break down and a service interruption occurs. This will allow for proactive maintenance rather than costly urgent repairs.In the unlikely event of a failure, the SNMP Interface will help isolate potential problems by sending information (via an SNMP trap) immediately to the central NMS. The SNMP Interface will log device messages automatically giving you the ability to establish a historical account of monitorables for troubleshooting or observing trends. This historical view will indicate the root of any problems that might be occurring. Again, this proactive approach will reduce and even eliminate the costs and service impacts of reactive urgent problem solving.

The SNMP Interface is simple to install and operate. Monitoring can take place remotely from any number of locations. Monitoring access is determined by set up and network management software.

Availability

HIBT 118  

SIBT-121  

IBT-121-T  

LIBT-117 

IBBT-116  

ATRS 

Monitorables 

All parameters on the front panel of the transmitters can be remotely monitored with traps for critical alarms, including RF output level, oscillator status and relevant voltages and currents. 

Remotely monitor the status and mode and control the mode and switch-over of the ATRS Control Unit. 

Key Features 

SNMP Interface Unit can be installed easily in the field without service interruption on SNMP ready devices  

SNMP interface: 10BaseT (RJ45)  

A Serial interface (EIA-232) is provided for local monitoring and diagnostics  

Supports SNMPv1 - can be configured for SNMPv2c, SNMPv3  

MIB follows ASI standard