The Future of Infrastructure Stations


...for Conventional and
Trunked System
Applications

Motorola's QUANTRO™ station is available in VHF, UHF, and 800 MHz. QUANTRO offers system migration capabilities for the future via FLASHport technology to maximize the value of your infrastructure investment. Software intensive programming and self-test diagnostics simplify installation and service. Highlights: the conventional and trunked QUANTRO stations offer ASTRO full-functioning digital operation the trunked QUANTRO IntelliRepeater eliminates the need for a Central Site Controller. The QUANTRO is available either as Conventional Project 25 compliant or Trunked Voice CAI compliant.

 

see also

SmartNet/SmartZone
System Migration
Pioneering Technology
IntelliRepeater Operation
Enhanced Reliability
Simplified Service
Options


ASTRO Conventional and Trunked QUANTRO

The QUANTRO station programmed for ASTRO operation provides you with true, full functioning digital technology in either 12.5 or25 kHz channels. The result is exceptional performance and a vast array of features that include:

  • Improved spectrum utilization
  • Digital audio quality comparable to analog audio
  • Improved consistency in voice quality across your coverage area
  • Error correction prior to message repeat for improved system performance
  • Enhanced embedded signalling with voice, including digital repeater access addressing
  • Smooth migration from existing conventional or trunked systems
  • An integrated digital modem on Conventional QUANTRO, saving critical site space

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The ASTRO Conventional QUANTRO can be set for dual-mode ASTRO VSELP (voice coder) and analog operation or ASTRO CAI and analog operation to make your transition to digital as smooth as possible. This capability allows the station to detect whether the received call is ASTRO or analog and repeat it in the appropriate mode. The ASTRO VSELP trunked station can be configured for either ASTRO VSELP or analog operation. The ASTRO CAI trunked station can be configured for either ASTRO CAI or analog operation.
The ASTRO QUANTRO station provides you with cutting edge technology: ASTRO digital communication. ASTRO can give you a new perspective on your communications capabilities. Whether you choose ASTRO VSELP (Motorola's Digital Technology) or ASTRO CAI (Motorola's digital solution offering Project 25), it integrates the digital processing power of tomorrow into features and flexibility available today.




QUANTRO stations can also operate as audio channels in Motorola's most advanced wide area bunking system: SmartZone. By routing both clear and coded signals to bunking subscriber units, QUANTRO stations provide system flexibility to meet bunking communication needs.

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Flashport System Migration

The QUANTRO station's innovative and reliable, microprocessor-based design allows expansion and upgrade of both conventional and trunked systems via FLASHportô. The days of total infrastructure replacement are virtually eliminated.

As communication requirements evolve and diversify, FLASHport capability keeps infrastructure upgrade costs to a minimum for smooth migration transitions. The QUANTRO station is designed to meet today's demanding communications requirements and provide a bridge to tomorrow's expanding system needs.

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Pioneering Technology

  • New hardware architecture utilizing many state-of-the-art digital signal processors (DSP)
  • Advanced software design to provide flexible interoperability
  • Software-driven approach optimizes current system applications and accommodates modification for future system enhancements

The QUANTRO station provides the ultimate in system capability. The software driven approach means a more cost effective and upgradeable station solution. The QUANTRO offers unprecedented "system-flexible" station control.

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IntelliRepeater Operation

A QUANTRO IntelliRepeater can simply operate as a SmartZone remote voice channel or perform call processing activities at a SmartZone remote site while still acting as a voice channel.
Site space costs are reduced by eliminating a separate external device at the site to control the calls. The QUANTRO IntelliRepeater supports such SmartZone features as Dynamic Site Assignment and Site Variable Density allowing for infrastructure equipment savings at the remote sites. Low traffic areas within a SmartZone system can be covered with bunking technology in a cost effective manner.

Full-Featured Fault Tolerance
The QUANTRO IntelliRepeater has the capability to transfer call processing capabilities to another IntelliRepeater at the site without disruption in active calls and minimal change in system access time.
IntelliRepeater operation provides continuous bunking communications and retains all APCO 16 features at an individual site.

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Improved Reliability and Flexibilty

Continuous Duty Operation
The station is designed for continuous duty operation and may be operated at full-rated power, exceeding FCC specifications. Reliability is increased by providing longer station usage for the most demanding communications systems.

State-of-the Art Digital Receiver
The QUANTRO station's receiver module has been completely redesigned to provide flexible system design with easy installation and adjustment.

  • The receiver is functionally independent from the transmitter allowing implementation of crossband conventional operation.
  • User-programmable channel spacing to 12.5 kHz operation simplifies station migration to narrow band channelization plans.
  • To reduce station installation and alignment time, only the conveniently frontmounted preselector on VHF and UHF stations requires tuning.
  • Synthesized frequency generation allows for economical and easy-to-implement frequency changes.
  • Truly wide-band receiver-4 MHz bandwidth on VHF and UHF stations allows for a greater range of frequencies.

Advanced Transmitter Design
The QUANTRO station's transmitter design meets and exceeds major global intermodulation specifications for stations placed at crowded antenna sites. Electronic adjustment of deviation and power improves performance and lowers cost by reducing manual tuning adjustments at installation. Modulation sensitivity and power output are adjusted on a per channel basis to provide improved performance in a variety of system configurations. QUANTRO station's transmitter is equipped with an internal wattmeter for ease in measuring transmit output power.

Built-in Single Circulator
The QUANTRO station has a single circulator included in every station to improve reliability by protecting against antenna mismatches and to aid in the reduction of interference caused by equipment at crowded sites.



Flexible Mechanical Design

The QUANTRO station's mechanical design is the universal EIA 19" rack mount which allows the choice of mounting scheme (cabinet type and size, or rack) that best fits system and site requirements.
For station upgrades or servicing, the card cage modules are easily removed and replaced. These Field Replaceable Units (FRUs) provide prompt communications recovery. System upgrades are easily performed by replacing a system-specific functional module or in some cases by simply loading new software. Both short term and long term cost savings can be realized in installation, system maintenance, and upgrades.

Range of Power Levels

The VHF OUANTRO station is available as a 350 Watt model. The UHF QUANTRO station is available in 6, 40, 110 and 225 Watt models. The 800 MHz QUANTRO station is available in 35, 75, and 150 Watt models. This full range of power levels provides flexibility in system designs.

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Simplified Service and Installation

Convenient Connection Access
Routine service ports are all located at the front of the station. All primary installation connectors are located on a single backplane accessed through the rear of the station. Installation and maintenance can be performed quickly, minimizing set-up time and maintenance costs.
Programming
The QUANTRO station is based upon a flexible software design that allows programming and alignment through a personal computer and appropriate software. The user-friendly software simplifies the process of adjusting station characteristics, thereby minimizing station downtime.

Self-Test Diagnostics
On power-up and during operation, the QUANTRO station automatically initiates selftests without interfering with communications. The station conditions can be readily determined by viewing the light emitting diodes (LEDs) on the module front panels providing quick and easy visual appraisal of station status. Station alarm messages and self-designed test results are logged and accessed through the Radio Service Software. Maintenance information is at your fingertips.

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Options

ASTRO 9.6 KBPS Modem

The ASTRO 9.6 kilobit duplex modem allows the interconnection of ASTRO fixed equipment via telephone lines. In order to minimize the number of phone lines required in any system, the ASTRO modem allows for the processing of both digital and analog audio. The signal generated by the modem can also pass through standard narrowband microwave multiplex channels. The modem is designed to fit internal to the station chassis, eliminating the need for additional housing space.

Triple Circulator

This option is recommended for RF-congested transmitter sites where added isolation protection is required.

DC Power Input

The DC power supply for the QUANTRO station utilizes 13.8-16.3 VDC source, negative ground.

Multivoltage AC Power Supply (60 Hz)

This QUANTRO power supply can operate over a wide range of main voltages (90-140/180-280 VAC).

50 Hz Multivoltage AC Power Supply

This QUANTRO power supply can operate with 50 Hz frequencies to meet various domestic and international requirements and is also able to operate over a range of main voltages (90-140/180-280 VAC).

Battery Revert for AC Power Supply

Battery back-up is available as an option to provide uninterrupted station service in the event of a site power failure. The station operates on a single battery voltage in battery revert mode, and reduces power output when the battery voltage gets too low. The low voltage disconnect option protects battery life by shutting down the transmitter so the battery is not overdepleted.


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