Specifications

20
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Multiband Shorthaul
Control Station Combiner
43-05-01 Series
BTG, TX RX System multi-channel multi-band combiners provide
frequency-agile operation across multiple bands. Interoperability can
be combined into a single network for effi ciency.
PROBLEMS
Many bands on site with frequencies from VHF
to 900 MHz
Standardization across all sites
Space constraints
Cost reduction
SOLUTIONS
- Multiband combiner allows operation in
multiple bands
- Advance coupler technology with no need for
tuning — control stations can be connected
without regard to frequency
- Low Profi le for space effi cient installation
- Multiple bands can utilize the same
combiner for cost reduction
APPLICATIONS
Control Station Combiners operating in
multiplebands may be used to reduce
the number of antennas required on a
communications site while also ensuring
that predictable radio-to-radio isolation is
maintained at all times — irrespective of
individual radio’s Tx or Rx operating mode or
antenna isolation characteristics.
Is ideally used with multiband coupler
NAVAIR
TECHNOLOGIES
Bird
®
SB I Series Signal Boosters
62-89B, 62-90A Series
NPSPAC
Bird Technologies Group, TX RX Systems brand, SB I Series family
of signal boosters provides an exceptional balance of performance
and value for extended coverage of radio communications networks.
PROBLEMS
RF coverage is required for different building
sizes and confi gurations
System monitoring is required
Need to eliminate potential interference and
unwanted coverage
Reliable in-building communications is a must
SOLUTIONS
- Bird
®
SB I is available in two output
power models:
- High power model (+35 dBm)
- Low power model (+25.5 dBm)
- Alarm and sampler port are available
- Gain is adjustable from 0 to 30 dB in
2 dB increments
- Bird invented the signal booster and has
been a leader in providing reliable in-
building wireless solutions since 1980
APPLICATIONS
Cost effective in-building coverage solutions
for applications in critical communications
systems
Public Safety, Private Wireless networks
Excellent selectivity for operation in a shared
frequency band
APPLICATION
S