Dual mode and automatic change: The RD985 repeater can
be operated both in analog and in digital mode and is
completely compatible with the analog systems currently
in use. The device can automatically change between
digital and analog mode depending on the type of
receiver signal and, thanks to the elimination of
manually configuring frequencies and channels, both time
and money are saved.
100% efficiency: The RD985 offers constant power (up to
50 watts) and therefore meets the high requirements of
all conventional digital radio systems.
Flexible installation options: The RD985 repeater can be
installed in a 19-inch equipment rack using an optional
installation kit. Alternatively, you can easily install
it on a rack, a mounting support or a work table. Thanks
to the space intended for an optional duplexer inside
the device, the device remains compact.
Efficiency in the high-frequency range: Thanks to the
TDMA technology, twice as many users can use the same
channel, such as is the case with analog or digital FDMA
systems. Due to the restricted frequency resources, this
represents an important relief and reduces the expenses
for system terminals and frequency licenses.
Secure communication: The RD985 repeater features an
enhanced digital encryption function that protects your
communication against wire tapping.
High cooling capacity: Thanks to heat dissipation, the
power amplifier can dissipate its heat exceptionally
efficiently. In addition, the integrated fan system
ensures stable and powerful operation.
Operation in repeater and/or basic mode: If the repeater
is operated on an analog channel, you can choose between
repeater mode and basic mode. In basic mode the repeater
can be used as a duplex transceiver.
High reliability: Since the repeater was designed
according to military standards, it offers high
reliability and excellent performance. Test results from
independent laboratories have shown that the device can
be operated for up to 100,000 hours without interference
and it therefore meets the requirements for use in
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