AC Summer 08 WIN-T Online - United States Army Signal Center of ...
AC Summer 08 WIN-T Online - United States Army Signal Center of ...
AC Summer 08 WIN-T Online - United States Army Signal Center of ...
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Network Centric Waveform (NCW)<br />
����� Available on <strong>WIN</strong>-T MPM-1000 modems and<br />
JC4ISR radios mounted on vehicles.<br />
����� Provides OTM and ATH satellite communications<br />
for range extension <strong>of</strong> the <strong>WIN</strong>-T backbone network<br />
through the use <strong>of</strong> various MILSATCOM and<br />
commercial transponded satellites.<br />
����� Provides a full-mesh, multi-frequency, TDMA<br />
network. Utilizes a network controller scheduler<br />
that automatically calculates optimum connectivity<br />
between all network terminals. Allows sharing<br />
resources across the network and optimizes<br />
throughput.<br />
����� Burst Rate Throughput:<br />
* ATH – up to 6 Mbps transmit and 12 Mbps<br />
rcv.<br />
* OTM – up to 1 Mbps<br />
transmit and 3 Mbps rcv.<br />
����� Uses frequency bands: SHF Bent Pipe SATCOM<br />
operation. Uses Ka/Ku SATCOM bands On-the-<br />
Move (OTM), and C/X/Ka/Ku SATCOM bands at the<br />
High-band Networking Waveform (HNW)<br />
����� Available on <strong>WIN</strong>-T HNR and JC4ISR radios<br />
mounted on vehicles and aircraft.<br />
����� Supports terrestrial and aerial LOS comms, both<br />
OTM and ATH. Provides high capacity, long range,<br />
full mesh networking <strong>WIN</strong>-T backbone<br />
communications.<br />
����� Provides mobile ad hoc networking by<br />
automatically discovering and tracking moving<br />
nodes. Operates with a narrow beam, fastswitching,<br />
directional antenna for 360 degree plus<br />
aerial coverage. Automatic in-band neighbor<br />
discovery does not require operator intervention<br />
to establish links.<br />
����� Network Throughput: Ranges from 16 Mbps to<br />
110 Mbps - dependant on modulation and FEC.<br />
����� Uses frequency bands: C and Ku bands to<br />
support ad-hoc ground-to-ground, ground-to-air,<br />
74 <strong>Summer</strong> 20<strong>08</strong><br />
halt (ATH). FDMA backward compatibility to legacy<br />
SATCOM terminals.<br />
����� Range: BLOS Satellite<br />
����� Includes TRANSEC protection for both user data<br />
and waveform signaling. <strong>WIN</strong>-T provides external<br />
COMSEC.<br />
����� “Selectable” spread spectrum to support small<br />
apertures & non spread for large apertures.<br />
����� Supports peer to peer communications without<br />
large hubs. Allows any advantaged node to act as<br />
hub when needed.<br />
����� Blockage mitigation techniques for OTM.<br />
����� Supports a max <strong>of</strong> 31 subnets, and up to 255<br />
members in each subnet<br />
����� Full link management support: power control,<br />
data rate control, adaptive coding and modulation,<br />
and adaptive spectrum spreading. Dynamically<br />
adjusts throughput based on link conditions.<br />
����� Dependent on satellite payload and link conditions<br />
air-to-air LOS communications.<br />
����� Range:<br />
* up to 45 km - ground-to-ground, pt-to-pt,<br />
non-networking<br />
* 44 km - ground-to air (ERMP)<br />
����� Includes TRANSEC protection for user data and<br />
signaling. <strong>WIN</strong>-T provides external COMSEC.<br />
����� Provides spectrum efficiency <strong>of</strong> up to 2.2 bits/<br />
Hz.<br />
����� Frequency re-use implemented through<br />
directional antenna networking (Directive Network<br />
Technology – DNT) and auto-scheduled timeslots,<br />
greatly multiplying frequency re-use (up to 15x).<br />
Demand assigned timeslots allows sharing<br />
resources across the network, reducing spectrum<br />
required. Waveform dynamically adjusts<br />
throughput based on link conditions.