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4G LTE backhaulSupporting ~1,000 sites
3G backhaulSupporting 100+ sites
3G backhaulSupporting 100+ sitesfor USO requirement
2G backhaulSupporting 1,100+ sites
India
Oman
DemocraticRepublicof Congo
Malaysia
3G backhaulSupporting 800+ sites
Peru
3G backhaulSupporting 500+ sites
Bolivia
VSAT Gateway
Satellite Backhaul
4G / LTE
S1u
Evolved Packet Core
eNodeB(Evolved NodeB)
NetworkCloud
3G
Iub
Gateway/ServingGPRS Support
Node
Radio NetworkController
NodeB
NetworkCloud
BaseTransceiver
Station
Mobile SwitchCenter
2G/2.5G
Abis
Base StationController
NetworkCloud
IP
5G
NetworkCloud
gNodeB
EPC/5GC
Advantages of the JUPITERSystem for Cellular Backhaul
OptionalDVB-S2X
return channelfor very highspeed sites
Layer 2 transport for seamless integration
accelerationsupporting16,000simultaneousTCP sessions
LTE5G/NSA
Integrated
and
Precision TimingProtocol using integrated GPSto synchronize base stationwith core
IEEE 1588
Optionalall-outdoorsolution meets IP-67standardsfor protectionagainst dustand water
Lowpowerconsumptionsuitable forsolar power
msApproximately10 ms jitter
Cellular Backhaul by SatelliteBackhauling More than 10,000 Cellular Sites across
Africa, Asia and Latin America with the Hughes JUPITER System
For mobile operators looking to expand networks or meet Universal Service Obligations (USO), reaching new markets in ex-urban, semi-rural and rural areas is a challenging necessity. These markets are often located in areas where terrestrial fiber or microwave services are not readily available to support the backhaul links for base stations. Backhaul by satellite using the Hughes JUPITER™ System offers a low-cost and effective means for interconnecting cellular base stations, regardless of distance, infrastructure, or terrain.
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