Description
Starlink's Generation 3 (REV4) User Terminal, known as the Standard Flat Dish is a satellite terminal provided by Starlink as the main user equipment starting April 2024. The unit is referred to as the Generation 3 UT. Generations 1 refers to the "Round Dishy", Generation 2 refers to "Rectangular Dishy". The current sub-version is rev4_prod1.
The Starlink G3 User Terminal is a satellite transceiver which uses digital beamformers and an Electronic Steerable Antenna to track and maintain connectivity with LEO satellites as they move overhead. As the G3 no longer has motors to position the phased array orthogonally (ideally 90°) to the direction of the satellite, it has a kick-stand so that the user can position dishy optimally. G4 has a higher weather resistance rating, now with IP67 courtesy of a more complex assembly using automotive-glass sealant.
G3 demonstrates higher downlink and uplink data speeds and marginally reduced latencies, however consumes substantially more power (typical consumption around 85 W). One significant enhancement is the shift to a normal RJ45 Ethernet connector (rather than the proprietary SPX connector on earlier models).
Starlink UTs communicate using the Ku-Band, receiving a 240 MHz channel between 10.7 and 12.7 GHz, and transmiting a 60 MHz channel back to the satellite between 14.0 and 14.5 GHz. While the UT is theoretically capable of up to 720 Mbps downlink (64QAM), it realistically achieves data rates to a maximum of about 450 Mbps.
Network Interfaces
Wireless Interfaces
Ethernet Interfaces
| Interface | Quantity | Function | Signalling | PoE Input |
|---|---|---|---|---|
|
1
|
WAN, to UTR-XXX Router
|
Antenna Specifications
Frequency Test Data
| Start Freq. | Stop Freq. | Peak Gain | Azimuth | Elevation |
|---|---|---|---|---|
|
10700 MHz
|
12700 MHz
|
30.4 dBi
|
3.5°
|
3.5°
|
|
14000 MHz
|
14500 MHz
|
31.8 dBi
|
2.8°
|
2.8°
|
Physical Specification
Power Specifications
Drawing
Downloadable Resources
Starlink, initiated by US company SpaceX in January 2015, is a satellite network project aimed at providing satellite internet connectivity. The project's primary objective is to deliver broadband services globally, particularly to underserviced areas of the planet. Starlink's constellation comprises thousands of mass-produced small satellites, orbiting in low Earth orbit (LEO), working in ...