Starlink Gen 2 Dish Features and Functionality

The Starlink Gen 2 dish is a significant upgrade from its predecessor, and one of its standout features is the improved antenna design.

The new dish is smaller and more compact, making it easier to install and transport.

One of the key benefits of the Starlink Gen 2 dish is its ability to provide faster and more reliable internet connectivity.

The dish's smaller size doesn't compromise on performance, and it's capable of delivering speeds of up to 20 Gbps.

For your interest: What Is G E O S M I N

The Starlink Gen 2 dish has some interesting components that make it tick. The Starlink Transceiver is a key part of the system.

It operates on the X Band, with a receive frequency range of 10.7 GHz to 12.7 GHz. This allows for a max data rate of 720 Mb/s.

The transceiver also supports Ku Band for transmission, with a frequency range of 14 GHz to 14.5 GHz and a max data rate of 180 Mb/s.

One of the interfaces on the Starlink Gen 2 dish is the SPX 20-Pin connector, which provides a LAN connection to the UTR-211 Router. This interface supports both 100BASE-T and 1000BASE-T signalling.

For another approach, see: E L E C T R O

The transceiver is a crucial component in the Starlink system, responsible for transmitting and receiving data. It operates on multiple wireless bands, including X Band and Ku Band.

The X Band has a receive path with a start frequency of 10700 MHz and a stop frequency of 12700 MHz. This band uses 64QAM modulation and can achieve a max data rate of 720 Mb/s.

In contrast, the Ku Band has a transmit path with a start frequency of 14000 MHz and a stop frequency of 14500 MHz. This band also uses 64QAM modulation, but its max data rate is significantly lower at 180 Mb/s.

The transceiver has a single SPX 20-Pin interface that provides LAN connectivity to the UTR-211 Router. This interface supports both 100BASE-T and 1000BASE-T signalling, and it requires a Starlink PoE input for power.

Here's a summary of the transceiver's key features:

The Electronic Steerable Antenna is a remarkable component that allows for precise control over its direction. It operates within a specific frequency range.

The Electronic Steerable Antenna can cover frequencies from 10700 MHz to 12700 MHz, with a peak gain of 30.4 dBi. This is ideal for applications where a strong signal is required.

In addition to its frequency range, the antenna also has a narrow beamwidth, with an azimuth of 3.5° and an elevation of 3.5°. This allows for precise control over its direction.

Here are the key specifications of the Electronic Steerable Antenna: