A first look at starlink performance
Первый взгляд на производительность Starlink
2022-10-21
SCID: 54.1/v658g6wr
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Low Earth Orbit satellitesQUICStarlink performanceTCP throughputpacket loss
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Abstract (AI)
With new Low Earth Orbit satellite constellations such as Starlink, satellite-based Internet access is becoming an alternative to traditional fixed and wireless technologies with comparable throughputs and latencies. In this paper, we investigate the user-perceived performance of Starlink. Our measurements show that latency remains low and does not vary significantly under idle or lightly loaded links. Compared to another commercial Internet access using a geostationary satellite, Starlink achieves higher TCP throughput and provides faster web browsing. To avoid interference from performance enhancing proxies commonly used in satellite networks, we also use QUIC to assess performance under load and packet loss. Our results indicate that delay and packet loss increase slightly under load for both upload and download.
Key Findings
1
Compared with a commercial geostationary satellite Internet service, Starlink achieves higher TCP throughput and faster web browsing.
2
Latency remains low and shows little variation when Starlink links are idle or lightly loaded.
3
QUIC-based measurements avoid interference from satellite performance-enhancing proxies when evaluating Starlink under load and packet loss.
4
Starlink provides user-perceived throughput and latency comparable to traditional fixed and wireless Internet access technologies.
5
Under load, both upload and download experience slight increases in delay and packet loss.
Research Object
Starlink satellite Internet access service
Research Subject
User-perceived network performance, including latency, TCP throughput, web-browsing speed, delay, and packet loss under idle, loaded, and lossy conditions
Publication Details
Publication Date
2022-10-21
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