#l4s — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #l4s, aggregated by home.social.
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Here's a deeply nerdy talk I gave about sending lidar data over webRTC data channels using 5g.
https://www.youtube.com/watch?v=wpHojBJ6nLI&list=PLDaEs5k2Xy-u-vwyKswF2viDuROt9yNiM&index=8
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Here's a deeply nerdy talk I gave about sending lidar data over webRTC data channels using 5g.
https://www.youtube.com/watch?v=wpHojBJ6nLI&list=PLDaEs5k2Xy-u-vwyKswF2viDuROt9yNiM&index=8
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Say Goodbye to Lag: How L4S is Revolutionizing Internet Speed and Performance. This breakthrough technology reduces latency, prevents congestion, and ensures seamless experiences for gaming, streaming, and remote work. Discover how L4S is shaping the future of ultra-fast, reliable connectivity.
https://www.kiledjian.com/main/2025/1/31/l4s-a-breakthrough-in-internet-congestion-control
#L4S #LowLatency #InternetPerformance #NetworkOptimization #FutureOfInternet #TechInnovation #LatencyReduction #5G #CloudComputing #GamingTech #Streaming #EdgeComputing #CyberSecurity #NetworkSpeed #AI #MachineLearning #SmartNetworking #InternetTechnology #Connectivity #TechTrends #HighSpeedInternet #NextGenNetworking #WiFi6 #NetworkEngineering #PacketLoss #VR #AR #IoT #DataScience #DigitalTransformation #Broadband #CloudGaming #Infrastructure #ScalableNetworking #RealTimeData #TechNews
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Say Goodbye to Lag: How L4S is Revolutionizing Internet Speed and Performance. This breakthrough technology reduces latency, prevents congestion, and ensures seamless experiences for gaming, streaming, and remote work. Discover how L4S is shaping the future of ultra-fast, reliable connectivity.
https://www.kiledjian.com/main/2025/1/31/l4s-a-breakthrough-in-internet-congestion-control
#L4S #LowLatency #InternetPerformance #NetworkOptimization #FutureOfInternet #TechInnovation #LatencyReduction #5G #CloudComputing #GamingTech #Streaming #EdgeComputing #CyberSecurity #NetworkSpeed #AI #MachineLearning #SmartNetworking #InternetTechnology #Connectivity #TechTrends #HighSpeedInternet #NextGenNetworking #WiFi6 #NetworkEngineering #PacketLoss #VR #AR #IoT #DataScience #DigitalTransformation #Broadband #CloudGaming #Infrastructure #ScalableNetworking #RealTimeData #TechNews
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Nokia and Vodafone test latency-busting technology https://www.telecomstechnews.com/news/2024/apr/03/nokia-vodafone-test-latency-busting-technology/ #nokia #vodafone #l4s #telecoms #broadband #connectivity #tech #news #technology
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Nokia and Vodafone test latency-busting technology https://www.telecomstechnews.com/news/2024/apr/03/nokia-vodafone-test-latency-busting-technology/ #nokia #vodafone #l4s #telecoms #broadband #connectivity #tech #news #technology
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To learn how the sausage is made, see RFC9330 "Low Latency, Low Loss, and Scalable Throughput (L4S) Internet Service: Architecture"
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To learn how the sausage is made, see RFC9330 "Low Latency, Low Loss, and Scalable Throughput (L4S) Internet Service: Architecture"
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What's old is new again. Explicit Congestion Notification(ECN) is growing up(?).
https://www.theverge.com/23655762/l4s-internet-apple-comcast-latency-speed-bandwidth
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What's old is new again. Explicit Congestion Notification(ECN) is growing up(?).
https://www.theverge.com/23655762/l4s-internet-apple-comcast-latency-speed-bandwidth
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The quiet plan to make the internet feel faster: engineers and major companies are pushing a technology called L4S that they say could make the web feel dramatically faster
https://www.theverge.com/23655762/l4s-internet-apple-comcast-latency-speed-bandwidth
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The quiet plan to make the #internet feel faster --
#Engineers and major companies are pushing a #technology called #L4S that they say could make the #web feel dramatically faster. But how?https://www.theverge.com/23655762/l4s-internet-apple-comcast-latency-speed-bandwidth
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The quiet plan to make the #internet feel faster --
#Engineers and major companies are pushing a #technology called #L4S that they say could make the #web feel dramatically faster. But how?https://www.theverge.com/23655762/l4s-internet-apple-comcast-latency-speed-bandwidth
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這是啥神奇的技術可以讓Internet戲劇化的變快很多 ? #L4S
https://www.theverge.com/23655762/l4s-internet-apple-comcast-latency-speed-bandwidth
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這是啥神奇的技術可以讓Internet戲劇化的變快很多 ? #L4S
https://www.theverge.com/23655762/l4s-internet-apple-comcast-latency-speed-bandwidth
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The high-level summary is that #L4S has two main components:
1) Communicating endpoints and network devices have a new way of using ECN. Rather than just indicating loss, proportional ECN can now indicate "how full" a link is.
2) "Scalable" L4S flows and traditional flows use different AQM queues on network devices, with the former being very small.
Then *LOTS* of details & corner cases, with a goal of L4S flows never having significant latency from queues on supporting devices/routers/etc. -
The high-level summary is that #L4S has two main components:
1) Communicating endpoints and network devices have a new way of using ECN. Rather than just indicating loss, proportional ECN can now indicate "how full" a link is.
2) "Scalable" L4S flows and traditional flows use different AQM queues on network devices, with the former being very small.
Then *LOTS* of details & corner cases, with a goal of L4S flows never having significant latency from queues on supporting devices/routers/etc. -
L4S has the potential to be a big step towards reducing tail latency and improving responsiveness on the #Internet. The #IETF RFCs for #L4S have been published as #RFC 9330 (architecture), 9331 (experimental ECN changes for L4S), and 9332 (experimental DualQ AQM for L4S)! See https://www.rfc-editor.org/rfc/rfc9330.html and friends. Low Latency DOCSIS builds on these already. Next steps are seeing how well these work (and/or break) when deployed at global scale. Thanks to hard work from Bob Briscoe and many others!
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L4S has the potential to be a big step towards reducing tail latency and improving responsiveness on the #Internet. The #IETF RFCs for #L4S have been published as #RFC 9330 (architecture), 9331 (experimental ECN changes for L4S), and 9332 (experimental DualQ AQM for L4S)! See https://www.rfc-editor.org/rfc/rfc9330.html and friends. Low Latency DOCSIS builds on these already. Next steps are seeing how well these work (and/or break) when deployed at global scale. Thanks to hard work from Bob Briscoe and many others!