#latency — Public Fediverse posts

Interesting.
"The implication is that – if we consider #learning from #feedback the real source of value in #software development – “productivity” can be characterised not as how much “stuff” we ship or how fast we ship it, but how fast we learn from it."
[...]
"Importantly, feedback #latency isn’t a measure of time before we get feedback – it’s a measure of unvalidated causality. A team working slowly can still easily outlearn teams working much faster if they have lower feedback latency."
😳
#Learning #teams
https://codemanship.wordpress.com/2026/07/15/feedback-latency-learning-productivity/

Interesting.
"The implication is that – if we consider #learning from #feedback the real source of value in #software development – “productivity” can be characterised not as how much “stuff” we ship or how fast we ship it, but how fast we learn from it."
[...]
"Importantly, feedback #latency isn’t a measure of time before we get feedback – it’s a measure of unvalidated causality. A team working slowly can still easily outlearn teams working much faster if they have lower feedback latency."
😳
#Learning #teams
https://codemanship.wordpress.com/2026/07/15/feedback-latency-learning-productivity/

Как я придумывал замену Redis и что из этого получилось

Некоторое время назад мне пришла задача спроектировать высокопроизводительный балансировщик нагрузки для протокола Diameter. Через 3 месяца задача исчезла, так как как оказалось слишком долго и дорого, но в итоге балансировщик был сделан и имеется его MVP которое готово к установке как на реальное железо так и в облаке. В итоге продукт получился неплохим, и он с лихвой выигрывал имееющееся решение в той компании, по производительности был выигрыш раз в 6 по ресурсам раз в 100. Но суть не в этом, а в том что балансировщик был кластерным и умел хранить сессии в Redis. Решение было сделано, оно показало работоспособность, все хорошо, но меня не устраивала производительность. В тот момент я столкнулся с очень интересной проблемой - по каким то причинам я не мог пробить барьер в 5-7К Diameter Transactions per second. В принципе 5-7К TPS было неплохо, но проблемным участком как показал анализ был Redis. Проведя немного времени я смог добиться приемлемого результать и производительность поднялась до 20К TPS но там были другие проблемы.

https://habr.com/ru/articles/1067130/

#c++ #redis #grpc #protobuf #inmemory_database #highload #keyvalue #cache #latency #redisdb

Как я придумывал замену Redis и что из этого получилось

Некоторое время назад мне пришла задача спроектировать высокопроизводительный балансировщик нагрузки для протокола Diameter. Через 3 месяца задача исчезла, так как как оказалось слишком долго и дорого, но в итоге балансировщик был сделан и имеется его MVP которое готово к установке как на реальное железо так и в облаке. В итоге продукт получился неплохим, и он с лихвой выигрывал имееющееся решение в той компании, по производительности был выигрыш раз в 6 по ресурсам раз в 100. Но суть не в этом, а в том что балансировщик был кластерным и умел хранить сессии в Redis. Решение было сделано, оно показало работоспособность, все хорошо, но меня не устраивала производительность. В тот момент я столкнулся с очень интересной проблемой - по каким то причинам я не мог пробить барьер в 5-7К Diameter Transactions per second. В принципе 5-7К TPS было неплохо, но проблемным участком как показал анализ был Redis. Проведя немного времени я смог добиться приемлемого результать и производительность поднялась до 20К TPS но там были другие проблемы.

https://habr.com/ru/articles/1067130/

#c++ #redis #grpc #protobuf #inmemory_database #highload #keyvalue #cache #latency #redisdb

Как я придумывал замену Redis и что из этого получилось

Некоторое время назад мне пришла задача спроектировать высокопроизводительный балансировщик нагрузки для протокола Diameter. Через 3 месяца задача исчезла, так как как оказалось слишком долго и дорого, но в итоге балансировщик был сделан и имеется его MVP которое готово к установке как на реальное железо так и в облаке. В итоге продукт получился неплохим, и он с лихвой выигрывал имееющееся решение в той компании, по производительности был выигрыш раз в 6 по ресурсам раз в 100. Но суть не в этом, а в том что балансировщик был кластерным и умел хранить сессии в Redis. Решение было сделано, оно показало работоспособность, все хорошо, но меня не устраивала производительность. В тот момент я столкнулся с очень интересной проблемой - по каким то причинам я не мог пробить барьер в 5-7К Diameter Transactions per second. В принципе 5-7К TPS было неплохо, но проблемным участком как показал анализ был Redis. Проведя немного времени я смог добиться приемлемого результать и производительность поднялась до 20К TPS но там были другие проблемы.

https://habr.com/ru/articles/1067130/

#c++ #redis #grpc #protobuf #inmemory_database #highload #keyvalue #cache #latency #redisdb

#Development #Launches
Global TCP Traceroute · Run TCP traceroutes from around the world https://ilo.im/16euqu

_____
#Traceroute #Connections #Network #Latency #Domains #IP #TCP #Host #DevOps #WebDev #Backend

#Development #Launches
Global TCP Traceroute · Run TCP traceroutes from around the world https://ilo.im/16euqu

_____
#Traceroute #Connections #Network #Latency #Domains #IP #TCP #Host #DevOps #WebDev #Backend

#Development #Launches
Global TCP Traceroute · Run TCP traceroutes from around the world https://ilo.im/16euqu

_____
#Traceroute #Connections #Network #Latency #Domains #IP #TCP #Host #DevOps #WebDev #Backend

#Development #Launches
Global TCP Traceroute · Run TCP traceroutes from around the world https://ilo.im/16euqu

_____
#Traceroute #Connections #Network #Latency #Domains #IP #TCP #Host #DevOps #WebDev #Backend

https://www.kpopnsfw.com/295667/ex-cignature-latency-jeewon-2/ EX-CIGNATURE (LATENCY) – Jeewon #EXCIGNATURE #Jeewon #KMidriff #KPop #KPopMidriff #kpop #KpopMidriff #Latency #midriff

The mean means nothing: data visualization to debug a latency problem

https://fzakaria.com/2026/07/27/the-mean-means-nothing

Comments: https://news.ycombinator.com/item?id=49096170

#HackerNews #data #visualization #latency #debugging #statistics #performance #analysis

The mean means nothing: data visualization to debug a latency problem

https://fzakaria.com/2026/07/27/the-mean-means-nothing

Comments: https://news.ycombinator.com/item?id=49096170

#HackerNews #data #visualization #latency #debugging #statistics #performance #analysis

The mean means nothing: data visualization to debug a latency problem

https://fzakaria.com/2026/07/27/the-mean-means-nothing

Comments: https://news.ycombinator.com/item?id=49096170

#HackerNews #data #visualization #latency #debugging #statistics #performance #analysis

The mean means nothing: data visualization to debug a latency problem

https://fzakaria.com/2026/07/27/the-mean-means-nothing

Comments: https://news.ycombinator.com/item?id=49096170

#HackerNews #data #visualization #latency #debugging #statistics #performance #analysis

The mean means nothing: data visualization to debug a latency problem

https://fzakaria.com/2026/07/27/the-mean-means-nothing

Comments: https://news.ycombinator.com/item?id=49096170

#HackerNews #data #visualization #latency #debugging #statistics #performance #analysis

“The network is slow” is not a diagnosis 🐢🌐

Latency means waiting for a reply.
Bandwidth means capacity.
Packet loss means missing words.
Jitter means weird timing.

The new Networking for Humans post explains the difference.

#Networking #Latency #ELI5 #DevOps #ITTraining

https://webdad.eu/2026/07/30/%f0%9f%90%a2-latency-is-waiting-for-someone-to-reply/

🤔 So you're saying #SQLite isn't just for your aunt's recipe app anymore? This article's deep dive into #WAL, #VFS, and other buzzwords is about as riveting as watching paint dry, but now with added latency! 🤷‍♂️
https://micrologics.org/blog/sqlite-in-production-optimizing-wal-mode-concurrency-and-vfs-layers-for-low-latency-app-servers #database #performance #latency #techbuzzwords #HackerNews #ngated

🤔 So you're saying #SQLite isn't just for your aunt's recipe app anymore? This article's deep dive into #WAL, #VFS, and other buzzwords is about as riveting as watching paint dry, but now with added latency! 🤷‍♂️
https://micrologics.org/blog/sqlite-in-production-optimizing-wal-mode-concurrency-and-vfs-layers-for-low-latency-app-servers #database #performance #latency #techbuzzwords #HackerNews #ngated

🤔 So you're saying #SQLite isn't just for your aunt's recipe app anymore? This article's deep dive into #WAL, #VFS, and other buzzwords is about as riveting as watching paint dry, but now with added latency! 🤷‍♂️
https://micrologics.org/blog/sqlite-in-production-optimizing-wal-mode-concurrency-and-vfs-layers-for-low-latency-app-servers #database #performance #latency #techbuzzwords #HackerNews #ngated

🤔 So you're saying #SQLite isn't just for your aunt's recipe app anymore? This article's deep dive into #WAL, #VFS, and other buzzwords is about as riveting as watching paint dry, but now with added latency! 🤷‍♂️
https://micrologics.org/blog/sqlite-in-production-optimizing-wal-mode-concurrency-and-vfs-layers-for-low-latency-app-servers #database #performance #latency #techbuzzwords #HackerNews #ngated

🤔 So you're saying #SQLite isn't just for your aunt's recipe app anymore? This article's deep dive into #WAL, #VFS, and other buzzwords is about as riveting as watching paint dry, but now with added latency! 🤷‍♂️
https://micrologics.org/blog/sqlite-in-production-optimizing-wal-mode-concurrency-and-vfs-layers-for-low-latency-app-servers #database #performance #latency #techbuzzwords #HackerNews #ngated

Turbopuffer vs Manticore Search: бенчмарк на недорогих VPS

Векторные базы данных в serverless-модели обычно обещают простую вещь: не требуется развёртывание и настройка, а провайдер берёт на себя управление хранилищем, масштабирование и обеспечение доступности. turbopuffer - один из лучших примеров этого класса: быстрый движок векторного поиска, использующий object storage в качестве хранилища, которым пользуются Cursor, Notion, Linear и другие. Такой подход действительно снижает операционную нагрузку на команду, но он не бесплатен. Поэтому возникает закономерный вопрос: какая часть этих преимуществ нужна небольшому, четко определенному сценарию, и во что обойдется та же нагрузка на двух недорогих VPS с Manticore Search - по цене и по производительности? В этой статье мы подтверждаем это цифрами: сравниваем две системы в одинаковых условиях на одном и том же наборе данных.

https://habr.com/ru/articles/1062062/

#бенчмарк #бенчмарки #векторный_поиск #сравнение_поисковых_механизмов #полнотекстовый_поиск #latency #vector_search #задержка #гибридный_поиск

Turbopuffer vs Manticore Search: бенчмарк на недорогих VPS

Векторные базы данных в serverless-модели обычно обещают простую вещь: не требуется развёртывание и настройка, а провайдер берёт на себя управление хранилищем, масштабирование и обеспечение доступности. turbopuffer - один из лучших примеров этого класса: быстрый движок векторного поиска, использующий object storage в качестве хранилища, которым пользуются Cursor, Notion, Linear и другие. Такой подход действительно снижает операционную нагрузку на команду, но он не бесплатен. Поэтому возникает закономерный вопрос: какая часть этих преимуществ нужна небольшому, четко определенному сценарию, и во что обойдется та же нагрузка на двух недорогих VPS с Manticore Search - по цене и по производительности? В этой статье мы подтверждаем это цифрами: сравниваем две системы в одинаковых условиях на одном и том же наборе данных.

https://habr.com/ru/articles/1062062/

#бенчмарк #бенчмарки #векторный_поиск #сравнение_поисковых_механизмов #полнотекстовый_поиск #latency #vector_search #задержка #гибридный_поиск

Turbopuffer vs Manticore Search: бенчмарк на недорогих VPS

Векторные базы данных в serverless-модели обычно обещают простую вещь: не требуется развёртывание и настройка, а провайдер берёт на себя управление хранилищем, масштабирование и обеспечение доступности. turbopuffer - один из лучших примеров этого класса: быстрый движок векторного поиска, использующий object storage в качестве хранилища, которым пользуются Cursor, Notion, Linear и другие. Такой подход действительно снижает операционную нагрузку на команду, но он не бесплатен. Поэтому возникает закономерный вопрос: какая часть этих преимуществ нужна небольшому, четко определенному сценарию, и во что обойдется та же нагрузка на двух недорогих VPS с Manticore Search - по цене и по производительности? В этой статье мы подтверждаем это цифрами: сравниваем две системы в одинаковых условиях на одном и том же наборе данных.

https://habr.com/ru/articles/1062062/

#бенчмарк #бенчмарки #векторный_поиск #сравнение_поисковых_механизмов #полнотекстовый_поиск #latency #vector_search #задержка #гибридный_поиск

The Long Tail of the Heat Wave

This morning it felt nice and cool so I spent as long as I could ventilating before the sun heated the Southern side of the building to a point where cooling was no longer effective. I went from 30°c down to 26°c very, very fast. The Outside Air Temperature (OAT) was 18-20°c so it’s a shame I didn’t capture more of that fresh air. The Long Tail of the heat wave comes as soon as you close the windows.

As soon as you close the windows the temperature climbs right back up to what it was before you blasted the apartment with fresh air. In a normal building, if you ventilate and get fresh air in, it cools down the building, and when you close windows and doors it sticks around.

With a minergie building, if you open windows for fresh air, when it’s cool outside then you get cool air into the building, but you face the impossible task of cooling the building itself because it was designed for cold winters, not warm summers. That’s why you face the Long Tail of the heat wave.

It might be comfortable and fresh outside, ideal for running, cycling and more, but it’s when you head home, to the oven, officially called Minergie, that you face the unpleasant radiant heat.

As I write this, it’s 23°c outdoors, and 29.5°c and rising where I am writing. The problem is that the balcony is a hot slab and reflector. In winter it amplifies and captures the heat, which is great in winter, but makes aeration much harder in summer.

We’re now in the heat inertia part of the heat wave, where the buildings in towns, cities, and villages are unable to get rid of their latent heat, thus keeping humans overheated.

The [heat wave itself might have killed 12,000 people across twelve countries](https://phys.org/news/2026-07-excess-deaths-europe-june.html) but with heat inertia we will see many more deaths, since it is impossible to cool modern buildings.

When the heat dome moves on, and freshness returns apartments won’t cool for days or weeks afterwards, but at least we are able to flee indoor heat for outdoor freshness. It also means that we can aerate for longer each day.

La Canicule Est Finie, Longue Vie à la Canicule

You’re familiar with the phrase. the king is dead, long live the king, except that I replaced king and canicule. The point is simple. The canicule is over, when the exterior temperatures drops but it lives on in apartments and various buildings that absorbed heat, but didn’t vent it. Now we’re in the long tail, hoping that enough heat is lost for buildings to feel fresher before the next heat wave hits.

The Long Tail of the Heat Wave

This morning it felt nice and cool so I spent as long as I could ventilating before the sun heated the Southern side of the building to a point where cooling was no longer effective. I went from 30°c down to 26°c very, very fast. The Outside Air Temperature (OAT) was 18-20°c so it’s a shame I didn’t capture more of that fresh air. The Long Tail of the heat wave comes as soon as you close the windows.

As soon as you close the windows the temperature climbs right back up to what it was before you blasted the apartment with fresh air. In a normal building, if you ventilate and get fresh air in, it cools down the building, and when you close windows and doors it sticks around.

With a minergie building, if you open windows for fresh air, when it’s cool outside then you get cool air into the building, but you face the impossible task of cooling the building itself because it was designed for cold winters, not warm summers. That’s why you face the Long Tail of the heat wave.

It might be comfortable and fresh outside, ideal for running, cycling and more, but it’s when you head home, to the oven, officially called Minergie, that you face the unpleasant radiant heat.

As I write this, it’s 23°c outdoors, and 29.5°c and rising where I am writing. The problem is that the balcony is a hot slab and reflector. In winter it amplifies and captures the heat, which is great in winter, but makes aeration much harder in summer.

We’re now in the heat inertia part of the heat wave, where the buildings in towns, cities, and villages are unable to get rid of their latent heat, thus keeping humans overheated.

The [heat wave itself might have killed 12,000 people across twelve countries](https://phys.org/news/2026-07-excess-deaths-europe-june.html) but with heat inertia we will see many more deaths, since it is impossible to cool modern buildings.

When the heat dome moves on, and freshness returns apartments won’t cool for days or weeks afterwards, but at least we are able to flee indoor heat for outdoor freshness. It also means that we can aerate for longer each day.

La Canicule Est Finie, Longue Vie à la Canicule

You’re familiar with the phrase. the king is dead, long live the king, except that I replaced king and canicule. The point is simple. The canicule is over, when the exterior temperatures drops but it lives on in apartments and various buildings that absorbed heat, but didn’t vent it. Now we’re in the long tail, hoping that enough heat is lost for buildings to feel fresher before the next heat wave hits.

RE: https://mastodon.social/@arstechnica/116923654078567097

The #engineering challenge of radiating heat 🌡️ in space is well understood—there’s no cutting-edge physics here. The difficulty will be in doing it more efficiently than current #SpaceStation systems. #Latency is a speed bump that might mean certain kinds of workloads aren’t a good fit, but it’s not a showstopper

#SpaceComputing #SpaceBasedDataCenter

RE: https://mastodon.social/@arstechnica/116923654078567097

The #engineering challenge of radiating heat 🌡️ in space is well understood—there’s no cutting-edge physics here. The difficulty will be in doing it more efficiently than current #SpaceStation systems. #Latency is a speed bump that might mean certain kinds of workloads aren’t a good fit, but it’s not a showstopper

#SpaceComputing #SpaceBasedDataCenter

RE: https://mastodon.social/@arstechnica/116923654078567097

The #engineering challenge of radiating heat 🌡️ in space is well understood—there’s no cutting-edge physics here. The difficulty will be in doing it more efficiently than current #SpaceStation systems. #Latency is a speed bump that might mean certain kinds of workloads aren’t a good fit, but it’s not a showstopper

#SpaceComputing #SpaceBasedDataCenter

RE: https://mastodon.social/@arstechnica/116923654078567097

The #engineering challenge of radiating heat 🌡️ in space is well understood—there’s no cutting-edge physics here. The difficulty will be in doing it more efficiently than current #SpaceStation systems. #Latency is a speed bump that might mean certain kinds of workloads aren’t a good fit, but it’s not a showstopper

#SpaceComputing #SpaceBasedDataCenter

RE: https://mastodon.social/@arstechnica/116923654078567097

The #engineering challenge of radiating heat 🌡️ in space is well understood—there’s no cutting-edge physics here. The difficulty will be in doing it more efficiently than current #SpaceStation systems. #Latency is a speed bump that might mean certain kinds of workloads aren’t a good fit, but it’s not a showstopper

#SpaceComputing #SpaceBasedDataCenter

Prepare for a riveting saga of #Linux #input #latency, where #X11 and #Wayland battle for supremacy 🏆, yet somehow everyone still uses Windows for #gaming anyway. The author bravely ventures into realms of VRR and #DXVK, only to realize that the true enemy is their own patience 😩. Meanwhile, the rest of us just want to play #Quake without summoning the tech gods. 🎮
https://marco-nett.de/blog/measuring-input-latency-on-linux-x11-vs-wayland-vrr-dxvk/ #HackerNews #ngated

Prepare for a riveting saga of #Linux #input #latency, where #X11 and #Wayland battle for supremacy 🏆, yet somehow everyone still uses Windows for #gaming anyway. The author bravely ventures into realms of VRR and #DXVK, only to realize that the true enemy is their own patience 😩. Meanwhile, the rest of us just want to play #Quake without summoning the tech gods. 🎮
https://marco-nett.de/blog/measuring-input-latency-on-linux-x11-vs-wayland-vrr-dxvk/ #HackerNews #ngated

Prepare for a riveting saga of #Linux #input #latency, where #X11 and #Wayland battle for supremacy 🏆, yet somehow everyone still uses Windows for #gaming anyway. The author bravely ventures into realms of VRR and #DXVK, only to realize that the true enemy is their own patience 😩. Meanwhile, the rest of us just want to play #Quake without summoning the tech gods. 🎮
https://marco-nett.de/blog/measuring-input-latency-on-linux-x11-vs-wayland-vrr-dxvk/ #HackerNews #ngated

Prepare for a riveting saga of #Linux #input #latency, where #X11 and #Wayland battle for supremacy 🏆, yet somehow everyone still uses Windows for #gaming anyway. The author bravely ventures into realms of VRR and #DXVK, only to realize that the true enemy is their own patience 😩. Meanwhile, the rest of us just want to play #Quake without summoning the tech gods. 🎮
https://marco-nett.de/blog/measuring-input-latency-on-linux-x11-vs-wayland-vrr-dxvk/ #HackerNews #ngated

Prepare for a riveting saga of #Linux #input #latency, where #X11 and #Wayland battle for supremacy 🏆, yet somehow everyone still uses Windows for #gaming anyway. The author bravely ventures into realms of VRR and #DXVK, only to realize that the true enemy is their own patience 😩. Meanwhile, the rest of us just want to play #Quake without summoning the tech gods. 🎮
https://marco-nett.de/blog/measuring-input-latency-on-linux-x11-vs-wayland-vrr-dxvk/ #HackerNews #ngated

Calculate P99 latency from structured logs in Loki using LogQL. This query filters for `duration_ms` fields, then applies `quantile_over_time(0.99, [5m])` via the t-digest algorithm for efficient approximation. Works with Loki v2.6+ and LogQL v2.0+. Full guide at #loki #snippet #latency #p99 #ValtersIT

https://www.valtersit.com/vault/logql-query-for-p99-latency-from-structured-logs-ed74fb/

The asynchronous, multi-core nature of CPUs and os jitter further hinder the stability of this group delay.

Combined the typical loop-control bandwidth that can be achieved is only a fraction of percent of the total throughput that can be achieved by CPU based DSP.

By using dataflow programming, the loop-control bandwidth can be improved. This is because the performance impact of small work size across steps is much smaller.

#dsp #bandwidth #groupdelay #latency

The asynchronous, multi-core nature of CPUs and os jitter further hinder the stability of this group delay.

Combined the typical loop-control bandwidth that can be achieved is only a fraction of percent of the total throughput that can be achieved by CPU based DSP.

By using dataflow programming, the loop-control bandwidth can be improved. This is because the performance impact of small work size across steps is much smaller.

#dsp #bandwidth #groupdelay #latency

The asynchronous, multi-core nature of CPUs and os jitter further hinder the stability of this group delay.

Combined the typical loop-control bandwidth that can be achieved is only a fraction of percent of the total throughput that can be achieved by CPU based DSP.

By using dataflow programming, the loop-control bandwidth can be improved. This is because the performance impact of small work size across steps is much smaller.

#dsp #bandwidth #groupdelay #latency

The asynchronous, multi-core nature of CPUs and os jitter further hinder the stability of this group delay.

Combined the typical loop-control bandwidth that can be achieved is only a fraction of percent of the total throughput that can be achieved by CPU based DSP.

By using dataflow programming, the loop-control bandwidth can be improved. This is because the performance impact of small work size across steps is much smaller.

#dsp #bandwidth #groupdelay #latency

Typically, utilizing general purpose processors for signal processing introduces large group delay / high latency.

While general purpose compute can achieve high throughput, it does this by working on succifienctly large work sizes across every step.

These chunks of data dictate the minimal amount of data that needs to be accumalated before it is passed to subsequent steps, together with the sample rate this dictates the group delay.

#sdr #latency #CPU

Typically, utilizing general purpose processors for signal processing introduces large group delay / high latency.

While general purpose compute can achieve high throughput, it does this by working on succifienctly large work sizes across every step.

These chunks of data dictate the minimal amount of data that needs to be accumalated before it is passed to subsequent steps, together with the sample rate this dictates the group delay.

#sdr #latency #CPU

Typically, utilizing general purpose processors for signal processing introduces large group delay / high latency.

While general purpose compute can achieve high throughput, it does this by working on succifienctly large work sizes across every step.

These chunks of data dictate the minimal amount of data that needs to be accumalated before it is passed to subsequent steps, together with the sample rate this dictates the group delay.

#sdr #latency #CPU

Typically, utilizing general purpose processors for signal processing introduces large group delay / high latency.

While general purpose compute can achieve high throughput, it does this by working on succifienctly large work sizes across every step.

These chunks of data dictate the minimal amount of data that needs to be accumalated before it is passed to subsequent steps, together with the sample rate this dictates the group delay.

#sdr #latency #CPU

https://www.europesays.com/ie/576533/ SpaceX crowding out competitors with tenfold AI satellite constellation increase #AI #Astronomy #automation #benchmarks #Broadband #Collision #competitors #connectivity #constellation #Éire #fcc #Gen2 #Gen3 #GraphicsCard #IE #Ireland #laptop #latency #LEO #netbook #notebook #Orbit #processor #regulators #reports #Review #Reviews #satellites #Science #Space #SpaceX #Spectrum #Starlink #Starship #test #tests #throughput #uplink #V3

Best Settings for Higher FPS & Less Lag in Games

Discover how to maximize your FPS and minimize lag in shooters and competitive games. Simple tweaks, real performance gains, and tips your friends would actually give you.

Read more: https://www.mastanet.com/article/best-fps-settings-for-games

#FPS #settings #gaming #performance #optimization #reduce #lag #low #latency #PC #console #tips #boost #competitive

Best Settings for Higher FPS & Less Lag in Games

Discover how to maximize your FPS and minimize lag in shooters and competitive games. Simple tweaks, real performance gains, and tips your friends would actually give you.

Read more: https://www.mastanet.com/article/best-fps-settings-for-games

#FPS #settings #gaming #performance #optimization #reduce #lag #low #latency #PC #console #tips #boost #competitive

Best Settings for Higher FPS & Less Lag in Games

Discover how to maximize your FPS and minimize lag in shooters and competitive games. Simple tweaks, real performance gains, and tips your friends would actually give you.

Read more: https://www.mastanet.com/article/best-fps-settings-for-games

#FPS #settings #gaming #performance #optimization #reduce #lag #low #latency #PC #console #tips #boost #competitive

Best Settings for Higher FPS & Less Lag in Games

Discover how to maximize your FPS and minimize lag in shooters and competitive games. Simple tweaks, real performance gains, and tips your friends would actually give you.

Read more: https://www.mastanet.com/article/best-fps-settings-for-games

#FPS #settings #gaming #performance #optimization #reduce #lag #low #latency #PC #console #tips #boost #competitive

Best Settings for Higher FPS & Less Lag in Games

Discover how to maximize your FPS and minimize lag in shooters and competitive games. Simple tweaks, real performance gains, and tips your friends would actually give you.

Read more: https://www.mastanet.com/article/best-fps-settings-for-games

#FPS #settings #gaming #performance #optimization #reduce #lag #low #latency #PC #console #tips #boost #competitive

LatLearn:

A sneak peek at new features under dev. Lots more planned (in my long private TODO list) but my free time is very limited.

#Golang
#latency
#instrumentation
#monitoring
#observability
#performance_optimization

LatLearn:

A sneak peek at new features under dev. Lots more planned (in my long private TODO list) but my free time is very limited.

#Golang
#latency
#instrumentation
#monitoring
#observability
#performance_optimization

LatLearn roadmap rest of year:

* more stats
* more tests
* better support for chart plotting
* more policy & licensing clarity
* Golang version requirement bump in order to unlock more helpful toys at runtime

#Golang
#latency
#observability
#monitoring
#instrumentation

LatLearn roadmap rest of year:

* more stats
* more tests
* better support for chart plotting
* more policy & licensing clarity
* Golang version requirement bump in order to unlock more helpful toys at runtime

#Golang
#latency
#observability
#monitoring
#instrumentation

"My side quest measuring input latency with VK_EXT_present_timing"

#Vulkan #Latency #FramePacing

https://themaister.net/blog/2026/07/02/my-side-quest-measuring-input-latency-with-vk_ext_present_timing/

"My side quest measuring input latency with VK_EXT_present_timing"

#Vulkan #Latency #FramePacing

https://themaister.net/blog/2026/07/02/my-side-quest-measuring-input-latency-with-vk_ext_present_timing/

The wireless controller in your hands.....it operated as if plugged in and reacting to your inputs, but it was being control by someone else, perhaps from afar, watching your screen.

#lag #latency

LatLearn (*) has a new commit up, just a rev to its README:

https://codeberg.org/grogsynlog42/LatLearn

(* LL is my FOSS latency instrumentation lib for Golang.)

#Golang
#latency
#instrumentation
#observability
#performance
#tuning

Oh no, is that a zombie? Watch in amazement as an AYN Odin 2 is brought back to life with Rocknix! See just how much you can fix input delay with this linux based operating system!

link: https://youtu.be/ALNcLD6Pe1o
#retrogaming #rocknix #android #latency #lag