#networkquality — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #networkquality, aggregated by home.social.
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Report warns UK is falling behind Europe on modernizing its mobile networks
When you buy through links on our articles, Future and its syndication partners may earn a commission. Network…
#Europe #EU #criticalnationalinfrastructure #energycosts #mobileinfrastructure #mobilenetwork #mobilevirtualnetworkoperators #networkquality #UK
https://www.europesays.com/europe/96743/ -
Romania’s Mobile Reset: How Market Consolidation is Shaping 5G Rollout
Romania ranks poorly in mobile performance compared to its Centr…
#Romania #RO #Europe #Europa #EU #5g #5GAvailability #ANCOM #ARPU #CEE #CentralandEasternEurope #EasternEuropeConnectivity #marketconsolidation #mobilebroadband #MobilePerformance #NetworkQuality #orangeromania #policy #QoE #QualityofExperience #romania #Spectrum #SpeedtestIntelligence #stiri #TelekomRomania #VodafoneRomania
https://www.europesays.com/3020133/ -
Romania’s Mobile Reset: How Market Consolidation is Shaping 5G Rollout https://www.byteseu.com/2056619/ #5G #5GAvailability #ANCOM #ARPU #CEE #CentralAndEasternEurope #EasternEuropeConnectivity #Europe #MarketConsolidation #MobileBroadband #MobilePerformance #NetworkQuality #OrangeRomania #Policy #QoE #QualityOfExperience #Romania #Spectrum #SpeedtestIntelligence #TelekomRomania #VodafoneRomania
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Dt. Telekom and Google Cloud: AI-Agent MINDR for superior network quality
MINDR to be showcased at Mobile World CongressService-oriented AI sy…
#Germany #DE #Europe #EU #Europa #DeutscheTelekom #5g #agenticai #AI #AIagents #artificialintelligence #autonomousnetwork #Cloud #Events #Gemini #GoogleCloud #innovation #MINDR #MobileWorldCongress #multi-agent #MWC #MWC-2026 #Network #networkoperations #networkquality #networks #RANGuardian #self-healingnetwork
https://www.europesays.com/germany/19612/ -
Got an Apple MacBook?
You can invite Gwen Shapira's husband to make it measure the network quality you're paying for. I quote
1
% networkquality
==== SUMMARY ====
Uplink capacity: 4.594 Mbps
Downlink capacity: 110.604 Mbps
Responsiveness: Low (511.885 milliseconds | 117 RPM)
Idle Latency: 276.284 milliseconds | 217 RPM
%% date -u
Sat Oct 18 23:26:46 UTC 2025# Apple Store, Stanford Mall #NetworkQuality
2
% networkquality
==== SUMMARY ====
Uplink capacity: 6.445 Mbps
Downlink capacity: 114.964 Mbps
Responsiveness: Low (1.312 seconds | 45 RPM)
Idle Latency: 49.853 milliseconds | 1203 RPM
%# me at home, East Bay, California #NetworkQuality
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Got an Apple MacBook?
You can invite Gwen Shapira's husband to make it measure the network quality you're paying for. I quote
1
% networkquality
==== SUMMARY ====
Uplink capacity: 4.594 Mbps
Downlink capacity: 110.604 Mbps
Responsiveness: Low (511.885 milliseconds | 117 RPM)
Idle Latency: 276.284 milliseconds | 217 RPM
%% date -u
Sat Oct 18 23:26:46 UTC 2025# Apple Store, Stanford Mall #NetworkQuality
2
% networkquality
==== SUMMARY ====
Uplink capacity: 6.445 Mbps
Downlink capacity: 114.964 Mbps
Responsiveness: Low (1.312 seconds | 45 RPM)
Idle Latency: 49.853 milliseconds | 1203 RPM
%# me at home, East Bay, California #NetworkQuality
-
Got an Apple MacBook?
You can invite Gwen Shapira's husband to make it measure the network quality you're paying for. I quote
1
% networkquality
==== SUMMARY ====
Uplink capacity: 4.594 Mbps
Downlink capacity: 110.604 Mbps
Responsiveness: Low (511.885 milliseconds | 117 RPM)
Idle Latency: 276.284 milliseconds | 217 RPM
%% date -u
Sat Oct 18 23:26:46 UTC 2025# Apple Store, Stanford Mall #NetworkQuality
2
% networkquality
==== SUMMARY ====
Uplink capacity: 6.445 Mbps
Downlink capacity: 114.964 Mbps
Responsiveness: Low (1.312 seconds | 45 RPM)
Idle Latency: 49.853 milliseconds | 1203 RPM
%# me at home, East Bay, California #NetworkQuality
-
Got an Apple MacBook?
You can invite Gwen Shapira's husband to make it measure the network quality you're paying for. I quote
1
% networkquality
==== SUMMARY ====
Uplink capacity: 4.594 Mbps
Downlink capacity: 110.604 Mbps
Responsiveness: Low (511.885 milliseconds | 117 RPM)
Idle Latency: 276.284 milliseconds | 217 RPM
%% date -u
Sat Oct 18 23:26:46 UTC 2025# Apple Store, Stanford Mall #NetworkQuality
2
% networkquality
==== SUMMARY ====
Uplink capacity: 6.445 Mbps
Downlink capacity: 114.964 Mbps
Responsiveness: Low (1.312 seconds | 45 RPM)
Idle Latency: 49.853 milliseconds | 1203 RPM
%# me at home, East Bay, California #NetworkQuality
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https://www.europesays.com/uk/414982/ The UK’s best and worst areas for mobile signal quality revealed #BestMobileCoverage #Britain #Chelsea #ConsumerGroup #England #GreatBritain #london #MobileCoverage #MobileHandsets #MobileNetwork #MobileNetworks #NetworkQuality #NorthernIreland #Scotland #SignalQuality #UK #UnitedKingdom #Wales
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Why would running #networkQuality on #MacOS upload/download tests sequentially instead of in parallel results in faster upload speeds…
$ networkQuality
Uplink capacity: 498.150 Mbps
Downlink capacity: 884.104 Mbps
Responsiveness: Low (173 RPM)
Idle Latency: 7.708 milliseconds$ networkQuality -s
Uplink capacity: 878.296 Mbps
Downlink capacity: 887.667 Mbps
Uplink Responsiveness: High (6545 RPM)
Downlink Responsiveness: Medium (257 RPM)
Idle Latency: 7.833 milliseconds -
Why would running #networkQuality on #MacOS upload/download tests sequentially instead of in parallel results in faster upload speeds…
$ networkQuality
Uplink capacity: 498.150 Mbps
Downlink capacity: 884.104 Mbps
Responsiveness: Low (173 RPM)
Idle Latency: 7.708 milliseconds$ networkQuality -s
Uplink capacity: 878.296 Mbps
Downlink capacity: 887.667 Mbps
Uplink Responsiveness: High (6545 RPM)
Downlink Responsiveness: Medium (257 RPM)
Idle Latency: 7.833 milliseconds -
Why would running #networkQuality on #MacOS upload/download tests sequentially instead of in parallel results in faster upload speeds…
$ networkQuality
Uplink capacity: 498.150 Mbps
Downlink capacity: 884.104 Mbps
Responsiveness: Low (173 RPM)
Idle Latency: 7.708 milliseconds$ networkQuality -s
Uplink capacity: 878.296 Mbps
Downlink capacity: 887.667 Mbps
Uplink Responsiveness: High (6545 RPM)
Downlink Responsiveness: Medium (257 RPM)
Idle Latency: 7.833 milliseconds -
Why would running #networkQuality on #MacOS upload/download tests sequentially instead of in parallel results in faster upload speeds…
$ networkQuality
Uplink capacity: 498.150 Mbps
Downlink capacity: 884.104 Mbps
Responsiveness: Low (173 RPM)
Idle Latency: 7.708 milliseconds$ networkQuality -s
Uplink capacity: 878.296 Mbps
Downlink capacity: 887.667 Mbps
Uplink Responsiveness: High (6545 RPM)
Downlink Responsiveness: Medium (257 RPM)
Idle Latency: 7.833 milliseconds