Tactical FPS · universalspeedtest.com
Testen Sie Ihre Verbindung für Valorant in etwa 20 Sekunden. Sie erhalten Ping, Jitter, Paketverlust, Download- und Upload-Geschwindigkeit, Latenz unter Last und einen Gaming-Qualitäts-Score — die Netzwerkszahlen, die entscheiden, ob Ihr Schwung genau dann landet, wenn Sie es wollten.
Netzqualitätsindikatoren, keine Garantie für die Leistung im Spiel · ≈20 Sekunden · keine Anmeldung, keine Werbung
Gaming-Internettest
Ein Durchlauf misst Ping, Jitter, Paketverlust, Download und Upload, Latenz unter Last und Verbindungsstabilität — und bewertet das Netz fürs Online-Gaming. Der Score bewertet nur Ihre Verbindung; Ihre Bildrate gehört Ihrer Hardware.
≈20 Sekunden · typischerweise 50–200 MB Daten · keine Anmeldung, keine Werbung
Test wird vorbereitet
Gaming-Qualität
—/100
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Die tatsächlichen FPS hängen von der Hardware Ihres Geräts ab.
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Dies sind Netzqualitätsindikatoren, keine Garantien für die tatsächliche Leistung im Spiel. Die Messungen laufen gegen die nächstgelegene Cloudflare-Edge — Browser können Game-Server nicht direkt erreichen, daher ist die Game-Server-Latenz auf dieser Site immer nur allgemeine Orientierung, nie eine gemessene Zahl.
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Beim Ausführen des Tests ist ein Fehler aufgetreten.
Was wir messen
Ping is the round trip from you to the server and back. Valorant judges every action server-side: your shot, your ability, your flash all have to arrive before the fight resolves. Low ping means your swing reaches the server close to when you saw the enemy — high ping hands the other player the same advantage against you. As general guidance, under 40 ms feels responsive and under 20 ms is ideal; these figures are guidance, not measurements of Riot’s servers.
Jitter is how much ping varies between consecutive samples. In a game built on timing — re-peeking an angle, timing a flash, tapping a Sheriff — a connection that swings between 20 ms and 90 ms is worse than a steady 60 ms, because you can never calibrate when your inputs land. Keep jitter under 10 ms (general guidance) and your peeks stay predictable.
Packet loss is traffic that never arrives and has to be retransmitted. Even a burst during a duel shows up as a shot that looked dead-on yet did nothing, or a rubber-band that moves you back into a held angle. Valorant tolerates small, rare losses, but anything you can see or feel mid-round deserves attention. Target: 0%.
Valorant’s client lets you choose from the server regions available to your account. Indian players typically use Mumbai or Singapore when available — open the server selector in your client for the live list. We do not measure Riot’s servers; every figure on this page is general guidance, not measured game-server latency.
Hinweise auf Probleme
01
Steam or Riot client updates, cloud backups, a console updating in the other room — any big transfer fills your router’s queue and your ping climbs with it. This test’s “under load” row shows exactly that effect: the same measurement taken while your pipe is full.
02
Wi-Fi shares airtime with neighbours, microwaves and every other device in the flat. Average ping can look fine while brief interference spikes add jitter exactly when a round gets tense. Wireless problems come and go — which is why a mid-round spike with full signal bars is so common.
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If the server region changes between sessions — a lobby in another region, a settings change, or automatic selection — your baseline ping shifts with it. Check the server selector in your client’s settings: the region shown there determines what this test’s numbers mean for your matches.
04
Evening hours put shared tower and broadband capacity under pressure in dense neighbourhoods. A morning test reading 25 ms and an evening test reading 70 ms from the same spot is congestion, not a broken line — run this test at both hours to see your own pattern.
Wi-Fi rarely changes your average ping much, but it changes your worst ping a lot — and rounds are lost on the worst moment. For Valorant, wired ethernet is the clean fix; if that is not possible, sit on 5 GHz close to the router (walls and distance cost both speed and stability), keep the band uncrowded, and retest on Wi-Fi versus mobile data with this tool to see which link is steadier. The difference you are looking for shows up in jitter and the “under load” row, not just the headline ping.
Konkrete Schritte
Schritt 1
Run this test once on the connection you play on, then once more on an alternative (Wi-Fi vs mobile data, or near the router). You are establishing a baseline — fixes are only provable against numbers.
Schritt 2
Open Valorant’s settings and set your server region deliberately rather than leaving it to change. Note which region you play on, then compare this test’s ping against what you see on the scoreboard — they should be in the same ballpark.
Schritt 3
Pause client updates, cloud backups and platform downloads before ranked. If someone else in the house must download, ask them to start it after your session — or enable QoS/SQM on the router so their transfer cannot fill your queue.
Schritt 4
Ethernet is the durable answer. On Wi-Fi: 5 GHz only, router out in the open, away from fridges and microwave ovens, ideally with line-of-sight to where you play. Then retest — jitter should drop visibly.
Schritt 5
If a wired test still shows idle ping above 80 ms to your chosen region, or jitter above 30 ms with nothing running, that is a support ticket: include this test’s numbers, the time of day, and your region. Numbers get triaged faster than “my ping is bad”.
A VPN adds a detour: your traffic goes to the VPN server first, then to the game, so in the common case your ping goes up, not down. The exception is routing — if your ISP’s path to your chosen region is unusually poor, a VPN that routes better can genuinely lower latency. The honest method is measurement: run this test without the VPN, then with it, and keep whichever is lower and steadier. Check the rules of any tournament or service you play in before connecting through one.
Bildrate vs. Verbindung
FPS and ping answer different questions. FPS is how many frames per second your machine renders — decided by your CPU, GPU, RAM, resolution, graphics settings, driver state and thermals. Ping is how long the network takes to carry an action to the server and back. A fibre line will not lift a struggling PC from 60 to 144 fps, and a monster gaming rig cannot fix a 150 ms ping. Lowering Valorant’s graphics settings raises FPS on your hardware; nothing on this page changes that, and nothing in your graphics settings changes the numbers measured here.
Alles auf dieser Seite ist ein Netzqualitätsindikator, keine Garantie für die Leistung im Spiel. Echte Matches bringen Serverlast, Routenänderungen, WLAN-Schwankungen und das eigene Netcode des Spiels hinzu — testen Sie dort, wo Sie spielen, zu der Uhrzeit, zu der Sie spielen.
Wir messen Valorant-Server nicht direkt — jede Zahl auf dieser Seite ist allgemeine Orientierung, keine gemessene Game-Server-Latenz.
FAQ
As general guidance (not measured game-server latency): under 40 ms feels responsive, under 20 ms is ideal, and above 80 ms starts to hand peekers a visible advantage. Consistency matters as much as the headline number — jitter under 10 ms and 0% packet loss keep fights fair. Test with the tool above, then compare it against the ping you see on Valorant’s scoreboard.
The usual suspects in order: something downloading in the house (updates, backups), your client connected to a different server region than yesterday, Wi-Fi interference, or peak-hour congestion. Establish which by running this test twice — once idle, once while a download runs — and by checking the selected server region in your client settings.
Ethernet, consistently: it removes airtime contention, interference and roaming from the path, which shows up as lower jitter and far fewer spikes. If you must use Wi-Fi, sit on 5 GHz near the router and compare with this test — look at jitter and the “under load” row, not just average ping.
Not your frame rate, and barely your in-match play — Valorant’s in-game traffic is tiny; even a 10 Mbps line carries it comfortably. Download speed matters for client updates and patches. FPS depends on your hardware (CPU, GPU, RAM, settings, thermals), while ping and jitter depend on the network — this test measures the network side only.
Usually not: a VPN inserts a detour, which typically adds latency. It can help when your ISP’s route to your chosen server region is unusually bad — the only way to know is to measure, with and without, using this test. Keep the lower, steadier result, and check tournament or service rules before playing through a VPN.