MOBA · universalspeedtest.com
Prueba tu conexión para Dota 2 en unos 20 segundos: ping, jitter, pérdida de paquetes, descarga y subida, latencia bajo carga y una puntuación de calidad de gaming. Los last-hits, las negaciones y las secuencias de habilidades de Dota se calculan al momento — esto es lo que tu línea aporta a todo ello.
Indicadores de calidad de red, no garantías de rendimiento en el juego · ≈20 segundos · sin registro, sin anuncios
Test de internet para gaming
Una medición mide ping, jitter, pérdida de paquetes, descarga y subida, latencia bajo carga y estabilidad de la conexión — y luego puntúa la red para el gaming en línea. La puntuación califica únicamente tu conexión; tu tasa de fotogramas pertenece a tu hardware.
≈20 segundos · normalmente 50–200 MB de datos · sin registro, sin anuncios
Preparando el test
Calidad de gaming
—/100
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Los FPS reales dependen del hardware de tu equipo.
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Estos son indicadores de calidad de red, no garantías del rendimiento real en el juego. Las mediciones se ejecutan contra el borde de Cloudflare más cercano — los navegadores no pueden alcanzar los servidores de juego directamente, así que la latencia a los servidores de juego en este sitio es siempre orientación general, nunca una cifra medida.
El test falló
Algo salió mal al ejecutar el test.
Qué medimos
Ping is the round trip to the server you matched on and back. In Dota it sets the floor for last-hitting and denying — the moment your attack lands versus the creep’s — and for turning, repositioning and ordering abilities in sequence. General guidance: under 40 ms feels responsive, under 20 ms is ideal. These are guidance figures, not measurements of Valve’s servers.
Jitter is ping varying between samples. Dota’s timing-sensitive play absorbs it badly: deny timing becomes a coin flip, a hero’s turn-and-cast sequence feels different every fight, and a clean escape turns into a stutter. Consistency beats a lower but jumpy average. Keep jitter under 10 ms (general guidance) so engagements resolve the same way each time.
Packet loss is traffic that never arrives and has to be retransmitted. In Dota it shows up as an ability that queued but fired late, an attack order dropped while your hero stands there, or a rubber-band that walks you back into the enemy team. Brief rare losses are normal; repeatable loss during teamfights is worth fixing. Target: 0%.
Valve offers regional server options for Dota 2; Indian players commonly see Mumbai or nearby options in the in-game server selection — check the live list in your client rather than assuming, since available regions change. The ping Dota shows during a match is the true number for that server. We do not measure Valve’s servers; every figure on this page is general guidance, not measured game-server latency.
Señales de problemas
01
Auto-updates, a new game install or a workshop download can saturate a home line within seconds. Dota’s in-match traffic is tiny, but it queues behind the download — visible in this test’s “under load” row. Turn off background downloads before you queue.
02
Valve offers regional server options, and the match you land on can differ from the last one. The in-game network and region settings — and the ping shown during a match — are ground truth; this test gives your line’s baseline to compare them against.
03
Neighbouring networks, microwaves and Bluetooth devices steal airtime in bursts. Your average ping may look healthy while retries add jitter — the moment your deny timing and escape path fall apart. Spikes that come and go with full bars usually point here.
04
Shared access networks fill up when everyone streams at night. Compare a morning test with a 9 PM test from the same spot: if evenings collapse consistently, the congestion is on your line rather than inside Dota’s servers.
Dota exchanges little data but demands steady timing, and Wi-Fi delivers the opposite: short contention bursts that appear as jitter rather than a slower average. Ethernet is the clean fix. If you must stay wireless, sit on 5 GHz close to the router, keep the channel uncrowded, and avoid playing while others stream on the same band. Use this test to check your work — run it before and after each change and watch jitter and the “under load” row, because those move long before average ping does, and they are what last-hits notice.
Pasos concretos
Paso 1
Run this test on the connection you play on and once on an alternative — mobile data, or next to the router. Record ping, jitter and under-load latency. Nothing you change later is provable without this baseline in hand.
Paso 2
Set Steam to update outside your playing hours and disable background downloads while you queue. If others share the line, enable QoS or SQM on the router so a multi-gigabyte install cannot fill the queue in front of your match traffic.
Paso 3
Open Dota’s in-game network and region settings and confirm what is selected, then compare the ping shown during a match with this test’s idle result. A persistent gap means you are reaching farther than you need to; the in-game numbers are the ones that count.
Paso 4
Ethernet removes interference entirely. On Wi-Fi: 5 GHz only, router out in the open and away from fridges, microwaves and Bluetooth speakers, with your PC nearby. Retest after each change and keep whatever lowers your jitter.
Paso 5
A wired idle ping above 80 ms to your usual region, jitter above 30 ms while idle, or repeatable loss is ISP-level evidence. Send support your test results, the time of day and the in-game ping you observed — specifics move tickets faster than complaints.
A VPN usually makes Dota ping worse: your traffic detours through an extra server before reaching the match, adding delay and another place for jitter to appear. It earns its place only when your ISP’s route to Valve’s network is unusually poor — a claim to measure, not assume. Run this test without the VPN, then with it, and keep whichever gives lower and steadier numbers. Check the terms of any service you play on before relying on a VPN.
Fotogramas frente a conexión
FPS and ping are independent. Your frame rate in Dota comes from your CPU, GPU, RAM, resolution, graphics settings, drivers and thermals — lowering settings can lift frames on your machine, and it changes rendering only. Ping is the round trip to the server, measured here. No internet plan raises a struggling PC from 60 to 144 fps, and no gaming rig shortens a 150 ms route to the server. When a teamfight stutters, work out which dial moved: frames dropped because of the machine, or did commands arrive late because of the network?
Todo en esta página es un indicador de calidad de red, no una garantía de rendimiento en el juego. Las partidas reales añaden carga en el servidor, cambios de enrutado, variación del Wi-Fi y el propio netcode del juego — prueba donde juegas, a la hora a la que juegas.
No medimos los servidores de Dota 2 directamente — cada cifra de esta página es orientación general, no latencia medida a servidores de juego.
FAQ
General guidance, not measured Valve server latency: under 40 ms feels responsive, under 20 ms is ideal for last-hitting, denies and reaction plays, and above 100 ms every trade resolves a beat behind what you saw. Jitter under 10 ms and zero packet loss keep timing consistent. Test with the tool above, then compare it with the ping Dota displays during a match.
Check in order: a Steam download started in the background, you matched on a farther server than usual, Wi-Fi interference is adding spikes, or the line is congested at peak hours. Run this test with nothing downloading and compare it with the in-game ping — the “under load” row exposes queueing quickly.
Yes — a saturating download fills your router’s queue, and game packets wait behind it even though Dota’s traffic is small. That shows up clearly in this test’s “under load” row. Pause background downloads before you queue, or enable QoS on the router so a download cannot starve your match traffic.
No. FPS is rendering — CPU, GPU, RAM, resolution, graphics settings, drivers and thermals decide it, and lowering settings can raise it. Ping is network round-trip time, measured on this page. A fast connection cannot lift a struggling PC’s frame rate, and a powerful PC cannot fix a bad route to the server.
Usually not — it inserts extra hops, which typically add latency and jitter. It can win when your ISP’s route to Valve’s network is unusually poor, but that has to be proven: run this test with and without the VPN and keep the steadier result. Check the terms of the services you use before relying on one.