Guides
How Much Internet Speed Do Games Need?
Installed games, cloud gaming and broadcasting your play have different network needs.
Playing an installed online game, using cloud gaming, downloading game files and broadcasting your own play have different requirements. Check the actual game or service and mode instead of choosing a universal minimum Mbps. A faster download does not automatically reduce game-server latency or raise your device’s frame rate.
Separate four uses
- An installed multiplayer game exchanges game data and may carry voice chat. Its publisher’s requirements apply to that game. Playing a match and downloading a large update are different tasks.
- Cloud gaming receives remotely rendered video and sends your controls. For example, GeForce NOW’s Windows PC requirements specify 25 Mbps for 1920x1080 at 60 FPS and latency below 80 ms to an NVIDIA data center. These conditions concern that service and mode; they are not requirements or quality guarantees for every game.
- Game and update downloads can finish sooner with higher actual throughput. The download server, storage, file checks and installation can limit total time. Separate active transfer from later processing.
- Broadcasting your play sends video and needs upload capacity alongside game data and voice. Check your broadcasting platform’s requirements for the quality you choose. A cloud-gaming download figure is not your broadcast’s upload requirement.
Calculate large downloads separately
Mbps means a million bits per second; MB means a million bytes, with eight bits per byte. A decimal 50 GB file contains 50,000,000,000 bytes or 400,000 megabits. At a constant actual 100 Mbps its ideal transfer time is 4,000 seconds, or 66 minutes 40 seconds; at 500 Mbps it is 800 seconds, or 13 minutes 20 seconds. This calculation is not a guaranteed transfer time from your plan. MiB and GiB use different size units. Waiting, unpacking, verification and installation add time beyond transfer.
Read network and game measurements separately
- Download and upload Mbps describe throughput. Latency in milliseconds describes time, while FPS counts frames per second. These quantities cannot replace one another.
- During the problem, record the game’s own ping, its variation and packet loss if available. An average can hide short spikes. One test threshold cannot guarantee a good connection to every game server.
- Low local FPS or frame-rate drops may require device and graphics checks. Riot, for example, documents League of Legends FPS issues separately from connection problems. Cloud gaming also involves the video stream, remote server and device video processing.
- Your own large transfers can fill available capacity and create queues. Check both directions and actual simultaneous activities, rather than counting connected devices. Load alone does not prove a fault or the need for a larger plan.
What does VMAXCHECK establish?
VMAXCHECK uses M-Lab NDT over one TCP connection to a test server. Its result concerns that destination, method, device and time. It does not measure game UDP traffic, FPS or every service’s performance. Test TCP latency is not game-server ping; a missing value is not zero. The test generates traffic, so run it outside gameplay or important calls. Record the server and connection. M-Lab publishes test results and the public IP address used.
Compare one condition at a time
- Briefly pause your own download or backup and retry the same game in a suitable test session. Avoid a simultaneous speed test. Record activity, network measurements and FPS. Improvement suggests a load-related difference, not a particular faulty component.
- Compare Wi-Fi and Ethernet on the same device, game and region at nearby times. Check the active interface, port and adapter limits. A cable to a mesh node can leave a wireless section farther along the path. Improvement narrows the investigation without proving router failure.
- For cloud gaming, compare a lower supported stream quality. For local FPS trouble, try one documented graphics-setting change in your test session and restore the earlier setting when appropriate. Quality can change network and device load together, so this alone does not identify the cause.
- Compare another time, suitable device or service separately and check official game-service status. Changing region can change the server, route and queue, so it cannot conclusively separate server and connection faults. Save each comparison before making the next change.
Choose capacity and support from the evidence
A larger plan can help when real concurrent activity repeatedly fills an otherwise healthy connection, or large transfers need more capacity. Adequate throughput leaves no automatic reason to upgrade. Give support the game or service, mode, region, device, time, load and comparison results privately, without passwords or account tokens. Take a single-game or FPS issue to that service’s support; recurring problems across services also warrant provider support. DNS changes, port opening, disabling protection and equipment purchases are not general gaming-speed fixes.