Speedoodle 🚀
Speedoodle helps you check your internet quality for Zoom, Google Meet, and Microsoft Teams video calls.
Speedoodle 🚀 was designed as a practical toolkit for anyone who relies on live video. When you press the green GO button our test opens multiple secure connections to strategically chosen edge servers. The browser downloads and uploads randomized data blocks that simulate a real Zoom or Google Meet session instead of a simple file transfer. That approach lets us evaluate how your connection behaves under pressure and helps you understand whether home Wi-Fi, an office network, or a temporary coworking space is robust enough for client meetings. Throughout the run we capture precise timestamps that allow the app to calculate throughput, latency and jitter in near real time without ever storing personal details.
The live chart at the top of the page visualizes every burst of traffic. Spikes highlight moments where your modem or router needs to ramp up bandwidth, while dips reveal congestion or Wi-Fi interference. By pairing the graph with our connection verdict you get an immediate translation of raw numbers into clear language. If the verdict calls out issues like High latency or Low bandwidth, you can scroll down to the troubleshooting guide below and follow actionable steps. Many users run the test three times a day—morning, afternoon, and evening—to identify patterns that correlate with specific activities at home, such as video streaming or large file backups.
Download speed controls how clearly you can see your colleagues, how fast shared screens load, and how smoothly cloud documents update during a meeting. Upload speed is equally critical because every spoken word, webcam frame, and shared slide you produce needs to travel upstream without delay. Speedoodle measures both directions multiple times and averages the performance so that a temporary hiccup does not skew the results. We recommend recording the values in a spreadsheet or using the built-in CSV export to share results with your IT department. Consistent numbers above the recommendations table later on mean you can confidently host webinars, sales demos, and all-hands calls.
Ping (latency) indicates how quickly data packets travel from your device to the conference platform and back again. Under 50 ms usually feels instant, while anything above 120 ms can cause awkward pauses. Jitter measures the variation between those packets. Imagine a conversation where every fifth word arrives late; that is the effect of jitter on a video call. Speedoodle polls the network repeatedly to surface the highest spike as well as the average so that you can differentiate between a one-off blip and a systemic stability problem. If jitter stays elevated, the checklist below offers ways to tame wireless noise, adjust QoS rules on your router, or schedule calls outside of busy household hours.
Improving call quality is less about chasing a single magic number and more about balancing hardware, software, and network usage. Use this checklist as an action plan whenever Speedoodle flags a potential issue. Each step was compiled from hundreds of support conversations with remote workers, educators, and IT teams who needed reliable video conferencing without expensive upgrades.
After completing the checklist, run the test again and compare the CSV exports. Watching the trend lines helps you build a simple before-and-after case study that is persuasive when requesting a better plan from your provider or pitching a mesh Wi-Fi upgrade to management. You can also send colleagues to the Speedoodle blog for in-depth tutorials on QoS rules, packet loss, and remote team setups.
Use the table below as a benchmark for common call scenarios. The targets blend official recommendations from major platforms with insights from thousands of community tests. Aim for a safety margin of 20–30% above the minimum so that unexpected guests on your network do not force the call to downgrade quality.
| Scenario | Download | Upload | Ping Target |
|---|---|---|---|
| 1:1 video catch-up | 3 Mbps | 2 Mbps | < 80 ms |
| Team stand-up (5–8 people) | 6 Mbps | 4 Mbps | < 60 ms |
| Webinar with screen share | 10 Mbps | 6 Mbps | < 50 ms |
| Large all-hands (20+ attendees) | 20 Mbps | 10 Mbps | < 40 ms |
| Live streaming with simultaneous recording | 25 Mbps | 12 Mbps | < 30 ms |
If your results fall short, consider contacting your ISP about a higher tier or switching to fiber service where available. Many providers will loan a newer modem or gateway upon request, and that alone can provide a noticeable improvement. Businesses that host regular training sessions can dedicate a separate connection to conference rooms to isolate mission-critical meetings from guest Wi-Fi traffic.
We recommend weekly spot checks plus additional tests before major events. Testing at different times of day helps you detect congestion from neighbors or coworkers who share the same ISP infrastructure.
Absolutely. The metrics we capture apply to gaming, cloud backups, and large data transfers. The verdict labels simply prioritize language that is easy to understand for video call troubleshooting.
No. All measurements happen directly in your browser. We do not require an account, and we do not share results with ISPs or advertisers. You remain in full control of your network diagnostics.
Different tools use distinct server locations, protocols, and sample sizes. Speedoodle emphasizes real-world video conferencing behavior, which may surface latency or jitter issues that generic tests miss.
Packet loss often points to overloaded routers or noisy Wi-Fi. Try switching to Ethernet, reducing the number of active devices, or consulting our packet loss troubleshooting guide for advanced fixes.
Use the CSV export and send a link to the hybrid teams latency article. Together they give IT managers a clear picture of which offices or remote employees need extra support.
Your internet speed directly influences how smoothly you can stream, game, share files, and join video calls. Running a quick Speedoodle test verifies your provider’s performance, helps diagnose Wi-Fi hiccups, and shows whether your connection is stable enough for Zoom, Teams, or Meet without disruptive freezes.
| Activity | Minimum Speed | Notes |
|---|---|---|
| Web Browsing & Email | 1–5 Mbps | Fine for everyday tasks |
| HD Streaming (Netflix/YouTube) | 5–10 Mbps | Prefer wired for consistency |
| 4K Streaming | 25 Mbps | Stable Wi-Fi or Ethernet |
| Online Gaming | 10–20 Mbps | Low ping & low jitter matter most |
| Video Calls (Zoom/Teams) | 3–6 Mbps | Uploads influence call quality |
Common culprits include Wi-Fi interference, peak-time congestion, outdated hardware, or plan limits. Try Ethernet, move closer to the router, and restart your modem/router.
Under 50 ms is good; under 20 ms is excellent. Lower ping keeps gameplay responsive.
Uploads power video calls, live streaming, cloud backups, and file sharing. Low upload speeds can cause choppy calls or stalled transfers.
Test weekly and whenever you notice buffering or lag. Run tests at multiple times of day to identify congestion.
No. Speedoodle runs entirely in your browser, and results are not shared with your provider.
Speedoodle focuses on clear, privacy-aware testing so anyone can understand download, upload, ping, and jitter without jargon. Every feature is designed to make internet diagnostics approachable for families, freelancers, and IT teams alike.
We do not sell personal information. Privacy-friendly analytics may be used to improve the site. Tests run locally in your browser, and results are never shared with your ISP. For questions, contact privacy@speedoodle.com.
Use Speedoodle “as-is” without warranties. By running the test, you agree not to misuse or disrupt the service. Results are estimates and can vary by device, provider, and network conditions.
Questions or feedback? hello@speedoodle.com