Jitter Test

If your video calls keep freezing, your games feel laggy, or your voice calls sound robotic, the problem might not be your internet speed. It might be jitter.

Jitter is the variation in delay that happens when data travels across your network. A stable connection delivers data at a consistent pace. An unstable connection delivers data in bursts with some packets arriving quickly and others taking much longer. That inconsistency is jitter, and it can ruin your online experience even when your download speed looks fine.

The jitter test tool at the top of this page measures your connection stability in just a few seconds. You press the Start button, and the tool analyzes how consistent your connection is. It shows your minimum jitter, average jitter, peak jitter spike, and packet stability score.

This guide explains everything you need to know about jitter. You will learn what it measures, why it matters for your daily internet use, what your test results mean, and how to fix high jitter.

How Our Jitter Test Works

The jitter test measures how consistent your internet connection is by sending a series of data packets to a nearby server and recording the time each packet takes to return. A perfectly stable connection would have every packet arriving at exactly the same interval. Real world connections have some variation, and that variation is jitter.

Pressing Start

You press the Start button on the tool. The test begins immediately and runs for a few seconds. There is no setup required and no configuration needed.

Packet Sequence

The tool sends multiple data packets in rapid succession to the nearest Cloudflare server. Each packet is timestamped when it leaves your device and when it returns. The tool compares the time between each packet to measure consistency.

Minimum Jitter

This is the smallest variation in delay that the test detected. It represents the best moment of stability during your test. A low minimum jitter indicates that your connection is capable of being stable, even if other factors cause occasional spikes.

Average Jitter

This is the mean variation across all packets sent during the test. It gives you the most representative measure of your connection stability. Average jitter is the number most people should focus on when evaluating their connection quality.

Peak Jitter Spike

This is the largest variation in delay that the test detected. It represents the worst moment of instability during your test. A high peak jitter spike can cause noticeable problems even if your average jitter is low, because it only takes one big spike to disrupt a video call or game.

Packet Stability

This is a percentage score from 0 to 100 that summarizes the overall consistency of your connection. A score of 100 means every packet arrived at exactly the same interval with zero variation. A score of 0 means the connection was extremely unstable. Packet stability gives you a simple, easy to understand number that combines all the other metrics into one score.

What Is Jitter

Jitter is the variation in latency over time. While ping measures the average round trip time for data to travel to a server and back, jitter measures how much that time fluctuates from one packet to the next.

Imagine you are waiting for a bus that is supposed to arrive every 10 minutes. If the bus always arrives exactly at the 10 minute mark, that is zero jitter. If the bus sometimes arrives in 5 minutes and sometimes takes 20 minutes, that is high jitter. The average might still be 10 minutes, but the experience is completely different.

The same principle applies to your internet connection. A connection with 30 ms ping and 2 ms jitter feels smooth and responsive. A connection with 30 ms ping and 30 ms jitter feels erratic and unreliable. The average ping is the same, but the experience is much worse.

Jitter is caused by any factor that introduces variable delay into your network path. Network congestion, WiFi interference, router bufferbloat, and ISP routing issues can all cause jitter. Because these factors change moment to moment, jitter is not a fixed property of your connection. It varies throughout the day based on network conditions.

Why Jitter Matters

Jitter affects every real time application you use on the internet. It is not just a gaming metric. It impacts video calls, voice calls, streaming, cloud gaming, remote desktop, and any other activity where timing matters.

Video calls. High jitter causes video to freeze and then speed up to catch up. The person on the other end of the call may appear robotic or stuttery. Audio may cut in and out. This is one of the most common complaints in remote work environments.

Online gaming. Jitter causes rubber banding where your character appears to teleport around the map. Your inputs may not register immediately. Enemies may appear to skip or jump. Competitive gamers need low jitter to perform well.

Voice calls. VoIP calls over services like Zoom, Skype, and Discord require consistent packet delivery. High jitter makes voices sound robotic, distorted, or garbled. Words may be cut off or delayed.

Streaming video. While streaming services buffer video to smooth out jitter, high jitter can still cause buffering and quality drops. The service may lower the resolution to compensate for the instability.

Cloud gaming. Services like GeForce NOW and Xbox Cloud Gaming stream video frames to your device in real time. Jitter causes visible stuttering and input lag that makes games unplayable.

Remote desktop. Connecting to a remote computer requires consistent low latency. Jitter makes the mouse cursor feel laggy and unresponsive. Typing may feel delayed.

What Your Jitter Test Results Mean

Minimum Jitter

Minimum jitter tells you the best performance your connection is capable of. If your minimum jitter is low, your network equipment and ISP are capable of delivering stable performance. This means the jitter problems you experience are likely caused by temporary factors like congestion or interference that can be addressed.

Average Jitter

Average jitter is the most important number on your test result. It represents the typical stability of your connection. If your average jitter is under 10 ms, your connection is considered good for nearly all activities. If it is over 20 ms, you will likely notice problems regularly.

Peak Jitter Spike

Peak jitter spike matters because it only takes one large spike to disrupt a real time application. A video call can handle consistent 15 ms jitter, but a single 100 ms spike will cause a visible freeze. If your peak jitter spike is much higher than your average jitter, your connection has intermittent instability problems.

Packet Stability

Packet stability gives you a single score that summarizes your connection quality. It takes into account all the other jitter metrics and combines them into an easy to understand percentage. This is the number to watch if you want a quick answer to how stable your connection is.

What Causes High Jitter

Understanding what causes jitter helps you identify the right solution. Here are the most common causes of high jitter.

Network congestion. When many devices or users share the same network connection, data packets have to wait their turn. This waiting time varies based on how much traffic is present at any given moment, creating jitter. Congestion can happen on your home network or on your ISP network.

WiFi interference. WiFi signals are affected by physical obstacles, distance, and interference from other electronic devices. Microwaves, baby monitors, cordless phones, and neighboring WiFi networks all cause interference that makes WiFi signal strength fluctuate. These fluctuations create jitter.

Bufferbloat. Bufferbloat happens when your router holds too much data in its buffer queue. When the buffer fills up, packets get delayed unevenly. Some packets are delayed more than others, which creates jitter. Bufferbloat is one of the most common causes of high jitter that people do not know about.

ISP routing issues. The path your data takes through the internet is not always consistent. Your ISP may route packets through different paths at different times based on network conditions. If these paths have different latencies, your packets arrive at inconsistent times.

Old or low quality router. A router with insufficient processing power cannot handle packet forwarding consistently, especially when multiple devices are active. This introduces variable delay as the router struggles to keep up.

Background applications. Applications running on your computer can cause jitter by using bandwidth unpredictably. Cloud backups, software updates, and streaming services all consume bandwidth in bursts that create variation in your connection.

VPN connections. VPNs add an extra layer of routing and encryption that can introduce jitter. The VPN server load and the quality of the VPN connection affect how consistent your packet delivery is.

Powerline adapters. Powerline adapters send network signals through your home electrical wiring. Electrical noise and other devices on the same circuit can cause significant jitter.

Satellite internet. Satellite connections have inherent jitter because of atmospheric conditions, satellite movement, and the long distance signals must travel. LEO satellite like Starlink has lower jitter than traditional satellite, but it is still higher than wired connections.

How to Fix High Jitter

Most causes of high jitter can be fixed or reduced with the right approach. Here are solutions organized from easiest to most involved.

1. Use Ethernet instead of WiFi. This is the single most effective thing you can do to reduce jitter. Ethernet cables provide a consistent, interference free connection. If you test over WiFi and see high jitter, try connecting your device directly to the router with an Ethernet cable and test again.
2. Restart your router. A simple restart clears the router memory and can resolve temporary issues that cause jitter. Unplug the power, wait 30 seconds, and plug it back in.
3. Reduce WiFi interference. Move your router away from microwaves, cordless phones, baby monitors, and other electronics. Place it in a central location away from walls and metal objects. Change your WiFi channel to one with less interference from neighboring networks.
4. Enable Quality of Service on your router. QoS settings prioritize important traffic like video calls and gaming over less important traffic like downloads. This helps maintain consistent latency for real time applications even when your connection is busy.
5. Upgrade your router. If your router is more than four years old, upgrading to a modern router with better processing power and buffer management can significantly reduce jitter. Look for routers with good QoS and SQM features.
6. Close background applications. Check your computer for applications running in the background that use bandwidth unpredictably. Cloud backups, software updates, and streaming services should be paused when you need a stable connection.
7. Disconnect unused devices. Every device on your network adds to the traffic that your router must manage. Disconnecting devices that are not in use reduces the load on your router and can improve jitter.
8. Disable VPN for sensitive applications. If you use a VPN for privacy, try disabling it when you need low jitter for gaming or video calls. VPNs add routing and encryption overhead that increases jitter.
9. Update your router firmware. Router manufacturers release firmware updates that improve performance and fix bugs. Check your router settings for available updates.
10. Contact your ISP. If you have tried everything and your jitter remains high, the problem may be on your ISP side. Ask them to check your connection quality and routing paths. They may be able to adjust settings on their end.
11. Consider switching to fiber internet. Fiber optic internet has inherently lower jitter than cable, DSL, or satellite because the signal is less susceptible to interference and the network architecture is more consistent.

Jitter and Packet Loss

Jitter and packet loss are related but different problems. Packet loss happens when data packets do not reach their destination at all. Jitter happens when packets arrive at inconsistent times.

Both are bad for real time applications, but they feel different. Packet loss causes missing information. Audio cuts out, video freezes, game actions are lost. Jitter causes delayed information. Audio is robotic, video stutters, game characters rubber band.

High jitter can sometimes lead to packet loss. When packets arrive too late, the receiving device may discard them because they are no longer useful. This is why jitter and packet loss often appear together on problematic connections.

Our jitter test focuses specifically on measuring variation in delay. If you also want to check for packet loss, use the packet loss test tool available on this site.

Jitter and Bufferbloat

Bufferbloat is one of the most common underlying causes of high jitter that people do not know about. It happens when your router holds too much data in its buffer queue instead of forwarding it immediately.

When the buffer is empty, packets flow through quickly and consistently. As the buffer fills up, packets start waiting in line. The waiting time depends on how full the buffer is at any given moment, which varies constantly. This variable waiting time creates jitter.

Bufferbloat is especially noticeable when your connection is under load. Your jitter may look fine on an idle test, but spike dramatically when you start downloading a file or streaming video. This is why testing jitter under load is important.

To test for bufferbloat, run our jitter test while also running a download or upload in the background. If your jitter increases significantly, you likely have bufferbloat. Enabling QoS or SQM on your router is the most effective fix.

Jitter in Different Types of Internet Connections

Different internet technologies have different jitter characteristics. Understanding what is normal for your connection type helps you interpret your test results.

Fiber optic internet consistently has the lowest jitter because the signal travels through glass cables that are not affected by electrical interference. The network architecture of fiber also tends to be more modern with better equipment.

Cable internet jitter varies depending on how many people in your neighborhood are online at the same time. During peak hours, cable jitter often increases because the shared network node becomes congested.

Satellite internet has the highest jitter because the signal must travel thousands of kilometers through the atmosphere, which introduces constantly varying delays.

Jitter for Gaming

Jitter is critical for online gaming. While ping determines your average responsiveness, jitter determines how consistent that responsiveness is. High jitter can ruin your gaming experience even if your ping is low.

Competitive shooters. Games like Valorant, CS2, Call of Duty, and Overwatch require precise timing. Jitter over 10 ms will cause noticeable issues with hit registration and movement. Competitive players should aim for jitter under 5 ms.

Battle royale games. Fortnite, PUBG, and Apex Legends are sensitive to jitter because they require tracking moving targets and building structures. Jitter under 15 ms is acceptable, but lower is better.

MOBA games. League of Legends and Dota 2 require consistent inputs for ability timing. Jitter under 20 ms is generally fine for these games.

Fighting games. Street Fighter, Tekken, and Super Smash Bros require frame perfect inputs. These games are extremely sensitive to jitter because even a single inconsistent frame can change the outcome of a match.

If you game over WiFi, your jitter will almost always be higher than over Ethernet. For competitive gaming, a wired Ethernet connection is strongly recommended.

Jitter for Video Calls

Video calls are one of the most common activities affected by jitter. Zoom, Google Meet, Microsoft Teams, and FaceTime all rely on consistent packet delivery for smooth video and audio.

Video call platforms use jitter buffers to smooth out variations, but these buffers can only handle so much. When jitter exceeds the buffer capacity, you experience noticeable quality problems.

For professional video calls where you need to appear polished and professional, jitter under 10 ms is ideal. Jitter under 20 ms is acceptable for casual calls. Jitter over 30 ms will likely cause complaints from the people you are talking to.

If you work from home and rely on video calls, run our jitter test regularly to monitor your connection stability. If you see increasing jitter over time, it may indicate a developing problem with your network equipment or ISP.

Jitter for Streaming

Streaming services like Netflix, YouTube, and Disney Plus use buffering to smooth out jitter. They download several seconds of video ahead of what you are watching, which gives them time to handle variations in packet delivery.

However, high jitter can still cause problems. When jitter is very high, the buffer may run empty before new data arrives. This causes buffering and quality drops. The streaming service may lower the resolution to compensate.

For most streaming, jitter under 20 ms is fine. The streaming buffer handles the variation without you noticing. For live events and cloud gaming, jitter under 10 ms is recommended for the best experience.

Jitter for VoIP and Voice Calls

Voice over IP calls are very sensitive to jitter because the human ear can easily detect inconsistencies in audio. Robotic sounding voices, missing words, and delayed responses are all symptoms of high jitter.

VoIP systems use jitter buffers just like video streaming, but the buffer size is limited by the need for real time conversation. A buffer that is too large adds noticeable delay to the conversation. A buffer that is too small cannot handle jitter spikes.

For clear voice calls, jitter under 10 ms is ideal. Jitter under 20 ms is acceptable. Jitter over 30 ms will cause noticeable audio quality problems.

If you frequently make voice calls for work or personal reasons, run our jitter test to check your connection quality. If your jitter is high, try using Ethernet instead of WiFi and close any background applications that use bandwidth.

Jitter for Remote Desktop

Remote desktop applications like Microsoft Remote Desktop, TeamViewer, and AnyDesk send screen updates from one computer to another. These updates are sensitive to jitter because they need to arrive in sequence for the screen to update smoothly.

High jitter causes the remote desktop to feel sluggish and unresponsive. The mouse cursor may lag behind your movement. Screen updates may appear in chunks rather than smoothly. Typing may feel delayed.

For a smooth remote desktop experience, jitter under 10 ms is ideal. Jitter under 20 ms is acceptable for most tasks. Jitter over 30 ms will make remote desktop feel frustrating to use.

If you work remotely using remote desktop, connect your computer to the router with Ethernet for the lowest possible jitter.

Jitter for Smart Home Devices

Smart home devices are generally less sensitive to jitter than gaming or video calls because they transfer small amounts of data infrequently. However, some smart home applications are affected.

Security cameras that stream video to the cloud are affected by jitter because the video stream needs consistent bandwidth. High jitter causes the video to stutter or pixelate.

Voice assistants like Alexa and Google Home use cloud processing for voice commands. High jitter can cause delays between speaking and getting a response.

Smart doorbells with video calling are affected the same way as video calls on your phone. High jitter causes freezing and audio problems during doorbell conversations.

How to Test Your Jitter Correctly

For the most accurate jitter test results, follow these steps.

1. Use a wired Ethernet connection. WiFi adds variables that can make jitter results inconsistent. Connect your computer directly to the router with an Ethernet cable for the most accurate test.
2. Close all other applications. Streaming, downloads, and video calls use bandwidth and can affect your jitter results. Close everything before testing.
3. Disconnect VPN. A VPN adds routing overhead that can increase jitter. Disconnect your VPN before testing for accurate results.
4. Restart your router. If your router has been running for days or weeks, restarting helps ensure it is in a fresh state.
5. Run multiple tests. Jitter varies from moment to moment. Run the test three times and take the average for the most reliable result.
6. Test at different times of day. Jitter often increases during peak usage hours. Test in the morning, afternoon, and evening to see how your connection stability changes.
7. Test under load. Run our jitter test while also running a download or streaming video. This shows you how your connection handles jitter when it is busy.
8. Compare Ethernet and WiFi. Test over Ethernet first, then over WiFi. The difference tells you how much jitter your WiFi setup is adding.

Frequently Asked Questions

What is a Jitter Test?

A jitter test measures how consistent your internet connection is by sending multiple data packets and recording the variation in their arrival times. It shows your minimum jitter, average jitter, peak jitter spike, and packet stability score.

How does our Jitter Test work?

You press the Start button and the tool sends a series of data packets to a nearby Cloudflare server. It measures the time each packet takes to return and calculates the variation between packets. Results are displayed as minimum jitter, average jitter, peak jitter spike, and packet stability.

What is jitter?

Jitter is the variation in latency over time. While ping measures the average round trip time, jitter measures how much that time fluctuates from one data packet to the next. Low jitter means a stable connection. High jitter means an inconsistent connection.

What is a good jitter score?

Average jitter under 5 ms is excellent. Average jitter under 10 ms is good for most activities. Average jitter under 20 ms is acceptable for casual use. Average jitter over 20 ms will cause noticeable problems in real time applications.

What is packet stability?

Packet stability is a percentage score from 0 to 100 that summarizes the overall consistency of your connection. A score of 95 percent or higher is excellent. A score below 70 percent indicates significant instability.

What causes high jitter?

High jitter is caused by network congestion, WiFi interference, bufferbloat, old routers, ISP routing issues, background applications, VPN connections, and powerline adapters. The most common cause is WiFi interference.

How do I fix high jitter?

Start by using Ethernet instead of WiFi. Restart your router. Reduce WiFi interference. Enable QoS on your router. Close background applications. Upgrade your router if it is old. Contact your ISP if the problem persists.

Does Ethernet reduce jitter?

Yes, significantly. Ethernet provides a consistent, interference free connection that eliminates WiFi related jitter. If you test over WiFi and see high jitter, testing over Ethernet will show you how much jitter your WiFi setup is adding.

Can a VPN cause jitter?

Yes. VPNs add routing and encryption overhead that can increase jitter. The VPN server load and the distance to the VPN server also affect jitter. Try disabling your VPN when you need low jitter for gaming or video calls.

What is the difference between jitter and ping?

Ping measures the average round trip time for data to travel to a server and back. Jitter measures how much that time varies from one packet to the next. Ping tells you how fast your connection is. Jitter tells you how consistent your connection is.

What is the difference between jitter and packet loss?

Packet loss measures data packets that never reach their destination. Jitter measures packets that arrive but at inconsistent times. Both are bad for real time applications, but they cause different problems. Packet loss causes missing information. Jitter causes delayed information.

What is bufferbloat and how does it affect jitter?

Bufferbloat happens when your router holds too much data in its buffer queue. This causes packets to wait variable amounts of time before being forwarded, which creates jitter. Bufferbloat is especially noticeable when your connection is under load.

How do I test for bufferbloat?

Run our jitter test while also running a download or streaming video in the background. If your jitter increases significantly compared to an idle test, you likely have bufferbloat. Enabling QoS on your router can fix it.

Is jitter more important than ping for gaming?

Both matter, but jitter is often more noticeable. A connection with 50 ms ping and 2 ms jitter feels smooth. A connection with 20 ms ping and 30 ms jitter feels erratic and frustrating. Consistency matters as much as speed.

Can my ISP fix high jitter?

If the jitter is caused by issues on your ISP side such as network congestion or routing problems, they may be able to fix it. Contact your ISP with your jitter test results and ask them to check your connection quality.

Does fiber internet have lower jitter?

Yes. Fiber optic internet typically has jitter between 1 and 4 ms, which is lower than cable, DSL, 5G, or satellite. Fiber is less susceptible to interference and has more modern network equipment.

Why is my jitter higher at night?

Jitter often increases during peak evening hours because more people in your neighborhood are using the internet. This is especially common on cable internet where neighbors share the same network node.

Can an old router cause high jitter?

Yes. Older routers have slower processors and less efficient buffer management, which increases jitter. Upgrading to a modern router with QoS features can significantly reduce jitter.

Does WiFi 6 reduce jitter compared to older WiFi standards?

Yes. WiFi 6 includes features like OFDMA and Target Wake Time that reduce latency and jitter compared to WiFi 5 and older standards. WiFi 7 further improves on this.

What is a jitter spike?

A jitter spike is a sudden large increase in jitter. The peak jitter spike metric shows the worst moment during your test. Even if your average jitter is low, a single large spike can disrupt a video call or game.

Can weather affect jitter?

Yes, weather can affect jitter on some connection types. Heavy rain can increase jitter on satellite and fixed wireless connections. Fiber and cable are generally not affected by weather.

How often should I test my jitter?

Test your jitter at least once a month to monitor your connection stability. Test more often if you notice problems with video calls, gaming, or streaming. Testing at different times of day helps you identify patterns.

What is a good jitter for Zoom calls?

For clear Zoom calls, average jitter under 10 ms is ideal. Jitter under 20 ms is acceptable. Jitter over 30 ms will cause noticeable freezing and audio problems.

What is a good jitter for gaming?

For competitive gaming, average jitter under 5 ms is ideal. Jitter under 10 ms is good for most games. Jitter over 15 ms will cause noticeable issues in fast paced games.

Can powerline adapters cause jitter?

Yes. Powerline adapters send network signals through your home electrical wiring, which is subject to electrical noise and interference from other appliances. This often results in higher jitter than Ethernet or even good WiFi.

Does jitter affect download speed?

Indirectly. High jitter can cause TCP connections to perform poorly because the protocol interprets varying delays as congestion. This can reduce your effective download speed, especially for applications that use many small data transfers.

How is jitter measured?

Jitter is measured in milliseconds by comparing the arrival times of consecutive data packets. The tool calculates the difference between the expected arrival time and the actual arrival time for each packet.

What does minimum jitter tell me?

Minimum jitter shows the best stability your connection achieved during the test. If your minimum jitter is low, your network is capable of stable performance, which means the higher average jitter is caused by temporary factors.

What does peak jitter spike tell me?

Peak jitter spike shows the worst moment of instability during your test. A high peak spike indicates that your connection has intermittent problems that can cause sudden disruptions.

Can too many devices on my network cause jitter?

Yes. Every device adds traffic that your router must manage. When the router is busy handling many devices, it introduces variable delays that increase jitter. Disconnecting unused devices can help.

Is public WiFi jitter higher than home WiFi?

Yes, typically much higher. Public WiFi networks are shared by many users and often have poor equipment and configuration. Jitter on public WiFi can easily exceed 30 to 50 ms.

Can jitter cause buffering on Netflix?

Yes. High jitter can cause the streaming buffer to run dry, resulting in buffering and quality drops. Netflix and other streaming services lower the video quality to compensate for unstable connections.

Does jitter affect cloud gaming?

Yes, significantly. Cloud gaming streams video frames to your device in real time. High jitter causes stuttering, pixelation, and input lag. For cloud gaming, jitter under 5 ms is ideal.

How do I know if my jitter is caused by my WiFi?

Test over Ethernet and compare the results. If your jitter is significantly lower over Ethernet, your WiFi setup is the cause. Move closer to the router, reduce interference, or consider upgrading your WiFi equipment.

Can a modem affect jitter?

Yes, especially on cable connections. Older DOCSIS 3.0 modems have higher jitter than modern DOCSIS 3.1 modems. Upgrading your modem can reduce jitter on cable internet connections.

What is the relationship between jitter and latency?

Latency is the average delay for data to travel. Jitter is the variation in that delay. A connection can have low latency and high jitter, which means data arrives quickly but at inconsistent times.

Can QoS reduce jitter?

Yes. Quality of Service settings on your router prioritize important traffic and manage buffer queues more effectively. This reduces jitter for real time applications like gaming and video calls.

Should I run a jitter test before important video calls?

Yes. Running our jitter test before an important call gives you confidence that your connection is stable enough for clear communication. If your jitter is high, you can troubleshoot before the call starts.

Can background downloads cause jitter?

Yes. Background downloads and updates use bandwidth in bursts that create variable delay. If you notice high jitter, check for active downloads and pause them before testing or using real time applications.

Is jitter worse on mobile data than WiFi?

It depends on your signal strength and network congestion. Mobile data jitter can be low with a strong 5G signal but very high with a weak 4G signal. Testing both connections helps you know which is more stable.

Common Jitter Problems and Solutions

Jitter is one of the most overlooked aspects of internet performance. Many people focus entirely on download speed and ping, not realizing that jitter can ruin their online experience even when those numbers look good.

A stable connection is just as important as a fast connection. You can have 500 Mbps download speed and 10 ms ping, but if your jitter is 30 ms, your video calls will freeze, your games will lag, and your voice calls will sound robotic. Fixing jitter often improves your experience more than upgrading to a faster plan.

Our jitter test gives you the tools you need to measure and understand your connection stability. Use it regularly to monitor your network health. Track your results over time. Compare Ethernet to WiFi. Test at different times of day. The more you understand your connection, the better you can make it work for your needs.

Run the jitter test at the top of this page today and see how stable your connection really is.