Frustrated with the quality or speed of your Internet and don’t know why. Have you run every security check known to man and your Internet broadband still is running slow. We have had the same problem and after searching the Internet for speed tests to check our broadband speed, we came across hundreds of sites wanting to help out for a price.

We decided to to help as well but with one catch, we will give you a actual speed test for free. No fee’s, No memberships, no spam…Simply free. You pay for Internet Broadband service from your provider and your provider does not give you any type of device to monitor what they are giving you. Now you have this measurement for free. We will keep this site active 24 hours a day for your use.

Want to take an free internet speed test and see if your speed is what it should be? Try our free internet test daily to see. Click here to see how fast your internet speed test connection is!

Bandwidth over a modem connection can sometimes be difficult to understand. There are two connections to a modem: one from your computer to its modem, and one from the computer’s modem to the ISP’s modem.

The connection speed between the computer and its modem (called the Maximum speed under Control Panel/Modem/General tab/Properties) should be set as high as possible without causing errors. On most computers this is 115200, also written as 115.2 Kb/s.

The connection speed between your modem and the ISP’s, and the compression and error checking, are negotiated between the two modems when they establish the call. In the very best possible case, which is rarely seen, two V.90 (56 Kb/s) modems will be able to connect at 53 Kb/s with compression, and the compression on normal text transfer will average 50%, giving an effective transmission rate of 106 Kb/s. Very highly compressible material could be transferred at the maximum rate of 115.2 Kb/s. Incompressible material like ZIP files could be transferred at a maximum rate of 53 Kb/s.

Our download test transmits an incompressible block of random text. The theoretical maximum transfer speed for this over a V.90 modem is 53 Kb/s, if there was no latency at all on the line–that is, if there was no delay between the times your computer asked for a packet, our computer sent it, and your computer received it. With normal latency, however, transfer speeds are reduced to roughly 85% of the maximum, which for a V.90 modem would be about 45 Kb/s. If your modem connects to your ISP at the more typical 44 Kb/s, then you can expect our test to report about 37 Kb/s on a connection with normal latency.

You will often see bandwidth and transfer speed quoted in two different units: kilobits per second, abbreviated kbps or Kb/s, and kilobytes per second, abbreviated KB/s. The difference between the two units is the number of bits in a byte, which is 8. The small ‘b’ stands for bits, and the big ‘B’ stands for bytes. Transfer speeds are often shown in KB/s, and connect speeds are usually quoted in Kb/s.

So, for instance, if a progress dialog for a modem shows you a download speed of 4.3 KB/s, it is the same as 34.4 Kb/s. If a progress dialog for a cable modem shows you a transfer speed of 100 KB/s, it is the same as 800 Kb/s.

We display our measured transfer speeds in Kb/s, to make them easier to compare with your rated line speed.

The Internet changes from one moment to the next in ways that are impossible to predict. You cannot expect to see the same bandwidth value every time you measure it. Furthermore, you cannot expect to see the full nominal speed of your connection for your bandwidth measurement: There are always delays somewhere. As a rule of thumb, if you can measure throughput that is 85% of your nominal bandwidth, more often than not your connection is performing at par. (You may need to contact your service provider or modem manufacturer to determine the rated speed of your connection and/or modem.)

This is especially true with modems. Most 56Kbps modems connect at a speed less than 46Kbps, because of the limitations of analog phone lines and telephone company switches.

To get the best picture of your Internet bandwidth, test several times. Also test at different times of the day: Your bandwidth measurement at 7 AM may be much better than your bandwidth measurement at 10 PM.

Broadband technology can be used for a variety of different purposes, including high speed internet access (e.g. Cable, DSL, T1, etc.), and VoIP (broadband phone) connections.

Want to take an free internet speed test and see if your speed is what it should be? Try our free internet test daily to see. Broadband dsl speed test,Click here to see how fast your internet speed test connection is!

DNS Servers are one of several components which help make your connection truly “fast”. If these servers aren’t functioning or are slow to respond, it can make your connection appear slow or even offline. Make sure your provider has both secondary and primary DNS servers for you to use. Do your own investigation. Try ‘Googling’ your provider’s name and DNS to see if they have a history of problems, (e.g., search for “DNS Comcast”).

ADSL Speed Typical Download Typical Upload 512Kbps 460 Kbps 200-240 Kbps 1Mbps 920 Kbps 200-240 Kbps 2Mbps 1840 Kbps 200-240 Kbps 8Mbps 7150 Kbps 400-756 Kbps

NOTE: MaxDSL and ‘upto 8Mbps’ products may report varied downstream speeds depending on how fast your line can actually connect. Upstream speed may vary with rate adaptation. Other factors may affect the reported speed including ISP network congestion and shared users/programs on your connection. Any results generated are not a guarantee of your true connection speed.

The differences between our Download and Upload tests aren’t as obvious as they may initially seem. Yes, the basic difference is the direction of the data transfer: Simply put, the Download test measures your connection speed for viewing Web pages; the upload test measures the speed for maintaining them–or sending data over your connection.

However, the rated upload and download speeds may not be the same for your connection. Some connections, such as 33K and lower, are “symmetric,” meaning the rated upload and download times should be the same. Other connections, such as cable modems and ADSL, are “asymmetric” (the “A” in ADSL stands for asymmetric). This means the upload and download times won’t necessarily be the same; upload times are generally not as fast as download times. For instance, the rated speeds for ADSL are 1.4Mbps down, and 400Kbps up. Cable modems are typically rated at 1.5 to 3Mbps down, and 400 to 600Kbps up.

Occasionally, you may even see opposite results, especially on cable modems during the evening hours. If your connection has a heavy user load, the download times may suffer, while the upload times remain unchanged. This is because the majority of Internet users download data instead of uploading it.

In addition, the ways we actually conduct the tests aren’t quite comparable. Our Download test uses the http protocol and grabs one big stream of data. Our upload test uses the ftp protocol, which involves a lot of handshaking across Internet servers. As a result, the test is more susceptible to interruptions because of bad ping times on a server or servers.

Bottom line: You should regularly run both tests to make sure you’re getting the rated upload and download speeds from your connection.

• Download is a measure of how fast your connection delivers content to your computer or local area network.

  With most web pages and stock email programs you’ll find very little difference between, a 1.5MB download and a 3.0MB download. However, for larger files or a connection used by a large number of people a lower download speed can be the difference between a quality broadband experience and a frustratingly poor experience.

• Upload is the measure of how fast content is delivered from your computer or local area network to others on the Internet.

  To achieve optimal delivery of T1 or SDSL services, download and upload speed should match or at least be very close. This is very important for applications like VoIP, email, on-line gaming and other internet interactive programs. Upload speed is even more important if you are operating an email, web or file server at your location.

  Many broadband providers, especially cable and phone companies, see broadband as another broadcast medium and don’t tailor their connections for optimal upload speeds. The bottom line is that it’s important to not underestimate the importance of upload speeds, especially if you are a “contributor” of data to the rest of the Internet.

• Kbps transfer rate = kilobit per second transfer rate. There are 8 bits in a byte, so we would divide kbps by 8 to get KB/sec transfer rate.