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Internet Connection
Speeds Access
A 56k modem allows you to connect at a maximum speed of 53,000 kbps (kilo bits per second). This is due to FCC regulations (thanks again Uncle Sam). So one can never actually attain a 56,000 kbps connection in the USA. In 1998, the so called "V.90" protocol was approved as the world wide standard. This standard was developed after a long battle over the two existing standards, the US Robotics' X2 and Rockwell's KFlex protocols. Although all three protocols are still in use today, X2 and KFlex are rapidly dying out as users upgrade their modems to the V.90 protocol. ISP (internet service provider) support for those protocols will also vanish with time, so beware if you have not flashed your modem or upgraded to a new one with the V.90 protocol. |
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| Determine Your Connection Speed | ||||||
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When you are logged on to the net in
Windows 95 or 98, there is a small connection icon in the lower right
corner of the screen, next to the system clock. Simply double-click the
icon and read it. This tells you your initial connect speed.
To see your real-life connection speed, click on the link in the left menu above. It will connect you to MSN and run a very quick test on your connection speed. This speed is probably more accurate because it performs a live test. |
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| The Reasons So Slow | ||||||
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Okay, your ISP supports your modems
56k protocol, but it only connects at 26,400 kbps. What's the problem?
Most likely, one of the below: You are a great distance from the phone
companies "switching station". When phone (modem) signals
leave your house, they are in a form called "analog". This
analog signal travels along the wires until it reaches a switching
station. At that point, the signals are converted to "digital"
form for travel to the phone company. As analog signals travel, they
lose intensity and pick up noise, thus the signal becomes weak. If the
signal is weak, data transmission quality drops and the modem must
compensate by slowing down. This is the only way for the system to
maintain a connection.
What can you do? Move closer to a switch, that's it. The phone company has installed an additional A/D (analog to digital) converter on the pole outside your house. Why did 'Ma Bell' do this? To increase line capacity. By adding a converter at the pole, the number of available lines can increase, thus more revenue for Ma. The bad news is this process greatly diminishes signal quality. This is the case at BT's residence. I have two phone lines. The line I use for my computer connects at 48k. The other line, which I tested back-to-back, connects at 26.4k to 28.8k. I repeated this test several times because I just couldn't believe it. Both lines go to the same pole ! What to do? Call Ma Bell and plead for them to move your line off of this converter. Unfortunately, this can result in having to change your phone number. However, if you use the net a lot, then the speed increase is probably worth the effort. Just make sure you're around when the phone guy arrives. That way you can talk to him and tell him exactly what the situation is. |
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| Other Possibilities | ||||||
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| Updating Your Modems Protocol | ||||||
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You must know what kind of modem you have. If you're lucky, you can find this out in Windows. Use the following sequence: Start>Settings>Control Panel>Modems>Diagnostics Tab Select the COM port where the modem is listed and then click "More Info". This tests the modem and produces a report. Hopefully, the modem type and protocol being used will be listed. Once you know what kind of modem you have, you need to either go to the manufacturers web site or contact them directly to see if your modem is upgradeable to the V.90 protocol. If it is upgradeable, simply download the "flash" program and follow their directions. Note: These upgrades perform an operation known as a "flash". This means a program is changing the permanent memory (a.k.a. EPROM, Erasable Programmable Read Only Memory) contained in the modem. Like a hard drive, there is only so much space in EPROM. Unfortunately, many early 56k modems have an EPROM that is too small to hold the V.90 code, the X2 and KFlex protocols are smaller than V.90. These modems cannot be flashed. |
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| Summary | ||||||
| There are essentially three things that will keep you from getting a good connection speed: distance to switching station, additional "at pole" A/D conversion, and incorrect protocol use. You can do little about the first, but use BT's advice on the later. If you are using a Winmodem, you may also want to try replacing it with a "hardware-based modem". | ||||||
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