• 
• 2 answers

Yes.

• 
• 1 answer

3.1 Megabits per second is not equivalent to one gigabyte.

A bit is different than a byte.

1 byte = 8 bits.

3.1 megabits is equivalent to 0.000378418 gigabytes.

1 gigabyte is equivalent to 8192 megabits

No, 0.000378418 is not faster than 1.0

• 
• 1 answer

Netconnect+ Wi-Fi Router which can be used by five users simultaneously. It's a data card and a Wi-fi router in one. Read more on Reliance's website, rcom.co.in

• 
• 1 answer

7530

• 
• 1 answer

it is used in telephone communication

• 
• 
• 2 answers

Check out their website for plans/speeds. That will give you an idea what speeds you can get from them.

The equivalent for Verizon is Rogers in Canada and they can offer gigabit speeds in urban areas. Or cheaper ISPs like IVC can offer 500Mbs downstream nowadays.

• 
• 1 answer

thank you i got it from i101ladin@yahoo

• 
• 1 answer

I want to create free vzo account

• 
• 1 answer

A Router for the consumer type networks.

DSL/Cable modem to Router then everything else connects to Router---computers, printers, BlueRay players, HDTV, etc. The Router is in charge of distributing everything to where it needs to go.

• 
• 1 answer

• 
• 1 answer

the actual physical connection is simple, almost every DSL provider will sell/lease you a modem, and probably install it, either free or for a price. The DSL modem connects either to your phone line, a fiber optic line (if your in a large city) or most commonly a coaxal line, just like your tv. That modem, also connected to the power outlet, is then connected to your computer via a jumper Ethernet line, commonly Cat5e.

You could also connect a router to the modem instead, and then connect your computer to the router via another Cat5e line, or Wifi. This is only required when you are connecting many computers to the same internet connection, or when you really need Wifi for a laptop or remote computer.

• 
• 
• 2 answers

Balaji Internet Service Provider

• 
• 1 answer

3G Network stands for the third generation of telecommunication hardware standards and general technology for mobile networking. In other words, it's the Third Generation Network

• 
• 1 answer

If you have a yellow triangle that means there is something wrong with your motem. I reccomend just restarting it. If that doesn't work it may be whoever you are buying the internet from (AT&T, Comcast, ect.)

• 
• 1 answer

Broadband connection starts normally at 256Kbps

but most ISP services provide a starting speed of 512kbps.

• 
• 1 answer

Instant Download Manager (IDM) is the best download manager which can enhance your downloading speed from the Internet.

• 
• 1 answer

the make a website to hacked the game and scam acc.

• 
• 1 answer

Broadband service can cost anywhere from $15.00 to $300.00 per month.

For typical home use, it runs between $15.00 - $50.00.

There are many different flavors of 'broadband', Cable, which comes through your Television cable, and you have DSL, which has many flavors, depending on how close, or far, you are from the Phone Company's Central Office. Basically, the further you are away, the more expensive it will be. Some are not expensive but some are. Try AT&T Yahoo High Speed. It is only $14.00 or $12.00.

• 
• 1 answer

• 
• 1 answer

Sorry folks to bother you, but i found the solution myself! Here's how it goes: The entire process may take anything between 30 mins to an hour and a hlaf depending on PC speed and amount of data stored.

Download the following softwares: 1. Ad-aware SE Personal 2. About:Buster 3. HijackThis

All of the above mentioned softwares are freewares.

Once you have downloaded these, update their definition files very simple, each of these contain a update button just click and it updates itself. Also update your Anti-virus software

Now, restart your system in Safe Mode (Press F8 at start up)

Scan your system for viruses - use your anti-virus to do this (if it asks for a restart, do so, but restart your system in safe mode again) Once you're done with that, scan your system with the Ad-aware SE utility. select all "Critical Objects" and quarantine them.

Now run a scan using the About:Buster utility, it will automatically fix the errors, it will ask for a scan for a second time, do so.

Finally run the HijackThis utility. Be VERY careful while using this it could cause irrepairable damage to your system. Results would typically look something like: O3 - Toolbar: Norton AntiVirus - {The registry key} - C:\Program Files\Norton AntiVirus\NavShExt.dll O4 - HKCU\..\Run: [Yahoo! Pager] C:\Program Files\Yahoo!\Messenger\ypager.exe -quiet

Select the suspicious files.. ones that aren't a part of the windows OS, and click on the Fix Checked Button

That's it! Just restart your system, this time in normal mode. This should solve your problem.

• 
• 1 answer

Internet Protocol version 4 (IPv4) routing has not changed in nature, its facilities for routing traffic are as simple as a table of subnets with their respective gateways and a relative weight or priority for each, also a default gateway. Routers are connected to multiple networks, and they choose the best route for each IP packet based on the packet's destination IP address.

If any efficiencies in IPv4 routing have been developed, they have probably either been in proprietary router logic, or the development of additional communication protocols established to allow routers to communicate with each other, allowing each participating router to expand the horizon of its own network map. Once able to see 2 or 3 hops away, rather than just 1 hop as is the capacity of a local IPv4 routing table, and additionally, track the relative latency for each of those interconnects, a router might actually be able to make a more intelligent decision about which remote gateway is best to use for each particular packet.

For example, Border Gateway Protocol (BGP), Enhanced Interior Gateway Routing Protocol (EIGRP), Routing In Place (RIP), etc. Some of these protocols may be implemented on top of the IP layer, but probably not always the case.

Efficiencies in routing can be gained whenever a router has more than one path to the same destination. Delivering a packet of IP data is just like taking a road trip, or an airplane flight, or routing a phone call. Similar to routing a FedEx deliver truck through 50 stops in a day. There is a real cost to the bandwidth required to transfer the data, or more the truck, so the most efficient would ideally be the least expensive, but not always so. The primary factors that one may want to make more efficient are probably: speed, latency, $cost. What is efficient is a relative term.

Internet routing and the efficiencies to be gained fall under classification of NP-Complete and are in fact one of the few types of questions that our computers just cant answer in any significant degree of timelines. Common example is the Traveling Salesman problem.

This topic could probably also be included in net neutrality issues. Most commonly the net neutrality debate is focused around type of content, but it could just as well be centered around the interconnectivity of different provider networks, and difference is transfer rates between those networks. Sounds a lot like the phone system in that each country has its own phone network and each interconnect has a different rate. Of course, with with internet telephony most of those phone calls are probably routed over IPv4 networks anyway.

• 
• 1 answer

no, they should not.

Because it would cost money that could be contributing to cleaner parks and safer streets.

• 
• 1 answer

It really depends on your line quality. The bandwidth of a typical copper line maxes out 56kbps. But it's never guaranteed to reach that speed due to line quality, noise and etc. The modems are all able to connect to each other by following established standards. The standard set for dial-up modems has a maximum data transfer rate of 56 Kilobits per second. The government limits the power level of the signal, so it actually is less than 56K. Your line quality (distance from the Central Office (CO), line loading coils, environtmental factors, branches off of the main line, etc., all affect the bandwidth that can be transmitted across the lines. The modems will negotiate the fastest speed that they can, depending upon their settings, line quality, and supported protocol (K56Flex, V.90, V.92, etc.) DSL modems use frequencies above the normal bandwidth of dial-up analog modems. DSL modems are capable of speeds up to a few Gigabits per second. Because of the higher bandwidth of DSL, line loading coils and other factors may prevent its use. Many telephone companies have been extending their optical fiber networks out to the neighborhoods, reducing the distance between your home and their equipment. This has made DSL possible in many more areas where it was not possible before. Because of the higher frequencies used by DSL equipment, filters are required for regular analog phone equipment. The filters are put between your telephone, answering machine, or modem and the telephone line. The DSL modem connects directly, without a filter.