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(continued from previous page)
Downloading music and video takes up even less bandwidth. It could take 10 to 12 seconds longer to download a song from iTunes using a 768Kbps connection compared to using a 6Mbps connection.
"It may be that if you throw speed out there people will find a way to use it," said Jim Penhune, an analyst with Strategy Analytics. "But once you get beyond a certain point, it's hard to see how much better the experience will get."
Laszlo argues that most consumers don't see speed as a compelling enough feature to pay more for their service. In fact, only about 14 percent of people surveyed by JupiterResearch in December 2005 said they'd be willing to pay $10 more per month for faster downstream service. And only 10 percent said they were willing to pay $10 per month more for faster upstream speeds. Roughly 85 percent said they felt the current speed they subscribed to was sufficient.
"What this says to me is that it's tough to sell a service based on speed alone," said Laszlo. "There is a small fraction of the population that always wants more, but most people are happy with what they have."
Laszlo says he believes most households with one or two computers sharing a broadband connection would be fine with between 1Mbps and 2Mbps of download capacity. He said the real need for speed increases is in upload speeds rather than download speeds.
"We're starting to see people chomping at the bit for faster upstream speeds," he said. "Given the increasing popularity of digital video sharing, we might get to the point where there may be more demand for faster upstream connections."
Both AT&T and Verizon offer plans with relatively low-speed connections for less than $20 per month. Verizon offers 768Kbps for $14.95, when ordered online. AT&T is offering its 1.5Mbps service for the first year of service for $12.99 per month.
While cable operators have resisted cutting prices or even offering a lower-speed tier of service, they do provide deals on their faster services if they are bundled with other services. For example, Cablevision offers a $90 package if subscribers sign up for its 15Mbps broadband, digital cable, and phone services.
But what about the future?
Even though today's average users likely don't need the 5Mbps, 10Mbps or even 15Mbps download services that are being offered, more bandwidth-intensive applications are on their way. Some experts suggest that as many as 45 percent of homes with Internet access in the U.S. have two or more computers. Connecting those computers and other devices, such as TVs and media centers, together will increase bandwidth needs.
"Verizon's 768Kbps might be sufficient for today," said Albert Lin, an analyst with American Technology Research. "But it will be inadequate for the majority of users in two years."
But the biggest driver for super-fast broadband connections will likely come from high-definition video. Depending on the compression technology used, one high-definition stream on one TV eats up between 10Mbps and 20Mbps of bandwidth. Standard definition broadcasts use between 2Mbps and 6Mbps per channel, depending on the compression technology used.
AT&T, which is upgrading its network to offer IPTV (Internet Protocol TV) service, will need to offer consumers a minimum of 20 Mbps into the home, said Laszlo. Cable operators and Verizon, which will also offer HDTV, have built their networks so their high-speed Internet service is separate from the capacity that delivers TV. But as more content providers like Walt Disney's ABC offer programming directly over the Internet, consumers will need faster connections to handle the streams.
"I remember the days when people said they couldn't imagine who would ever need 64Kbps of RAM on their PCs," said Verizon's Schommer. "Those days are long gone. As new applications are developed for the Internet, user behavior will change, and people will find ways to use all that bandwidth."
See more CNET content tagged:
Joe Laszlo, broadband service, broadband, bandwidth, cable company
They also use this to "control" things like Bit Torrent traffic. My opinion is that if I pay for 5 megs of service, I should be able to use it anyway I see fit. This should become a much more interesting topic as more companies like Warner Bros. use Bit Torrent as a viable means of distribution.
Would consumers stand for it if the phone comanies started limiting the amount of time you can spend calling 800 numbers because they couldn't handle all the traffic. They've just failed to keep up.
My ISP uses a device called an Elacoya switch to throttle all bandwidth at the head-end and to virtually eliminate file sharing from the network. The only problem is they've now used it to slow all traffic due to heavy volume of customers. Games suffer, VOIP suffers...basically all Charter Cable customers suffer!
People who are bandwidth hogs like to run their own game servers, their own web sites, stream video and audio FROM their home computers, and upload tons of worthless video clips of their garage bands to sites like YouTube and Google Video.
Most of the time, the bandwidth allocation structure works just fine. People need to realize that if they have intense bandwidth requirements, they need to have business class Internet service. Especially if they have cable Internet access. Cable is a shared medium. Which means that all of the available bandwidth is shared between given neighborhoods. You may have a 20MB sync rate, but it means nothing when your neighbor does too and they are downloading huge movie files for hours on end. With DSL, that is not so much of a problem but the outbound connection for an ISP on the other end of that DSL connection will suffer if their are a bunch of bandwidth hogs monopolizing the connection.
LOL
http://news.com.com/5208-1034-0.html?forumID=1&threadID=16995&messageID=147346&start=-145
I completely agree with the point that our *symmetrical* bandwidth is absolutely outrageous (none of these network mediums, besides cable, are based on asymmetric models -- meaning, it's cable providers, DSL providers, and so on who are the ones responsible for creating an asymmetric network, not the actual protocols themselves), but simultaneously, the reason end-user ISPs do this is because of backbone providers and unjustified circuit/bandwidth costs.
Again, see my aforementioned for who to ultimately blame. Be sure to point the finger in the right direction. :-)
enough for a lot of people, but only if it's truly unlimited
service. I've heard of some providers imposing caps of as
little as 2GB per month, which could impact you from time to
time if you really need something now and your ISP says you
have already downloaded too much this month.
Of course, if you are relying on cable broadband, then these
lower speed for lower cost packages might not even be an option.
what their infastructure's will handle, I have 6Mbps DSL with SBC now AT&T. The Expert package is what I currently have and now you can no longer get this package in the area of Texas I live in now, due to the fact of all the new DSL customers their adding daily aka 1.5Mbps. My line will handle 9890Kbps down and 1760Kbps up, for years they told me my phone lines wouldn't handle the 6Mbps speeds=CRAP...The above speeds are what my router says the line is capable of handling...It's their infastructure that can't handle the speeds not my phone line, I live right next to a RT which I'm hooked into now, the CO which I was connected to for the 3Mbps is 1.2 miles from where I live.
The phone and cable companies need to quit lying about reasons why you can't get a certain speed and fess up that their infastructures are inadequate to handle the services their selling.
However, the throttling of port traffic (especially known torrent ports) is one that is disheartening because their reason is to prevent increased use of bandwith within their infastructure. Period. The throttling of port activity is a bias-based approach because it generally throttles ports of torrent clients, and will limit ports that exercise high bandwith usage (due to changing ports used for your torrent app). Why?! Here's why:
1) Upgrading network infastructure is done by a "expected-impact" notion. By limiting high bandwith usage by customers, they can reduce the need for extensive and costly upgrades because the overall system load expected in the future is less than an unthrottled structure.
2) System protection is just as important to them as it is to you. Excessive server load increases downtime and the frequency of repairs. Yes, they don't want to spend more money than what is necessary - and neither do you. Sadly, in almost every TOS I've had from various ISPs, they are given rights to pretty much protect their @ss from "dangerous" behavior of users...such as excessive bandwith usage. It sucks, but it's their subjective right to exercise this point.
3) Looking at the research numbers, torrent ports are one of the primary targets because they make up the most active ports of residential customers (except for port 80 because of the vast number of non-torrent internet users). Taking what they know leads them to see that reducing torrent client bandwith will have the largest reduction in network activity.
4) Protection of other paying customers - In the event you have cable access, you should be a little happy that this occurs. Unlike the DSL counterpart, you SHARE your connection with a slew of other customers on a shared node. So if enough customers on your node are downloading at the maximum speed possible, you and everyone else on the node will notice a significant performance decrease. Note: You paid for this type of service!
I completly disagree with targeting torrent clients, the disturbances it causes VOIP services, etc. From a legal standpoint they are in the clear because of the subjective interpertation of the TOS rules. Sadly, customers will get tired of complaining about this and eventually say "Screw it", quit complaining and it will become a norm of the industry.
Which frankly sucks.
They also use this to "control" things like Bit Torrent traffic. My opinion is that if I pay for 5 megs of service, I should be able to use it anyway I see fit. This should become a much more interesting topic as more companies like Warner Bros. use Bit Torrent as a viable means of distribution.
Would consumers stand for it if the phone comanies started limiting the amount of time you can spend calling 800 numbers because they couldn't handle all the traffic. They've just failed to keep up.
My ISP uses a device called an Elacoya switch to throttle all bandwidth at the head-end and to virtually eliminate file sharing from the network. The only problem is they've now used it to slow all traffic due to heavy volume of customers. Games suffer, VOIP suffers...basically all Charter Cable customers suffer!
People who are bandwidth hogs like to run their own game servers, their own web sites, stream video and audio FROM their home computers, and upload tons of worthless video clips of their garage bands to sites like YouTube and Google Video.
Most of the time, the bandwidth allocation structure works just fine. People need to realize that if they have intense bandwidth requirements, they need to have business class Internet service. Especially if they have cable Internet access. Cable is a shared medium. Which means that all of the available bandwidth is shared between given neighborhoods. You may have a 20MB sync rate, but it means nothing when your neighbor does too and they are downloading huge movie files for hours on end. With DSL, that is not so much of a problem but the outbound connection for an ISP on the other end of that DSL connection will suffer if their are a bunch of bandwidth hogs monopolizing the connection.
LOL
http://news.com.com/5208-1034-0.html?forumID=1&threadID=16995&messageID=147346&start=-145
I completely agree with the point that our *symmetrical* bandwidth is absolutely outrageous (none of these network mediums, besides cable, are based on asymmetric models -- meaning, it's cable providers, DSL providers, and so on who are the ones responsible for creating an asymmetric network, not the actual protocols themselves), but simultaneously, the reason end-user ISPs do this is because of backbone providers and unjustified circuit/bandwidth costs.
Again, see my aforementioned for who to ultimately blame. Be sure to point the finger in the right direction. :-)
enough for a lot of people, but only if it's truly unlimited
service. I've heard of some providers imposing caps of as
little as 2GB per month, which could impact you from time to
time if you really need something now and your ISP says you
have already downloaded too much this month.
Of course, if you are relying on cable broadband, then these
lower speed for lower cost packages might not even be an option.
what their infastructure's will handle, I have 6Mbps DSL with SBC now AT&T. The Expert package is what I currently have and now you can no longer get this package in the area of Texas I live in now, due to the fact of all the new DSL customers their adding daily aka 1.5Mbps. My line will handle 9890Kbps down and 1760Kbps up, for years they told me my phone lines wouldn't handle the 6Mbps speeds=CRAP...The above speeds are what my router says the line is capable of handling...It's their infastructure that can't handle the speeds not my phone line, I live right next to a RT which I'm hooked into now, the CO which I was connected to for the 3Mbps is 1.2 miles from where I live.
The phone and cable companies need to quit lying about reasons why you can't get a certain speed and fess up that their infastructures are inadequate to handle the services their selling.
However, the throttling of port traffic (especially known torrent ports) is one that is disheartening because their reason is to prevent increased use of bandwith within their infastructure. Period. The throttling of port activity is a bias-based approach because it generally throttles ports of torrent clients, and will limit ports that exercise high bandwith usage (due to changing ports used for your torrent app). Why?! Here's why:
1) Upgrading network infastructure is done by a "expected-impact" notion. By limiting high bandwith usage by customers, they can reduce the need for extensive and costly upgrades because the overall system load expected in the future is less than an unthrottled structure.
2) System protection is just as important to them as it is to you. Excessive server load increases downtime and the frequency of repairs. Yes, they don't want to spend more money than what is necessary - and neither do you. Sadly, in almost every TOS I've had from various ISPs, they are given rights to pretty much protect their @ss from "dangerous" behavior of users...such as excessive bandwith usage. It sucks, but it's their subjective right to exercise this point.
3) Looking at the research numbers, torrent ports are one of the primary targets because they make up the most active ports of residential customers (except for port 80 because of the vast number of non-torrent internet users). Taking what they know leads them to see that reducing torrent client bandwith will have the largest reduction in network activity.
4) Protection of other paying customers - In the event you have cable access, you should be a little happy that this occurs. Unlike the DSL counterpart, you SHARE your connection with a slew of other customers on a shared node. So if enough customers on your node are downloading at the maximum speed possible, you and everyone else on the node will notice a significant performance decrease. Note: You paid for this type of service!
I completly disagree with targeting torrent clients, the disturbances it causes VOIP services, etc. From a legal standpoint they are in the clear because of the subjective interpertation of the TOS rules. Sadly, customers will get tired of complaining about this and eventually say "Screw it", quit complaining and it will become a norm of the industry.
Which frankly sucks.
associated with the choice of software and
really isn't the ISPs fault.
If you are using Windows, that's just part of
the overall cost. It's a cost other platforms
don't have (not that others don't get updates,
but very few are critical and they are typically
about 1/10th the size). Windows must pose a
value that exceeds the relatively high cost to
you, otherwise you'd use something else. So,
there's little point complaining about it, it's
the way your preferred software works -- it's
not a common feature of software or fault of the
ISP.
Its not usual to download updated like that on Windows. Updates that you do have to download if you were running a recent verison of Windows use an 'incremental' patch technology and are usually very small.
Its not usual to download updated like that on Windows. Updates that you do have to download if you were running a recent verison of Windows use an 'incremental' patch technology and are usually very small.
associated with the choice of software and
really isn't the ISPs fault.
If you are using Windows, that's just part of
the overall cost. It's a cost other platforms
don't have (not that others don't get updates,
but very few are critical and they are typically
about 1/10th the size). Windows must pose a
value that exceeds the relatively high cost to
you, otherwise you'd use something else. So,
there's little point complaining about it, it's
the way your preferred software works -- it's
not a common feature of software or fault of the
ISP.
Its not usual to download updated like that on Windows. Updates that you do have to download if you were running a recent verison of Windows use an 'incremental' patch technology and are usually very small.
Its not usual to download updated like that on Windows. Updates that you do have to download if you were running a recent verison of Windows use an 'incremental' patch technology and are usually very small.
I live in israel and I pay less than $9/month for 2mbps ADSL.
There's fierce copetition here and that's the price most companies charge new users.
The sweet thing is that there are over 10 companies, so it's very easy to switch to another when the contract expires, and keep paying the $9 new user price.
But even the regular price is $15 max.
$34 for an internet connection ? geez.
I have multiple choices on paper. I have Time Warner, Insight, WoW and another cable company I can use, except for WoW(I am unsure), I know the other 3 uses the same backbone, so really 1 carrier. I have 10 choices of DSL, all running on SBC lines to SBC central offices.
The UK is a great example of progress, they have been hammmering on BT to get loops truly opened and it is progressing. Here in the US the opposite is happening, the Telco's are complaining the other ISP's are hampering their "growth". What they mean is that they are taking care of their customers better and don't want to be put out of business by true competition.
50Mbps down / 3Mbps up for $30/month ($0.60/Mbps
down, $10/Mbps up). I have Comcast and get 7Mbps
down and 0.8Mbps up for $50/month ($7.14/Mbps
down, $62.5/Mbps up).
So, my service costs 7x as much and capped at
1/7th the speed. Actually, if you factor the
general cost of living, I'm paying about 10.5x
per Mbps. Either Comcast is making money hand
over fist, or they're not running a very tight
ship. I don't care, I just don't like it.
What really gets me is that what I really want
is to be able to have a higher upload speed (at
least as an option. I'm no "pirate", but I'd
like to distribute some of my videos and such
under my own terms. Nobody provides decent
upload speeds.
I frequently saturate my upstream bandwidth
allotment.
I live in israel and I pay less than $9/month for 2mbps ADSL.
There's fierce copetition here and that's the price most companies charge new users.
The sweet thing is that there are over 10 companies, so it's very easy to switch to another when the contract expires, and keep paying the $9 new user price.
But even the regular price is $15 max.
$34 for an internet connection ? geez.
I have multiple choices on paper. I have Time Warner, Insight, WoW and another cable company I can use, except for WoW(I am unsure), I know the other 3 uses the same backbone, so really 1 carrier. I have 10 choices of DSL, all running on SBC lines to SBC central offices.
The UK is a great example of progress, they have been hammmering on BT to get loops truly opened and it is progressing. Here in the US the opposite is happening, the Telco's are complaining the other ISP's are hampering their "growth". What they mean is that they are taking care of their customers better and don't want to be put out of business by true competition.
50Mbps down / 3Mbps up for $30/month ($0.60/Mbps
down, $10/Mbps up). I have Comcast and get 7Mbps
down and 0.8Mbps up for $50/month ($7.14/Mbps
down, $62.5/Mbps up).
So, my service costs 7x as much and capped at
1/7th the speed. Actually, if you factor the
general cost of living, I'm paying about 10.5x
per Mbps. Either Comcast is making money hand
over fist, or they're not running a very tight
ship. I don't care, I just don't like it.
What really gets me is that what I really want
is to be able to have a higher upload speed (at
least as an option. I'm no "pirate", but I'd
like to distribute some of my videos and such
under my own terms. Nobody provides decent
upload speeds.
I frequently saturate my upstream bandwidth
allotment.
The real story here is that the American public, of which only 14% have passports with less than 25% using them in any given year, have no idea how the build-out and adoption of broadband is transforming areas of the globe, be it the much-mentioned South Korea, or Northern Europe, and now much of Asia (especially China), the rest of Europe and even Northern Africa.
In addition, this is NOT about download speeds, it's about asymmetric designed (traditional PUSH architecture for delivering TV) networks compared to symmetrical networks, where upload and download speeds are closer to the same. Symmetry changes everything, allowing the promises to be realized of true interactive communicaitons across the IP infrastgructure.
Most Americans do not know that the U.S. has dropped from 3rd to 13th in true broadband penetration in the developed countries in just 5 short years. Most Americans do not know how people in, say South Korea are using their 45+ Mb/s - and it's not just gaming. Americans do not wonder why a typical household can get from 100 Mb/s to 1 Gb/s in Hong Kong, starting at $10.00 per month.
Why can't customers in the U.S. get speeds and prices like that here, the greatest technological and innovative country in the world.
Now that's an interesting question, and an article for some objective journalistic entity.
The negative affect of the U.S. monopolistic and duopolisitic approach to our bandwidth infrastructure is tremendous, and out global competition speak of it daily. We are being economically hamstrung by poor bandwidth infrastructure, our ability to participate more aggressively in global markets and supply chains, and therefore not experincing the resulting creation of regional wealth.
And worse of all, articles such as yours keep Americans' expectations low, and, therefore, they do not demand the better services and products being delivered over the IP infrastructure to the rest of the developed world.
I have to ask, who paid for the Jupiter Research quote? Verizon, who are not trying to cut back on EvDo usage by customers who are using - not abusing - the EvDo IP capabilities?
Ther is one simple story here, if you have the guts to report it: why don't the U.S. telephone and cable companies build bandwidth infrastructure which will give America a competitive edge? Why are they continually building up more PUSH in their networks, leveraging old technology, instead of building symmetrical networks, like the 100 Mb/s ethernet network you have in your home or office?
Maybe, once the GAO begins and completes their study on where $200 billion of U.S. tax payer dollars to the telephone companies went over the past 20 years (with the promise to build a 45Mb/s fiber optic network to the home for U.S. citizens), CNet will have something real to report on.
>>tbs<<
Recently it was brought to light that broadband carriers would report entire zip codes as having broadband even though there we large sections inside that zip code that were not serviced.
Your numbers may be updated to reflect that, but if not, we are probably no where near 13th. Sad is it not?
details like from AT&T in the IL/MO area that is happening now:
Fiber to the Premise (FTTP for new developments) and Fiber to
the Node (FTTN for targeted overbuilds) networks (jointly called
FTTx) facilitates the evolution of our Local Exchange Carrier
(LEC) to an IP-based provider that delivers superior voice, video,
and internet applications. By deploying the FTTx network within
the LEC, SBC?s core offering will evolve from traditional voice to
a full suite of products (i.e., triple play = voice, video and data)
by 2007. Additional products such as video on demand and
video teleconferencing may be enabled on the FTTx network at
lower incremental costs. This infrastructure, with robust
bandwidth and the ability to more easily deploy new services as
market demands are revealed, lays the foundation by which the
company will gain differentiation from competitors.
First, in many (most) small countries the speed advertised is local loop. If you try to access to any content outside the region (and that's 99% of the content you want to access) and your performance drops to less than 1Mbps (sometimes much less) and with huge latencies that kill the experience. It is easy to sell you 1Gbps if that's only within a city.
Second, even locally, those speeds are rarely achieved.
Third, while there ARE some countries that offer decent speed, most others do not. I know. I'm paying U$S70/mo for a theoretical 1Mbps, but in reality my max download speed can rarely get over 256Kbps.
So there are other explanations for the US situation. Basically, in a big country where accesses need to be to locations thousands of miles away, obtaining the same performance is way more complex and expensive than in locations like South Korea.
The real story here is that the American public, of which only 14% have passports with less than 25% using them in any given year, have no idea how the build-out and adoption of broadband is transforming areas of the globe, be it the much-mentioned South Korea, or Northern Europe, and now much of Asia (especially China), the rest of Europe and even Northern Africa.
In addition, this is NOT about download speeds, it's about asymmetric designed (traditional PUSH architecture for delivering TV) networks compared to symmetrical networks, where upload and download speeds are closer to the same. Symmetry changes everything, allowing the promises to be realized of true interactive communicaitons across the IP infrastgructure.
Most Americans do not know that the U.S. has dropped from 3rd to 13th in true broadband penetration in the developed countries in just 5 short years. Most Americans do not know how people in, say South Korea are using their 45+ Mb/s - and it's not just gaming. Americans do not wonder why a typical household can get from 100 Mb/s to 1 Gb/s in Hong Kong, starting at $10.00 per month.
Why can't customers in the U.S. get speeds and prices like that here, the greatest technological and innovative country in the world.
Now that's an interesting question, and an article for some objective journalistic entity.
The negative affect of the U.S. monopolistic and duopolisitic approach to our bandwidth infrastructure is tremendous, and out global competition speak of it daily. We are being economically hamstrung by poor bandwidth infrastructure, our ability to participate more aggressively in global markets and supply chains, and therefore not experincing the resulting creation of regional wealth.
And worse of all, articles such as yours keep Americans' expectations low, and, therefore, they do not demand the better services and products being delivered over the IP infrastructure to the rest of the developed world.
I have to ask, who paid for the Jupiter Research quote? Verizon, who are not trying to cut back on EvDo usage by customers who are using - not abusing - the EvDo IP capabilities?
Ther is one simple story here, if you have the guts to report it: why don't the U.S. telephone and cable companies build bandwidth infrastructure which will give America a competitive edge? Why are they continually building up more PUSH in their networks, leveraging old technology, instead of building symmetrical networks, like the 100 Mb/s ethernet network you have in your home or office?
Maybe, once the GAO begins and completes their study on where $200 billion of U.S. tax payer dollars to the telephone companies went over the past 20 years (with the promise to build a 45Mb/s fiber optic network to the home for U.S. citizens), CNet will have something real to report on.
>>tbs<<
Recently it was brought to light that broadband carriers would report entire zip codes as having broadband even though there we large sections inside that zip code that were not serviced.
Your numbers may be updated to reflect that, but if not, we are probably no where near 13th. Sad is it not?
details like from AT&T in the IL/MO area that is happening now:
Fiber to the Premise (FTTP for new developments) and Fiber to
the Node (FTTN for targeted overbuilds) networks (jointly called
FTTx) facilitates the evolution of our Local Exchange Carrier
(LEC) to an IP-based provider that delivers superior voice, video,
and internet applications. By deploying the FTTx network within
the LEC, SBC?s core offering will evolve from traditional voice to
a full suite of products (i.e., triple play = voice, video and data)
by 2007. Additional products such as video on demand and
video teleconferencing may be enabled on the FTTx network at
lower incremental costs. This infrastructure, with robust
bandwidth and the ability to more easily deploy new services as
market demands are revealed, lays the foundation by which the
company will gain differentiation from competitors.
First, in many (most) small countries the speed advertised is local loop. If you try to access to any content outside the region (and that's 99% of the content you want to access) and your performance drops to less than 1Mbps (sometimes much less) and with huge latencies that kill the experience. It is easy to sell you 1Gbps if that's only within a city.
Second, even locally, those speeds are rarely achieved.
Third, while there ARE some countries that offer decent speed, most others do not. I know. I'm paying U$S70/mo for a theoretical 1Mbps, but in reality my max download speed can rarely get over 256Kbps.
So there are other explanations for the US situation. Basically, in a big country where accesses need to be to locations thousands of miles away, obtaining the same performance is way more complex and expensive than in locations like South Korea.
I have been with five different providers since and they are all in it for the fast buck and what traffic will allow. It's time they step and give us that $200B fibre network that they have been paid for.
I have been with five different providers since and they are all in it for the fast buck and what traffic will allow. It's time they step and give us that $200B fibre network that they have been paid for.
1. Regarding the comment, "Considering that thruput is usually less than 25% of the rated line speed due to overhead and sharing...", this depends on company and location. I've used Charter, Verizon and RoadRunner over the past three years, in California, Nevada and Florida, and all three were usually right at the max. RoadRunner recently jacked up its connection rate from 5 megs to 7 megs, so, by the numbers, I should be getting 875 Kbps, and that's exactly what I'm getting.
On the subject, one thing that hasn't been mentioned are the internal settings in a Windows system. Even WinXP didn't come out of the box optimized for broadband. There are a handful of internal settings that may -- or may not -- improve your performance. You might head over to www.speedguide.net and download their tweak file for the Windows system you're using. It won't hurt anything, and might help.
2. It also depends on what part of the Internet you're downloading from. Yes, I know it always come as a shock to hear, but the Web is only one part of the Internet. For example, over 100 gigs a day flows through the binaries section of Usenet, and a large amount is also passed via IRC and FTP. We won't even get into the whole P2P thing.
With every broadband service I've used over the past few years, all of them throttled the download speeds from Usenet, usually down to a quarter of the max speed. But, if you're really in a hurry, you just fire up four Usenet programs and download from all four at the same time, thereby attaining your max Kbps. No big deal. But if there's any question of throttling, the answer is, absolutely.
3. In my experience, all large ISPs throttle your upload speed. Haven't you ever noticed how long it takes to send an email with a large file attached? Haul out a 'DU Meter' type program and it's readily apparent. While my download speed (from the Web) with RoadRunner is around 875 Kbps, my upload speeds are around 45 when uploading to one of my sites via FTP.
As "thenet411" (where DO they dream up these names?) corrctly pointed out, "People who are bandwidth hogs like to run their own game servers, their own web sites, stream video and audio FROM their home computers...", and this is, indeed, a big part of the problem. If the ISPs throttled people's upload speeds even more, I'd have no problem with that. The Internet was designed, in part, on the assumption that home computers would remain just that; home computers, not turn into servers. And /certainly/ not turn into servers dealing with large files like videos. It's one thing to run a little web site from your home; quite another to allow everybody access to your horde of videos through the Web or P2P.
Back to the actual article, where the basic question is, "Do you really need it?", this really isn't any different than all the other stuff that's been foisted on a gullible public over the years. No, the average computer user doesn't need a faster broadband connection rate. No, the average user doesn't need 80 or 120 gigs of hard drive space. No, the average user doesn't need a meg or more of Ram. No, the average user doesn't need a faster CPU. No, the average user doesn't need a bigger monitor. And, for that matter, no, the average user doesn't need a new version of Windows.
I can't speak for Mac owners, though. For all I know, they need ALL of that stuff. :)
1. Regarding the comment, "Considering that thruput is usually less than 25% of the rated line speed due to overhead and sharing...", this depends on company and location. I've used Charter, Verizon and RoadRunner over the past three years, in California, Nevada and Florida, and all three were usually right at the max. RoadRunner recently jacked up its connection rate from 5 megs to 7 megs, so, by the numbers, I should be getting 875 Kbps, and that's exactly what I'm getting.
On the subject, one thing that hasn't been mentioned are the internal settings in a Windows system. Even WinXP didn't come out of the box optimized for broadband. There are a handful of internal settings that may -- or may not -- improve your performance. You might head over to www.speedguide.net and download their tweak file for the Windows system you're using. It won't hurt anything, and might help.
2. It also depends on what part of the Internet you're downloading from. Yes, I know it always come as a shock to hear, but the Web is only one part of the Internet. For example, over 100 gigs a day flows through the binaries section of Usenet, and a large amount is also passed via IRC and FTP. We won't even get into the whole P2P thing.
With every broadband service I've used over the past few years, all of them throttled the download speeds from Usenet, usually down to a quarter of the max speed. But, if you're really in a hurry, you just fire up four Usenet programs and download from all four at the same time, thereby attaining your max Kbps. No big deal. But if there's any question of throttling, the answer is, absolutely.
3. In my experience, all large ISPs throttle your upload speed. Haven't you ever noticed how long it takes to send an email with a large file attached? Haul out a 'DU Meter' type program and it's readily apparent. While my download speed (from the Web) with RoadRunner is around 875 Kbps, my upload speeds are around 45 when uploading to one of my sites via FTP.
As "thenet411" (where DO they dream up these names?) corrctly pointed out, "People who are bandwidth hogs like to run their own game servers, their own web sites, stream video and audio FROM their home computers...", and this is, indeed, a big part of the problem. If the ISPs throttled people's upload speeds even more, I'd have no problem with that. The Internet was designed, in part, on the assumption that home computers would remain just that; home computers, not turn into servers. And /certainly/ not turn into servers dealing with large files like videos. It's one thing to run a little web site from your home; quite another to allow everybody access to your horde of videos through the Web or P2P.
Back to the actual article, where the basic question is, "Do you really need it?", this really isn't any different than all the other stuff that's been foisted on a gullible public over the years. No, the average computer user doesn't need a faster broadband connection rate. No, the average user doesn't need 80 or 120 gigs of hard drive space. No, the average user doesn't need a meg or more of Ram. No, the average user doesn't need a faster CPU. No, the average user doesn't need a bigger monitor. And, for that matter, no, the average user doesn't need a new version of Windows.
I can't speak for Mac owners, though. For all I know, they need ALL of that stuff. :)
read more:
http://broadbandoverpowerlines.blogspot.com/
---
Philippines: ELECTRIC CO-OPERATIVES are getting serious on rolling out 200 Mbps BROADBAND over Power Lines technology Nationwide !!!
Tuesday, May 16, 2006
I agree that evolution of broadband is important (at least in the United States), but evolution should not hinder something as important as HAM. Radio interference is *bad*, and shouldn't be accepted.
The attitude of monopo^H^H^H^H^H^Hcompanies deploying the BPL differs greatly in the United States. Some (most) simply do not care about the problem, claiming it does not exist -- despite audio and video files made public showing that BPL testing areas *are* interfering with HAM. Others are working with HAM operators to ensure no interference occurs (by using a different frequency spectrum than what was originally planned), which makes everyone happy.
Bottom line is this: I realise us United States folks want "faster speeds" for less money, but destroying HAM to get it isn't the way to go.
Hmmm?.
read more:
http://broadbandoverpowerlines.blogspot.com/
---
Philippines: ELECTRIC CO-OPERATIVES are getting serious on rolling out 200 Mbps BROADBAND over Power Lines technology Nationwide !!!
Tuesday, May 16, 2006
I agree that evolution of broadband is important (at least in the United States), but evolution should not hinder something as important as HAM. Radio interference is *bad*, and shouldn't be accepted.
The attitude of monopo^H^H^H^H^H^Hcompanies deploying the BPL differs greatly in the United States. Some (most) simply do not care about the problem, claiming it does not exist -- despite audio and video files made public showing that BPL testing areas *are* interfering with HAM. Others are working with HAM operators to ensure no interference occurs (by using a different frequency spectrum than what was originally planned), which makes everyone happy.
Bottom line is this: I realise us United States folks want "faster speeds" for less money, but destroying HAM to get it isn't the way to go.
Hmmm?.
Anyways... dont sell something you cant deliver... if i pay for something i should get it as promised (within reason anyways)
Anyways... dont sell something you cant deliver... if i pay for something i should get it as promised (within reason anyways)
"While New York has a vast transportation infrastructure to move people and goods, we don't have the broadband infrastructure to move ideas and information. If you're a kid growing up in South Korea, your Internet access is ten times faster at half the price than a kid growing up in the South Bronx. New Yorkers are at a competitive disadvantage that is simply unacceptable."
http://www.danablankenhorn.com/2006/05/a_champion_for_.html#more
- WOOHOO! Go, Elliott Spitzer...
- by ordaj May 17, 2006 10:29 AM PDT
- New York Attorney General Eliot Spitzer says he wants to be a champion for the Internet.
- Like this Reply to this comment
-
Showing 1 of 3 pages (203 Comments)"While New York has a vast transportation infrastructure to move people and goods, we don't have the broadband infrastructure to move ideas and information. If you're a kid growing up in South Korea, your Internet access is ten times faster at half the price than a kid growing up in the South Bronx. New Yorkers are at a competitive disadvantage that is simply unacceptable."
http://www.danablankenhorn.com/2006/05/a_champion_for_.html#more