54mbps Average BEST Download Speed
Pirjo Unzicker
The 802.11 wireless standards can differ in terms of speed, transmission ranges, and frequency used, but in terms of actual implementation they are similar. All standards can use either an infrastructure or ad hoc network design, and each can use the same security protocols. Ad hoc and infrastructure wireless topologies were discussed in Chapter 1.
802.11n is poised to bring about the next big change in wireless networking, promising greater distances and staggering speeds. But how is this done? 802.11n takes the best from the 802.11 standards and mixes in some new features to take wireless to the next level. First among these new technologies is multiple input multiple output (MIMO) antenna technology.
MIMO is unquestionably the biggest development for 802.11n and the key to the new speeds. Essentially, MIMO uses multiplexing to increase the range and speed of wireless networking. Multiplexing is a technique that combines multiple signals for transmission over a single line or medium. MIMO enables the transmission of multiple data streams traveling on different antennas in the same channel at the same time. A receiver reconstructs the streams, which have multiple antennas as well. By using multiple paths, MIMO provides a significant capacity gain over conventional single-antenna systems, along with more reliable communication.
The original 802.11 standard had two variations, both offering the same speeds but differing in the RF spread spectrum used. One of the 802.11 standards used FHSS. This 802.11 variant used the 2.4GHz radio frequency band and operated at a 1 or 2Mbps data rate. Since this original standard, wireless implementations have favored DSSS.
The second 802.11 variation used DSSS and specified a 2Mbps peak data rate with optional fallback to 1Mbps in very noisy environments. 802.11, 802.11b, and 802.11g use DSSS. This means that the underlying modulation scheme is similar between each standard, allowing all DSSS systems to coexist with 2, 11, and 54Mbps 802.11 standards. As a comparison, it is like the migration from the older 10Mbps Ethernet networking to the more commonly implemented 100Mbps standard. The speed was different, but the underlying technologies were similar, allowing for an easier upgrade.
The national UK telecoms regulator has today published their 2019 study of fixed line home broadband ISP speeds, which reports that the average download rate has risen from 46.2Mbps last year to 54.2Mbps now and uploads hit 7.2Mbps (up from 6.2Mbps). But the gap between urban and rural areas has worsened.
Overall the proportion of lines receiving an average peak-time download speed greater than 30Mbps was lower in rural areas of the UK (44%) than in urban areas (61%), and while 13% of urban lines had a peak-time speed of under 10Mbps, the proportion was 33% in rural areas.
In March 2019 a revised code was introduced (details), which provides more information during sign-up and strengthens the right to exit when speeds fall below the guaranteed minimum level. Providers are now given 1 month to resolve the problem and if they fail to do so then customers can walk away, penalty-free (the right to exit also applies to contracts that include phone and TV services purchased with broadband in a bundle).
After some badgering Ofcom has now finally confirmed some useful figures that were left off the original report. The research shows that average download speeds in rural areas (28.0 Mbit/s) were less than half those in urban areas (62.9 Mbit/s).
I am having issues with the WiFi performance on a Lenovo X1 (5th Gen). For a while it has shown bad download speeds. I am basically comparing it to an HP EliteBook 8440p with the same software (Windows 10), obviously connected to the same network, on Chrome, and via Speedtest.net. The EliteBook 8440p (6-8 year old computer) blows the new X1 out of the water. It has double the throughput in download and upload speeds. The performance is 20 mbps upload and download for X1 vs. 45 mbps for EliteBook.
When using the same network but on a 5 GHz channel, speeds are normal (same to HP laptop). Also, when the laptop is very close to the router (Apple Extreme), speeds are as expected (equal to HP Laptop).
I should note that upload speeds are fine and the same. It is only with download speeds that I have an issue. So, upload speeds are always 40 - 45 Mbps with both laptops and both networks (2.4 GHz and 5 GHz). Download speed with the 5GHz network is 40 - 45 MBps on both laptops. Download speed with the 2.4 GHz network is 20 - 25 Mbps with X1 laptop and 40-45 Mbps with older HP laptop.
- The deterioration in download speeds are immediate and clear when switching from 2.4 GHz to 5 GHz. As soon as I switch back, the speeds revert. If there were issues with software, network, background downloads, etc., then the type of network chosen 2.4 GHz vs. 5 GHz would be irrelevant.
Because speeds normalize as I get closer to router, I am pretty sure it has to do with the network card. That is why I posted this here. Is there a setting that controls the power sent to the card? Or some other test that can be used to measure signal strength?
As you mentioned, the receive and transmit rate is not exactly a measure for throughput, but it reflects the connection rate. In other words the negotiated speed between the access point and the clients (connected devices), meaning the adapter itself is working properly.
Throughput can be defined as the amount of data moved successfully from one place to another in a given period. Depending on your bandwidth, or the capacity of your wireless access point, adding more clients to your network may decrease the throughput, resulting in lower download speeds while maintaining the same connection rate.
We noticed the signal strength for 2.4 GHz was optimal at 99%, but as you reported, the download speed is still low. You could test changing channels on the 2.4 GHz band to one with less noise. Channels 1, 6 and 11 are recommended since they don't overlap. However, it'll be advisable to use the 5GHz band instead.
While I thank you for your efforts, this does not seem to be the answer either. I checked with channels 1, 6 and 12. The first test with channel 1 seemed to perform closer to normal speed but then on subsequent tests, fell back to underperforming download speeds. Channels 6 and 12 showed no change from previous lackluster download speeds.
If, without changing anything else, I move close to the router, download speeds are normal. Why are only download speeds that are affected with distance and not upload? Of course, it still begs the question as to why the new laptop, side by side the old HP, underperforms? The HP is not affected by whatever it is that is affecting the new one.
I am also having similar issues, same network adapter. I cant get more then about 30mbps because the network card will not connect with the new standards, I get a link rate of 54mbps. Please check my thread and provide any input you may have
The transfer speed via FTP is around 1,5 Mb/s (same using Windows standard file copy, but then it crashes very often -different problem I think-), which I think it is extremely slow, considering I need to copy over 1 Tb of data to the device. Making simple calculations, it will be 194 hours!
My office mate can reach speeds of up to 100Mbps while i'm only getting .54Mbps at best. I placed my laptop directly next to the access point and was still only getting 4Mbps. Am I doing something wrong?
From next week, Virgin Media O2 is starting to increase upload speeds for even more of its broadband customers at no extra cost, offering them extra value from their broadband services.
To benefit from the improved upload speeds, including a faster experience when video calling, gaming and sending large files, existing customers who are eligible for the increase simply need to reboot their Hub by switching it off, waiting 5-10 seconds and switching it on again, or restarting it via the Virgin Media Connect app. Once completed, customers can also check their new upload speeds by running a speed test on the Connect app.
This free of charge boost comes just months after Virgin Media O2 increased speeds for all M100 and M200 customers at no extra cost, meaning that once this speed upgrade is complete, Virgin Media O2 will have boosted upload speeds for 4.5m broadband customers since November 2022.
Anyway, hope we helped drew a clear picture about the actual average mobile data speed state in US states. Now if you could excuse me I have to go and increase my carbon footprints so the Netherlands can sink faster.
Open source is acknowledged even in the product's name, as the "L" is for "Linux." WRT stands for Wireless RouTer," while 54 indicates the speed in Mbps and G is for 802.11g.Enlarge / The WRT54GL's stock firmware settings interface.XMission
Another review from a couple of weeks ago said, "This router is a classic and it's gotta say something that they are still making these and selling these for more than 10 years!" The reviewer noted that the WRT54GL isn't "the latest and greatest multiband router with gigabit" speeds but maintained that there are still reasons to buy it.
"I like to see a router with True antennas that you can position, I just don't believe in built in antennas that are basically copper traces on a circuit board," the reviewer wrote. "The WRT54GL has the easy-to-use, familiar settings interface that works great for port forwarding and most needed functions, and you can enhance the capabilities using DD-WRT 3rd-party firmware! I have turned these units into all types of network devices using the 3rd-party firmware that's easy to flash assuming you can follow directions. Overall, a good standard, affordable router for the average user."
The comments show that availability of open source firmware can make old hardware attractive. Linksys itself sells $50 routers that support 802.11ac and its much faster speeds. But modern Linksys routers that support open source are limited to the more expensive WRT1200AC, WRT1900AC, and WRT1900ACS, which range in price on Amazon from about $150 to $210.
df19127ead