My Download Speed Is Very Slow ##TOP##

You can easily lose an afternoon troubleshooting internet issues, but we have a quicker way to get things back up to speed. We put together a list of the eight most common reasons for a slow internet connection; chances are, one of these fixes will solve your issue. Before resigning to a lengthy troubleshooting session or an expensive technician appointment, we recommend you run through the list and save yourself some hassle.

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My Download Speed Is Very Slow

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5. You exceeded your data cap

Many internet providers limit how much data you can use per month. When you go over your limit, your ISP may slow your connection. You can avoid exceeding your data cap by keeping track of your data usage or by purchasing more data.

For example, the old (but much loved) PlayStation Vita handheld console supports up to 150 Mbps per second because it uses a Wi-Fi 4 radio. That speed can decrease based on the router it connects to and the security protocol it uses. The Vita will never see speeds beyond that 150 Mbps limit.

There are a few different technologies internet providers use to deliver your connection, like cable, fiber, satellite, or DSL. Your internet connection type plays a huge factor in your overall speeds.

Satellite internet transfers internet signals from a base station to a satellite to a receiver at your home. Because all your information must travel such a long distance both ways, satellite internet can have very high latency compared to other types of internet, which slows things down.

Keep in mind that not all wireless devices experience identical speeds. Their connections depend on the hardware inside no matter what router you use, so a budget Samsung phone will have slower Wi-Fi speeds than an expensive wireless card plugged into your desktop.

All three frequency bands are divided into small 20 MHz channels, and routers combine these channels to make larger ones. Most modern Wi-Fi 5 and Wi-Fi 6 devices use 80 MHz channels when they connect to the 5 GHz band for the most speed, so routers use these by default.

Search Providers near you Find Providers Quick fixes for slow internet speeds (and why they work)Before we dive in, download our internet speed test. Measuring your internet speed and knowing how it compares to the speeds you pay for is an important part of diagnosing a slow connection.

Instead, put as few physical barriers between your router and your devices as possible. Walls, floors, ceilings, doors, large furniture, and similar obstructions can barricade your Wi-Fi signals and reduce connection speeds, especially over longer distances.

Hopefully someone can help me with this. I just started noticing some really slow network speeds on my 5GHz connected network devices a couple weeks ago. This is after several months of fantastic speed and performance with my Orbi routers. When I first set them up, I was seeing up to 700Mbps Internet speed test results on my Fiber Internet while connected to the 5GHz wifi network. Now I am lucky to see 15Mbps to 24Mbps while connected to either the 2.4GHz or the 5GHz wifi networks on my Orbi mesh.

Testing with my Lenovo Thinkpad also shows a similar result with the link to the 5GHz network only having a reported bit rate of 54 MB/s. This is the same laptop that was originally giving me 700 Mbps Internet test speeds and now is only giving me 24Mbps at best while connected to the 5GHz Orbi network.

As a further data point, I connected my laptop to a wired Ethernet port on the RBR50 and ran an Internet speed test and got over 800Mbps down and over 900Mbps up. I also ran the integrated speed test on the RBR50 and got the following results:

2) To be clear, I am only seeing slow connections on my wireless network. When connected to wired Ethernet, I am getting very close to the top speed of my Internet connection of 1 GBps. My wifi network slowdown issues occured sometime after I did the firmware upgrade to v2.5.1.8. Now I am only getting ~24Mbps Internet speed test results when connected to the 5GHz wifi and in the same rooms as the router or satellite.

3) When I first set up my Orbi Mesh, I definitely was getting 700 - 800 Mbps on the wireless, 5GHz network while in the same rooms as the router and the satellite. I took snapshots of the wifi speed tests and sent them to all my friends to show how amazing it was. The specs for the Orbi indicate that it syncs at a Maximum of 867 Mbps on 5GHz and 400 Mbps on 2.4GHz. And my initial network testing confirmed I was getting very close to those speeds when I got this system back in January, 2020.

But this person was seeing slowdowns on BOTH wireless and wired networks on their LAN after the update. They tried a v2.5.0.40 hotfix, and I think eventually reverted back to the v2.5.0.30 FW and got their network speeds back.

One other data point though. I took my old TP-Link Archer C9 and hooked it up to a LAN port on the RBR. I set it up to distribute a test wifi network, and I was able to connect to the 5GHz network on it and get a 800Mbps Internet speed test with my laptop. So I think we can safely assume that the problem at this time is with the Netgear Orbis.

Thanks tomschmidt. Just curious, are you getting better then 24Mbps Internet test speeds while connected to the 5Ghz wifi with that firmware version? And did you perform a factory reset after flashing the firmware? I'm getting ready to do this on my end and will report the results back as soon as I am done. I am hoping that the reset will do the trick, and get me back the speeds I lost after flashing to 2.5.1.8.

I am now getting the expected Internet speeds when connected to 5GHz wifi. And I can see on my wifi analyzer that the devices are all connecting to the router and satellite at 5GHz with a 80mhz wide channel. Earlier when this all went down, I noticed that the 5GHz devices were only connecting with only a 20Mhz wide channel. Now they are all connecting again with a 80mhz wide channel. I believe that was the culprit, but I cannot 100% prove it to be the case.

When everything was busted, I went around the house with my analyzer and saw that the 5GHz networks were advertised as "A54 - 20 MHz" channels. The 2.4 GHz networks were showing up as "g54 - 20MHz" channels. After the factory reset, my 5GHz networks are now listed as "AC867 - 80 MHz" wide channels. I believe that the 20MHz narrow channel was essentially restricting throughput on my 5GHz network to similar speeds as the 2.4 GHz network.

I have a script that is creates a buffer around points, converts the round buffers to squares, clips a road layers with the square, then calculates the length for the clipped roads and exports data to a csv file. I have run this script before and it took roughly 3 days to complete. This time when I ran the code it's projected to take a month to mine the data. I have no idea why it might be slowing down and could really use some help figuring this out. Does anyone know how I could speed up this process?

The Nested Cursors are absolutely without doubt the source of the problem. In memory processing with dictionaries instead of iterative SQL statements will improve the speed 100 to 1000 fold with a two level nested cursor. The slow speed is due to all of the queries you are doing, especially if the query fields are not indexed. The dictionary method will perform extremely fast regardless of whether fields have an index or not. I pursued my solution for years to avoid the speed bottleneck you are experiencing with nested cursors and have no doubt that avoiding SQL and using in memory dictionaries for all record matching will make this process complete in a matter of minutes.

Dictionaries do random access matching, while SQL queries are linear against the entire table. Therefore, even with an in memory table the SQL will never perform as fast as a dictionary. The problem grows exponentially worse as the records in the two (or three) sources increase with the nested cursor approach. The speed loss with dictionaries is hardly impacted at all by even doubling all of the records in all of the data sources.

Although it probably won't improve performance, opening your csv file using a with statement (like you do with the arcpy cursors) will automatically close the file if there is an error so you don't have to worry about adding f.close() everywhere.

Anyway, I can't quite grasp why it would be so slow this time w/ the same code I used before. It doesn't really seem to be taxing my system much when I look in the task manager - CPU usage 17% and physical memory 37%.

I didn't dig into your code too much, but I've noticed many times where people have mentioned nested cursors being rather slow and that if you are taking days to process the data, there must be a better way. Perhaps Richard will have some suggestions for you. e24fc04721