Download Speed Faster On Phone Than Pc
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I am trying to diagnose why my iPhone and Desktop - both right next to each other - experience such drastically different speeds when connected to Wi-Fi. As measured on fast.com, the phone averages about 190 Mbps, whereas the desktop is around 2.9 Mbps. The desktop (a Dell XPS 8700, circa 2015) has always felt slow, but this is the first time I've seriously looked into the problem.
The researchers had 37,370 volunteers participate in an online typing test, and were surprised to find those who who used two fingers to type on their phones were only 25 percent slower, on average, than people who were typing on a keyboard. The study will be presented Wednesday Taipei, Taiwan at the 21st International Conference on Human-Computer Interaction with Mobile Devices and Services.
I have Spectrum for Internet under their 500MBps Ultra plan connected around my house via a Google mesh wifi router-point setup. Speed tests on my phone showing a speed of ~500Mbps if near ,my primary router and at least 150Mbps in all areas of my home. I am typing this post on my laptop, which shows a >300Mbps, also near expected given distance from routers.
However, my Rokus don't show as fast speeds, as measured in the Settings -> Network -> Check connection menu. I have 3 Roku Premiers (3920X). The one that is located ~3 feet from my primary router shows 40Mbps, compared to 500Mbps on phone. The other 2 that are connected from the mesh point show 15Mbps and 18Mbps. If my phone is approximately the same location as the Roku, my phone consistently shows speeds of at least 10x faster than the Rokus.
One key difference between the slower Rokus and faster phone/laptop is the Roku Premiers only support the 2.4GHz band, so they cannot take advantage of dual band technology. Is being limited to 2.4GHz expected to reduce speeds by a factor of 10x? I realize one solution is to buy a newer model of Roku. Is there anything else that can be done to improve speed on my existing setup?
now im really happy with the service i have gotten so far from vodafone as a whole but more recently ive been having more problems with my connection both in constant disconnects (5-10 disconnects a day requiring the mobile dongle for internet) and also random speed slowdowns. not most of the time my download is pretty much max at 930-940mbps, but when it comes to upload speed im getting avg 70-140mbps on my ethernet connection yet 290-330mbps on my mobile phone which sounds weird to me.
i used to get 930mbps upload around the 11th of june and the upload speed has been constantly going downwards, now i know their is no guarantee on upload speeds i just want someone to hopefully try and explain why this might be happening. why is my mobile phone e.g(Samsung A71 which has a top wifi speed of 488mbps) getting a fast upload speed? around 380mbps but with my ethernet which is 1gb connecting on my motherboard only uploading at around 130-140mbps, these speeds are reported 5mins apart doing the same thing, www.speedterst.net and also uploading vids to servers which say they can handle lots of ppl uploading at the same time. ive also recently upgraded my motherboard which has wifi 6 built in, and guess what, upload is still around 120-130mbps using the same speedtest servers, and vid upload servers.
any1 point me in the right direction?, any1 know? i even had a friend lend me a wifi router Asus TUF Gaming AX-5400 which didnt improve my problem or slower upload from my computer than my mobile phone?
All mobile phones -- and most personal electronics and electric vehicles -- use lithium-ion (li-ion) rechargeable batteries. It's a tough slog to create batteries that last longer, because battery technology hasn't changed in decades. Instead, much of the recent progress in battery life has come from power-saving features built into devices and from making the software that manages charging and discharging more efficiently, so you sip power rather than guzzle it.
Another force working against our phones is their battery size. Compared to an electric car battery, a phone's power source is minute. For example, the Tesla 3's rechargeable battery has a battery capacity over 4,000 times greater than the iPhone 11 Pro Max.
A conventional charger has an output of 5 to 10 watts. A faster charger can improve that by up to eight times. For example, the iPhone 11 Pro and Pro Max come with an 18-watt fast charger, the Galaxy Note 10 and Note 10 Plus have 25-watt chargers in their boxes. Samsung will sell you an extra-speedy 45-watt charger for $50.
You know how it seems to take as long to fill up that last 20% or 30% of the battery as it does to charge the first 70% or 80%? That last part is the second charging phase, where phone-makers have to slow down and carefully manage the charging speed or else the charge process actually could damage the battery.
The safest bet is to use the chargers and cables that come in the box, because when mixing and matching chargers and cables with your phone, the device could default to the lowest possible charging speed.
USB-C chargers can top up phones faster than older USB-A models can, and they work with both iPhones and Android devices. Most phones, handheld game consoles, and other devices that charge via USB-C come with a compatible charging cable, but otherwise you may have to buy a cable separately.
The RAVPower PD 30W 2-Port USB-C Fast Charger (RP-PC144) is more powerful than the smaller Anker PowerPort III Nano. Its USB-C port can charge at up to 30 W, and its USB-A port allows you to charge a second device at up to 18 W (when both ports are in use, the charger has a total maximum output of 30 W). In our testing, the USB-C port charged a phone to 85% in an hour, compared with 70% from the USB-A port.
______________________________________________________________ Its USB-C port can charge a single device at up to 30 W, and its USB-A port can do so at up to 18 W, allowing you to charge your phone two to three times faster than with the standard chargers included with most phones. When both ports are in use, it has a total max output of 30 W, supplying up to 18 W from the USB-C port and up to 12 W from the USB-A port.
You are absolutely correct that every household is different. The problem is that WiFi speeds are 1______ than wired in our situation... which should never be the case. Achieving speeds of 200+ Mbps on wired, it is clear the network is negotiating at above 100Mbps... so there should be no reason, assuming cables and network card drivers are current, to not achieve the speed one is paying for on a direct wired connection.
Thanks...I feel the same way. If your Ethernet Adapter is GB capable....and CAT 6 ENet cables are used.....and there is no dumb switch being used that might be limited to 10/100 mb........It appears that the physical ENet ports on the back of the XFi are the issue......or the XFi might have settings internally that limit the speed on these ports. I currently have my PC connected directly to the XFi.....and still only getting 60-80 mbps download speeds on any given day.....(plan speed is 275mbps) on multiple PC's that I have tested. I will call Xfinity to discuss. I'll bet they tell me to upgrade to 600 mbps......if I want 200mbps. I'm ready for a fight ! I can't believe that Wifi could have greater (more dependable) speeds than a gb wired connection.
As you read the problems below, keep in mind this app is used when cell phone service is not always the best. And these inspectors need to create a new form for each appliance and room in the house (which is why speed is such a priority).
But mobile browsers parse and load pages differently than desktop browsers. In simple terms, desktop browsers are better at loading pages with many small requests, whereas mobile pages are better at loading pages with fewer, more organized requests, even if they are slightly bigger. The number of elements that must be fetched from the server to load a page is called round trip requests, or RTRs. A big part of optimizing and improving mobile page speed is minimizing RTRs.
After you eliminate and consolidate to decrease the total number of RTRs, the next thing you can do is adjust the order in which things are requested to make it faster. The same way there are steps that must be completed in a recipe before other steps can begin, there is a certain order that a mobile browser will follow that must be adhered to when building a page. Following the grocery example, if your recipe calls for something to marinate for 2 days, it is important to get the items needed for the marinade first, so that it can begin while you are acquiring the rest of the ingredients, rather than after.
On the website that tracks OpenAI API response times, I saw that the free trial is faster than the paid account. I tried it myself and found that it is indeed true. Why is this so? Is it unfair to paid users? Moreover, there is a significant speed difference, with the free trial being on average 2-3 times faster than paid users.
I also found the same problem. I used to have two accounts, one for free and the other for payment. I used two accounts on the same machine to call OpenAI and clearly found that the free account was much faster than the paid account. After I tied my free account to a bank card, the account also slowed down.
What can I do if I'm not getting the speed I pay for? If results from FAST.com and other internet speed tests (like dslreports.com or speedtest.net) often show less speed than you have paid for, you can ask your ISP about the results.
Prior to USB-C, numerous updates to the USB standard increased its potential charging speed, and proprietary fast-charging specifications (most notably Quick Charge, developed by Qualcomm) offered faster charging for devices that supported it.
All this flexibility may translate into much faster charging, but the actual speed depends on the charger and device itself. For example, a typical phone might charge to about 30 percent in 30 minutes using a USB connector. A similar phone with USB-C can charge to 55% or more in the same time period. In some cases, manufacturers say that USB-C can charge compatible devices as much as 20 times faster than older Lightning or USB devices. 5376163bf9
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