What is the average throughput for the wireless lan

Would be nice to clarify if "downstream" means access point to station. If so, is there a ratio or reserved bandwidth for the opposite direction? But we need to know how many users? Yes, downstream refers to traffic from the access point to clients. The number of simultaneous clients is mentioned because the available throughput is shared between all clients, i. With a larger number of simultaneous clients, they also compete for a small portion of the 2.

Residential access points can't handle much more than active simultaneous clients. Some commercial aps can reach clients. Sorry to quibble, but i'm getting Mbps on my Short distance, but there are other devices around. I have But if you can find a 3x3 or 4x4 AC network card, I guess you could see Mbps speeds. File size appr. I'm seeing speeds albeit over only 10feet of 65MBps not Mbps straight out of the box.

The AC87 firmware is probably not optimized yet as some reviews seem to find it slower than the AC The tri-band pci adapter makes a huge diffference. People that claim high speed with short distance: Big deal! This argument is silly. No one cares if you can run wifi fast at short distance. I can not reach over 20mbps where I need it I see 59 Mbs from a Archer C7 v2 router, comcast blast internet, to my laptop Sager NP 40 feet away in another room.

Rooms are open and angled to where it is almost a straight shot. I have a Intel ac dual channel wifi card. I know that many people may not believe it.

I have TW Cable internet line Mbps. Over the weekend, we could have 15 devices, laptops, tables, at the same time. We have 5 laptops and 3 iPads in house by ourself. Add other kids play games, watch movies, utube, too slow for normal speed. Only 3 new laptops and 3 tablets can get 5G speed, others just got 2.

Just info to people don't believe fast speed, 72 bucks per month, I don't spend much money for phone, just enough and normal over the air TV. Just info, Verizon plan could get up to MBps. Check it out. Indeed, speed refers to the rate at which data can be sent, while the definition of bandwidth is the capacity for that speed.

Bandwidth can be compared to the volume of water that can flow through a water pipe. If the pipe is bigger, the water can flow in a massive quantity through it at one time. Bandwidth functions in the same way. So, the more bandwidth a data connection has, the more data it can send and receive at one time. Consider that in any kind of deployment location, there are bandwidth limits.

This means that there is a constraint to space for the data to flow. Therefore, multiple devices in a single area must share the bandwidth. Some devices request much more bandwidth than others. Greater bandwidth is absolutely necessary if proper speed must be maintained on different devices.

Streaming, gaming, and other high usage activities demand a certain amount of bandwidth speed to get the best experience without buffering or lag. And the more bandwidth your network can deliver, the faster your devices will run.

Before you start designing your WiFi network, you should follow some steps to achieve your bandwidth goal. The majority of mid-high end wireless access points and wireless routers can have devices connected at a time. Each computer or device added to your network will degrade the bandwidth available to the other devices using the same connection. All those devices share the same wireless network and the same Internet connection from your broadband service provider.

Still, it is with the amount of traffic or bandwidth that can pass through the Internet router to your broadband service provider. Example If you want to estimate how many concurrent devices will be connected, consider, for example, a hotel with 18 rooms for 2 people each. The hotel has 36 guests if it is fully-booked. If each guest has 1. We can assume that only 20 of 43 can be connected or generate significant traffic at the same time. Your bandwidth requirements also depend on the usage of the Internet your guests perform while being connected to your WiFi network.

Some Internet applications, such as web browsing and instant messaging require low bandwidth, whereas other applications, such as video streaming and VoIP calls, require high-level bandwidth usage. Tanaza offers a useful way to calculate the bandwidth requirement of a network. You can try it here. In the image below, you can check the bandwidth needed and the throughput required for the mainstream applications, such as messaging, e-mails, social media, video calls, VoIP calls, web browsing, file sharing, and video streaming.

Or if you want to go more specific, the FCC Federal Communications Commission provides a set of guidelines for Mbps needed based on digital activity. The half-duplex nature of wireless combined with other overhead also means that the actual aggregate throughput is typically 50 percent or less of the data rate. It is theoretically possible for However, wireless clients operating at The nature of WiFi technology makes throughput hard to predict.

Therefore, network administrators should maintain reasonable expectations for connection speeds and keep the above factors in mind. Optimal throughput rates and wireless performance in general can be improved by mounting APs correctly high up on a wall or on the ceiling. Additionally, placing APs away from kitchens and other areas with high interference will also result in better performance.