Skymesh Speed Test

⬇⬇ CHECK More Detailed Speed B️elow>>⬇⬇

Average Skymesh Internet Speed

19.35 Mbps
Download Speed
2.91 Mbps
Upload Speed
1862.22 m/s
Ping Latency

A Complete Guide On The Skymesh Speed Test! Slow internet can interrupt your zoom meetings, create chaos in the online world, and pause the video streaming for buffering. When the world depends on near-instant connections, such little problems add up fast and become maddening obstructions to school, work, and life in general. Nobody desires that, so we will walk you through how to run the Skymesh Speed Test and some simple steps to get faster connections. So let’s begin!

How Can You Test The Internet Speed?

  • Eliminate or bypass as much of the house equipment as possible. The very best method of testing is with a PC or test device attached through the LAN cable directly to the modem you are testing.
  • Try to ensure other devices or PCs aren’t accessing your internet simultaneously, which might affect the speed test.
  • It’s advised that you close as many other apps running in the background on the PC/device as possible.
  • Always test the connection speed in the manner suggested by the internet service provider.
  • The wifi connection is frequently the cause of bad performance. It frequently affects both the speed test result and the user experience.
  • If you have to perform the test over a wifi connection, try to place the device as near to your router as possible, and switch off all the devices accessing your service.

Related: VSE NET GmbH Speed Test

How Can You Comprehend The Speed Test Results?

An internet speed test will have a range of data. The key points are:

  • Upload Speed:

The upload speed is measured in Mbps or megabits per second. It’s how fast data goes from the PC to a remote system into yours through the internet connection.

  • Download Speed:

It is measured in Mbps or megabits per second. The download speed s how fast data comes from your remote PC into yours through the internet connection.

  • Mbps:

It is a short form of Megabits per second. A megabit is one million bits of data. It’s the standard measure of the net speed, and one Mbps is 1000 times swifter than one Kbps. Not to be confused with MB (megabytes), it is a size measurement rather than bandwidth. Because the megabyte is bigger than the megabit, and for avoiding confusion, MB per second isn’t utilized for denoting the internet speeds.

  • Jitter:

Also known as PDV (Packet Delay Variation), jitter is a measurement of the inconsistency in ping over time. It’s not frequently obvious when reading text, but when gaming and streaming, a high jitter can cause buffering and other disruptions. Technically, it’s a measurement of the deviation average from the mean.

  • The Packet Loss:

It happens when a data packet being sent over your internet is incomplete or isn’t received. It’s described in packets lost percentage compared to the data packets sent. It, in the majority of situations, is a result of bad line/signal quality.

  • Latency:

It is measured in milliseconds (ms). Latency is how fast the request for data goes from the PC to a remote one and back to you. That request has to return before the data you are after can begin displaying on your screen or playing. Also known as lag, the most perceptible on the satellite connections, as it comprises the time it actually takes for the data to go up to the satellite dish in orbit across the Earth and back again.

  • Kbps:

It is a short form of Kilobits per second. A kilobit is a thousand bits of data. This older measurement of net speed is just utilized when required for describing the slower connections. Not to be confused with KB (kilobytes), it’s a size measurement rather than bandwidth. Because a kilobyte is bigger than a kilobit, and for avoiding confusion, KB per second isn’t utilized for denoting the net speeds.

How To Improve The WiFi Speed?

Before We Start:

Perform the internet speed test. You desire to know the internet speeds you have currently so you can compare the test results as you go through every step; that way, you know if it is assisting. After getting the speed test results, compare them to the max speed promoted with the internet plan. You can learn this number on the internet bill or on the online account. 

That way, you know if the internet speeds are really underperforming or if it is only time for upgrading to a faster plan. If the internet speeds are near where they ought to be, but you find yourself facing internet speed problems, you are probably overwhelming the existing connection and require a faster net plan. 

Turning Everything Off And On Again:

  • First of all, let’s power cycle everything to check if the internet speed improves.
  • Unplug the wireless gateway or modem, wait for like thirty seconds, and then plug it back in. This procedure lets your modem clear the virtual head.

The modem interprets the net signals between the internet service provider and the home network. If the internet is acting up, a good power cycle is a great place to begin troubleshooting. It might even resolve the connection problems. But At times, you require a consumer support agent for resetting the modem remotely and make certain it is calibrated properly for translating the signals of your connection.

  • Next up, repeat the procedure if you have any separate router. Like your modem, a power cycle clears the memory and gives a fresh start on things that were overwhelming it before. 
  • Lastly, switch off your wifi on all the wireless devices. Wait some seconds, and then switch wifi back on. Allow such devices to reconnect and check if the connection improves.

A power cycle may seem basic, but turning the house networking equipment off and on can really provide the network a boost. We suggest restarting the equipment regularly, at least once a few months. But remember that doing so will leave you without the net for some minutes, so plan to reboot the equipment at a time when nobody requires the internet connection.

Adjust The Antennas Of Your Router:

A lot of wireless gateways and routers have internal antennas, denoting they are mounted inside your device, and you cannot adjust them. If that is the situation for you, skip this step. But if you actually have the adjustable router antennas, try to reconfigure them. The router antennas are frequently omnidirectional, which denotes they send out signals in all the directions perpendicular to its antenna. 

For instance, a vertical antenna sends out signals horizontally and vice versa. So if you have to stretch the wifi signals to several floors, simply adjust the antenna to sit horizontally for spreading the signals up and down.

Move The Router To A Better Place:

Wifi can go only so far, and the signals can get blocked or interrupted by appliances, floors, walls, furniture, ceilings, and basically any big physical entity. Such signals can also get disrupted by the radio waves from different other devices, comprising the baby monitors, cordless phones, Bluetooth speakers, and microwaves. 

So if you put the router in a corner, you might have problems with wifi at the other end of the house. The best location for the router is in the central location, close to where you make use of your internet most often. Do not relegate the router to a closet or basement; that is just setting yourself up for the connectivity problems.

Extend The Wifi Network:

If the router is in the best position, but you are still having connectivity or speed problems in certain areas of the house, you might have to append a device that can stretch the range of your network. There are some diverse devices you can utilize for increasing the reach of the network:

  • Mesh wifi systems replace the router with one or more devices that function together for creating a single wifi web that blankets the entire house from various points.
  • The powerline extender kits have two devices; you attach one to the router through Ethernet and plug it into the outlet. You plug the other one in where you desire better wifi, and the net signals go through the electrical wiring.
  • The wifi boosters sit between the dead zone and the router and either redistribute or amplify the existing wifi signals into the new part.
  • The wired access points are attached to the router through the Ethernet cord and can distribute LAN and wifi signals as an extension of the router, similar to the wifi booster. A lot of devices can be utilized as the access points comprising your old routers.

While all such work for pushing the wifi farther, the top one for the network relies on the house’s floor plan. If you have only one obstinate dead zone, a booster would almost certainly be a great fit. The mesh systems are better for the entire-home coverage if the house is particularly big or has a complex layout. And utilizing the access point would be perfect if the home is wired using Ethernet.

Prune Unnecessary Connections:

If you are lacking in bandwidth, you ought to disconnect all of your unused devices. Everything attached to the network ought to be essential. The fastest method of disconnecting the nonessential devices is to change the wifi passwords simply. 

You’ll then have to log back into the network with a new password on each device you presently utilize. This way will purge all the avoidable connections, like the emergency phone you keep switched on that still download updates quietly.

Make Certain You Are On The Right Frequency Band:

The modern routers function mainly on two radio frequency bands: 2.4 and 5 GHz. The band you utilize for the internet connections can affect the quality and the speeds of the connections at diverse distances from the router. The 2.4 GHz is the most common and oldest accessed wifi connection. 

It is utilized for a lot of other wireless communications other than wifi, so the airwaves in such frequency can be a bit crowded. This band deals speed for the range, meaning it is good at going through walls and other things, whereas five GHz has better speeds but a shorter range. These frequency bands frequently appear as two separate networks. For reorganizing the connections, log off from your wrong band and connect to the right one on every device.

Connections Best For 2.4 GHz Band

Connections Best For 5 GHz Band

Smart home devices


Smart speakers

Gaming consoles

Security cams

Smart TVs



Replace The Equipment:

The modem and router process all the net data; if either one of these is not up to that task, it can hold up the entire network. So if you are coping with out-of-date and older equipment, it is now time to get an equipment replacement. 

If you rent your equipment from the internet service provider, you can request some new units if you think they are outdated, particularly if they are triggering bad network performance. ISPs provide either a single wireless gateway or pair a separate modem with the router.

Purchasing your own router and modem could save you cash over time, particularly if you are renting both. A store-bought router, for example, provides you with more control over the speeds, features, and security of the home network.

Recommended: Directv Broadband Speed Test 

Update The Firmware Of Your Router:

The router is a small PC dedicated to traffic routing and network management. Like any computing machine, it needs an OS, in such a situation, firmware. Since no program is completely perfect, creators launch updates that stomp out pesky bugs, optimize its code and fill different security gaps. 

Keeping the firmware updated is a key priority for security and performance. A lot of newer routers come with automatic firmware updates enabled, but checking the firmware version can give you better calmness. Log in to the router and check that automatic updates are enabled. If not, update the router’s firmware right away and then turn the automatic updates on.

Upgrade To The Faster Internet:

While we hope such instructions will do the trick, at times, the net connection is just too slow for sustaining the net consumption. If that is the situation, you will have to upgrade to the faster net plan to get better internet speeds.

ISPs advertise internet speeds up to a certain speed; they do not assure that you’ll always get such internet speeds. So even if you have a hundred Mbps plan, you may not always receive that much bandwidth. 

In such a situation, you may require a plan or a little of a buffer that is actually faster than you think you’d require. That way, the network slowdowns will still occur, but you will almost certainly observe them less.