Hotspot boost: Boost Mobile SIM w/ Internet Hotspot

Boost Mobile Hotspot: Prepaid Internet Plans from $5/mo

Boost Mobile hotspot data plans with AT&T 5G & 4G LTE coverage


Rob Webber

About Rob

Rob has 15+ years experience running price comparison & review websites that empower consumers to find the cheapest cell phone services, cell phone deals, home phone, and internet providers available. He has been published in Forbes, US News, Entrepreneur, Huffington Post, Inc.

Rob’s Expertise

5G wireless networks, cell phone plans, cell phone deals, MVNOs, internet services, tablets, comparison shopping, money saving, reviewing telecom products & services

– Last updated on April 10th, 2023

MoneySavingPro independently researches the products & services to bring you our recommendations. We may earn money when you click our links – disclosure policy.

If you’re looking for the best mobile hotspot plan, Boost Mobile offers great value for money.

MVNOs operate on major networks, so you don’t have to give up good coverage for affordability. This is why Mobile Virtual Network Operators are quickly becoming the most popular way to save money on cell phone bills.

Find out more about Boost Mobile below and compare their mobile hotspot plans that can save you up to $600 a year.

Boost Mobile 5GB data plan

AT&T & T-Mobile networks

5GB 4G/5G data


Boost Mobile 1GB data plan

AT&T & T-Mobile networks

1GB 4G/5G data


Boost Mobile 2GB data plan

AT&T & T-Mobile networks

2GB 4G/5G data


Boost Mobile Unlimited data plan

AT&T & T-Mobile networks

Unltd 4G/5G data


Does Boost Mobile have hotspot plans?

Boost Mobile prepaid internet

Boost Mobile 1GB plan

AT&T & T-Mobile wireless network coverage



4G/5G Data


View Plan

* $100 for 1 year service

Boost Mobile 2GB plan

AT&T & T-Mobile wireless network coverage



4G/5G Data


View Plan

Boost Mobile 5GB plan

AT&T & T-Mobile wireless network coverage



4G/5G Data


View Plan

* $15 for 3 months service

Boost Mobile unlimited data plan

AT&T & T-Mobile wireless network coverage



4G/5G Data

$12. 50/mo*

View Plan

* 50% Off First Month

Boost Mobile hotspot plans & prices





Boost Mobile

AT&T & T-Mobile



Boost Mobile

AT&T & T-Mobile



Boost Mobile

AT&T & T-Mobile



Boost Mobile

AT&T & T-Mobile



Boost Mobile

AT&T & T-Mobile



Boost Mobile data speed

Boost Mobile is powered by AT&T and T-Mobile’s 5G & 4G LTE wireless networks, so data speeds should be what you’d expect with a major network.

Boost Mobile network coverage comparison





Verizon network




AT&T network




T-Mobile network




Sources: RootMetrics, OpenSignal, and Ookla.

When it comes to 5G network coverage, T-Mobile scores the highest, according to the J.D. Power 2023 wireless network study.

What are the benefits of Boost Mobile data only plans?

  • Quality coverage: Powered by the T-Mobile network, you can expect the same nationwide coverage. To see if T-Mobile’s network is the best coverage in your area, you can use the Boost Mobile coverage map.

  • Value for money: Boost Mobile offers value and simplicity with their plans. Although you’ll find the same features and coverage as a plan direct from T-Mobile, Boost Mobile could save you up to $600 a year.

  • No contracts: As a prepaid carrier, you won’t have to sign a 24 or 36 months contract. So if you’re unhappy with your plan, no restrictions keep you locked into their contract.

  • Bring your own device: If you don’t want to upgrade your phone, you can easily bring your device with Boost Mobile bring your own phone plans. You’ll just need to check your cell phone is fully compatible.

  • Easy set up: Being online-based, it’s quick to choose and purchase your Boost Mobile SIM starter kit. Once your SIM card’s arrived, it’s easy to set up, and you’ll be up and running with a few simple steps.

  • 4G LTE coverage: You’ll receive their 4G LTE data speeds operating on the T-Mobile network.

  • 5G high-speed data: If you have a 5G eligible device, you can access the fast 5G network (where it’s available) at no extra cost with Boost Mobile 5G plans.

  • Instant connectivity: With the latest technology, a Boost Mobile eSIM can connect you to your new plan instantly. When you sign up, you’ll receive a QR code that, once scanned, activates your plan, ready to use.

  • Customer service: Find out what current Boost Mobile customers are saying with Boost Mobile customer reviews.

For more details, check out our Boost Mobile review.

How do Boost Mobile hotspot plans compare?









US Mobile

Verizon & T-Mobile



Mint Mobile




Mint Mobile








What features are included with Boost Mobile?

Carrier Features Boost Mobile
Networks AT&T & T-Mobile
Data Speed 5G & 4G LTE
3G Network GSM
Mobile Hotspot
Bring Your Phone
Keep Your Number
Contract No – prepaid
Credit Check
Customer Service
Money Back Guarantee
Carrier Features Boost Mobile
Taxes/fees included
WiFi Calling
Visual Voicemail
Multi-line Discounts
Multi-month Discounts
International Calls
International Roaming

How to bring your own device to Boost Mobile

Switching to Boost Mobile is super simple. You can do it in three easy steps.

  1. Choose a plan with Boost. Pick a data plan that suits your usage.

  2. Prepare to make the switch. Make sure old bills are paid, and your device is unlocked.

  3. Set up your new plan. Once you’re sure your new plan is up and running, cancel your old one. If you’ve opted for a new device, it should come ready to go. If you’re bringing your own device, you’ll need to follow the instructions with your new Boost Mobile SIM card.

Boost Mobile hotspot FAQs

Does Boost Mobile have a hotspot?

Yes, Boost Mobile offers hotspot data plans starting at $5 per month.

How fast is Boost Mobile hotspot?

Boost Mobile hotspot has 5G data speeds where available, and then you’ll get 4G LTE.

Recap: Are Boost Mobile hotspot plans worth it?

Hotspot plans are ideal if you need access to the internet when you’re away from home. These data-only plans provide peace of mind when there’s no Wi-Fi connection available.

With MVNOs like Boost Mobile, you’ll find plenty of cheap mobile hotspot plans to choose from that could save you hundreds of dollars a year.

Boost Mobile info

Founded 2001
Headquarters 6591 Irvine Center Drive, Suite 100, Irvine, CA 92618
Employees 201-500
Customer service (866) 402-7366
Website Boost Mobile’s Website
Wikipedia Boost Mobile’s Wikipedia
Facebook Boost Mobile’s Facebook
Twitter Boost Mobile’s Twitter

Create a Wi-Fi hotspot

250Mbps/150Mbps speed cap speed cap applies to 4G and 5G networks. Your capped download speed is the maximum potential download speed for data included in your recharge. Factors that affect typical speeds include location, distance from base station, local conditions, concurrent users, hardware and software configuration and download/upload destination. 5G is rolling out in selected areas and available with a compatible device. In non 5G coverage areas, you’ll automatically switch to 3G or 4G.

EOFY SIM Sale: Online only offer, valid on selected SIMs ($30 and $200) purchases and for new customers only. SIM includes first recharge; discount does not apply to subsequent recharges. Limit to one promotional item per customer. Offer valid from 9am 7 June 2023 and ends 5pm (AEST) 30 June 2023, or when sold out.

From 4 July 2023, our prices and inclusions are changing. More Info.

Rollover  unused data to use within your next recharge when you recharge $20, $30, $40, $50 or $70.

UNLTD® Calls and Texts  includes national calls and text (SMS & MMS) to standard national numbers. Excludes calls and texts (inc. MMS) to international numbers, satellite and premium numbers (eg. 19xx numbers), operator assisted calls (most 12xx numbers) and all use overseas.

UNLTD International calls  includes calls from Australia to standard numbers in the selected countries. 300/1200/3600 mins includes calls to standard international numbers from Australia. 300/1200/3600 texts includes standard texts (SMS & MMS) to eligible countries. Both exclude premium services and video calls. For a complete list of included calls and destinations go to

$30 – $70 Recharge/SIM pack includes the following international inclusions: Unlimited international standard calls to the following 2 destinations: Brazil, Canada, China, France, Germany, Hong Kong, India, Indonesia, Ireland, Japan, Malaysia, Netherlands, New Zealand, Singapore, South Korea, Taiwan, Thailand, United Kingdom, USA, Vietnam. Plus 300 mins of standard calls to the following 30 destinations: Argentina, Austria, Bangladesh, Cambodia, Chile, Colombia, Denmark, Finland, Greece, Iran, Iraq, Israel, Italy, Kuwait, Mexico, Nepal, Norway, Pakistan, Peru, Philippines, Poland, Qatar, Romania, Saudi Arabia, Serbia, South Africa,  Spain, Sri Lanka, Sweden, UAE. Plus 300 standard texts to eligible countries.

$200 Recharge/SIM pack includes the following international inclusions: Unlimited international standard calls to the following 20 destinations: Brazil, Canada, China, France, Germany, Hong Kong, India, Indonesia, Ireland, Japan, Malaysia, Netherlands, New Zealand, Singapore, South Korea, Taiwan, Thailand, United Kingdom, USA, Vietnam. Plus 1200 mins of standard calls to the following 30 destinations: Argentina, Austria, Bangladesh, Cambodia, Chile, Colombia, Denmark, Finland, Greece, Iran, Iraq, Israel, Italy, Kuwait, Mexico, Nepal, Norway, Pakistan, Peru, Philippines, Poland, Qatar, Romania, Saudi Arabia, Serbia, South Africa,  Spain, Sri Lanka, Sweden, UAE. Plus 1200 standard texts to eligible countries.

$300 Recharge/SIM pack includes the following international inclusions: Unlimited international standard calls to the following 2 destinations:Brazil, Canada, China, France, Germany, Hong Kong, India, Indonesia, Ireland, Japan, Malaysia, Netherlands, New Zealand, Singapore, South Korea, Taiwan, Thailand, United Kingdom, USA, Vietnam. Plus 3600 mins of standard calls to the following 30 destinations: Argentina, Austria, Bangladesh, Cambodia, Chile, Colombia, Denmark, Finland, Greece, Iran, Iraq, Israel, Italy, Kuwait, Mexico, Nepal, Norway, Pakistan, Peru, Philippines, Poland, Qatar, Romania, Saudi Arabia, Serbia, South Africa,  Spain, Sri Lanka, Sweden, UAE. Plus 3600 standard texts to eligible countries.

Boost Extras:  An active recharge is required to use a $5 or $20 Data Pack.

Service provided by Telstra Limited ABN 64 086 174 781. For personal use only. Telstra Fair Play Policy applies. For full consumer advice including Critical Information Summaries and Privacy Policy, please click here. Telstra will be switching off 3G in 2024. After switch off you will still be able to access the Telstra Mobile Network provided your handset is 4G voice enabled and 4G 700MHz compatible. Find out more.

9 tips to increase Wi-Fi speed – ITSOFT on


Interference, too many SSIDs, restricted control traffic, and small bandwidth can slow down Wi-Fi networks. Here’s how to speed up WiFi.

Eric Geier

Eric Geyer is a freelance technical writer and founder of NoWiresSecurity, a WiFi security service provider, radio site survey and other IT services.

Long gone are the days when people treated office Wi-Fi like this: it would be nice to have it. Nowadays, the issue of providing customers and employees with a wireless network is different: Wi-Fi does not just have to be, but must be fast and reliable.

Proper radio survey and site maintenance (a site does not mean a website, but an object on which a WiFi network is deployed) is critical for wireless networks, especially for networks with heavy traffic, such as hotspots in public places. The same is true when it comes to streaming video or voice over Wi-Fi.

Interference, overload, poor network design and misconfiguration, lack of service are just a few of the factors that can negatively impact Wi-Fi performance. Luckily, there are several methods to help solve these problems.

But first, take a look at Airtime, which is the amount of time a wireless device or access point spends communicating. The lower the bit rate, the more airtime a device occupies and the less time is available to other devices. This is important because not all devices can transmit traffic on the same communication channel at the same time; this is the case when subscribers and access points must share the air.

Older devices that support the Wi-Fi 4 (802.11n) standard can only “talk” individually. Wi-Fi 5 (802.11ac) devices allow for downlink multi-user MIMO, and an access point can indeed transmit data to multiple wireless devices on the same channel at the same time. In addition, Wi-Fi 6 (802.11ax) adds an uplink so simultaneous communication can be done in both directions. However, most likely, not all devices will support these two standards, so the issue of airtime distribution is still relevant.

If there are areas in your office or workplace where there is no Wi-Fi coverage, add or move existing wireless access points first. However, if there are no major gaps in coverage and slow speed is the main problem, try the methods below before moving or adding access points.

If your network has a wireless controller or your access points have built-in controller features, you can configure the settings centrally. Otherwise, you will have to log in to each access point in order to make changes.

So let’s get down to business

1. Minimize interference

WiFi Analyzer Stumbler for Android shows co-channel interference

The first thing to do when optimizing Wi-Fi is to reduce or eliminate interference. Unlike working with cables in wired networks, you cannot easily control the Wi-Fi transport medium, in other words, radio waves. There will most likely be some kind of interference to contend with, whether it’s interference from nearby networks, co-channel interference on your own network, or non-Wi-Fi signals but in the same RF spectrum.

Start with what is the most manageable, co-channel interference, i.e. interference caused by having two or more Wi-Fi access points using the same or overlapping channels. Although most access points have a function to automatically select the best channel, double check their selection.

Co-channel interference is more of a problem in the 2.4 GHz band than in the 5 GHz band. There are 11 channels in the 2.4 GHz band, but only three channels do not overlap: 1, 6 and 11. There can be up to 24 channels on the 5 GHz band and they do not overlap if the legacy 20 MHz channel width is used. Although some access points do not support all channels, and wider channels cause some overlap, the 5 GHz band is still larger.

When checking channels in small networks, for example, no more than 6 access points, you can use the free Wi-Fi scanner on a laptop or Android device. These simple apps scan the air and list basic information about nearby wireless routers and access points, including channel usage.

Ekahau Site Survey and similar tools can display a graduated (thermal) map of co-channel interference.

For larger networks, consider using AirMagnet, Ekahau, or TamoGraph radio intelligence tools, both during network deployment and for periodic checks. Along with capturing Wi-Fi signals, these tools allow you to perform a full scan of the RF spectrum to look for non-Wi-Fi interference.

To constantly monitor interference, use any of the features built into your access points that will alert you to unauthorized (so-called enemy) access points intrusion into your network and other interference.

Wi-Fi monitoring tools usually offer some automatic channel analysis and scheduling features. However, if you are surveying on a small network using a simple Wi-Fi device, you will need to manually create a channel plan. First, start assigning channels to access points at the outer edges of your coverage area, as this is where interference from nearby wireless networks is most likely to occur. Then move to the middle, where it is more likely that the problem is joint interference from your own access points.

More information about interference mitigation is here, and coverage and roaming methods are here.

2. Use 5 GHz and band control

The 5 GHz band offers many more channels than 2.4 GHz, so it makes sense to use dual band access points. This allows older devices to connect in the lower 2.4GHz band and newer devices to operate in 5GHz. Less traffic in the lower band means faster connections, while devices in the higher band generally support higher data rates, which helps to reduce the airtime of the devices. While not all new Wi-Fi devices are dual-band, there are more and more of them these days, especially on advanced smartphones and tablets.

In addition to 5 GHz support, consider using any bandwidth management feature provided by access points. This may encourage or force dual band devices to connect to the higher band instead of leaving it up to the device itself or the user.

Many access points only allow you to enable or disable band control, while others also allow you to configure signal thresholds, so dual-band devices that will have a stronger signal at 2.4 GHz do not need to use 5 GHz. This is useful because 5 GHz offers less radio coverage than the lower band. If your access point supports this, try using the signal threshold setting, which provides a good compromise between reducing 2.4GHz congestion while still giving users the best possible signal.

3. Use WPA2 and/or WPA3

It’s no secret that WEP security isn’t as secure, although virtually all access points still support it. Wi-Fi Protected Access (WPA) is more secure, but it depends on the version you’re using. Keep in mind that when using the first version of WPA, the data transfer rate on the wireless network is limited to 54 Mbps, which is the maximum speed of the old 802.11a and 802.11g standards. To make sure you can take advantage of the faster data rates offered by newer devices, use only WPA2 and/or WPA3 security.

4. Reduce the number of SSID

If you have multiple SSIDs configured on your APs, keep in mind that each Virtual Wireless Network must broadcast separate beacons and control packets. This takes up airtime, so use the SSID capabilities sparingly. One private SSID and one public SSID are certainly acceptable, but try not to use virtual SSIDs for things like sharing wireless access across company departments.

If network separation is still required, consider using 802.1X authentication to dynamically assign VLAN users when connecting to an SSID. This way you can have only one private SSID and still practically separate wireless traffic.

5. Do not hide SSID

This Wi-Fi analyzer showed the hidden SSID “cottage111” after connecting the device to the network.

You may have heard that hiding the network name by disabling the SSID in the beacon broadcast can help with security. However, it only hides the network name from casual users. Most devices will indicate that there is an unnamed network nearby. Also, anyone with a Wi-Fi sniffer can usually detect the SSID since it will still be present in the management traffic.

Hiding the SSID also causes additional control traffic on the network, such as probe requests and responses. Also, hidden SSIDs can be confusing and time-consuming for users as they have to manually enter the network name when connecting to Wi-Fi. Therefore, this approach to security can do more harm than good.

A better security method is to use WPA2 and/or WPA3 Enterprise Mode. If you find that not all devices on your network support Enterprise Mode or that it is too difficult to set up, be sure to use a long and strong passphrase with mixed case and characters. Also consider changing your password periodically and be sure to change it after any employee quits or loses the Wi-Fi device.

6. Disable lower baud rates and standards

Although modern Wi-Fi devices can support speeds above 1 Gbps, access points can transmit up to 1 Mbps on 2. 4 GHz and 6 Mbps on 5 GHz for certain traffic. As a general rule, the further you move away from the access point, the lower the signal strength and data rate.

However, even if the network coverage and signals themselves are excellent, most APs by default send management or multicast traffic such as SSID beacons at a very slow rate rather than the maximum rate of normal data. Increasing the minimum or multicast data rate of an access point can cause control traffic to be transmitted at a higher rate, effectively reducing the overall airtime.

This method can also help devices automatically connect to better access points faster. For example, by default, some devices may not look for another roaming access point until they completely lose connection with the old one. This may not happen until the device moves far enough that the signal and data speeds are at the minimum level supported by the access point. So if you increase the minimum data rate, you will basically reduce the maximum coverage area of ​​each access point, but at the same time increase the overall network performance.

There is no recommended minimum data rate that all networks should use. This decision depends, among other things, on the individual network coverage and the capabilities of the wireless clients. However, be aware that by disabling lower data rates, you can effectively disable support for older wireless standards. For example, if you disable all data rates at or below 11 Mbps, this will prevent 802.11b devices from being used because the maximum data rate for this standard is 11 Mbps.

For most networks, disabling 802.11b support is acceptable, but you may not want to completely disable the following standards: 802.11a and 802.11g, which have a maximum speed of 54 Mbps. Thus, the highest data rates that should be disabled are up to 48 Mbps, which still allows the legacy 802.11a/g/n standards to be used.

7. Correctly set channel width

As mentioned earlier, there are different channel widths that Wi-Fi devices can use. As a rule, the larger the bandwidth, the more data can be sent in one session and the less airtime will be used. The 802.11b/g standards only support a legacy channel width of 20 MHz. The 802.11n standard adds support for 40 MHz, while 802.11ac and 802.11ax add support for 80 MHz and 160 MHz.

Considering how small the 2.4 GHz band is, and in order to support 802.11g, you would like to keep the previous channel width of 20 MHz in this band. For 5 GHz, consider using automatic channel width tuning. Although forcing channels to 80 MHz or 160 MHz will improve data rates with 802.11ac and 802.11ax devices, this is not the best approach for most networks because it will not allow dual-band 802.11n devices to connect in this band.

8. Reduce packet size and transmission time

For certain traffic, there are packet sizes and transmission times that can be reduced to increase speed and reduce airtime. If they are available on your access points, they can be changed in the advanced wireless settings. While you may only get a small performance boost for each individual setting, you will be able to see a noticeable difference when combined.

  • If you don’t have 802.11b clients, you can enable Short Preamble Length to shorten the header information of the packets.
  • Enabling a short time interval may shorten the time of any retransmissions.
  • A short guard interval reduces the time it takes to transmit packets, which can increase the data rate.
  • Frame aggregation allows multiple frames to be sent in a single transmission, but use it with caution as it may cause compatibility issues with Apple devices.

9. Upgrade to Wi-Fi 6 (802.11ax)

Disabling legacy wireless support can help speed up management traffic and force slow devices to connect to a better access point. But using the old standards also reduces the data rate for all traffic, even for devices using the new standards.

If you have any devices on your network that only support 802.11b, g, or n (Wi-Fi 4), consider upgrading to at least dual-band Wi-Fi 5 (802. 11ac) or, best of all, to Wi-Fi. Fi 6. Although updating the internal Wi-Fi of a laptop or desktop computer is usually possible, a faster and easier way is to add a wireless USB adapter.

If your hotspots are older than Wi-Fi 5, you followed the advice and are still struggling with speed, try upgrading your hotspots. If you’re considering Wi-Fi 6 access points, you may need to make changes to your network components, so you’ll want to check the specifications of other network equipment such as your router, switches, and PoE infrastructure.

Always remember that airtime is critical in wireless networks. While you don’t necessarily need extremely fast Wi-Fi, you may need to reduce talk time and increase speed to support busy networks.

If your network’s radio coverage is acceptable, try the methods described here first before adding or changing the location of access points. It may be that the reason for poor performance can be fixed with simple settings changes.

Because Wi-Fi has so many variables, it’s easy to blame it for problems that are actually bottlenecks in the network as a whole. For example, if the wireless connection is slow, the real problem could be with the internet connection, or perhaps even a misconfiguration such as low bandwidth limiting on access points.

More Related Resources:

  • Review and test four Wi-Fi 6 routers: which one is the fastest?
  • How do you know if Wi-Fi 6 is right for you?
  • Five Questions to Answer Before Deploying a Wi-Fi 6 Network
  • Wi-Fi 6E: when did it appear and what is it for
  • How to deploy 802.1x for Wi-Fi using WPA3 Enterprise

ITSOFT data center – placement and rental of servers and racks in two data centers in Moscow. Colocation of GPU farms and ASIC miners, rental of GPU servers. Communication licenses, SSL certificates. Server administration and site support. UPTIME for recent years is 100%.

How to increase the range of hotspots on Android?


If you see your hotspot appearing just a few meters away, there are certain things you need to do to increase it.

To increase the range of the access point, you can use the range extender or tools that convert the device into an access point. But things have a limit, and I will elaborate on these facts in this context.

Hotspot network is not only when you buy a custom hotspot device, you can turn any devices that have an internet connection into a hotspot device, and in most urgent situations we have done this, but the problem is, what is the speed and range of such a customizable hotspot network.

You can also restrict the use of the hotspot network if you have a limited data plan.

Now to increase the speed of the access point, you just need to move the access point network to a suitable location so that the network can reach the device.

Finding the best location is part of a little research that you will understand after reading this guide in its entirety. In the case of access point speed, you should use some technical terms that are easier to implement, and for increasing the range of an access point, just take the ideas that fit better in this experiment and act accordingly.

Wi-Fi booster and Wi-Fi repeater apps

Wi-Fi booster devices are those devices that actually power another network of access points and extend the existing network of access points throughout the space. Now I’m looking for wifi accelerator apps which are some third party apps that convert a device into a hotspot network and share that network with other devices. This really works when there are many devices connected very close to the access point network.

But if there are very few devices to connect to the hotspot network, you will need to take the help of an expansion device or a Wi-Fi expansion device that will create and expand the hotspot network wirelessly. This is a portable hotspot network that requires an active connection to the hotspot and to increase the range of this network.

Now the question is which one is better. The answer lies in the advantages and disadvantages of these devices. If the hotspot is placed on the fireplace from the device you are using, you will have to use the Wi-Fi extension device instead of using any apps.

Now let’s look at the advantages and disadvantages of these two methods:

  • i) “Wi-Fi booster apps can handle any incoming network by creating a hotspot from connected existing devices, but a range extender will create a hotspot network from the original network source, and the range of devices is higher compared to mobile or mobile devices . PC Access Points.
  • ii) “The Wi-Fi booster will not affect battery backup, while if you create a hotspot network to share your internet connection with someone else, it will severely damage your backup battery.”
  • iii) “Your AP network can be extended if the device and network are close together, but if you need a range solution from the AP to a single device, then a range extender device is the only way.”

This comparison shows that hotspot extender is the best solution for your everyday solution, but if you need a temporary solution, just go ahead and create a hotspot on your device.

How to expand the range of mobile hotspots?

Otherwise, if you are trying to extend the range of an existing hotspot network using hotspot extender applications, you will create a temporary hotspot network until the device is turned on. As soon as the device is turned off, your hotspot network will disappear, and this is a big disadvantage of creating a virtual network through a virtual hotspot extender, the hotspot network is available 24 * 7.

If you want to extend the coverage area of ​​your hotspot, you should use a Wi-Fi extender with which you can easily connect to the Internet. Setting up such a device is simple, and it will greatly increase the range of your Wi-Fi network.

Now read the basic guide for managing and configuring the Access Point Power Booster:

1. Simply install the external amplifier near the original access point.

2. Then connect to a Wi-Fi network from an external source and create an additional hotspot that will have much more coverage than the hotspot device.

3. Now find the virtual Wi-Fi network on your device and connect to it.

These are the simple steps you need to take to expand your AP network with an external range extender.

Now, if you want to extend the hotspot coverage throughout your office or home, then the Hotspot Extender is your best bet if you need a permanent solution. However, for personal use, you can use your mobile phone or computer to create a hotspot for a temporary fix.

Can I use the router as an area extender?

If you have a router, you can turn it into an access point range extender. The worry of buying a hotspot booster is no more. Your router has an option inside it as a WiFi repeater which extends your existing hotspot network to a greater extent.

Now the process of turning your router into an access point is very simple, just follow these steps:

1. To create a Wi-Fi network using an existing access point network, you need to set up the configuration by logging into the router’s terminal.

2. Now open the wireless network settings of the router from the above options and click “Wireless Repeater”.

3. Then scan for available networks, enter the password for the network (if any) and connect.

4. After completing the configuration, the router will reboot and you can now connect to the new network created on your router.

This is all you need to do to increase the range of the access point to the range of the router. It should be added that I have personally experienced that shifting the position of the router in the middle between the access point and the device works fine.

But make sure your router is not more than 10 feet away from the access point. Now you can take a simple step by adjusting the router placement against the speed test to get the appropriate speed.

Some DIY methods for increasing the range of access points

If you are trying to increase the range for the sake of internet speed, you must do it yourself before taking any action.

This method includes two simple tips you can do, let’s dive into:

Switch to LTE:

If you are on a 3G network and are experiencing speed issues due to low coverage, a quick fix is ​​here.