How to Increase Internet Speed ​​on Your Phone for Wi-Fi Sharing: A Complete Guide

Sharing your phone's internet via a hotspot is a convenient solution when a router or wired connection is not available. However, users often encounter a problem: the speed on connected devices is significantly slower than on the smartphone itself. This can be due to issues with phone settings, mobile network settings, or Wi-Fi protocols.

In this article we will look at All possible ways to increase Internet distribution speed — from basic settings to advanced tricks used even by system administrators. You'll learn how to choose the right frequency range, optimize access point parameters, bypass operator restrictions, and even physically improve the signal. We'll pay special attention to Android And iOS, since the approaches for these platforms differ significantly.

It is important to understand that the maximum distribution speed will always be limited. the minimum link in the chain — whether it's mobile internet speed, phone Wi-Fi bandwidth, or limitations of connected devices. Our goal is to eliminate all bottlenecks.

1. Checking the current speed: where are the losses coming from?

Before optimizing, you need to understand where exactly the speed is being lost. To do this, run three tests:

1. Speed ​​on the phone (without distribution) - through Speedtest or nPerf.
2. Speed ​​on the connected device (laptop, tablet) - through the same service.
3. Speed ​​when connecting to another network (for example, home Wi-Fi) - to avoid problems on the client device.

Typical test results for Samsung Galaxy S23 with 100 Mbit/s tariff:

As can be seen from the table, Speed ​​losses when distributing via Wi-Fi at 2.4 GHz can reach 60-70%, while at 5 GHz or via USB they are minimal. If the difference between the first and second tests exceeds 50%, the problem is definitely with the distribution settings.

⚠️ Attention: On iPhone With iOS 17+, when sharing Wi-Fi, mobile data is automatically disabled on the phone itself. This is normal behavior—check the speed only on the connected device.

2. Optimizing hotspot settings on Android

On smartphones running Android (including Samsung, Xiaomi, Google Pixel) There are hidden settings that directly affect upload speed. Most users don't change them, leaving them at their default values, which are far from optimal.

Open Settings → Connections → Mobile hotspot & tethering (The name may differ.) Here we are interested in three parameters:

• 📶 Wi-Fi range: always choose 5 GHz, if the connected devices support it. This frequency has less interference and higher throughput.
• 🔒 Security type: use WPA3 (or WPA2/WPA3 for compatibility). WPA2 slower due to outdated encryption algorithm.
• 📊 Bandwidth: if there is an option, select it 80 MHz instead of 20/40 MHzThis will increase speed, but may reduce stability over long distances.

On some firmware (for example, MIUI on Xiaomi/Redmi/Poco) These settings are hidden. To open them:

1. Turn on the access point.
2. Click on its name in the notification bar.
3. Tap the ⚙️ "Settings" icon next to the power slider.

Select 5 GHz band|

Set security type to WPA3|

Activate 80 MHz band (if available)|

Disable automatic shutdown when idle| -->

On Samsung With One UI the path to hidden settings is different: Settings → Connections → Mobile hotspot → Set up mobile hotspot → AdvancedYou can turn it on here. Improved Wi-Fi (enhanced Wi-Fi), which will increase the speed by 10-15%.

⚠️ Attention: On some operators (for example, MTS, Beeline) When activating 5 GHz, internet connection may drop. This is due to limitations in the connection profile. The solution is to change the APN or call support.

3. iPhone Sharing Specifics: Limitations and Workarounds

Smartphones Apple Traditionally more closed in terms of settings, but there is room for optimization here too. The main problem iPhone when distributing - an artificial speed limit, which Apple introduced with iOS 13 to save battery life.

To bypass this limitation:

1. Connect iPhone to a power source (charger or power bank). This removes the software speed limit.
2. Turn on the mode Maximum compatibility in the access point settings (Settings → Tethering → Max Compatibility).
3. Turn it off Low data consumption in the mobile network settings.

Starting from iPhone 12 and iOS 15 now supports distribution Wi-Fi 6 (802.11ax), but only when connected to a 5G network. If your carrier supports 5G, be sure to activate this mode in Settings → Cellular → Data Options → Voice & Data and select 5G Auto or 5G On.

Another life hack for iPhone: if you distribute the Internet on MacBook or another Apple-device, use the function Instant HotspotIt automatically selects the optimal channel and reduces latency. To activate:

1. Make sure both devices are enabled. Bluetooth And Wi-Fi.
2. Enter one Apple ID.
3. On Mac Open the Wi-Fi menu and select yours iPhone on the list.

Android (Samsung, Xiaomi, Google, etc.)|iPhone (Apple)|Both|Other-->

4. Selecting the optimal Wi-Fi channel and range

Even if your phone supports 5 GHz, speeds can drop due to airwave congestion. In apartment buildings, dozens of routers can operate on a single channel, creating interference. The solution is to manually select the least congested channel.

To analyze the broadcast, use the following applications:

• 📱 WiFi Analyzer (Android) - shows channel load in real time.
• 📱 Network Analyzer (iOS/Android) - analyzes signal strength and interference.
• 💻 inSSIDer (Windows/Mac) - Professional network scanning tool.

Optimal channels for distribution:

• 📡 2.4 GHz: channels 1, 6 or 11 (they do not intersect). Avoid 13 - It may be banned in some countries.
• 📡 5 GHz: channels 36-48 (lower range) or 149-165 (upper, less interference). Channels 50-144 are often used by radars and can be switched off automatically.

On Android You can change the channel through the engineering menu (developer mode must be activated):

1. Enter the code in the phone app ##4636##.
2. Select Wi-Fi Information.
3. Click on the three dots in the upper right corner and select Wi-Fi settings.
4. In the section Channel Please specify the desired channel number.

⚠️ Note: On some phones (eg. Realme, Oppo) the engineering menu is blocked. In this case, only third-party software like WiFi Master Key (requires root rights).

5. Operator software restrictions: how to bypass them

Mobile operators often artificially limit upload speeds (throttling), especially on unlimited plans. This is done to relieve network congestion, but it results in speeds on connected devices dropping by 2-3 times.

The main signs of throttling:

• 📉 The speed on the phone is 50+ Mbps, and when distributing - less than 10 Mbps.
• 🔄 The speed "drops" 10-15 minutes after the start of distribution.
• 📵 When you change your SIM card to a different operator, the speed increases.

Ways to bypass restrictions:

1. Changing APNSometimes operators apply restrictions only to the default APN. Try creating a new one with the following parameters:

   Name: Custom
   APN: internet
   Proxy: not specified
   Port: not specified
   Username: (leave blank)
   Password: (leave blank)
   Authentication type: PAP or CHAP
   APN type: default,supl

   Save and select the new profile in the mobile network settings.

2. Using a VPN: Some operators do not limit traffic going through the VPN. Suitable ProtonVPN, Warp (Cloudflare) or 1.1.1.1Important: Choose servers in your country to avoid increased ping.
3. TTL reset: Operators can track distribution by the TTL value in packets. Android With root rights you can change the TTL via Terminal Emulator:

   su
   echo "65" > /proc/sys/net/ipv4/ip_default_ttl

   The standard value for phones is 64, for distribution it is better to set 65.

If none of the methods helped, there are two options left: change the operator (for example, Tele2 And Yota rarely limit distribution) or use an external 4G modem with distribution support.

6. Physical methods of signal amplification

If the problem isn't with the settings, but rather a weak signal, physical methods for improving coverage will help. These are especially relevant for owners of phones with built-in low-power antennas (for example, iPhone SE or budget Android-smartphones).

Effective solutions:

• 📶 Phone positioningPlace it close to a window (if using mobile internet) or in the center of the room (if using local Wi-Fi). Avoid enclosed spaces like cabinets, drawers, and pockets.
• 🔋 External batteryWhen the battery level drops below 20%, the phone automatically reduces Wi-Fi transmission power. Connect a power bank to maintain a charge of 50% or more.
• 🛡️ Interference shielding: If there is a microwave, wireless speakers, or other sources of 2.4 GHz interference nearby, move your phone 1-2 meters away.
• 📡 Signal amplifier: for continuous distribution, you can use a passive repeater (for example, TP-Link TL-WA850RE) or a directional antenna (connected via an OTG adapter).

For Android-phones with support USB OTG There is an unusual solution - connecting an external Wi-Fi antenna via an adapter. For example, Alfa AWUS036ACH (802.11ac) increases the range to 50 meters. To do this:

1. Buy an OTG adapter with a USB-A port.
2. Connect the antenna to the adapter and the adapter to the phone.
3. In the access point settings, select the external adapter as the primary Wi-Fi source.

⚠️ Attention: On iPhone Connecting external antennas is impossible without jailbreaking. Also note that powerful antennas (over 20 dBi) require registration with Roskomnadzor.

7. Alternative distribution methods: USB and Bluetooth

If your Wi-Fi is unstable, consider alternative sharing methods. They're less convenient, but often offer higher speeds and lower ping.

Distribution via USB (USB-tethering):

• ⚡ Speed: up to 90% of the original (e.g. 70 Mbps instead of 80 Mbps).
• ✅ Pros: no interference, stable connection, phone charges.
• ❌ Cons: Requires a cable, works with only one device.

To activate on Android:

1. Connect your phone to your computer via USB.
2. In your phone settings, select USB modem (usually in the same section as the access point).
3. On PC in Network connections a new connection will appear.

On iPhone USB sharing is enabled automatically when connected to Mac or Windows (required) iTunes or driver Apple Mobile Device Support).

Sharing via Bluetooth:

• 🐢 Speed: up to 3 Mbps (suitable only for instant messengers and email).
• ✅ Pros: low energy consumption, works over long distances (up to 10 meters).
• ❌ Cons: very slow for modern tasks.

Bluetooth tethering is enabled in the modem settings (Settings → Bluetooth → Tethering on iOS or Settings → Connected devices → Bluetooth settings on Android).

8. Advanced settings for experienced users

If standard methods don't help, you can try more complex solutions. These require technical knowledge and sometimes root rights (on Android) or jailbreak (on iPhone).

For Android (root required):

• 🔧 Changing MTU: the optimal value for distribution is 1472You can change it through Terminal Emulator:

  su
  ifconfig wlan0 mtu 1472

  Replace wlan0 the name of your Wi-Fi interface (you can find out through ifconfig).

• 📦 Disabling QoSSome firmware versions limit traffic through the Quality of Service mechanism. This can be disabled with the command:

  su
  iptables -F
  iptables -X

• 🔄 DNS reset: If the speed drops when opening websites, but tests show high values, the problem is in the DNS. Use Cloudflare (1.1.1.1) or Google DNS (8.8.8.8).

For iPhone (jailbreak required):

• 🔓 TetherMe: tweak from Cydia, which bypasses operator data sharing restrictions. Allows the use of any APN and disables throttling.
• 📶 WiFried: Increases Wi-Fi transmission power to the maximum allowed (may reduce battery life).

On phones with Qualcomm Snapdragon (most flagships Android) you can activate the hidden mode Fast Dormancy, which reduces data transmission delays. To do this:

1. Install Qualcomm QPST Tool on PC.
2. Connect the phone in diagnostic mode (code ##717717##).
3. In the program, go to Service Programming → Modem Settings and activate Fast Dormancy.

⚠️ Warning: Incorrect settings in the engineering menu or QPST may result in network loss. Before experimenting, make a backup copy of your IMEI (using the command *#06#).

What should I do if my internet connection is lost after making changes?

If you lose internet connection after changing settings (especially APN or engineering menu), restore the default settings:

1. Reset network settings (Settings → System → Reset → Reset network settings).

2. Restart your phone.

3. If this doesn’t help, insert the SIM card into another phone and check its functionality.

FAQ: Frequently asked questions about sharing Wi-Fi from your phone

Why is the upload speed on iPhone slower than on Android?

Apple artificially limits the speed of distribution iPhone To save battery life. This applies to all models starting with the iPhone 6. You can bypass this limitation by connecting the phone to a charger or using USB tethering. The Wi-Fi protocol also affects speed: iPhone up to the 11th model support only Wi-Fi 5 (802.11ac), while the flagship Android- smartphones have already switched to Wi-Fi 6 (802.11ax).

Is it possible to share Wi-Fi from a phone without losing speed?

Completely lossless—no, since some of the phone's resources are used to process the traffic. However, losses can be minimized:

• Use 5 GHz instead of 2.4 GHz.
• Connect your phone to the charger.
• Disable background applications (especially torrents, cloud synchronization).
• Use USB tethering instead of Wi-Fi.

Under ideal conditions (5G + Wi-Fi 6 + USB connection) the loss will be no more than 5-10%.

Which phone is best for Wi-Fi sharing?

For stable distribution, choose smartphones with:

• Support Wi-Fi 6 (802.11ax) or Wi-Fi 6E.
• Module 5G (for high-speed mobile Internet).
• A powerful processor (for example, Snapdragon 8 Gen 2 or Apple A16).
• Large battery (4500+ mAh).

Best models of 2026:

• Android: Samsung Galaxy S24 Ultra, Xiaomi 14 Pro, Google Pixel 8 Pro.
• iOS: iPhone 15 Pro Max (despite the limitations, the distribution stability is at the highest level).

From the budget options - Poco F5 or Realme GT Neo 5.

Is it true that operators block data sharing on unlimited plans?

Yes, many operators (MTS, Beeline, Megaphone) limit the upload speed on unlimited plans. This is specified in the contract (usually the "Fair Use Policy" clause). For example:

• On the "Everything for 500" tariff (Tele2) distribution is not limited.
• At "Tarifische" (MTS) after 10 GB of distributed traffic, the speed drops to 128 Kbps.
• On "Everything Unlimited" (Yota) distribution works at full speed, but only in the 4G/5G coverage area.

To find out the exact terms, please review the "Restrictions" section in your operator account or call support.

Is it possible to share Wi-Fi from one phone to another phone?

Yes, but there are some nuances:

• On Android Both phones must support the same band (2.4 or 5 GHz).
• On iPhone distribution to another iPhone works better through Instant Hotspot.
• The speed will be lower than when distributing to a PC due to the limitations of mobile processors.
• If the second phone does not connect, check the security settings (sometimes you need to disable MAC filtering).

For maximum speed use Wi-Fi Direct (on Android) or AirDrop (on iPhone) instead of the standard distribution.