Changing your SIM network in Pakistan has become extremely easy thanks to Mobile Number Portability (MNP). Whether you want to convert Zong SIM to Jazz, Jazz to Zong, or switch between Ufone, Jazz, and Zong, you can do it without changing your mobile number.
In this detailed guide, we will cover:
• Change SIM network step by step
• How to convert Zong SIM to Jazz
• Zong to Jazz MNP code
• Jazz to Zong SIM convert method
• Jazz SIM convert to Ufone
• Ufone SIM convert to Jazz code (online & offline)
• How to check converted SIM network
⸻
What Is SIM Network Change (MNP)?
SIM network change, also known as Mobile Number Portability (MNP), allows you to switch your telecom network while keeping the same number.
For example:
• Zong → Jazz
• Jazz → Zong
• Jazz → Ufone
• Ufone → Jazz
No number change. No data loss.
⸻
Convert SIM Network – Basic Requirements
Before you convert SIM, make sure:
✔ SIM is registered on your CNIC
✔ SIM is active for at least 60 days
✔ No unpaid balance (postpaid users)
✔ CNIC holder must visit the franchise
⸻
How to Convert Zong SIM to Jazz (Step-by-Step)
Many users search “how to convert Zong SIM to Jazz”, and the process is simple.
Zong to Jazz SIM Convert Method
1. From your Zong SIM, send SMS: MNP to 667
2. You will receive an MNP code
3. Visit your nearest Jazz Franchise or Service Center
4. Provide:
• Original CNIC
• Active Zong SIM
• Received MNP code
5. Fill out the Jazz SIM conversion form
📌 Your SIM will convert within 3–4 working days
⸻
Zong to Jazz MNP Code (Important)
There is no fixed Zong to Jazz MNP code.
The system automatically generates a unique porting code when you send:
MNP → 667
⚠️ Avoid fake websites claiming instant online SIM conversion.
⸻
How to Convert Zong SIM to Jazz Online – Is It Possible?
❌ Fully online SIM conversion is NOT possible in Pakistan
✔ Online you can:
• Check eligibility
• Locate Jazz franchise
• Book token (some cities)
✔ Physical visit is mandatory for biometric verification.
⸻
Convert Zong to Jazz – Common Benefits
• Better Jazz 4G coverage
• More affordable call packages
• Wider roaming support
• Strong business & corporate plans
⸻
Zong SIM Convert to Jazz – FAQs
Q: Will my number change?
No, your number stays the same.
Q: How long does conversion take?
3–4 working days.
⸻
How to Convert Jazz SIM to Zong
Users also search “how to convert Jazz SIM to Zong”.
Jazz to Zong SIM Convert Steps
1. Send SMS from Jazz SIM:MNP to 667
2. Receive porting code
3. Visit Zong Customer Service Center
4. Submit CNIC + Jazz SIM + MNP code
5. Biometric verification completed
✔ SIM converts in 3–5 days
⸻
Jazz to Zong SIM Convert – Why Users Switch?
• Strong Zong data bundles
• Better internet speed in some areas
• Affordable hybrid offers
⸻
Jazz SIM Convert to Ufone – Complete Process
To convert Jazz SIM to Ufone:
1. Send MNP to 667
2. Receive porting code
3. Visit Ufone Franchise
4. Submit documents
5. Biometric verification
✔ Conversion time: 3–4 days
⸻
Ufone SIM Convert to Jazz Code (Online & Offline)
Ufone to Jazz SIM Convert
• SMS: MNP → 667
• Visit Jazz Franchise
• CNIC biometric required
⚠️ No online-only code exists
All conversions require physical verification
⸻
Convert SIM – Supported Networks in Pakistan
You can convert between:
• Jazz ↔ Zong
• Jazz ↔ Ufone
• Zong ↔ Ufone
• Telenor ↔ Jazz / Zong / Ufone
⸻
How to Check Converted SIM Network
After SIM conversion, many users ask “how to check converted SIM network”.
Method 1: Dial Code
Dial:
*667# (may vary by operator)
Method 2: Send SMS
Send blank SMS to:
667
Method 3: Use PTA SIM Info
• Visit PTA SIM Information portal
• Enter your number
⸻
Common Problems During SIM Conversion
❌ Biometric mismatch
❌ SIM not 60 days old
❌ CNIC expired
❌ Pending balance
✔ Always resolve these before applying
⸻
Change SIM Network – Final Tips
• Always visit official franchises
• Never share CNIC copies online
• Avoid agents claiming “instant online SIM convert”
• Keep old SIM active until conversion completes
⸻
Final Words
Whether you want to convert Zong SIM to Jazz, Jazz to Zong, or Jazz SIM convert to Ufone, Pakistan’s MNP system makes network switching simple and secure.
SpeedTest.Teez.net.pk 👇
⸻
SpeedTest.Teez.net.pk — Pakistan’s Own Internet Speed Testing Platform
In today’s connected world, speed matters more than ever. Whether you’re streaming, gaming, working remotely, or managing cloud-based systems, a reliable internet connection is essential. To help users across Pakistan accurately test their network performance, Teez.net.pk has introduced SpeedTest.Teez.net.pk, a dedicated platform designed to measure your internet speed with precision, simplicity, and local relevance.
Unlike most global tools that rely on servers outside Pakistan, SpeedTest.Teez.net.pk uses locally hosted servers to provide more accurate results for users across the country. By reducing latency and focusing on regional network performance, it delivers realistic metrics for download speed, upload speed, and ping, helping you understand how your internet actually performs within Pakistan’s infrastructure.
Built with modern web technology and powered by AI-assisted analytics, SpeedTest.Teez.net.pk not only shows your connection speed but also provides insights into your ISP’s performance, routing delays, and network stability. It’s especially valuable for businesses and home users looking to verify the consistency of their broadband or fiber connections.
The platform is lightweight, fast, and privacy-focused — no unnecessary ads or tracking scripts, ensuring that the test results remain accurate and unbiased. Users can access it easily from any browser or mobile device at Check Now.
Teez.net.pk, known for its growing role as an independent ISP and digital innovator, aims to strengthen Pakistan’s internet ecosystem by introducing transparent tools that empower users with data-driven insights. With plans to expand the service further through regional test nodes and mobile app integration, SpeedTest.Teez.net.pk is set to become a go-to resource for accurate, local speed testing across Pakistan.
Please share your Speed Test Results.
Valued Customers,
We would like to inform you that internet traffic in Pakistan is currently being affected due to multiple cuts in submarine cable systems. Our teams are in close coordination with upstream providers to ensure swift updates and resolution of this issue.
In addition to the ongoing challenge, there will also be planned and unavoidable maintenance activity on another submarine cable system. Please note the following schedule:
📅 Primary Maintenance Window
• Start Time: 21 September 2025, 08:00 AM PST (GMT+5)
• End Time: 21 September 2025, 05:00 PM PST (GMT+5)
📅 Backup Maintenance Window
• Start Time: 22 September 2025, 08:00 AM PST (GMT+5)
• End Time: 22 September 2025, 05:00 PM PST (GMT+5)
⚠️ Expected Impact
During the maintenance window, customers may experience service degradation and slower internet connectivity.
We understand how important stable internet connectivity is for your daily activities and business operations. Our team is working diligently to minimize the impact, and regular updates will be shared as soon as we receive further information.
🙏 We truly appreciate your patience and understanding. We apologize for any inconvenience this may cause and assure you that restoring smooth services remains our top priority.
If an Ubiquiti UniFi AP is syncing with the controller but the link isn’t working (no connection to the network), it usually indicates a problem with the physical connection or the AP’s network configuration. Troubleshooting steps include checking the physical link, verifying the AP’s IP address and subnet, and ensuring the controller can reach the AP.
In the context of Google Sheets, “ping” can refer to two different functionalities: tagging users in comments or cells, or freezing rows/columns to keep data visible while scrolling. It can also refer to using Google Apps Script to check the availability of a network endpoint, like an IP address.
Tagging Users (Like “Ping” in Social Media):
You can tag users in Google Sheets to notify them about a specific cell or comment.
To tag, type the “@” symbol, then start typing the name or email of the person you want to tag.
A list of potential users will appear, and you can select the one you want to tag.
Freezing Rows or Columns:
Freezing allows you to “pin” data, keeping it visible on the screen even when you scroll.
This is useful for headers or data that you need to refer to constantly.
To freeze, go to “View” > “Freeze” and choose the number of rows or columns to freeze.
Using Apps Script to “Ping” IP Addresses:
You can use Google Apps Script to check if a specific IP address is reachable, essentially “pinging” it.
This involves writing a script that sends an ICMP request to the IP address and checks for a response.
The script can then populate a cell in your sheet with a “True” or “False” value, indicating whether the address is reachable.
Example of using Apps Script to ping:
function pingIpAddress() {
// Replace 'A1' with the cell containing the IP address you want to ping
var ipAddress = SpreadsheetApp.getActiveSpreadsheet().getActiveSheet().getRange("A1").getValue();
// Check if the IP address is reachable
var url = 'https://ipinfo.io/ip?token=YOUR_TOKEN'; // Replace YOUR_TOKEN with your ipinfo token
var options = {
'method': 'get',
'contentType': 'application/json'
};
var response = UrlFetchApp.fetch(url, options);
var json = JSON.parse(response.getContentText());
var ip = json.ip;
SpreadsheetApp.getActiveSpreadsheet().getActiveSheet().getRange("B1").setValue(ipAddress==ip?"True":"False");
}
“AirView is disabled because DFS Pre Scan is active.”
⸻
🔍 What it means:
This message appears when your device (typically a Ubiquiti AP or other 5GHz Wi-Fi device) is operating on a DFS (Dynamic Frequency Selection) channel.
DFS channels require your device to scan for radar signals before broadcasting — this is called a DFS Pre-Scan.
During this scan, certain features like AirView (the spectrum analyzer) are temporarily disabled.
⸻
✅ How to fix it:
Option 1: Wait for the DFS Pre-Scan to finish
• The DFS scan usually takes 1 to 10 minutes.
• Once it completes and no radar is detected, AirView will be enabled again.
Option 2: Switch to non-DFS channels
If you need AirView immediately:
1. Log in to your device or controller interface (UniFi Controller, or device Web UI).
2. Go to the Wireless Settings.
3. For the 5GHz band, manually select non-DFS channels only (like 36, 40, 44, or 48).
4. Save the changes.
5. Reboot the access point if needed.
Note: DFS channels include 52–144. Non-DFS channels are safer for tools like AirView and provide instant startup without delay.
⸻
🧠 Extra Tips:
• In some regions, regulatory laws require DFS usage — disabling them may limit your frequency options but will keep tools like AirView available.
• DFS is used to avoid interference with weather radar and aviation equipment.
⸻
Let me know your exact device model, and I can give you step-by-step visuals or configuration help if you’d like!
The error “TTL Expired in Transit” is a common issue in network troubleshooting, especially when dealing with routing problems. This message typically occurs when a packet exceeds the maximum number of hops before reaching its destination. In this article, we’ll explore what this error means, what causes it, and how to solve it on Windows 10 and routers, including Cisco devices.
What Does “TTL Expired in Transit” Mean?
TTL (Time to Live) is a field in an IP packet that determines the number of hops (routers or switches) a packet can traverse before being discarded. Each time the packet passes through a router, the TTL value decreases by 1. When the TTL reaches 0 before the packet reaches its destination, the router discards the packet and returns the “TTL Expired in Transit” error message.
What Causes “TTL Expired in Transit”?
There are several causes for this error, including:
Routing Loops: If the network routes a packet in circles between multiple routers, the TTL count may reach 0, causing the packet to expire.
Distance: The packet may need to travel through more hops than the TTL value allows, especially in larger networks or complex routing paths.
Firewall or Security Restrictions: In some cases, security software or firewalls may interfere with TTL values and cause the packet to expire prematurely.
How to Fix “TTL Expired in Transit” in Windows 10
Check Your Network Configuration: Incorrect IP settings or a misconfigured gateway could be causing routing loops. Run the Windows Network Troubleshooter to identify any configuration issues.
Go to Settings > Update & Security > Troubleshoot > Internet Connections.
Use the Tracert Command: To locate where the packet is being dropped, use the tracert command in Command Prompt.
Open Command Prompt as Administrator and type:tracert <destination IP>
This will show the path your packet is taking and where it might be getting stuck.
Increase TTL Value in Ping: If the destination is too far or there are too many hops, try increasing the TTL value when using the ping command.
Open Command Prompt and type:ping <destination IP> -i 128
This increases the default TTL value to 128.
Check Router and Firewall Settings: Ensure your router isn’t blocking or manipulating packets’ TTL values. You may also need to check your firewall settings on your PC or network.
Fixing “TTL Expired in Transit” on Routers (Including Cisco)
Check for Routing Loops: Use traceroute on your router to identify any routing loops in your network. Cisco routers can run this command to trace packet paths:
traceroute <destination IP>
Review Routing Tables: Ensure the routing tables on your Cisco or other routers are correctly configured. Misconfigured routes can cause packets to loop.
Adjust TTL Settings: In Cisco routers, you can use the following command to adjust the TTL value:
ip ttl <value>
This can help when you’re dealing with packets that need to travel through multiple hops.
Network Monitoring: Regularly monitor your network for any unusual routing activity or loops using network management software.
“TTL Expired in Transit” vs. “Request Timed Out”
TTL Expired in Transit: This error occurs when the packet hits the maximum number of hops before reaching its destination.
Request Timed Out: This error happens when a response isn’t received within the timeout period. It can be caused by network congestion, dropped packets, or firewalls blocking traffic.
Conclusion
The “TTL Expired in Transit” error is typically caused by routing issues, including loops or long paths that exceed the packet’s TTL value. To resolve this issue on Windows 10, routers, or Cisco devices, you can check your network configuration, use tools like tracert, and adjust TTL values. Monitoring your network for routing loops and ensuring proper configurations will help prevent this error from occurring in the future.
opm -17.11 fiber pressure is ok?
-
-
said in opm -17.11 fiber pressure is ok?:
Would you like me to help you troubleshoot a specific speed issue, or are you just running a routine check on a new installation?
Yes please
@Nemo-Malik said in opm -17.11 fiber pressure is ok?:
said in opm -17.11 fiber pressure is ok?:
Would you like me to help you troubleshoot a specific speed issue, or are you just running a routine check on a new installation?
Yes please
Since your light levels are healthy (-17.11 dBm), the problem likely isn’t the fiber cable itself, but rather the hardware or the network configuration.
Let’s find the bottleneck. Follow these steps in order to pinpoint the issue:
1. The “Bypass” Test (Most Important)
If you are using Wi-Fi, you aren’t testing the fiber; you’re testing the air.
- What to do: Plug a laptop or PC directly into the LAN port of your router (or the ONU/ONT) using a Cat5e or Cat6 Ethernet cable.
- The Goal: If the speed is perfect on a cable but slow on Wi-Fi, your fiber is fine—your router or Wi-Fi environment is the problem.
2. Check for “Packet Loss”
Sometimes light levels are good, but “noise” on the line causes data to drop.
- On Windows: Open Command Prompt (type
cmdin the search bar). - Type this command:
ping -n 50 8.8.8.8 - The Result: Look at the bottom summary. If it says 0% loss, your connection is stable. If you see 2% loss or higher, there is a “quality” issue on the line that your OPM won’t show, and you should call your ISP.
3. Identify the Bottleneck
Check this table to see where the “choke point” might be:
Symptom Likely Culprit Fix Fast on Ethernet, Slow on Wi-Fi Wi-Fi Interference Change Wi-Fi channel (use 5GHz instead of 2.4GHz). Slow on both Ethernet and Wi-Fi ISP Config / Port Issue Contact ISP to “re-provision” or reset your port. Slow only at night/peak hours Network Congestion Common in shared fiber areas; unfortunately an ISP-side issue. High Ping/Lag in games Routing Issues Use a wired connection; check for background downloads (Steam, Windows Updates). 4. Hardware “Power Cycle”
It sounds cliché, but fiber ONT/ONUs can get “stuck” in a low-power state or experience memory leaks.
- Unplug the power from both the fiber box and your router.
- Wait 60 seconds (let the capacitors drain).
- Plug in the fiber box first, wait for the “PON” or “Data” light to turn solid green, then plug in the router.
Are you seeing slow download speeds specifically, or is it more about high “lag” while gaming or on video calls?
-
What is is best fiber signal for connectivity?
@Nemo-Malik said in opm -17.11 fiber pressure is ok?:
What is is best fiber signal for connectivity?
In the world of fiber optics, an Optical Power Meter (OPM) reading of -17.11 dBm is generally considered a very good signal, but its “health” depends entirely on what part of the network you are measuring.
Here is the breakdown of what that number actually means for your connection:
1. Is it “OK”?
- For GPON/FTTH (Home Internet): Yes, it’s excellent. Most home fiber ONT/Modems operate perfectly between -8 dBm and -27 dBm. At -17.11 dBm, you are right in the “sweet spot”—well above the failure threshold but not so hot that it saturates the receiver.
- For Point-to-Point (Data Centers): It’s usually fine. Most SFP transceivers (like 10G or 40G) look for a range between -3 dBm and -19 dBm.
2. The “Goldilocks” Scale
Fiber signal is measured in decibels relative to a milliwatt (dBm). Because it’s a measure of loss, a “lower” negative number (closer to zero) is a stronger signal.
Reading (dBm) Status What it means -3 to -10 Strong Very close to the source; potentially too hot for some sensitive gear. -12 to -20 Optimal Your reading (-17.11) sits here. Perfect balance. -22 to -27 Acceptable Getting weak; may see “framerate” drops or slow speeds if it dips further. -30 and below Critical Signal “Loss of Service” (LOS). The red light usually comes on.
3. A Quick Note on “Pressure”
While you mentioned “fiber pressure,” in technical terms, we call this Optical Power or Light Intensity. If you actually suspect physical pressure (like a pinched cable or a tight zip-tie), that would cause the number to drop (e.g., jumping from -17 to -30).
If your internet is currently stable, -17.11 dBm is nothing to worry about.
Would you like me to help you troubleshoot a specific speed issue, or are you just running a routine check on a new installation?
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Z zaasmi has marked this topic as solved
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@Nemo-Malik said in opm -17.11 fiber pressure is ok?:
What is is best fiber signal for connectivity?
In the world of fiber optics, an Optical Power Meter (OPM) reading of -17.11 dBm is generally considered a very good signal, but its “health” depends entirely on what part of the network you are measuring.
Here is the breakdown of what that number actually means for your connection:
1. Is it “OK”?
- For GPON/FTTH (Home Internet): Yes, it’s excellent. Most home fiber ONT/Modems operate perfectly between -8 dBm and -27 dBm. At -17.11 dBm, you are right in the “sweet spot”—well above the failure threshold but not so hot that it saturates the receiver.
- For Point-to-Point (Data Centers): It’s usually fine. Most SFP transceivers (like 10G or 40G) look for a range between -3 dBm and -19 dBm.
2. The “Goldilocks” Scale
Fiber signal is measured in decibels relative to a milliwatt (dBm). Because it’s a measure of loss, a “lower” negative number (closer to zero) is a stronger signal.
Reading (dBm) Status What it means -3 to -10 Strong Very close to the source; potentially too hot for some sensitive gear. -12 to -20 Optimal Your reading (-17.11) sits here. Perfect balance. -22 to -27 Acceptable Getting weak; may see “framerate” drops or slow speeds if it dips further. -30 and below Critical Signal “Loss of Service” (LOS). The red light usually comes on.
3. A Quick Note on “Pressure”
While you mentioned “fiber pressure,” in technical terms, we call this Optical Power or Light Intensity. If you actually suspect physical pressure (like a pinched cable or a tight zip-tie), that would cause the number to drop (e.g., jumping from -17 to -30).
If your internet is currently stable, -17.11 dBm is nothing to worry about.
Would you like me to help you troubleshoot a specific speed issue, or are you just running a routine check on a new installation?
said in opm -17.11 fiber pressure is ok?:
Would you like me to help you troubleshoot a specific speed issue, or are you just running a routine check on a new installation?
Yes please
-
said in opm -17.11 fiber pressure is ok?:
Would you like me to help you troubleshoot a specific speed issue, or are you just running a routine check on a new installation?
Yes please
@Nemo-Malik said in opm -17.11 fiber pressure is ok?:
said in opm -17.11 fiber pressure is ok?:
Would you like me to help you troubleshoot a specific speed issue, or are you just running a routine check on a new installation?
Yes please
Since your light levels are healthy (-17.11 dBm), the problem likely isn’t the fiber cable itself, but rather the hardware or the network configuration.
Let’s find the bottleneck. Follow these steps in order to pinpoint the issue:
1. The “Bypass” Test (Most Important)
If you are using Wi-Fi, you aren’t testing the fiber; you’re testing the air.
- What to do: Plug a laptop or PC directly into the LAN port of your router (or the ONU/ONT) using a Cat5e or Cat6 Ethernet cable.
- The Goal: If the speed is perfect on a cable but slow on Wi-Fi, your fiber is fine—your router or Wi-Fi environment is the problem.
2. Check for “Packet Loss”
Sometimes light levels are good, but “noise” on the line causes data to drop.
- On Windows: Open Command Prompt (type
cmdin the search bar). - Type this command:
ping -n 50 8.8.8.8 - The Result: Look at the bottom summary. If it says 0% loss, your connection is stable. If you see 2% loss or higher, there is a “quality” issue on the line that your OPM won’t show, and you should call your ISP.
3. Identify the Bottleneck
Check this table to see where the “choke point” might be:
Symptom Likely Culprit Fix Fast on Ethernet, Slow on Wi-Fi Wi-Fi Interference Change Wi-Fi channel (use 5GHz instead of 2.4GHz). Slow on both Ethernet and Wi-Fi ISP Config / Port Issue Contact ISP to “re-provision” or reset your port. Slow only at night/peak hours Network Congestion Common in shared fiber areas; unfortunately an ISP-side issue. High Ping/Lag in games Routing Issues Use a wired connection; check for background downloads (Steam, Windows Updates). 4. Hardware “Power Cycle”
It sounds cliché, but fiber ONT/ONUs can get “stuck” in a low-power state or experience memory leaks.
- Unplug the power from both the fiber box and your router.
- Wait 60 seconds (let the capacitors drain).
- Plug in the fiber box first, wait for the “PON” or “Data” light to turn solid green, then plug in the router.
Are you seeing slow download speeds specifically, or is it more about high “lag” while gaming or on video calls?
-
Z zaasmi has marked this topic as solved
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