I Have upgraded the driver for both Bluetooth and wireless to the latest version but still of no avail.
Still facing the issues with constant speed issue with the internet.
Wireless details ;- Intel Dual Wireless Band ac-3168 driver version 220.127.116.11
Also i tried the power option maximum performance for the wireless adapter.
Also checked the ping status for my router and max time for ping is 4ms.
Please intel community help me since it is ruining my laptop buy. Any help will be appreciated
Router details :- Tenda Wireless N3 150 MBps
We understand that you're experiencing connectivity issues on your brand new HP* laptop using an Intel® Dual Band Wireless-AC 3168 (1x1).
We're glad to see that you've already tried suggestions provided through our other threads. However, it's highly unusual for a brand new device to require troubleshooing. Our main recommendation in this type of situations is to contact your place of purchase or computer manufacturer to have the system checked out or replaced. Issues like these may be caused by a loose or defective antenna or adapter.
In order for us to provide some new troubleshooting suggestions we would like to receive the following:
1. What is the firmware version currently being used by your router?
2. Please download and run the Intel® System Support Utility. Select the option to scan "everything," and then upload the report provided.
In order to enable attachments you will need to reply using the "advanced editor" option (top right).
We look forward to hearing back from you.
I have attached the logs which are asked.
I dont think the issue is with the wireless card as i told before in the thread it works in patches. For 1 min it will work and then drop of packets.
If there would had been any issues it would not have worked at all.
Modem/Router details below :-
Tenda wireless N3 150 MBps router
Firmware version V5.07.56.1_en_FOR01
Intel.txt.zip 5.7 K
Thank you for this information.
It's possible that this issue is being caused by a combination of factors between your adapter and router of choice:
1. The Intel® Dual Band Wireless-AC 3168 is a low cost 1x1 adapter. This means it uses one antenna supporting one data stream, with a second for Bluetooth® support. The maximum connection speeds of your adapter are as follows:
- Wireless-AC: 433 Mbps.
- Wireless-N: 150 Mbps.
2. The Tenda Wireless N3 150 Mbps* uses the legacy Wireless-N standard and has only one antenna. If there are multiple devices in your network you may experience interference and bandwidth limitations.
3. Your adapter is currently set to use 20MHz channels, which helps fight interference but limits you from 150 Mbps (on wireless-n) down to 72 Mbps.
You will notice the most dramatic improvement by upgrading to a Wireless-AC router, preferably with one two or more external antennas. However, in order to get the most out of your current setup, we can recommend adjusting the following advanced adapter settings:
1. 802.11n Channel Width: Set to Auto. You must then set your router to "20/40" or "Auto" channel bandwidth to match.
2. Roaming aggressiveness: 1.Lowest. This can help connectivity as your adapter will not scan for other networks as often while already connected.
3. HT Mode: set to 1. HT Mode. This will disable Wireless-AC and limit your adapter to Wireless-N, increasing compatibility with your router.
4. You're currently connected to 2.4GHz using channel 1. As an optional step you can also test using channels 6 or 11, and stay with whichever gives you the best connection. This can be accessed via your router settings only.
Please let us know if this helps.
In these new logs we can see that your connection rate has improved to 150Mbps. This is the best that you're going to be able to achive using a legacy Wireless-N router.
But do remember, if you upgrade to a new router you must set the HT Mode back to VHT in order to re-enable the adapter's Wireless-AC capabilities.
Would it be possible for you to test this computer connecting to a different (preferably wireless-AC) network? If the issue continues there, the adapter may be faulty. However, if you don't experience any issues on a newer network, we'll be able to confirm your router as the source of the problem.
Please find the latest logs .
Sharing this because in last 10-13 mins i am seeing nice speed ..
Can you find out anything specific ??
Note :- Currently my pc is in battery save mode
INTEL_LATEST.txt.zip 5.7 K
I see that you set your channel width back to 20 MHz Only, and changed channels again.
If channel 6 plus 20 MHz channel bandwidth is giving you the best performance, then it's possible that interference was playing a big part on your connectivity issues.
This article by extremetech.com is quite informative on why channel choice can be so helpful: How to Boost Your Wi-Fi Speed by Choosing the Right Channel.
NOTE: Any links provided for third party tools or sites are offered for your convenience and should not be viewed as an endorsement by Intel® of the content, products, or services offered there. We do not offer support for any third party tool mentioned here.
I didn't get your point " then it's possible that interference was playing a big part on your connectivity issues. "
i actually haven't changed the channel actually in router . It is set to auto only
Does Battery save mode has anything to do with it??
Wireless-N as a standard has a lot of limitations. This standard was published back in 2007, which is quite a bit in computer years. We do believe your router having only one antenna plus using a legacy standard are the center of the connectivity issues that you're experiencing.
A router using only one antenna is more likely to suffer from RF interference being caused by other nearby devices (all kinds of things use the 2.4GHz frequency, from microwave ovens, flourescent lights, cordless phones, etc) or other wireless networks in your area.
The only big difference between your original report and the latest is the channel being used. Originally it was channel 1, then 11, and on your last two reports it remained on 6. If your router is choosing these automatically, you may want to manually set it to channel 6, since this seems to be the one that works best for you.
Since your adapter also has one antenna, it will limit you between 150 Mbps and 72 Mbps. Since your connection rate is lower, you're more likely to notice when something causes the speed to drop. If you upgrade to a wireless-AC router, you connection rate will vary between 300 and 433 Mbps. At these speeds, you're less likely to notice slight drops on your connection speed. More over, Wireless-AC has implemented several fixes to fight interference and improve wireless throughput.
- Common Causes of WiFi Interference - by packetworks.net
- 802.11ac Wifi for Dummies. Great resource, lots of useful information.
As per your comments I changed my Tenda router to brand New Wireless AC supported router.
New Router Model :- TP Link AC750 Wireless Dual Band Router, Model :- Archer 20
Firmware Version:0.9.1 3.16 v0001.0 Build 161130 Rel.68411n
I am experiencing better speed then before , but maybe not 100%
I am attaching couple of new logs with this new AC router.
Kindly go through them and let me know your thoughts .
Also tell me what is the best possible configuration needs to be done from my end based on the logs.
Note :- Distance of my system from router nearly 1 feet
This is good to hear. Looking at your latest logs, we can see that you're achieving a connection rate of 433.3 Mbps, which is your adapter's maximum.
It's good to note the difference between connection rate and download speed:
- Download speed is an average measured by how fast you can download a files, this does not take into account network overhead.
- Connection rate measures the speed at which data can be transferred between your router and your PC. This number will always be greater than your download speed because it will take everything into consideration. Wireless packets carry more info than just the files or data being downloaded, such as routing, encryption, etc.
Your settings look optimal. We can see that you're connecting via the 5GHz band, which should result in less interference and disconnects.