Ihave the exact same issue. It won't show up on the list of available networks of my laptop. It has windows 10 too. It shows and works fine in other devices (laptops, cellphones, tablets). I don't know what to do about it
The Nokia Tower offers a wide selection of Wifi Channels which is fantastic. These channels are used world wide meaning not all channels are used in all countries. Its a global device. The Channels offered to us in the USA includes some channels with restrictions and not commonly used in typical routers. In this respect the Nokia router is superior, as you can truly set a channel in a crowded wifi area that no one else uses.
More or less, it is something with your computer and not the Nokia Tower. Try refreshing your network on the computer because no matter what, its should be seeing the 2.5 network at the least, no matter what settings on the router.
How do I change set it to "auto"? I have the nokia gray tower. I changed the name it with and it works on all other devices but on my laptop's list of network does not show. I don't know what you mean by select your own channel.
PROBLEM SOLVED. I was having the same issue with an older Asus laptop. When I had the 4G LTE router/modem from T-Mobile the network would show up on my laptop but once I got the 5G one the network wouldn't show up on my laptop but it would show up on all other devices. The work around I found was purchasing the TP-Link RE300 range extender. You connect the range extender to the 5G router/modem then connect the problem device to the range extender. In my case it was my laptop which is now connected to the range extender and working fine. This range extender is 2.4ghz and 5g compatible. Not sure if other range extenders would work as this is the only one I own and have tried. Also, I just ran a speed test and there's no noticeable difference in speed due to being connected to the range extender instead of the T-Mobile router/modem directly.
After installing the T-Mobile Gateway Gray Kit I was unable to see the SSID name in the list of available networks on my 2017 HP Laptop running Windows 10, but everything else in the house connected, since I renamed Gateway to the previous router SSID name. I searched the type of wireless adapter I have in laptop, Intel Dual Band Wireless-AC 7265, and visited Intel site to update Wireless adapter Driver to the latest for my device, 19.51.33.1. After the update I am able to see the Gateway SSID and laptop connects.
Hello all. I am new to the TMobile Gateway. I just got the grey Gateway tower and I am having the same issues with my older laptop not connecting or even seeing my SSID. Everyone else in my house can connect and be on it just fine but when I got to connect my laptop it won't come up. It's a Toshiba Satellite Pro L850 series running Windows 8. I have done everything I can think of to find my connection. I went in and made sure my Wifi adapter was up to date, rolled back the drivers and even went in to command prompt and did the config. Still nothing. What am I doing wrong or what do I need to do to get it to connect??
Basically, activating and renaming the SSID of one of the 2.4GHz channels so that it is not shared, lowering the transmission mode to an older standard, or lowering the encryption (WPA) to an older standard.
As such, you need to ensure your desktop PC or the laptop can see th target device that's connected to it by downloading the required drivers for a USB connection. If you are wondering where to get the right drivers for your Android device, then continue reading to find a list of official OEM-provided Android USB driver packages and a generic driver installation guide.
The USB interface of an Android device is pretty complex. Depending on the configuration, it may expose the standard Android USB debugging interface, the Fastboot interface, and various other SoC-specific diagnostic interfaces to the computer. As a matter of fact, maintaining more than one interface simultaneously is supported as well, e.g. you can interact with your device with ADB while configuring the internal modem parameters.
Notably, the aforementioned scenarios are a bit different from connecting the target device through the plain old Media Transfer Protocol (MTP) or Picture Transfer Protocol (PTP) mode. MTP enables the end-user to browse the internal memory on the device from a PC as if it's an external storage drive. Microsoft ships a generic MTP/PTP driver with every edition of Windows since Windows XP, so you don't need an external driver for that.
Most Android OEMs offer official driver packages for their devices. Besides the ADB and Fastboot interfaces, these drivers also support proprietary flashing protocols designed by the corresponding device maker. For example, if you want to flash a Samsung Galaxy device, you must install the Samsung USB driver package beforehand.
Note that Microsoft has been shipping a generic ADB driver with Windows for a while, so installing the OEM driver just for the sake of USB debugging might not sound worthwhile anymore. Windows can also check and install the missing drivers on the fly through Windows Update. However, Microsoft-recommended drivers are not always the best choice for complex USB interfaces, so do check out the official driver pack whenever possible.
This is the most simple and straightforward way, because the setup program will take care of everything for you. All you need to do is connect your Android device afterward, and it should be ready to go.
Google and a few other vendors prefer to stick with the bare INF and associated binary files which are packed inside a ZIP or RAR archive. Such packages need to be installed using Device Manager, but you have to extract the contents of the archive beforehand.
1. Right-click on the Start button and select the Device Manager entry. You can also call the Microsoft Management Console snap-in named devmgmt.msc directly from Run to open Device Manager.
2.1. (Optional) Right-click on the unknown device entry, select Properties, move to the Details tab, and finally select Hardware Ids from the dropdown menu. Now open your favorite search engine, paste the hardware identifier in the search box, and go through the search results. This is a crude way to determine the probable interface your device is currently exposing.
3. Right-click on the unknown device entry and select Update drivers. Now select Browse my computer for drivers and point the wizard to the folder where you extracted the driver package.
The OEM drivers aren't enough in some cases, so you may have to perform some additional steps to get a working USB driver running. This typically happens if you're working with a no-name generic tablet, or if you're working with a phone that has yet to get an official driver from its maker. In such cases, you can forcibly install an existing driver package for a similar USB interface through Device Manager.
2. Right-click on it and select Update drivers. Select Browse my computer for driver software and then choose the option named Let me pick from a list of available drivers on my computer.
5. Now carefully choose the driver model. For example, if you're trying to install the Fastboot mode driver for a device, select the Android Bootloader Interface from Google's driver set. Windows might show a warning related to compatibility, but you can ignore it and continue the installation process anyway.
The GPU is a PowerVR SGX530 which does not have FOSS drivers, so 3D acceleration does not work with the mainline kernel. However, the blobs, patched mesa, and patched wlroots that permit it to work on mainline with postmarketOS are maintained in the pvrports project. It packages the work of the linux openpvrsgx dev group , which maintains a "near-mainline" kernel fork with the required kernel driver.
There's bluetooth support at bluetooth-next, but that works on N950, not on N900. Bluetooth . The driver compiles fine and loads firmware correctly, then times out on the bluetooth 'read_BD_ADDR' HCI command.
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