I am trying to restore my HP Desktop to it's factory reset but I have some problems. I don't have the disk that came with the system and the hard drive crashed completely. I got a replacement hard drive and I have a Windows Vista 64bit disk that I was able to use to restore the OS but I am having a devil of a time finding the drivers. The main one that eludes me is the driver for the wireless LAN card. It is a G79G slim card. I have searched the internet and most sites are scams and the drivers I find don't work as I think they are just fakes. Any help with this driver would be greatly appreciated as HP has take this desktop off its list of supported machines.
DriverGuide maintains an extensive archive of Windows drivers available for free download. We employ a team from around the world which adds hundreds of new drivers to our site every day. How to Install Drivers Once you download your new driver, then you need to install it. To install a driver in Windows, you will need to use a built-in utility called Device Manager. It allows you to see all of the devices recognized by your system, and the drivers associated with them.
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Many device drivers are not updated through the Microsoft Windows Update service. If you are having trouble finding the right driver, stop searching and fix driver problems faster with the Automatic Driver Update Utility. Automatic updates could save you hours of time.
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Many computer problems are caused by missing or outdated device drivers, especially in Windows 11. If your desktop or laptop is running slow, or keeps crashing or hanging, there is a good chance that updating your drivers will fix the problem.
b43 and b43legacy are drivers for the 802.11 B/G/N family of wireless chips that Broadcom produces. The choice of which driver your card uses depends on the revision level of the 802.11 core. If your card is a BCM4306 Rev 2 or only has 802.11b capability, it uses b43legacy. All other models use b43. This number is read by the driver ssb, and the correct choice for your device is made at that point. The drivers are called bcm43xx in mainline kernels, and b43 and b43legacy in wireless-2.6 and 2.6.24 and later.
I have an Archer C6v2 with OpenWRT 19.07.7 which was working fine for a few weeks. Yesterday I altered the channel for the 5Ghz (I think I set it to 150).
After this, the radio device was disabled and now reads Generic 802.11bg instead of the name of the chipset.
Since the log output is complaining so much about ath10k (-2 errors notwithstanding) I would try swapping in different drivers after upgrading wpad and dnsmasq. Or vice versa. Or just one or the other.
Using different ath10k drivers like ath10k-firmware-qca9887 ath10k-firmware-qca9888-ct-htt ath10k-firmware-qca988x ath10k-firmware-qca988x-ct ... and accompanying kmod drivers (I also tried the kmod-ath10k-ct-smallbuffers drivers). This doesn't make any difference. The strange thing is that when I reboot my AP, my 5Ghz won't work (the same problem as in my first post; Generic 802.11bg instead of my chipset name and device disabled message).
What is even more strange is that when I re-install the original drivers ( ath10k-firmware-qca9888-ct & kmod-ath10k-ct and after rebooting the AP again my radio still isn't working. The only thing I can do to make it work again is to re-flash OpenWRT to it.
I also flashed OpenWRT 21.02 RC3 to it. The first thing I've noticed is that under wireless my 2.4Ghz radio had it's chipset name next to it (in 19.07 it's just named `Generic 802.11bgn'). But when connecting to it, it actually performs worse after only some minutes I get disconnected for a minute (in 19.07 this only happens 2-3 times an hour).
This tutorial is applicable to LinuxMint Debian Edition for it doesn't come with the Hardware Driver option (System->Administration->Hardware Drivers) found in Ubuntu and LinuxMint. Installing LMDE will not automatically install the driver for you so you have to manually do it from the Terminal.
I installed Ubuntu 14.04 alongside Windows 7 recently. On booting to Ubuntu, I have a problem with connecting to wireless internet. The wired LAN is working properly. The Broadcom Wireless Adapter has a driver installed (Broadcom 802.11 Linux STA wireless driver source from bcmwl-kernel-source).
Just installed OpenWrt Chaos Calmer r42711 on a WNDR4000 that was running stock firmware.
Was configuring all the stuff when I noticed that radios are both showing up as Generic MAC80211 802.11bg.
Well instead of seeing one 2.4Ghz radio and one 5Ghz radio I see two Generic MAC80211 802.11bg.
Haven't really gone any further as it looks something's wrong there, right ?
Now, if I hit "scan" on both radio, I see some 2.4Ghz networks around, no 5Ghz network showing up.
I have the same issue with WNDR4000, no 5Ghz in phy0
I also found there are difference between phy0(wlan0) and pyh1 (wlan1). SSID for both wlan was set to openwrt initially and I modified wlan0 to openwrt0 and wlan1 to openwrt1. I am able to connect both SSID. Connect to wlan1 is able to access internet, but not with wlan0. They have identical setup.
Anyway, I dug into this a little more. It seems that the auto wireless configuration was always applying the wrong device in /etc/config/wireless. Under radio1, the device was always "bcma0:0", which was correct in Barrier Breaker, but there must have been a driver change in how its being ordered in later kernels. I edited this to "bcma0:1" and /etc/init.d/network restart, and viola, I could access the 2G network again. So anyone who wants to get this at least somewhat working, should be able to make those changes.
I followed the instructions on the Wireless Setup & Broadcom Wireless Wiki pages and the wireless.kernel.org page about the b43 driver.
I'm also using Ubuntu on the same laptop with the b43 driver and it works perfectly (it didn't with the officila broadcom-sta driver).
Ath5k is a completely FOSS wireless driver for Atheros based wireless chipset versions AR5xxx in the Linux Kernel. It has evolved out of MadWiFi, OpenHAL, and the open-sourced HAL code of Atheros and Sam Leffler.
This article is supplementary to the Wi-Fi APIs/Examples. It describes the principles of using the Wi-Fi APIs, the limitations of the current Wi-Fi API implementation, and the most common pitfalls in using Wi-Fi. This article also reveals some design details of the Wi-Fi driver. We recommend you to select an example .
For non-recoverable and also critical errors, in which case "assert" may be a good method for error handling. For example, if esp_wifi_set_mode() returns ESP_ERR_WIFI_NOT_INIT, it means that the Wi-Fi driver is not initialized by esp_wifi_init() successfully. You can detect this kind of error very quickly in the application development phase.
The Wi-Fi driver can be considered a black box that knows nothing about high-layer code, such as the TCP/IP stack, application task, and event task. The application task (code) generally calls Wi-Fi driver APIs to initialize Wi-Fi and handles Wi-Fi events when necessary. Wi-Fi driver receives API calls, handles them, and posts events to the application.
Wi-Fi event handling is based on the esp_event library. Events are sent by the Wi-Fi driver to the default event loop. Application may handle these events in callbacks registered using esp_event_handler_register(). Wi-Fi events are also handled by esp_netif component to provide a set of default behaviors. For example, when Wi-Fi station connects to an AP, esp_netif will automatically start the DHCP client by default.
Upon receiving this event, the event task does nothing. The application event callback needs to call esp_wifi_scan_get_ap_num() and esp_wifi_scan_get_ap_records() to fetch the scanned AP list and trigger the Wi-Fi driver to free the internal memory which is allocated during the scan (do not forget to do this!).Refer to ESP32 Wi-Fi Scan for a more detailed description.
If esp_wifi_connect() returns ESP_OK and the station successfully connects to the target AP, the connection event will arise. Upon receiving this event, the event task starts the DHCP client and begins the DHCP process of getting the IP address. Then, the Wi-Fi driver is ready for sending and receiving data. This moment is good for beginning the application work, provided that the application does not depend on LwIP, namely the IP address. However, if the application is LwIP-based, then you need to wait until the got ip event comes in.
When esp_wifi_connect() is called, but the Wi-Fi driver fails to set up a connection with the AP due to certain reasons, e.g., the scan fails to find the target AP or the authentication times out. If there are more than one AP with the same SSID, the disconnected event will be raised after the station fails to connect all of the found APs.
Once the Wi-Fi driver is initialized, you can start configuring the Wi-Fi driver. In this scenario, the mode is station, so you may need to call esp_wifi_set_mode() (WIFI_MODE_STA) to configure the Wi-Fi mode as station. You can call other esp_wifi_set_xxx APIs to configure more settings, such as the protocol mode, the country code, and the bandwidth. Refer to ESP32 Wi-Fi Configuration.
Generally, the Wi-Fi driver should be configured before the Wi-Fi connection is set up. But this is NOT mandatory, which means that you can configure the Wi-Fi connection anytime, provided that the Wi-Fi driver is initialized successfully. However, if the configuration does not need to change after the Wi-Fi connection is set up, you should configure the Wi-Fi driver at this stage, because the configuration APIs (such as esp_wifi_set_protocol()) will cause the Wi-Fi to reconnect, which may not be desirable. 0852c4b9a8
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