atheros chipset

-ttls/mschapv2 EAP-TTLS/EAP-TLS Eap-ttls/mschap EAP-TTLS/PAP eap-ttls/chap eap-sim eap-aka eap-aka ' eap-pax eap-psk EAP-SAKE EAP-FAST EAP-IKEv2 following methods are also supported, but since they do not generate keying, material they is cannot, with WPA or IEEE 802.1X WEP keying. The following features are also supported, but these do not generate key data, so they cannot be used with WPA or IEEE 802.1X WEP Eap-md5-challenge Eap-mschapv2 EAP-GTC EAP-TNC (Trusted network Connect; TNCs, IF-IMV

Forath10k/qca9377/hw1.0/board.bin failed with error-2 The workaround is as follows: 1, to Https://github.com/kvalo/ath10k-firmware/archive/master.zip get QCA9377 bin, put to the corresponding/lib/firmware/ath10k/qca9377/ hw1.0/, at this point the sudo rfkill list all is still a WLAN hard blocked is yes and does not have 3:phy0 And to view DMESG still has failed: ATH10K_PCI 0000:03:00.0:direct firmware load Forath10k/cal-pci-0000:03:00.0.bin failed with error-2 2. According to the WiFi issues w

　　memory frequency is the same as CPU frequency, is used to represent the speed of memory, it represents the maximum operating frequency that memory can achieve. The memory frequency is measured in MHz (MHz). the higher the memory frequency is to a certain extent, the faster the memory can reach. The frequency of memory determines how often the memory can work correctly. Currently the more mainstream memory frequency rooms are 333MHz and 400MHz of DDR memory, as well as 533MHz and 667MHz of DDR2

A common example of life-assembling a computer, when we assemble a computer, we usually need to select a range of accessories, such as CPU, hard disk, memory, motherboard, power supply, chassis, etc. To discuss the use of simple points, only consider selecting the CPU and motherboard issues.In fact, when choosing the CPU, faced with a series of problems, such as brand, model, number of pins, frequency, and so on, only to identify these problems, to determine the specific CPU.Similarly, in the se

--> Control Panel--> Add/Remove Programs, remove all hard disk accelerators, including the IAA Accelerator for Intel chipsets and the IDE Tool via chipset. 4. Then, uninstall the driver for the motherboard chipset in Control Panel, but never restart the computer. The specific methods are: (1) into the "Control Panel"--> "System"--> "Hardware"--> "Device Manager", click on the "IDE ATA/ATAPI Controllers" p

Replacing the motherboard in a Windows system means reloading the system, especially when users have many applications installed in the system, and installing the software after reinstalling the system is a headache, and in order to help the user solve the problem, The following small set for everyone to share the Deep XP system to replace the motherboard does not need to reload the system method, the specific steps are as follows: 1, in case of error, it is recommended that you use Ghost to ma

strong help to improve the following drive, but also congratulate Ryvius happy again family happiness!-* Fixed the NVIDIA 7050/mcp68/geforce 6/7/8 Drive* Fixed the Realtek sound card caused the system blue screen, individual sound card mounted drive not audible driver bug* Fixed AMD's 690G/690V/SMBUS/HDMI drive* Added AHCI driver for Intel P35 motherboard chipset-driven +ich9r, and g35/g33/g31/q35/q33 integrated graphics driver* Added SIS sound drive

Drivers default:=y if LINUX_2_6_BRCM | LIN Ux_2_6_aruba | linux_2_4_ar531x | Linux_2_6_xscale, m if all Title:=driver for Atheros wireless CHI Psets description:=\ This package contains a driver for Atheros 802.11a/b/g. Chipsets: madwifi.org/ version:=$ (linux_version) +$ (pkg_version)-$ (BOARD)-$ (pkg_release) files:= \ $ (Pkg_build_dir)/ath/ath_hal.$ (linux_kmod_suffix) \ $ (bus_modules)

My Development Board configuration:Development Board Hardware: IMX6QBluetooth module: Based on the mini PCI-E interface Atheros ar5b225 300M wireless +4.0 Bluetooth Two-in-a half-high network card module (AR3K series)Linux kernel: 3.14.52 (mainly my development Board with the core with a lot of tools, if the bottom version of the kernel, it will be more trouble, so it is used with its own core)Compilation tool: arm-linux-gcc:4.9.2I put all the compres

Wireless communications field, proving that users can wirelessly transmit multiple streams simultaneously through the transmitter and receiver's multiple antennas. To meet strong market demand, many WLAN, Wi-max and mobile communications companies have provided (or are planning to provide) solutions based on MIMO technology. MIMO has a number of functions, such as transmission beamforming (transmit beamforming)/maximum ratio combination (maximal Ratio COMBINING;MRC), spatial multi-work (spatia

increased. Previously, Ubuntu developers wanted to set the startup speed to less than 10 seconds. It seems that this is definitely an impossible task.Appendix: Test Device and Configuration:1 ThinkPad R52/configuration: Intel Pentium M 1.86 GHz single-core, IBM 18494WU motherboard SKU with Intel Mobile i915 + ICH6M chipset, 2 GB of system memory, 80 GB Hitachi HTS541080G9AT00 ide hdd, ATI Mobility Radeon X300 graphics2 ThinkPad T60/configuration: Int

root bus is 0. In PC, the memory controller is usually integrated into the host/PCI bridge device chip. Therefore, the host/PCI bridge is also known as the "North Bridge chipset (North Bridge chipset )". 2). PCI/ISA Bridge: used to connect to the old ISA bus. In general, devices like the i8359a Interrupt Controller in PCI are also integrated into PCI/ISA bridge devices. Therefore, the PCI/ISA bridge is als

View hardware information in Linux Use the dmidecode command to view more 1. Identification of hardware in Linux; In the linuxsir. org discussion area, we often see some brothers describe their hardware as follows: "My display card is made of XXX brands. What should I do if Linux does not support it ?". In fact, this is the worst description, and there is no way for everyone to help; because Linux's Hardware recognition is based on the chipset man

Article Title: Basic knowledge of Linux Hardware Management. Linux is a technology channel of the IT lab in China. Includes basic categories such as desktop applications, Linux system management, kernel research, embedded systems, and open source. 1. Identification of hardware in Linux; In the LinuxSir. Org discussion area, we often see some brothers describe their hardware as follows: "My display card is made of XXX brands. What should I do if Linux does not support it ?". In fact, this is the

roughly describe what the Linux kernel has done for us (master), and then what we should do (times ). (1) What does Linux kernel do? Simply put, the Linux kernel mainly involves enumeration and configuration of PCI devices, which are completed at the beginning of the kernel. Enumeration: For the PCI bus, a device called the PCI bridge is used to connect the parent bus to the sub-bus. As a special PCI device, the PCI bridge mainly includes the following three types: (1) host/PCI Bridge: used to

transmit and share data in the server. Therefore, the most important thing for a server is not high speed and high performance, but high stability, that is, the ability to run correctly for a long time. Desktops are mainly used for personal simple applications and Home Entertainment, so they focus more on performance. Motherboard A desktop board is a PC-connected motherboard that uses a desktop chipset and supports only one processor. The memory

There is a problem with the "SM bus controller" and "other PCI bridge devices" Driver in the Device Manager, smpci After WinXP reinstalls the system, there is a yellow question mark in the Device Manager, which is "SM bus controller" and "other PCI bridge devices". The motherboard is Rainbow 7 and the chipset is geForce 7025, nanqiao is nForce 630a, And it is useless to use the motherboard driver of the rainbow official website. First, back up the dri

800MHz, according to the formula, its data transmission maximum bandwidth is 6.4gb/seconds.　　The difference between the FSB and the front-end bus (FSB) Frequency: The speed of the front-end bus refers to the speed at which the data is transmitted, and FSB is the speed at which the CPU runs synchronously with the motherboard. That is, the 100MHz FSB refers to the digital pulse signal in the oscillation 10 million times per second, while the 100MHz front-end bus means that the CPU acceptable data

, data address and control signal respectively. Bus is an internal structure, it is CPU, memory, input, output equipment to transmit information of the common channel, the host of the various components through the bus connection, external devices through the corresponding interface circuit and then connected to the bus, thus forming a computer hardware system. In the computer system, the common path that transmits information between the parts is called the bus, and the microcomputer is connect

, which is what we call the power sequencing, A condition can be transferred to the next step, if one of the links occurred in the fault, the whole process can not continue, of course, can not make the motherboard on the electricity. The most basic power sequencing on the motherboard can be understood as such a process: RTCRST#→VSB Standby Voltage →rtcrst#→slp_s3#→pson# Mastering the Power sequencing process, we can take a step-by-step check, find the failure of the normal implementation of th