v1.0.6 PDF Office 1-2-3 Office Wi-Fi System, Slave (Managed AP) v1.0.6 PDF APC500 Wireless AP Controller v1.8.1 PDF OAP1750 3 x 3 AC Dual-Band Outdoor PoE Access Point v1.8.4 PDF OAP1300 2 x 2 AC MU-MIMO Dual-Band Outdoor PoE Access Point v1.8.0 PDF OAP900 2x 2 AC Dual-Band Outdoor PoE Access Point v1.8.2 PDF CAP1750 3 x 3 AC Dual-Band Ceiling-Mount PoE Access Point v1.8.4 PDF CAP1300 2 x 2 AC MU-MIMO Dual-Band Ceiling-Mount PoE Access Point v1.8.1 PDF CAP1200 2 x 2 AC Dual-Band Ceiling-Mount PoE Access Point v1.8.4 PDF CAP300 2 x 2 N Single-Band Ceiling-Mount PoE Access Point v1.8.2 PDF WAP1750 3 x 3 AC Dual-Band Wall-Mount PoE Access Point v1.8.3 PDF WAP1200 2 x 2 AC Dual-Band Wall-Mount PoE Access Point v1.8.2 PDF IAP1200 2 x 2 AC Dual-Band In-Wall PoE Access Point v1.8.1 PDF  802.11AC Dual Band Wireless Router Dual Band 5Ghz/2.4Ghz 802.11ac Wireless Router / Access Point Firmware Manual RG21S AC2600 MU-MIMO Home Roaming WiFi router v0.0.22 PDF BR-6478AC v2 Wireless 802.11ac/a/b/g/n Dual-Band WiFi router
v1.15 PDF BR-6478AC Wireless 802.11ac/a/b/g/n Dual-Band WiFi router How to upgrade firmware for BR-6478AC v2.20 PDF BR-6208AC v2 Wireless 802.11ac/a/b/g/n Dual-Band WiFi router (Fix KRACKs issue) v1.03 PDF BR-6208AC Wireless 802.11ac/a/b/g/n Dual-Band WiFi router v1.32 PDF  802.11AC Dual Band Wireless Adapter Dual Band 5Ghz/2.4Ghz 802.11ac Adapter Series Driver Manual EW-7833UAC Windows, Mac, and Linux drivers Wireless AC1750 adapter for Windows 7/8/8.1/10 v188.8.131.52 Wireless AC1750 adapter for Mac OS 10,7 ~ 10.13 v184.108.40.206 PDF Wireless AC1750 adapter for Linux Kernel 2.6.18 ~ 4.4.6 v220.127.116.11 PDF EW-7822UAC Mac drivers Wireless AC1200 adapter for Mac OS 10.12 v18.104.22.168
This page lists all recent versions of Bluetooth® software and drivers that are currently supported for Intel® Wireless Adapters. We recommend updating to the latest version, as it includes functional and security updates.
MediaTek RT5370 is a high-performance 802.11n Wi-Fi SoC with USB 2.0 interface. RT5370 features integrated 802.11n baseband (150Mbit/s), MAC (media access control), power amplifier and low-noise amplifier, along with both transmit-receive and antenna diversity switches.
Channel bandwidth: The maximum channel bandwidth that is supported. Beginning with 802.11n, channels can be combined to create a wider channel that allows for more data to be transmitted during a single transmission. With 802.11n for 5 GHz band, two 20 MHz channels can be combined to create a 40 MHz channel. With 802.11ac for 5 GHz band, four 20 MHz channels can be combined to create an 80 MHz channel.
MCS index: The Modulation and Coding Scheme (MCS) index defines the maximum transmission rate at which 802.11ac/n devices can communicate. 802.11ac uses Very High Throughput (VHT) and 802.11n uses High Throughput (HT) frames.
WindowsFor Realtek PCIe WLAN Family Controller. The driver released on the website only supports the following products:RTL8723BE/RTL8821AE/RTL8822BE/RTL8821CE/RTL8723DE: WLAN/Bluetooth combo solutions, need to install WLAN and Bluetooth driversRTL8812AE/RTL8192EE/RTL8188EE: WLAN-only solutions, install WLAN driver
I've been having issues with the WiFi ever since I purchased the notebook, but lately it's been getting unbareable. Turning the wifi off and on, used to buy me some time early on, but now it has a hard time even connecting to the network, and when it does it ridiculously slow. Downloads at
This package provides the Broadcom Wireless LAN drivers for supported notebook models running a supported operating system. Broadcom Wireless LAN drivers are required to enable the integrated Broadcom Wireless LAN adapter.
The LM823 WiFi USB module, fully supports IEEE 802.11 b, g and n standards. It supports up to 150Mbps high-speed wireless network connections and is designed to provide excellent performance with low power consumption. It is designed to be a highly cost-effective module that offers superior performance, better power management applications above its competitors.
The LM511 WiFi PCIe Minicard, fully supports IEEE 802.11 e and i standards. It supports up to 866.7Mbps high-speed wireless network connections and is designed to provide excellent performance with low power consumption. It is designed to be a highly cost-effective module that offers superior performance, better power management applications above its competitors.
The LM845 Mini USB Adapter (Dongle) complies with Bluetooth® 4,2 (Dual Mode) and IEEE 802.11ac WiFi Standards of operation.Using a fully integrated single-chip that supports 1-stream 802.11ac solutions with Multi-user MIMO (Multiple-Input, Multiple-Output).
WM825B00 from Wi2Wi's Maximum Performance series is a 1x1 SISO, Single-Band Hosted Wi-Fi module. This module is integrated with a chip/trace* antenna and an MHF4-IPEX connector and supports antenna diversity. It is a highly integrated Wireless LAN (WLAN) subsystem with MAC, baseband, RF front-end, PA, crystal, switch, filter and OTP memory for calibration data and MAC address storage. This 802.11 bgn module offers SDIO 2.0 and USB 2.0 host interfaces for easy connection to all leading 32 bit processors running Linux and Android operating systems. This ultra-small wifi module, WM825B00 gives Industry's Best in class performance for high throughput (HT), high transmit power (TXPWR), excellent receive sensitivity (RSSI) and supports deep sleep and standby modes for low power operation. The highly integrated WM825B00 provides all necessary circuitry for a complete 2.4 GHz, IEEE 802.11 b/g/n wi-fi connectivity solutions requiring no other external components other than power supply. WM825B00 is FCC, CE and IC certified and comes in various operating temperatures.
Part Ordering: WM825B00-EVK3WM825B00-EVK4The WM825B00 Evaluation kit is a single-band Wi-Fi evaluation platform for the WM825B00 802.11b/g/n WLAN module. This WM825B00 wireless LAN module along with other supporting passive components is mounted on the Evaluation board which is designed as SD card adapter to directly insert into various Microprocessor development platforms or Laptops without any extra connectors. This board is designed to evaluate both SDIO and USB host interfaces. It was used for performing FCC, CE and IC certification and the same Wi-Fi evaluation board can be used to perform the RF tests for any regional certifications like TELEC, KCC, Anatel, etc. The Kit comes with Single-Band (2.4GHz) IEEE 802.11 b/g/n Wi-Fi module Evaluation Board, a Micro USB to USB cable and a 2.4 GHz Rubber Duck Antenna with MHF4 IPEX connector cable. A complete software driver support for Linux and all related collaterals will help the user to evaluate this hosted Wi-Fi module and integrate into their end system with substantial reduction in their RND efforts, resources, budget and supports faster time to market.
The Mediatek Ralink RT5370N is a cost-effective, highly integrated single-chip Wireless LAN (WLAN) USB2.0 network interface controller compatible with the 802.11n specification. It combines a MAC, a 1T1R capable baseband, a 2.4GHz RF, PA, LNA and T/R switch on a single chip. The RT5370N provides a complete solution for a high throughput performance wireless client. It supports a 150Mbps PHY data rate and fully complies with 802.11b/g/n specifications.
The simplest way to determine the 802.11 protocol of a network is to reveal the hidden advanced wi-fi details from within the wireless menu in Mac OS, where you will find band PHY mode and other information. The following tips work the same on virtually every vaguely modern version of Mac OS and Mac OS X.
This trick can be particularly helpful if your router is dual-band (or greater) and you want to know which 802.11 protocol the SSID is using before connecting to it. For example, some routers may broadcast multiple networks, say an 802.11ac along with an 802.11g, but you might want to connect only to the 802.11ac broadcast.
Of course you might also want to know what WLAN modes and protocols your Mac wi-fi card actually supports and what it can connect to. This will let you know if a Mac WLAN NIC is compatible with a particular wifi mode. Fortunately Mac OS stores these details within the System Information app.
I have found that 802.11ac is quite good and is not only fast but has a long range, whereas 802.11n seems to have a weaker signal. My network broadcasts both with dual access points for compatibility I suppose, but I always try to connect to the 802.11ac access point for maximum speeds. 2b1af7f3a8