Drivers Waveplus Network & Wireless Cards

Posted on 26-03-2021 by admin

See the release notes and the readme.txt file for installation instructions, supported hardware, what's new, bug fixes, and known issues. This download installs base drivers, Intel® PROSet for Windows. Device Manager, and Intel® PROSet Adapter Configuration Utility for Intel® Network Adapters with Windows® 10. Tracey Brown September 17, 2012 Broadcom Wireless Driver, USB Wireless, Windows 7, Windows XP, Wireless Drivers This is the Windows version of the Broadcom 802.11n Wireless LAN Driver. This is the latest driver for this wireless adapter and comes for the.

The WaveRT port driver combines the simplicity of the previous WaveCyclic port driver with the hardware-accelerated performance of the WavePci port driver. The WaveRT port driver eliminates the need to continually map and copy audio data by providing its main client (typically, the audio engine) with direct access to the data buffer. Consequently, the driver/module for one chipset will work for all wireless devices using that chipset. Free software based systems such as Debian depend on the cooperation between manufacturers and developers to produce and maintain quality drivers and firmware. Drivers and firmware are what determine if, and how well, your hardware works.

The constant current Z-Wave LED drivers are Z-Wave plus enabled slave lighting device that can be added to Z-Wave mesh network and be removed from the network by a Z-Wave master controller or Z-Wave gateway. They are universal Z-Wave slaves and can be compatible with universal Z-Wave masters or gateway.

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Constant Current 75W Dimmable RGBW Z-Wave LED Driver SRP-ZV9105-75W-CCF
The SRP-ZV9105-75W-CCF is an ENEC approved 75W constant current ZigBee LED dimmable driver with 200-240VAC input and 4 channels PWM output. The output current is settable from 250mA to 1500mA by DIP switch on the driver. Designed with Z-Wave Plus control interface, the driver can be included to Z Learn More
Constant Current 50W Z-Wave LED Color Temperature Dimmable Driver SRP-ZV9105-50W-CCT
SRP-ZV9105-50W-CCT is a Dimmable 50w LED Driver with 2 channels constant current output and adjustable current from 250ma to 1500ma by DIP switches, which enables it to be suitable for CCT LED lights with different current. It is designed with 200-240VAC input. Power factor of the driver can be o Learn More
Constant Current 30w Z-Wave LED Dimmable Driver SRP-ZV9105-30W-CC
SRP-ZV9105-30W-CC is a 30w Dimmable LED Driver with 1 channel constant current output and adjustable current from 250ma to 1000ma by DIP switches on the driver, which enables it to be suitable for LED lights with different current. It is designed with 200-240VAC input. Power factor of the driver Learn More
75W Constant Current Z-Wave LED Color Temperature Dimmable Driver SRP-ZV9105-75W-CCT
The SRP-ZV9105-75W-CCT is a UL & ENEC approved 75W constant current RF LED dimmable driver with 100-277VAC wide input and 2 channels PWM output. The output current is settable from 250mA to 1500mA by DIP switch on the driver. The driver is designed with Z-Wave Plus control interface which can be Learn More
50W Constant Current Z-Wave LED Dimmable Driver SRP-ZV9105-50W-CC
SRP-ZV9105-50W-CC is a Dimmable 50w LED Driver with 1 channel constant current output and adjustable current from 250ma to 1500ma by DIP switches, which enables it to be suitable for constant current LED lights with different current. It is designed with 200-240VAC input. Power factor of the driv Learn More

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This portal deals with the installation and configuration of WiFi devices. Device installation is essentially a two-part process: 1) installing the driver (also called a module) and 2) setting up your WiFi interface.

Contents

Install Driver

Introduction

A WiFi device operates on an electronic chip called a 'chipset'. We can find the same chipset in several different devices. Consequently, the driver/module for one chipset will work for all wireless devices using that chipset.

Free software based systems such as Debian depend on the cooperation between manufacturers and developers to produce and maintain quality drivers and firmware. Drivers and firmware are what determine if, and how well, your hardware works.

Debian's Social Contract mandates the freeing of the distribution. In practice this means manufacturers are required to cooperate by releasing specifications and free drivers that can be worked on by the community. Newer versions of Debian (6+) do not include non-free drivers or firmware.

Non-free drivers and firmware are produced by entities refusing or unable to cooperate with the free software community. With non-free drivers and firmware support is often unavailable or severely constrained. For instance features are often left out, bugs go unfixed, and what support does exist from the manufacture may be fleeting.

By encouraging good social practices the community is able to support end-users. Complex installation procedures are no longer required and support may continue long after a product has been discontinued.

Availability of compatible WiFi chipsets

Currently there are only a few modern wifi chipsets readily available that work with free software systems. For USB wifi devices this list includes the Realtek RTL8187B chipset (802.11G) and the Atheros AR9170 chipset (802.11N). For Mini PCIe all cards with an Atheros chipset are supported.

Wifi has always been a problem for free software users. USB Wifi cards are becoming less free. With the older 802.11G standard many USB wifi cards had free drivers and did not require non-free firmware. With 802.11N there is only one chipset on the market, from Atheros, which is completely free.

One company which specializes in free software and sells 802.11N USB wifi cards, ThinkPenguin.com, has indicated the availability of free software supported 802.11N USB wifi cards is disappearing. Solving this problem will require more demand than currently exists. Next time you purchase a piece of hardware ask yourself if it is free software compatible.

Simple guide

The following devices have been tested and are confirmed to work with FOSS software only with the latest Debian:

Device	Confirmed	Drawbacks/Comments	Guide
TP-Link TL WN821N	- The original code of the driver is copyrighted and later contributors don't know by whom. The driver download does not contain license information. (Most C files are licensed under GNU General Public License (GPL), version 2.) - Only works when disabling random MAC addresses.	1. Update: `sudo apt-get update && apt-get upgrade && && apt-get dist-upgrade` and reboot if you updated the kernel 2. Connect the device. `lsusb` should show `2357:0107` 3. Install required packages: `sudo apt-get install gcc-6 git build-essential` 4. Get the latest driver from ?GitHub and install it: `git clone https://github.com/jeremyb31/rtl8192eu-linux-driver.git` `cd rtl8192eu-linux-driver` `sudo make` `sudo make install` 5. Reboot and check that the kernel module is loaded by running: `lsmod` 6. Use your network-interface to connect to the WLAN. You could use the pre-installed NetworkManager for that. (7.) Edit NetworkManager.conf as root: `sudo kate /etc/NetworkManager/NetworkManager.conf` Append the following: `[device]` `wifi.scan-rand-mac-address=no` Save and run: `/etc/init.d/network-manager restart`

Devices that might work

According to some users/reviewers these devices might possibly work with the latest Debian. They need to be confirmed and need specific guides. Furthermore, they might only work with proprietary firmware (FOSS-column).
In the Count reviewers (date/Debian version)-column the Debian version used by the reviewer, the name of the Debian-based distribution, and/or the year of the review is given in brackets. [PP] stands for a review that says it's working Plug&Play, [nPP] for one explicitly saying that it's not working Plug&Play or describing a guide that's not Plug&Play. [B] stands for a review that says it's buggy. The number curly brackets show how many users rated a review helpful / voted it up. Additional types could get added to the type-column. (with antenna) refers antennas attached by wire.

Device	Type	Count reviewers (date/Debian version)	Draft guide and notes	FOSS
Panda Wireless PAU06	USB adapter	'install ralink driver in Debian repository', 'set wifi.scan-rand-mac-address=no'
Atheros 9280	PCI card (half-size)
Airlink101 AWLL5088V2	USB adapter	According to some it does not have WPA2.
TP-Link Archer T6E AC1300	PCI card
Alfa AWUS036NHA	USB adapter
Panda N600	USB adapter
TP-LINK TL-WDN4800 N900	PCI card
Glam Hobby OURLINK AC600	USB adapter	github Realtek rtl8812AU/8821AU driver	?
Buffalo ?AirStation N150	USB adapter	1 (7,[PP]), 1 (7)
Edimax EW-7811Un	USB adapter	For a guide see multiple in the Amazon reviews. There seems to be a problem with this dongle's range.
Protronix 802.11N/G USB	USB adapter	'install the driver from the 'non-free' repo'
iKross AC1200	USB adapter
Broadcom BCM94352HMB	1 (2016,[nPP(?)]
TOMTOP 300Mbps USB	USB adapter
TP-Link TL-WN851ND	PCI card	[PP]?
Atheros AR5B95 AR9285	PCI-E Card
Blurex Long Range Wireless-N	USB adapter (with antenna)	'Ralink rt2870/rt3070'. 'OpenWRT has a driver in their latest version, so if you have installed OpenWRT on your router and it has a USB port, plug this in and restart your router and it will come up with an extra WiFi interface: now it's a WiFi repeater or an access point with an outdoor antenna'
Alfa 2000mW 2W	USB adapter (with antenna)
CSL Wireless LAN USB 2.0 Dongle	USB adapter (with attached antenna)	around 20, confirmed for 2,5 years by wiki.debianforum.de user/s	'apt-get install firmware-realtek'

Prerequisites

A WiFi interface is an Ethernet interface which also provides WiFi-specific configuration parameters. These parameters are controlled using the iwconfig program.

www.debian.org/doc/manuals/debian-reference/ch05 - Debian Reference Chapter 5 - Network setup

For basic command line usage:
1. iw tool for manipulating Linux Wireless stack via cfg80211/nl80211.
2. wireless-tools, tools for manipulating Linux Wireless Extensions (installed by default on Desktop & Laptop installations)
For GUI systems:
1. NetworkManager A wired and wireless manager, installed by default on Gnome-Desktop & Laptop installation, configuration access via nm-applet
2. wicd, a wired and wireless manager, is recommended for other environments without GNOME dependencies such as XFCE, Fluxbox, Openbox, Enlightenment.
Other related packages:
- wpasupplicant, client support for WPA and WPA2 networks
- rfkill, simple tool used to enable and disable wireless networking devices, typically WLAN, Bluetooth and mobile broadband.
- iwd, aims to potentially replace wpasupplicant in the future by utilizing modern Linux features via nl80211

If these are missing, you can install these via:

… and similar

Use lsusb to see information about which USB WiFi adapter is connected

Use lspci to see information about which PCI cards is connected

Install Driver

Before you buy, verify your intended device is supported by an available Linux driver. A good indication of support is Tux being displayed on the product's packaging. Better, perhaps, is using a web search engine to find reports from others using it with Debian stable attesting to its performance and usability.

This section presents general lists of WiFi devices (grouped by host interface) and sorted by driver/module name. Each list has two main elements: the module name and the chipset(s) it supports. Known unsupported chipsets are at the end of each list.

If available, a help page link will provide you with further information. We recommend you read the associated help page, as some devices may require to be supplied with microcode (aka 'firmware') before they can be used.

For an indication of support with a specific device, see the Wireless Adapter Chipset Directory.

PCI Devices

See HowToIdentifyADevice/PCI for more information

Module	Device name(s)	help page	free (?)
acx-mac80211	Texas Instruments chipsets (ACX100/TNETW1100, ACX111/TNETW1130)
adm8211	ADMtek ADM8211 chipset
airo	?airo	?
arlan	?arlan	?
ath5k	Atheros Communications chipsets (AR5210, AR5211, AR5212, AR5213, AR5414, AR2413, AR242x)
ath9k	Atheros Communications 802.11n chipsets
atmel_pci	Atmel at76c506 chipset
b43 b43legacy	Broadcom chipsets
brcm80211 brcmsmac	Broadcom chipsets (BCM4313, BCM43224, BCM43225)
hostap_pci hostap_plx	Intersil Prism 2/2.5/3 chipsets	/ ¹
ipw2100 ipw2200	Intel PRO/Wireless 2100 Intel PRO/Wireless 2200 Intel PRO/Wireless 2915
iwl3945 iwl4965	Intel PRO/Wireless 3945 Intel PRO/Wireless 4965
iwlagn iwlwifi	Intel Wireless WiFi Link Intel Wireless-N Intel Advanced-N Intel Ultimate-N
mwl8k	Marvell chipsets (88W8363, 88W8366, 88W8687)
orinoco_nortel orinoco_plx orinoco_tmd	Lucent/Agere Hermes and Intersil Prism 2/2.5/3 chipsets	/ ²
p54pci	Intersil Prism54 chipsets (ISL3877, ISL3880, ISL3886, ISL3890)
r8192_pci r8192e_pci	Realtek RTL8192E chipset
rt2400pci	Ralink chipsets (RT2400/RT2460, RT2401/RT2460)
rt2500pci	Ralink RT2500/RT2560 chipset
rt2800pci	Ralink chipsets (RT2760, RT2790, RT2860, RT2890, RT3060, RT3062, RT3090, RT3091, RT3092, RT3390, RT3562, RT3592, RT5390)
rt2860sta	Ralink chipsets (RT2760/RT2790/RT2860/RT2890, RT3090/RT3091/RT3092)
rt61pci	Ralink chipsets (RT2501/2561, RT2600/RT2661)
rtl8180	Realtek chipsets (RTL8180, RTL8185)
r8187se rtl8187se	Realtek RTL8187SE chipset
rtl8192ce	Realtek chipsets (RTL8188CE, RTL8192CE)
rtl8192de	Realtek chipsets (RTL8188DE, RTL8192DE)
rtl8192se	Realtek chipsets (RTL8191SE, RTL8192SE)
strip	?strip	?
wavelan	?wavelan	?
wl	Broadcom chipsets (BCM4311, BCM4312, BCM4313, BCM4321, BCM4322, BCM43224, BCM43225, BCM43227, BCM43228)
Atheros Communications AR5005VL (AR5513) chipset [168c:0020]
InProComm IPN 2120 chipset [17fe:2120]
InProComm IPN 2220 chipset [17fe:2220]
Marvell Libertas 88W8335 chipset [11ab:1faa]
WavePlus WP1200 chipset [17f7:0001]

Legend :
= OK ; Unsupported(No Driver) ; = Error (Couldn't get it working); [?] Unknown, Not Test ; [-] Not-applicable
= Configuration Required; = Only works with a proprietary driver and/or firmware

An extended list of PCI-IDs to kernel-module mapping is available at DeviceDatabase/PCI.

USB Devices

See HowToIdentifyADevice/USB for more information

Module name	Device name(s)	help page	free (?)
acx-mac80211	Texas Instruments chipsets (ACX100USB, TNETW1450)
ar5523	Atheros Communications chipsets (AR5005UG, AR5005UX)
ar9170usb	Atheros Communications AR9170 chipset	/ ³
at76c50x-usb at76_usb	Atmel chipsets (at76c503, at76c505, at76c505a)
ath9k_htc	Atheros Communications chipsets (AR9271, AR7010)	⁴ /
carl9170	Atheros Communications AR9170 chipset
orinoco_usb	Lucent/Agere Hermes chipset
p54usb	Intersil Prism54 chipsets (ISL3886, ISL3887)
prism2_usb	Intersil Prism 2/2.5/3 chipsets
r8712u r8192s_usb	Realtek chipsets (RTL8188SU, RTL8191SU, RTL8192SU)
r8192u_usb	Realtek RTL8192U chipset
rndis_wlan	Broadcom BCM4320 chipset
rt2500usb	Ralink RT2500USB/RT2571 chipset
rt2800usb	Ralink chipsets (RT2070, RT2770, RT2870, RT3070, RT3071, RT3072, RT3370, RT3572, RT5370)
rt2870sta	Ralink chipsets (RT2770/RT2870, RT3070/RT3071/RT3072)
rt73usb	Ralink RT2501USB/RT2571W chipset
rtl8187	Realtek chipsets (RTL8187, RTL8187B)
rtl8192cu	Realtek chipsets (RTL8188CE-VAU, RTL8188CUS, RTL8192CU)
usb8xxx	Marvell Libertas 88W8388 chipset
vt6656_stage	VIA VT6656 chipset
zd1201	ZyDAS ZD1201 chipset
zd1211rw	ZyDAS ZD1211/1211B and Atheros AR5007UG chipsets
Netgear MA111v2 [0846:4230]
Netgear WN111v1 [0846:9000]
TRENDware TEW-424UB v2 [0457:0163]

An extended list of USB-IDs to kernel-module mapping is available at DeviceDatabase/USB.

PC Card (PCMCIA) Devices

Drivers Waveplus Network & Wireless Cards

See HowToIdentifyADevice/PC_Card for more information

module name	Device name(s)	help page	free (?)
acx-mac80211	Texas Instruments chipsets (ACX100/TNETW1100, ACX111/TNETW1130)
adm8211	ADMtek ADM8211 chipset
airo_cs	?airo_cs	?
ath5k	Atheros Communications chipsets (AR5210, AR5211, AR5212, AR5213, AR5414)
ath9k	Atheros Communications 802.11n chipsets
atmel_cs	Atmel chipsets (at76c502x, at76c504x)
b43 b43legacy	Broadcom chipsets
hostap_cs	Intersil Prism 2/2.5/3 chipsets	/ ¹
netwave_cs	?netwave cs	?
orinoco_cs	Lucent/Agere Hermes and Intersil Prism 2/2.5/3 chipsets	/ ²
p54pci	Intersil Prism54 chipsets (ISL3877, ISL3880, ISL3886, ISL3890)
ray_cs	?ray cs	?
rt2400pci	Ralink chipsets (RT2400/RT2460, RT2401/RT2460)
rt2500pci	Ralink RT2500/RT2560 chipset
rt2800pci	Ralink chipsets (RT2760, RT2790, RT2860, RT2890, RT3060, RT3062, RT3090, RT3091, RT3092, RT3390, RT3562, RT3592, RT5390)
rt2860sta	Ralink chipsets (RT2760/RT2790/RT2860/RT2890, RT3090/RT3091/RT3092)
rt61pci	Ralink chipsets (RT2501/2561, RT2600/RT2661)
rtl8180	Realtek chipsets (RTL8180, RTL8185)
spectrum_cs	Symbol Spectrum24 Trilogy chipsets	/ ⁵
wavelan_cs	?wavelan/cs	?
wl	Broadcom chipsets (BCM4311, BCM4312, BCM4313, BCM4321, BCM4322)
wl3501_cs	?wl3501/cs	?
Atheros Communications AR5005VL (AR5513) chipset [168c:0020]
InProComm IPN 2120 chipset [17fe:2120]
Marvell Libertas 88W8335 chipset [11ab:1faa]
WavePlus WP1200 chipset [17f7:0002]
ZyDAS ZD1201 chipset (16-bit PC Cards)	n/a

Routers

module name	Device name(s)	help page	free (?)
Linksys WRT54GC	Wikipedia; it isn't similar to the WRT54G; The WRT54GC is based on the Sercomm IP806SM reference design the same chipset as the current Linksys WTY54G the Airlink101 AR315W, Alloy WRT2454AP, and Hawking HWR54G. You also can use NdisWrapper

http://hostap.epitest.fi/, hostapd is a daemon to turn a computer into an access point.

Configure Interface

Your wireless network interface can be configured using a connection manager or Debian's network interface configuration file (/etc/network/interfaces).