Skip to main content

Backtrack Wireless Compatibility

Ubiquiti SRC
Driver : Madwifi-ng
Chipset : Atheros AR5212 a/b/g
FCC ID: SWX-SRC
http://www.ubnt.com/products/

NetGear WG511v2
Chipset : Marvell
lspci : Marvell Technology Group Ltd. 88w8335 [Libertas] 802.11b/g Wireless (rev 03)
lspci -n : 11ab:1faa (rev 03)
FCC ID : PY3WG511V2H1
CANADA ID : 4054A-WG511V21
CE : 0470

Senao NL-2511CD PLUS EXT2
Driver : HostAP (wlan-ng drivers have been removed from BT2 final. See here to use HostAP driver)
Chipset : Prism 2.5
Firmware : 1.74 is suggested, check [here] for instructions.
FCC ID: NI3-2511CD-PLUS3
For Kismet, edit your Kismet.conf to "source=hostap,Wlan0,Prism2"
To raise the output of this card to 250mw Not verified

Caution! This might destroy your card if you do not know exactly what your doing!
The change in readmif seems stable only in Master mode.

ifconfig wlan0 up
iwpriv wlan0 alc 0
iwpriv wlan0 readmif 116 [-> actual powertx value]
iwpriv wlan0 writemif 62 49 [-> I've no idea at all why "49"]
iwpriv wlan0 readmif 116 [-> now showing something around 252]
With a Spectran HF-2025E spectrum RF analyzer from elektrosmog.de
Here are the results:
Force the card to give the maximum txpower.

iwpriv wlan0 alc0
iwpriv wlan0 writemif 62 128
Force the card to give the somewhat minimum txpower.

iwpriv wlan0 writemif 62 127

Zyxel ZyAIR G-100 PCMCIA Card (FCC ID:N89-WE601l)
Driver : prism54
Chipset : Conexant PrismGT FullMAC

NetGear WG111v2
Driver : rtl8187/prism54(?)
Chipset : Realtek RTL-8187L / Intersil-Conexant GW3887
FCC ID : PY305400026 / PY3WG111V2
Be careful not all wg111v2 sticks have the realtek chipset the v2 with the word netgear set into the stick. To verify the differences, type `lsusb' when you have the device connected. Apparently, older versions of this card is equipped with Conexant and the later versions are with Realtek. There has been no easy way of identifying the difference between the two apart from checking the FCC ID or via plugging it in.

USB ID: 0846:6a00 is Realtek RTL-8187L chipset
USB ID: 0846:4240 is Intersil/Conexant GW3887 chipset (source)
RTL8187L users : Drivers are available on the forum however the range on this card in my opinion is poor.
GW3887 users : There has been some drivers floating around but the results shows that the driver is having difficulty communicating with any other wireless devices. It is possible to monitor (unverified), but any transmission may not work and/or causes system to do a hard lock. Ndiswrapper may help for the time being until kernel version 2.6.24 comes out with the p54 driver. For the eager ones, wireless-2.6 git may work with such cards but this again is not verified.

Popular posts from this blog

Test New ALFA-AWUS036H v.2 (1.000mW) VS ALFA-AWUS036H v.1 (500mW)

- Recently emerged the New ALFA-AWUS036H v.2 (1.000mW), and these are the tests. TEST WITH NETSTUMBLER 1) usb da 100mW chipset railink 2) usb da 200mW chipset railink rt73 3) intel 2200 b/g con connettore esterno rp-sma 4) Alfa-AWUS036H 500mW 5) New Alfa-AWUS036H V2 da 1.000mW

TBS5520 Multi-standard TV Tuner USB Box review

Noul TBS5520 Multi-standard TV Tuner USB Box a celor de la TBS se foloseste de RafaelMicro R848 multi-standard tuner si  AVL6882 Demodulator pentru a reda urmatoarele standarde: ETSI EN 302-755 V1.3.1 (DVB-T2/T2-Lite) ETSI EN 300-744 V1.6.1 (DVB-T) ETSI EN 300-429 V1.2.1 (DVB-C) ETSI EN 307-421 V1.2.1 (DVB-S2) ETSI EN 300-421 V1.1.2 (DVB-S) ARIB STD-B31 V1.6-E2 (ISDB-T) ITU-T J.83 Annex B 12/2007 (J.83/B) http://www.tbsdtv.com/products/tbs5520_multi-standard_tv_tuner_usb_box.html Pe aspectul fizic nu insist, sunt destule fotografii pe internet, vreau doar sa punctez cateva aspecte: pentru alimentare este necesar cablu Y USB - este singura modalitate de a furniza energie si de aici avem o limitare in ceea ce priveste functionalitatea cu motor HH mobilitate sporita si posibilitatea alimentarii directe din bateria unui notebook sau chiar conectarea la Tableta Android (de indata ce driverele vor fi gata) “TBS 5520 USB2.0 in warm state” nici rece dar nici fierbin

FTS4BT Wireless Bluetooth® Protocol Analyzer & Packet Sniffer

Complex & Ever Changing Bluetooth is an extremely complex software and hardware technology that is evolving fast. Even the most experienced Bluetooth developers and test engineers are challenged by keeping up with the latest changes from the baseband all the way to the profile level. Interoperability There are now enough Bluetooth-enabled devices on the market to prove that the technology is viable. Commercial success is tied to making sure that your devices interoperate smoothly so consumers can realize the benefits of Bluetooth. Currently Supported Version 2.1+EDR Features: Extended Inquiry Response. Secure Simple Pairing. QoS. Non-Automatically Flushable Packet Boundary Flag. Sniff Subrating. Erroneous Data Reporting. Encryption Pause and Resume. Link Supervision Timeout Changed Event. Security Mode 4. Supports EDR (Enhanced Data Rate): FTS4BT is the only analyzer currently on the market to support Bluetooth v2.1 + EDR. Finger-sized Bluetooth ComProbe: Air sniffing hardware