Atheros AR815x / AR813x PCI-E Ethernet Controller Driver v.2.1.0.15 (Драйвер для сетевой карты под Windows 8, Win 7, Win Vista, Win XP) — Atheros Ethernet Driver

Atheros AR815x / AR813x PCI-E Ethernet Controller Driver — Пакет драйверов для сетевых карт, на чипах от компании Atheros. Драйвера предназначены для работы в операционных системах Windows XP, Windows Vista, Windows 7, Windows 8 32 и 64 бита.

Подробнее о пакете драйверов:
Название: Atheros AR815x / AR813x PCI-E Ethernet Controller Driver
(NDIS Miniport Driver for Atheros AR813x/AR815x PCI-E Ethernet Controller)
(Драйвера для сетевых карт на чипах Atheros + Atheros Ethernet Utility)
Версия пакета драйверов: 2.1.0.15
Версия драйвера Win XP: 2.1.0.1
Версия драйвера Vista: 2.1.0.15
Версия драйвера Win 7: 2.1.0.15
Версия драйвера Win 8: 2.1.0.15
Версия AEU: 1.1.0.11
Дата выпуска: 06.03.2013
Операционная

система: Windows XP, Windows 8, Windows Vista, Windows 7 (32 / 64 bit)

Поддерживаемые устройства: (диспетчер устройств) ; примеры названия под Windows 7
"Atheros AR8131 PCI-E Gigabit Ethernet Controller (NDIS 6.20)"
"Atheros AR813x/815x PCI-E Gigabit Ethernet Controller (NDIS 6.20)"
"Atheros AR8132 PCI-E Fast Ethernet Controller (NDIS 6.20)"
"Qualcomm Atheros AR8151 PCI-E Gigabit Ethernet Controller (NDIS 6.20)"
"Qualcomm Atheros AR8152/8158 PCI-E Fast Ethernet Controller (NDIS 6.20)"
"Qualcomm Atheros AR8161/8165 PCI-E Gigabit Ethernet Controller (NDIS 6.20)"
"Qualcomm Atheros AR8162/8166/8168 PCI-E Fast Ethernet Controller (NDIS 6.20)"
"Qualcomm Atheros AR8171/8175 PCI-E Gigabit Ethernet Controller (NDIS 6.20)"
"Qualcomm Atheros AR8172/8176/8178 PCI-E Fast Ethernet Controller (NDIS 6.20)"

Поддерживаемые устройства (VEN & DEV): (список без &SUBSYS)
PCI\VEN_1969&DEV_1063
PCI\VEN_1969&DEV_1062
PCI\VEN_1969&DEV_2060
PCI\VEN_1969&DEV_1073
PCI\VEN_1969&DEV_2062
PCI\VEN_1969&DEV_1083
PCI\VEN_1969&DEV_1091
PCI\VEN_1969&DEV_1090
PCI\VEN_1969&DEV_1083&SUBSYS_FDD11179 ; TE7
PCI\VEN_1969&DEV_1083&SUBSYS_FFD61179 ; TZ6
PCI\VEN_1969&DEV_1083&SUBSYS_FF1E1179 ; WS2
PCI\VEN_1969&DEV_1083&SUBSYS_FCB01179 ; TZ6
PCI\VEN_1969&DEV_1083&SUBSYS_FC501179 ; BLF
PCI\VEN_1969&DEV_1083&SUBSYS_FCD01179 ; TE5
PCI\VEN_1969&DEV_1083&SUBSYS_FCC01179 ; BU5
PCI\VEN_1969&DEV_1083&SUBSYS_FD521179 ; BLE
PCI\VEN_1969&DEV_1083&SUBSYS_FDD21179 ; BU4
PCI\VEN_1969&DEV_1083&SUBSYS_FD401179 ; BU4
PCI\VEN_1969&DEV_1083&SUBSYS_FDD01179 ; TE4
PCI\VEN_1969&DEV_1083&SUBSYS_FD501179 ; BLG
PCI\VEN_1969&DEV_1083&SUBSYS_FB901179 ; BU8
PCI\VEN_1969&DEV_1083&SUBSYS_FB911179 ; BU8D
PCI\VEN_1969&DEV_1083&SUBSYS_FB921179 ; BU8D
PCI\VEN_1969&DEV_1083&SUBSYS_FCD31179 ; BY5/BY5D
PCI\VEN_1969&DEV_1083&SUBSYS_FB551179 ; BY6
PCI\VEN_1969&DEV_1083&SUBSYS_FB561179 ; BY6D
PCI\VEN_1969&DEV_1083&SUBSYS_FCD21179 ; BY3
PCI\VEN_1969&DEV_1083&SUBSYS_FCD41179 ; BY3D
PCI\VEN_1969&DEV_1083&SUBSYS_FCD51179 ; BY3D
PCI\VEN_1969&DEV_1083&SUBSYS_FC551179 ; BY4
PCI\VEN_1969&DEV_1083&SUBSYS_FC561179 ; BY4D
PCI\VEN_1969&DEV_1083&SUBSYS_FC571179 ; BY4D
PCI\VEN_1969&DEV_1083&SUBSYS_FB501179 ; BY3C
PCI\VEN_1969&DEV_1083&SUBSYS_FB511179 ; BY3G
PCI\VEN_1969&DEV_1083&SUBSYS_FB521179 ; BY3G
PCI\VEN_1969&DEV_1083&SUBSYS_FB801179 ; BY4C
PCI\VEN_1969&DEV_1083&SUBSYS_FB811179 ; BY4G
PCI\VEN_1969&DEV_1083&SUBSYS_FB821179 ; BY4G
PCI\VEN_1969&DEV_1083&SUBSYS_FCC51179 ; KZ1
PCI\VEN_1969&DEV_1083&SUBSYS_FC421179 ; BY1
PCI\VEN_1969&DEV_1083&SUBSYS_FAB31179 ; BY2D
PCI\VEN_1969&DEV_1083&SUBSYS_FB721179 ; BYD
PCI\VEN_1969&DEV_1083&SUBSYS_FC661179 ; Celtic
PCI\VEN_1969&DEV_1083&SUBSYS_9080104D ; V050
PCI\VEN_1969&DEV_1083&SUBSYS_9081104D ; V050
PCI\VEN_1969&DEV_1083&SUBSYS_908A104D ; Z40/50
PCI\VEN_1969&DEV_1083&SUBSYS_908D104D ; Z40/50BR
PCI\VEN_1969&DEV_1083&SUBSYS_0872152D ; LG
PCI\VEN_1969&DEV_1083&SUBSYS_0873152D
PCI\VEN_1969&DEV_1083&SUBSYS_0875152D
PCI\VEN_1969&DEV_1083&SUBSYS_0876152D
PCI\VEN_1969&DEV_1083&SUBSYS_0877152D
PCI\VEN_1969&DEV_1083&SUBSYS_0878152D
PCI\VEN_1969&DEV_1083&SUBSYS_0883152D ; SW6H
PCI\VEN_1969&DEV_1083&SUBSYS_0884152D ; SW6H
PCI\VEN_1969&DEV_1083&SUBSYS_0880152D ; SWH
PCI\VEN_1969&DEV_1083&SUBSYS_0913152D ; JW1
PCI\VEN_1969&DEV_1083&SUBSYS_0914152D ; JW1
PCI\VEN_1969&DEV_1083&SUBSYS_0915152D ; JW1
PCI\VEN_1969&DEV_1083&SUBSYS_0916152D ; JW1
PCI\VEN_1969&DEV_1083&SUBSYS_0917152D ; JW1
PCI\VEN_1969&DEV_1083&SUBSYS_0952152D ; TWC
PCI\VEN_1969&DEV_1083&SUBSYS_0953152D ; SWH
PCI\VEN_1969&DEV_1083&SUBSYS_0988152D ; JW8
PCI\VEN_1969&DEV_1083&SUBSYS_10E717C0 ; M51
PCI\VEN_1969&DEV_1083&SUBSYS_0DBE105B ; Clone
PCI\VEN_1969&DEV_1083&SUBSYS_0E2D105B ; Livebox
PCI\VEN_1969&DEV_1083&SUBSYS_0D83105B ; Foxconn
PCI\VEN_1969&DEV_1083&SUBSYS_28031565 ; BIOSTAR
PCI\VEN_1969&DEV_1091&SUBSYS_85071043 ; ASUS
PCI\VEN_1969&DEV_1091&SUBSYS_200F1043 ; ASUS
PCI\VEN_1969&DEV_1091&SUBSYS_81611019 ; ECS
PCI\VEN_1969&DEV_1091&SUBSYS_E0001458 ; GIGABYTE
PCI\VEN_1969&DEV_1091&SUBSYS_10911849 ; Asrock
PCI\VEN_1969&DEV_1091&SUBSYS_AA5D1462 ; MSI
PCI\VEN_1969&DEV_1091&SUBSYS_2AD5103C ; Pegatron
PCI\VEN_1969&DEV_1091&SUBSYS_2AE0103C ;
PCI\VEN_1969&DEV_1091&SUBSYS_05001025 ; JE40-CR
PCI\VEN_1969&DEV_1091&SUBSYS_06431025 ; JV42-HR
PCI\VEN_1969&DEV_1091&SUBSYS_397917AA ; Lenovo
PCI\VEN_1969&DEV_1091&SUBSYS_397817AA ;
PCI\VEN_1969&DEV_1091&SUBSYS_397C17AA ;
PCI\VEN_1969&DEV_1091&SUBSYS_397717AA ; Y490
PCI\VEN_1969&DEV_1091&SUBSYS_05481028 ; Olympic
PCI\VEN_1969&DEV_1091&SUBSYS_054B1028 ; Princeville
PCI\VEN_1969&DEV_1091&SUBSYS_055B1028 ; M13
PCI\VEN_1969&DEV_1091&SUBSYS_055C1028 ; M13
PCI\VEN_1969&DEV_1091&SUBSYS_055D1028 ; M13
PCI\VEN_1969&DEV_1091&SUBSYS_055E1028 ; M13
PCI\VEN_1969&DEV_1091&SUBSYS_055F1028 ; M13
PCI\VEN_1969&DEV_1091&SUBSYS_05601028 ; M13
PCI\VEN_1969&DEV_1091&SUBSYS_05611028 ; M13
PCI\VEN_1969&DEV_1091&SUBSYS_05621028 ; M13
PCI\VEN_1969&DEV_1091&SUBSYS_05631028 ; M13
PCI\VEN_1969&DEV_1091&SUBSYS_05641028 ; M13
PCI\VEN_1969&DEV_1091&SUBSYS_05651028 ; M13
PCI\VEN_1969&DEV_1091&SUBSYS_05661028 ; M13
PCI\VEN_1969&DEV_1091&SUBSYS_05671028 ; M13
PCI\VEN_1969&DEV_1091&SUBSYS_05681028 ; M13
PCI\VEN_1969&DEV_1091&SUBSYS_057E1028 ; DMB40
PCI\VEN_1969&DEV_1091&SUBSYS_057F1028 ; DMB40
PCI\VEN_1969&DEV_1091&SUBSYS_058F1028 ; Z5_UMA
PCI\VEN_1969&DEV_1091&SUBSYS_05901028 ; Z5_Discrete
PCI\VEN_1969&DEV_1091&SUBSYS_05D91028 ; Titan
PCI\VEN_1969&DEV_1091&SUBSYS_05DA1028 ; Titan
PCI\VEN_1969&DEV_1091&SUBSYS_05E71028 ; Titan
PCI\VEN_1969&DEV_1091&SUBSYS_05E81028 ; Titan
PCI\VEN_1969&DEV_1091&SUBSYS_17951854 ; QLC
PCI\VEN_1969&DEV_1091&SUBSYS_17961854 ; QLC
PCI\VEN_1969&DEV_1091&SUBSYS_17971854 ; QLC
PCI\VEN_1969&DEV_1091&SUBSYS_18081854 ; QLGA
PCI\VEN_1969&DEV_1091&SUBSYS_18091854 ; LG3
PCI\VEN_1969&DEV_1091&SUBSYS_18101854 ; LG3
PCI\VEN_1969&DEV_1091&SUBSYS_18111854 ; LG3
PCI\VEN_1969&DEV_1091&SUBSYS_18121854 ; LG5
PCI\VEN_1969&DEV_1091&SUBSYS_18131854 ; LG5
PCI\VEN_1969&DEV_1091&SUBSYS_18141854 ; LG5
PCI\VEN_1969&DEV_1091&SUBSYS_18151854 ; LG2C
PCI\VEN_1969&DEV_1091&SUBSYS_18161854 ; LG2C
PCI\VEN_1969&DEV_1091&SUBSYS_18171854 ; LG2C
PCI\VEN_1969&DEV_1091&SUBSYS_18181854 ; LG4C
PCI\VEN_1969&DEV_1091&SUBSYS_18191854 ; LG4C
PCI\VEN_1969&DEV_1091&SUBSYS_18201854 ; LG4C
PCI\VEN_1969&DEV_1091&SUBSYS_18211854 ; LG2C
PCI\VEN_1969&DEV_1091&SUBSYS_18221854 ; LG2C
PCI\VEN_1969&DEV_1091&SUBSYS_18231854 ; LG2C
PCI\VEN_1969&DEV_1091&SUBSYS_18241854 ; LG4C
PCI\VEN_1969&DEV_1091&SUBSYS_18251854 ; LG4C
PCI\VEN_1969&DEV_1091&SUBSYS_18261854 ; LG4C
PCI\VEN_1969&DEV_1091&SUBSYS_18271854 ; LG2C
PCI\VEN_1969&DEV_1091&SUBSYS_18281854 ; LG4C
PCI\VEN_1969&DEV_1091&SUBSYS_20D61B0A ; Pegatron
PCI\VEN_1969&DEV_1091&SUBSYS_20FA1B0A ; Pegatron
PCI\VEN_1969&DEV_1091&SUBSYS_01501B0A ; Pegatron
PCI\VEN_1969&DEV_1091&SUBSYS_01571B0A ; Pegatron
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Похожие драйвера

Arduino Ethernet Shield Testing


Описание:
Loading the Arduino WebServer example to test the Arduino Ethernet shield. This article explains: http://startingelectronics.org/articl…
Комментарии:

startingelectronics»,»»,1356590322719,,[]
,»0UYO8epzs1hCpgD0otP8-Mq6J_EbNWxZeDckygOgHs8
пишет: Also has an SD card socket on the shield.

netuno96″,»»,1363393092289,,[]
,»0UYO8epzs1ioGxrERNxs1yDK4F41_zMszMianLYqkRM
пишет: nice, thank you man !!! you help me

Gus Dpi»,»»,1356558805189,,[]
,»0UYO8epzs1i1tlSHMbJmnkynLvIvloqJd3yOHPoZHAo
пишет: the ethernet shield is for what?

startingelectronics»,»»,1356590179143,,[]
,»0UYO8epzs1jIWvYP08d8emMET1zQtR4c3OZ2HRF3guY
пишет: Allows the Arduino to connect to an Ethernet network. It can then be accessed through a web browser, e.g. can be used to monitor temperature of a building, switch lights on and off through a web browser. Also can be used to monitor information on a website and notify any changes by switching on an LED for example.

sandeep singh»,»»,1369055632532,,[]
,»0UYO8epzs1gqrFSVot7i8bWkPccbXmKNOi4YZSPD2Ck
пишет: thnk u sir, i have completed all those which is shown in your video. it is awesome. actually, i want to operate ethernet shield through an android app. so i have to use any random network to operate it. what about that?

startingelectronics»,»»,1368448484207,,[]
,»0UYO8epzs1hsGJJ8r35ArCv3126MythcOkBTOrbS8nc
пишет: If the network that the PC is on and the network that the Arduino is on are isolated, then they will not be able to communicate.

If they are two different networks that are connected, then try adding the gateway and subnet parameters to the Arduino Ethernet initialization. This can be found in part 2 of the Arduino Ethernet Shield Web Server Tutorial called "Basic Arduino Web Server". (I can't post a link here, you will need to go to the Staring Electronics website to find the article)

sandeep singh»,»»,1368257702180,,[]
,»0UYO8epzs1iZdP3yQx2lAAAK6Rvu-_6VTXcDCDfmclI
пишет: hi, i am not able get proper ip for ethernet shield… i tried several randomly but it aint working man… :(.. plz help me

startingelectronics»,»»,1368266918074,,[]
,»0UYO8epzs1jmIUX6-rf5fUbz_dpr-fZMgefiWIAs0vQ
пишет: What address range did you determine your PC IP address to be in as shown in the video? If your PC is not connected to a router that automatically assigns it an IP address and you want to make a direct Ethernet connection between the PC and Arduino, you will need a cross-over wired Ethernet cable. Then search for "arduino ethernet direct connection" or similar to find help on setting up connection sharing with Arduino.

sandeep singh»,»»,1368434643952,,[]
,»0UYO8epzs1h_jN0sTwTBUgv7acWgRg9m-MOSLQC9zh0
пишет: thanx.. i pinged and i got an ip which is responding.. but still when i put the address in bar of browser, it says the page is unavailable… as far as i think, i am facing problem because i am using two different networks. one for arduino and one for pc to which arduino is connected for compiling the code.
so, should it be the same network between pc and arduino???

startingelectronics»,»»,1363420002608,,[]
,»0UYO8epzs1gCSmnZDCaNDHQ4X4ysNLaMlL_vhXUKHDs
пишет: Sure, glad it helped :)

startingelectronics»,»»,1382514318086,,[]
,»0UYO8epzs1jR2AYqzqbaTXAirAYavcPVpQjV6golkwY
пишет: Hi Carlos. Yes, you should change the MAC address — this info is in the article for this video. Find the link to the article under the video: click About and then Show more.

I don't think that there is any way to recover the MAC address for your shield if you have lost it. You have to program the MAC yourself because it is not stored by the Arduino or Ethernet chip on the shield. This means that the only place the MAC exists is on the sticker under the shield.

Carlos Velez»,»»,1382497960684,,[]
,»0UYO8epzs1hzPC9sdZ2SD6Mvu9WZxd1ByvPnQN2P-LA
пишет: don't you have to change the Mac address too??? I lost the one from my shield; there is a way to recover it???

startingelectronics»,»»,1356590322719,,[]
,»0UYO8epzs1hCpgD0otP8-Mq6J_EbNWxZeDckygOgHs8
пишет: Also has an SD card socket on the shield.

netuno96″,»»,1363393092289,,[]
,»0UYO8epzs1ioGxrERNxs1yDK4F41_zMszMianLYqkRM
пишет: nice, thank you man !!! you help me

Gus Dpi»,»»,1356558805189,,[]
,»0UYO8epzs1i1tlSHMbJmnkynLvIvloqJd3yOHPoZHAo
пишет: the ethernet shield is for what?

startingelectronics»,»»,1356590179143,,[]
,»0UYO8epzs1jIWvYP08d8emMET1zQtR4c3OZ2HRF3guY
пишет: Allows the Arduino to connect to an Ethernet network. It can then be accessed through a web browser, e.g. can be used to monitor temperature of a building, switch lights on and off through a web browser. Also can be used to monitor information on a website and notify any changes by switching on an LED for example.

sandeep singh»,»»,1369055632532,,[]
,»0UYO8epzs1gqrFSVot7i8bWkPccbXmKNOi4YZSPD2Ck
пишет: thnk u sir, i have completed all those which is shown in your video. it is awesome. actually, i want to operate ethernet shield through an android app. so i have to use any random network to operate it. what about that?

startingelectronics»,»»,1368448484207,,[]
,»0UYO8epzs1hsGJJ8r35ArCv3126MythcOkBTOrbS8nc
пишет: If the network that the PC is on and the network that the Arduino is on are isolated, then they will not be able to communicate.

If they are two different networks that are connected, then try adding the gateway and subnet parameters to the Arduino Ethernet initialization. This can be found in part 2 of the Arduino Ethernet Shield Web Server Tutorial called "Basic Arduino Web Server". (I can't post a link here, you will need to go to the Staring Electronics website to find the article)

sandeep singh»,»»,1368257702180,,[]
,»0UYO8epzs1iZdP3yQx2lAAAK6Rvu-_6VTXcDCDfmclI
пишет: hi, i am not able get proper ip for ethernet shield… i tried several randomly but it aint working man… :(.. plz help me

startingelectronics»,»»,1368266918074,,[]
,»0UYO8epzs1jmIUX6-rf5fUbz_dpr-fZMgefiWIAs0vQ
пишет: What address range did you determine your PC IP address to be in as shown in the video? If your PC is not connected to a router that automatically assigns it an IP address and you want to make a direct Ethernet connection between the PC and Arduino, you will need a cross-over wired Ethernet cable. Then search for "arduino ethernet direct connection" or similar to find help on setting up connection sharing with Arduino.

sandeep singh»,»»,1368434643952,,[]
,»0UYO8epzs1h_jN0sTwTBUgv7acWgRg9m-MOSLQC9zh0
пишет: thanx.. i pinged and i got an ip which is responding.. but still when i put the address in bar of browser, it says the page is unavailable… as far as i think, i am facing problem because i am using two different networks. one for arduino and one for pc to which arduino is connected for compiling the code.
so, should it be the same network between pc and arduino???

startingelectronics»,»»,1363420002608,,[]
,»0UYO8epzs1gCSmnZDCaNDHQ4X4ysNLaMlL_vhXUKHDs
пишет: Sure, glad it helped :)

startingelectronics»,»»,1382514318086,,[]
,»0UYO8epzs1jR2AYqzqbaTXAirAYavcPVpQjV6golkwY
пишет: Hi Carlos. Yes, you should change the MAC address — this info is in the article for this video. Find the link to the article under the video: click About and then Show more.

I don't think that there is any way to recover the MAC address for your shield if you have lost it. You have to program the MAC yourself because it is not stored by the Arduino or Ethernet chip on the shield. This means that the only place the MAC exists is on the sticker under the shield.

Carlos Velez»,»»,1382497960684,,[]
,»0UYO8epzs1hzPC9sdZ2SD6Mvu9WZxd1ByvPnQN2P-LA
пишет: don't you have to change the Mac address too??? I lost the one from my shield; there is a way to recover it???

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