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Both sides previous revision Previous revision Next revision | Previous revision Next revision Both sides next revision | ||
en:users:drivers:iwlwifi [2016/03/08 07:25] Emmanuel Grumbach [Supported Devices] |
en:users:drivers:iwlwifi [2016/03/28 13:57] Emmanuel Grumbach [Features] |
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* IBSS (Ad-Hoc) mode | * IBSS (Ad-Hoc) mode | ||
* AP mode on 2.4GHz (on devices driven by iwlmvm) | * AP mode on 2.4GHz (on devices driven by iwlmvm) | ||
- | * AP mode on 5.2GHz on 7265D and 8260 in certain conditions only | ||
* P2P (on devices driven by iwlmvm) | * P2P (on devices driven by iwlmvm) | ||
* 802.11a/b/g/n/ac (depending on the device) | * 802.11a/b/g/n/ac (depending on the device) | ||
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===== 7260 and 7265 support ===== | ===== 7260 and 7265 support ===== | ||
- | 7260 and 7265 will not be supported in the newest firmware versions: the last firmware that was released for these devices is -17.ucode. Bug fixes will be ported to -17.ucode. Note that 7265D can run later firmware versions. In order to determine if your 7265 device is a 'D' version, you can check the dmesg output: | + | 7260 and 7265 will not be supported by the newest firmware versions: the last firmware that was released for these devices is -17.ucode. Bug fixes will be ported to -17.ucode. Note that 7265D can run later firmware versions. In order to determine if your 7265 device is a 'D' version, you can check the dmesg output: |
<code> | <code> | ||
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* The PCIe bus, especially when switching in/out of power saving modes. | * The PCIe bus, especially when switching in/out of power saving modes. | ||
* USB3 and graphics (in certain scenarios). | * USB3 and graphics (in certain scenarios). | ||
- | * Sometimes, even the fact that several ingredients’ Ground lines are connected can cause noise. | + | * Sometimes, even the fact that several ingredients’ ground lines are connected can cause noise. |
This kind of interference might happen on 2.4GHz band, it is much less likely to happen on 5.2GHz band. | This kind of interference might happen on 2.4GHz band, it is much less likely to happen on 5.2GHz band. |