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| .. | | - | - |
| certs/ | | 18-Mar-2025 | - | 398 | 392 |
| cli/ | | 18-Mar-2025 | - | 559 | 381 |
| firmware_dnld/ | | 18-Mar-2025 | - | 286 | 216 |
| fwdnld_intf_abs/ | | 18-Mar-2025 | - | 137 | 66 |
| incl/ | | 18-Mar-2025 | - | 20,300 | 6,125 |
| port/ | | 18-Mar-2025 | - | 3,214 | 2,220 |
| sdio_nxp_abs/ | | 18-Mar-2025 | - | 1,275 | 740 |
| wifi_bt_firmware/ | | 18-Mar-2025 | - | 536 | 233 |
| wifidriver/ | | 18-Mar-2025 | - | 92,505 | 66,235 |
| wlcmgr/ | | 18-Mar-2025 | - | 29,599 | 25,642 |
| wls/ | | 18-Mar-2025 | - | 9,415 | 7,700 |
| CMakeLists.txt | D | 18-Mar-2025 | 10.5 KiB | 328 | 275 |
| README.txt | D | 18-Mar-2025 | 3.2 KiB | 92 | 86 |
README.txt
1Please start by looking at the documentation under
2doxy/refman/.
3
4/* Doxygen related documentation */
5/**
6* \mainpage
7*
8* \section intro Introduction
9*
10* NXP wireless SoCs require a combination of firmware binary image
11* streamed into the radio subsystem, and driver source code compiled
12* onto the application MCU. The radio driver source code
13* provides APIs that enable a developer to send and receive packets over
14* the radio interfaces by communicating with the firmware images that
15* are streamed into the radio subsystems on start-up.
16*
17* \subsection devdoc Developer Documentation
18*
19* This manual provides developer reference documentation for Wi-Fi driver and
20* Wi-Fi Connection Manager.
21* Refer to the source code for additional information.
22*
23* \note
24* The File Documentation provides documentation for all the APIs that are
25* available in Wi-Fi driver and connection manager.\n
26* \n
27* Abbreviations and acronyms\n
28* ACS auto channel selection\n
29* AID association ID\n
30* AMPDU aggregate medium access control protocol data unit\n
31* AP Access Point\n
32* ARP address resolution protocol\n
33* BSS basic service set\n
34* BSSID basic servivce set ID\n
35* BTM BSS transition management\n
36* CA Certificate Authority\n
37* CCK complementary code keying\n
38* CLI command line input\n
39* CSI channel state information\n
40* CW continuous wave\n
41* DH Diffie Hellman\n
42* DPP device provisioning protocol\n
43* DTIM delivery traffic indication map\n
44* EAP Extensible Authentication Protocol\n
45* EAP TLS Extensible Authentication Protocol Transport Layer Security\n
46* FCS frame check sequence\n
47* FTM fine timing measurement\n
48* GI guard interval\n
49* HE 802.11ax high efficiency\n
50* HT 802.11n high throughput\n
51* HTC high throughput control\n
52* LDPC low density parity check\n
53* MBO multi band operation\n
54* MEF memory efficient filtering\n
55* MFPC Management Frame Protection Capable\n
56* MFPR Management frame protection required\n
57* NSS N*N MIMO spatial stream\n
58* OBSS overlapping basic service set\n
59* OCE Optimized connectivity experience\n
60* OMI operating mode indication\n
61* OWE opportunistic wireless encryption\n
62* PBC push button configuration\n
63* PEAP Protected Extensible Authentication Protocol\n
64* PKEX Public Key Exchange\n
65* PMF protected management frame\n
66* PMK pairwise master key\n
67* PMKSA pairwise master key security association\n
68* PS power save\n
69* PTA packet traffic arbitration\n
70* PWE Password Element\n
71* QoS quality of service\n
72* RSSI received signal strength indicator\n
73* RTS request to send\n
74* SAD software antenna diversity\n
75* SAE Simultaneous Authentication of Equals\n
76* SSID service set ID\n
77* STBC space time block code\n
78* TBTT target beacon transmission time\n
79* TIM Traffic Indication Map\n
80* TRPC transient receptor potential canonical\n
81* TSF timing synchronization function\n
82* TSP thermal safeguard protection\n
83* TWT target wake time\n
84* UAPSD unscheduled automatic power save delivery\n
85* VHT 802.11ac very high throughput\n
86* WLCMGR Wi-Fi command manager
87*/
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