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--- networking:wireless_topic:wi-fi_6:wi-fi_6 [2023/11/07 12:55] – aperez
+++ networking:wireless_topic:wi-fi_6:wi-fi_6 [2024/04/16 19:24] (current) – aperez
@@ Line 107: / Line 107: @@
 {{pdfjs 46em >:networking:wireless_topic:wi-fi_6:wi-fi-7-reference-card.pdf}}
+{{ :networking:wireless_topic:wi-fi_6:ed_laird_wi-fi_6e_ebook.pdf |}}
+{{pdfjs 46em >:networking:wireless_topic:wi-fi_6:ed_laird_wi-fi_6e_ebook.pdf}}
 ----
@@ Line 458: / Line 462: @@
   -   However, devices with **WiFi 6 (802.11ax)** have a greater range thanks to making modulation modifications. Reaching, for example, **up to 70 meters indoors and 250 meters outdoors in 2.4 GHz**.
-{{ :networking:wireless_topic:intsig3.png?600 |}}
+^ Fuerza   ^ Resumen    ^ Calidad esperada         ^ Requerido para         ^
+| -30 dBm   | Increíble    | Intensidad de señal mínima para aplicaciones que requieren una entrega muy fiable y oportuna de paquetes de datos.       |N/A       |
+| -67 dBm   | Grandioso    | La máxima intensidad de señal que se puede conseguir en condiciones controladas.       |Voz sobre IP y streaming de vídeo en tiempo real       |
+| -70 dBm   | Normal       | Minimum signal strength for reliable packet delivery and tasks such as email.       |Email and light web browsing       |
+| -80 dBm   | Pobre        | Intensidad mínima de la señal para la conectividad básica, como la conexión a la red.       |Conexión a la red      |
+| -90 dBm   | Inutilizable | Intensidad de señal extremadamente baja que hace que cualquier funcionalidad, incluida la conexión a la red, sea muy improbable.       |N/A       |
+{{ :networking:wireless_topic:intsig3.png?400 |}}
+----
+**PoE**
+{{ :networking:wireless_topic:wi-fi_6:poe.jpeg?600 |}}
+{{ :networking:wireless_topic:wi-fi_6:poe_class_level.jpg?600 |}}
+{{ :networking:wireless_topic:wi-fi_6:ap_matrix.jpg?1000 |}}
+{{ :networking:wireless_topic:wi-fi_6:ap_switch_matrix.jpg?1000 |}}
+----
+**WLAN Test**
+{{ :networking:wireless_topic:wi-fi_6:wlan_test.pdf |}}
+{{pdfjs 46em >:networking:wireless_topic:wi-fi_6:wlan_test.pdf}}
+----
+**What steps do you follow when troubleshooting a network issue?**
+  - Clearly understand the user experience regarding support
+  - Separate the support metric between the Internet service and the WLAN connectivity by the user.
+  - Verification of the user's Wi-Fi card.
+  - Verification of the channel and connection frequency by the user and/or the WLAN system per AP, which is complying with the rules of non-overlapping and non-activation of the DFS UNII 2 ext channels.
+  - Comparative performance calculation, compared to the characterization of the AP to which the user is connected.
+  - Analysis of materials that focus on absorption and dispersion of photons between wavelengths of 5 cm, 6 cm and 12.5 cm.
+  - Roaming analysis, power, sensors and channels.
+  - Verification of 802.1x/AAA service functionality; certificates, auto-vlan-qos, dictionaries, others.
+  - DNS, DHCP scope service, static ip, local firewall, local EDR, perimeter firewall rules, perimeter DPI, perimeter ACL/WCF, return routes on the side of the UTM or the operator's router, opening of the minimum management ports of the CMS - C/PANEL (2083, 443, other udp) for the management of APs.
+  - Verification of the configuration of the Ethernet ports of the AP or devices that intervene in the verification process, which comply with the minimum traffic rules (802.1Q/802.1D, 802.1P, QoS, DSCP, LLDP, ACL, Broadcast storm control, others)
+----