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--- networking:wireless_topic:zigbee [2024/06/23 12:50] – aperez
+++ networking:wireless_topic:zigbee [2025/08/19 16:30] (current) – aperez
@@ Line 169: / Line 169: @@
   they depend quite a bit on the environment. The output power of radios is usually 0 dBm (1 mW).
-  Note: BLE Radios use a Gaussian frequency shift Keying: BT classic uses FHSS, or Frequency Hopping Spread
+  Note: Bluetooth 5.0 Low Energy (BLE) Radios use a Gaussian frequency shift Keying: BT classic uses FHSS, or
-  Spectrum. BLE uses a version of Direct Sequence Spread Spectrum which is a bit more deterministic. Both use a
+  Frequency Hopping Spread Spectrum. BLE uses a version of Direct Sequence Spread Spectrum which is a bit more
-  modulation scheme referred to as Gaussian frequency shift Keying, or GFSK.
+  deterministic. Both use a modulation scheme referred to as Gaussian frequency shift Keying, or GFSK.
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@@ Line 301: / Line 301: @@
 {{ :networking:wireless_topic:aruba_iot_transport_microsoft_azure.jpg?800 |}}
-----
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-**[[https://iot-utilities.arubademo.de/|IoT-Utilities]]**
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@@ Line 326: / Line 319: @@
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+===== IoT Example configuration =====
+Example configuration: Aruba, a Hewlett Packard Enterprise (HPE) company supports IoT applications based on Wi-Fi (e.g. Wi-Fi tracking), BLE (e.g. asset tracking and sensor monitoring), ZigBee and 3rd party protocols via USB-extension by providing the connection layer using Aruba access points as protocol translation gateways.
+**[[https://iot-utilities.arubademo.de/|IoT-Utilities]]**
+----
+----
 ===== Aruba Central API - Getting Started =====
 {{ youtube>LtJ8gM0eZVY }}
+{{ youtube>QGTRaZ8uvTs }}
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-**Using the ZigBee Southbound API**:  **[[https://github.com/Henning-Klatt/aruba2mqtt/blob/main/README.md|Home Assistant MQTT Configuration]]**;  [[https://community.home-assistant.io/t/ble-usage-on-aruba-aps/316549?page=2|BLE usage on Aruba AP’s]]
+**Using the ZigBee Southbound API**:  **[[https://github.com/Henning-Klatt/aruba2mqtt/blob/main/README.md|Home Assistant MQTT Configuration]]**;  [[https://community.home-assistant.io/t/ble-usage-on-aruba-aps/316549?page=2|BLE usage on Aruba AP’s]]; [[https://github.com/aruba/aos8-iot-server-example-websocket/blob/e3924babb6f298d39895bde46b72572c2278825a/README_zigbee.md|Using the ZigBee Southbound API]]
 **Setup your Aruba AP/Controller**
@@ Line 423: / Line 431: @@
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+===== Aruba Better Edge Experience with WLAN as an IoT Platform =====
+{{ youtube>LiBMFf1xmVQ }}
+----
+----
 ===== Aruba Meridian =====
@@ Line 436: / Line 451: @@
 {{pdfjs 46em >:networking:wireless_topic:ds_meridianplatform_en.pdf|}}
+  Note: Aruba Beacons: These low-power wireless transmitters broadcast radio signals at regular intervals that can
+  be heard by iOS and Android devices equipped with Meridian-powered mobile apps from Aruba and our Meridian app
+  development partners. With Aruba Beacons, enterprises can communicate directly with the mobile device to identify
+  location or for wayfinding.
+**Other RTLS solutions:**
+**[[zebra:rtls|zebra RTLS]]**
 {{ :networking:wireless_topic:ds_locationservices.pdf|Aruba Beacons}}
 {{pdfjs 46em >:networking:wireless_topic:ds_locationservices.pdf|}}
+  Note: Aruba Asset tags are identification tags attached to assets. These small, durable labels contain unique
+  identifiers that allow businesses to track and monitor their physical assets, from computers and equipment to
+  furniture and vehicles;  BLE-based Aruba Tags and location-ready Aruba access points ensure you can find things
+  fast, indoors and outdoors. Leverage your existing infrastructure to trilaterate the tags’ signal and understand
+  the location of the tags.
+{{ :networking:wireless_topic:ds_arubatags.pdf |HPE Aruba Networking tags}}
+{{pdfjs 46em >:networking:wireless_topic:ds_arubatags.pdf|}}
+Note: Aruba and ZF Openmatics: Aruba and ZF Openmatics offer a solution for managing ZF TAGs and implementing BLE Bluetooth Low Energy functionality. This integration enables devices to run for extended durations with low power consumption; You can manage ZF TAGs and implement BLE location service using the third-party ZF Openmatics. To support this feature, Aruba Instant APs with built-in IoT-protocol radio (BLE) are required. You can configure the Instant APs to support ZF Openmatics using the IoT profiles.
+[[https://www.arubanetworks.com/techdocs/Instant_87_WebHelp/Content/instant-ug/custom-iap-param/zf-open-supp.htm|ZF Openmatics Support for ZF BLE Tag Communication]]
+{{ :networking:wireless_topic:pso_zfopenmatics.pdf |Aruba and ZF Openmatics}}
+{{pdfjs 46em >:networking:wireless_topic:pso_zfopenmatics.pdf|}}
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@@ Line 475: / Line 519: @@
 [[https://www.arubanetworks.com/techdocs/central/2.5.1/content/gateways/cfg/security/cloud-security/symntc-wss-conf.htm|Configuring Web Security Service for SD-Branch Integration]]
+----
+----
+===== IoT-Utilities =====
+Aruba, a Hewlett Packard Enterprise (HPE) company (https://www.arubanetworks.com/) supports IoT applications based on Wi-Fi (e.g. Wi-Fi tracking), BLE (e.g. asset tracking and sensor monitoring), ZigBee and 3rd party protocols via USB-extension by providing the connection layer using Aruba access points as gateways.
+[[https://play.google.com/store/apps/details?id=net.fluegels.iotutilities&hl=en_US&pli=1|Download Aruba IoT-Utilities for Android.]]
+[[https://www.arubanetworks.com/techdocs/ArubaOS_8.9.0_Web_Help/Content/arubaos-solutions/iot-new/iot-utilities-app.htm|IoT-Utilities user guide.]]
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+**{{ :networking:wireless_topic:zigbee_antonio_perez.pdf |Wireless topic:Zigbee}}**
+{{pdfjs 46em >:networking:wireless_topic:zigbee_antonio_perez.pdf}}