Deep Dive - TP-Link Omada 4G Failover Setup, inside/outside wireless and a bridge! скачать в хорошем качестве

Deep Dive - TP-Link Omada 4G Failover Setup, inside/outside wireless and a bridge!

So, this was an interesting project for a customer and I thought it would be worth making a video of how I did it. The scope was to create a 4G Failover solution that would then provide wireless inside and outside the house, along with a bridge down to a Donga (demountable / portacabin) where the customer also has an office. This video is pretty long, but I do cover everything from the physical connections to the configuration of the devices, so please do use the chapters to find your way through. For reference, I used the following pieces of equipment from the TP-Link Omada range. Router - ER706W-4G Controller - OC200 Switch - ES205GP Indoor Access Point - EAP610 Outdoor Access Point - EAP610-Outdoor Bridge - EAP215-Kit Office AP/Switch - EAP650-Desktop Shameless plug - You can purchase these from The Tech Geeks - https://thetechgeeks.com/pages/tp-link Chapters 00:00:00 - Introduction 00:00:30 - What controller options are available to manage TP-Link Omada 00:01:00 - TP-Link OC200 Controller 00:01:33 - TP-Link Omada ER706W-4G Wireless Router 00:02:50 - TP-Link Omada EAP610 ceiling mounted indoor access point 00:03:20 - TP-Link Omada EAP215 Wireless Bridge Kit 00:04:01- TP-Link Omada EAP610-Outdoor access point 00:04:10 - How is the bridge kit going to be used 00:04:56 - TP-Link Omada EAP650-Desktop access point / mini switch 00:06:26 - Starting to plug all the devices together 00:07:30 - Plugging in the ER706W-4G Router 00:09:16 - Plugging in the PoE Switch 00:11:00 - Plugging in the OC200 Omada Controller 00:13:15 - Starting the config of the ER706W-4G Router and OC200 00:16:03 - Finding the DHCP IP allocated to the OC200 00:16:34 - Logging in to the OC200 for the first time and initial setup 00:20:45 - Initial WAN settings for ER706W-4G 00:23:44 - OC200 login after initial setup & controller initial firmware update 00:31:26 - Adopting the ER706W-4G in to the Omada controller. 00:36:45 - Checking internet access 00:38:49 - Changing the LAN IP subnet of the ER706W-4G (intro) 00:39:25 - Enabling TP-Link Cloud Access 00:40:50 - Changing the LAN IP subnet of the ER706W-4G (config) 00:46:33 - Throughput speed test of ER706W-4G 00:49:30 - Adopting the TP-Link ES205GP to the Omada Controller (Fixing issue where switch can't be adopted as it says Switch Type is Inconsistant) 00:52:52 - Optimising the Wireless speed of the ER706W-4G 00:57:19 - Summary to this point 00:58:15 - Adding a EAP610 Indoor access point 01:00:04 - Adopting the EAP610 to the Omada controller 01:02:02 - Wireless LAN (WLAN) Optimisation 01:03:50 - Adding a sim card to the ER706W-4G 01:08:15 - Testing 4G failover 01:12:00 - Adding in an EAP610-Outdoor access point 01:14:35 - Adopting the EAP610-Outdoor to the Omada controller 01:15:19 - Checking power useage of PoE switch 01:16:07 - Adding in a wireless bridge to a second building using the EAP215 Kit 01:24:00 - Adopting the first EAP215 of the wireless bridge 01:24:45 - Auto adoption of the second EAP215 device to form the wireless bridge 01:25:04 - Summary to this point 01:25:48 - Adding in the EAP65-Desktop access point / mini switch 01:29:30 - Adopting the EAP650-Desktop to the Omada controller 01:31:13 - Creating a second wireless network and restrict it to just a specific access point 01:34:16 - Testing the wireless network over the bridge 01:35:10 - Overall project summary