How to Setup OpenVPN Server on the TP-Link Omada ER605 Router with the OC200 Hardware Controller

An in-depth review of TP-Link Omada SDN: setting up VPN, manage VLANs

Today, network management systems tin can greatly facilitate the management of It infrastructure, even at pocket-sized facilities, non to mention large distributed installations with branches in different parts of the world. Concord: the sysadmin will sell his soul for the power to configure a VPN tunnel between ii offices at the affect of a button, and this is just a drop in the body of water-one of those moments that simplify, reduce the cost and brand your network more than flexible. The diagram beneath shows the usual scenario of network deployment in a hotel complex: here authentication is used through a portal for an internal wireless network plus a invitee network distributed in several rooms, or fifty-fifty buildings.Without the use of a mutual controller, information technology would be impossible to adapt piece of work in a guest network with support for 802.11 k/r.

Today, using the example of TP-Link equipment, nosotros will consider the process of configuring Internet access, VPN tunnel and Wi-Fi through the Omada management system. I must say correct away that the option of any SDN orchestration system means the evolution of the infrastructure to monobrandedness: all network devices, starting from switches and access points and catastrophe with gateways, should not but have ane brand, merely be compatible with the SDN controller. This has both its advantages (easier management, ordinarily better stability, a single window of the warranty service center), and disadvantages – for example, your supplier may simply not produce devices with the specification you lot demand. TP-Link visitor today has in its arsenal the entire nomenclature for building Wi-Fi half dozen networks, starting from gateways and catastrophe with access points.

Exam Bench

Of course, modern orchestration systems do not always allow y’all to configure advanced parameters, and specifically TP-Link Omada focuses on simplicity and visual perception, merely actually – in my practice, the deployment of a Wi-Fi network with a error-tolerant Internet has never been so simple. Let’s take a typical fleet of devices: a gateway, a switch, and an access point and install it.

  • Gateway: TL-ER7208
  • Switch TL-SG3210XHP-M2
  • Admission point: EAP660HD
  • AMD EPYC 7531p based server

Nosotros will starting time edifice a network with the segmentation of the local network, but first a few words about the software command controller.

Step ONE! We install TP-Link Omada-a software controller in the local network

The kickoff generation of SDN systems was a physical device that was mounted in a rack. Then software management tools began to announced, installed in a virtual machine on a local network (this is what Ubiquiti did), subsequently a cloud solution (Zyxel Nebula) appeared, working via the Internet, and the youngest production in this class, Omada from TP-Link, combines all the above-mentioned types of utilise: the company too has hardware controllers (OC200 and OC300), there is software for Windows and Linux, and a deject i is about to appear. In addition to the OC200 and OC300 hardware models, everything else is gratis, which is very important in terms of budget savings.

With the exception of the cloud solution, the Omada controller is located in your LAN network, and the easiest fashion to install it is to put information technology somewhere in the Windows Server virtual automobile and install the distribution kit from the TP – Link website, y’all will also demand to install the latest version of Java.

Actually, afterward installation, you will find a simple setup with presets for different arrangement deployment scenarios: hotels, offices, cafes, etc.For ease of administration, the network topological scheme will be automatically rebuilt, which y’all tin can transfer to the plan scheme.

STEP TWO! Configuring VLANs and subnets

In our case, let’s offset with the arrangement of virtual networks, VLANs in the object editing card (site) in the Wired Networks section. TP-Link Omada allows you to configure the VLAN in two ways: the kickoff is just a virtual network by itself, this division will be used on switches. The 2nd is the configuration of subnet segments on the admission gateway with its own IP address ranges and DHCP servers, which makes information technology possible to immediately identify the client to the desired virtual network and write to the specified IP range.

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We used the TL-SG3210XHP-M2 PoE switch, which is specifically designed for deployment in Wi-Fi half dozen environments. Information technology has two 10-Gigabit SFP equally an uplink, and the distribution function is 8 PoE+ RJ45 ports with a speed of 2.5 Gbit/s. The total PoE budget is estimated at 240 watts, the switch itself consumes 17 watts. The device is cooled by 2 fans, which is why it works quite loudly even without a connected PoE load, and so you demand to mount the TL-SG3210XHP-M2 in a separate room or a soundproof cabinet. The switching matrix is equal to 80 Gbit / s, which is equal to the sum of the speeds of all ports in duplex mode.

Interestingly, the switch belongs to devices of the L2+ class, and tin demark an IP address to a port, but non all L3 functions are currently configured through the controller: for example, static routing through the controller is bachelor, and the VPN VLAN and IP-MAC-Port bounden are configured already in Standalone style.

But the arsenal of what we have now is sufficient: at that place can exist upwards to 4096 virtual networks, and by setting each VLAN together with a description, we can further operate with their names, so that information technology is easier to navigate in profiles, subnets and VLAN tags When it comes to admission, each port can be assigned a separate profile, in which you lot can specify which tagged and untagged traffic from which VLANs will be served by this detail port. For high-priority vocalism traffic, you can use a split up VLAN and enable LLP-MED, then the switch will automatically increment the priority over 802.eleven p of all traffic in this virtual network, saving you from configuring QoS. Ports tin exist isolated or disabled, and bandwidth can be express for both all and specific MAC addresses. There is also support for aqueduct aggregation. In reality, the switch is powerful, and setting upwardly hither is easier than anywhere else.

Pace THREE! We set the bones network protection

Security settings are represented by rules for ACLs of lists implemented on an access gateway, switch, or access point. If you lot want to block devices from accessing the specified subnets, leaving only access to the Internet, then you are here. Interestingly, the ACL is configured separately for access points, switches and gateways, just the principle is the same everywhere: you specify which subnet to prohibit or allow access to which IP range, well, plus on the switch this bounden tin be washed to VLANs or ports.

To protect confronting DDoS attacks using the buffer overflow method, there is an anti-alluvion for TCP, UDP and ICMP.

Merely the restriction of admission to Internet sites is washed purely for prove, since you lot will accept to enter each such URL manually. I think that hardly anyone will use this function.

Step 4! We configure SD-WAN, fault-tolerant and balanced Internet

Today, no sane network company bypasses the SD-WAN engineering, and on the pages of our resource y’all will find many publications on the topic of software-divers Net access. The simplest implementation of SD-WAN is to provide fault tolerance together with balancing the aqueduct load by traffic.

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Our test gateway TP-Link TL-ER7206 has every bit many as 4 WAN ports: defended SFP and RJ45 and combined WAN/LAN RJ45. All ports are Gigabit, with the possibility of replacing the MAC address. When load balancing, y’all can set your own weight for each of the ports, giving priority to the fastest one.

In order for applications and services using multiple connections to remain operational when 2 Internet channels are working simultaneously, the Omada controller prescribes routing then that traffic from the same subnet IP addresses from the same ports goes through the same WAN channel.

However, y’all tin simply utilise two Internet channels in the “active/standby” fashion with switching and subsequent return in case of a breakdown.

Periodically, the gateway tests the Internet speed by downloading from the site Speedtest.cyberspace and then if your company uses several communication channels, you can configure the gateway to ever cull the fastest, least loaded one.

Pace 5! Configuring the WLAN and IoT

The side by side stride is to set up a wireless network on the EAP660HD access point. We will create two networks: 1 is shared, with an open SSID in the ii.5 and 5 GHz bands. Since our access point supports Wi-Fi 6 (and not only supports it, but has 8 spatial streams and a ii.5-Gigabit connexion), for security, nosotros will already enable the WPA3 standard, leaving compatibility with WPA2. I want to notation that such parameters as Band Steering, roaming or MESH support are generally set in the site settings and human action globally on the entire wireless space.

We will create the second network only in the two.4 GHz band, and it will be intended for wireless IoT devices. Past enabling the “Guest Network” parameter in the SSID settings, we volition prohibit access of all devices connected to this network to private IP ranges such as 10.10.10.x, 192.168.10.x, etc., while maintaining Net admission. This is the easiest way to securely connect IoT devices: on the i hand, all these Chinese light bulbs, printers, weather stations remain operational through their deject services, and on the other manus, even if they are hacked or initially contain exploits, your local network is protected as reliably as using WLAN or isolation at the L2 level.

Of course, you tin can create a separate VLAN for IoT devices by analogy and block access to the local network at the switch level, but this is already excessive protection.

Stride Half-dozen! Setting up a VPN

If you have several objects in your armory with TP-Link equipment installed, and all of them are listed in Omada Cloud, then to heighten a VPN tunnel between them, it is enough to select the desired object in the list and click one button. Well, since everything is somewhat more than complicated in the real world, y’all can configure the VPN manually past installing the gateway both by the client and the server. L2TP, PPTP, IPsec and OpenVPN are supported hither, which allows you lot to raise a tunnel on any port and through UDP and TCP transport.

Continue in heed that the VPN is always tightly spring to the WAN interface, and all the magic of SD-WAN does non apply in this case. So if you have several advice channels, configure a tunnel for each of them.

STEP 7! The concluding touch

Of form, we will leave a lot of small but useful settings behind the scenes (such equally NAT, enabling PoE on a schedule, allocating vouchers for Wi-Fi…), considering we cannot reveal the total functionality of Omada at 1 time. But what you definitely need to remember to do is connect cloud access via the Internet and then that you can manage our network even if it is deep behind NAT or has a private IP address. Now, to provide such admission, a “light” cloud is ordinarily used on the vendor’southward side, and it is important to empathize that even though you will have to register on the TP-Link website, in this case information technology will but work as an administrator’s admission gateway to the command panel. No personal information of users or settings are stored on TP-Link servers – simply password hashes, but… this is what I was told, but it is not mentioned anywhere in the documentation or on the site, although such things should be written in the header of the site in the 36th font, you lot tin even supplant the logo.

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Well, all that remains is to download the Omada program to your smartphone, select a connexion to the Cloud Center, enter your username and countersign – and you tin can safely go to the resort to relax: all the functionality of Omada volition exist in the palm of your hand.

Without an Internet browser that always slows downwardly, with all the graphs and icons, with all the objects added to the controller – yous take a full-fledged cloud service, and information technology doesn’t affair that the controller itself is subconscious backside NAT.


The task of a modern SDN controller is also to maintain the simplicity of working with the network as it grows, and TP-Link has worked out this moment perfectly. Fifty-fifty if you have one unit of TP-Link equipment in your company, using Omada will requite its advantages in convenience and information content. But like any modern product, this solution has its pros and cons.


  • The Omada functionality restricts some devices connected to it. For example, non all the features of the switch are implemented in Omada, and at that place’s zip y’all can do about it – either the switch is registered in the controller and controlled by it, or it stands separately.
  • At that place is no mode to manually click on a client and add information technology to an existing profile, to a VLAN, or ban it birthday. That is, your interaction with the customer is reduced to limiting the speed and allocating a static IP address.
  • Automatic firmware update works only when you lot connect to a cloud account
  • There is no integration with the vendor’southward technical support service


  • Everything is free. Omada works without licenses, serial numbers and service packages
  • Very easy to add and remove devices on the network. No demand to browse QR codes like Zyxel or shamanize with IP addresses, Omada will see all available devices on the network and allow you to intercept them. Yous can besides hands “forget” them by resetting them to factory settings.
  • Connexion to the cloud is non required. Fifty-fifty a mobile application can work with a local IP address. In fact, it does not matter at all where in the topology of your network you put the controller: yes, even in another branch, only information technology remains strictly under your control.
  • Customizable interface with widgets and brilliant graphics
  • The power to store logs indefinitely, export them to a third-party server and interact with monitoring systems via SNMP
  • The ability to observe interferences in the range of the access betoken performance

In conclusion, I would like to notation that to get acquainted with Omada, it is not even necessary to buy a TP-Link device: you can download the controller from the company’s website, brand basic settings and see how it fits your projects.

Michael Degtjarev (aka LIKE OFF)


How to Setup OpenVPN Server on the TP-Link Omada ER605 Router with the OC200 Hardware Controller