TP-Link Omada Hardware Controller | SDN Integrated | PoE Powered | Manage Up to 100 Devices | Easy & Intelligent Network Monitor & Maintenance | Cloud Access & Omada App (OC200)
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This item is eligible for return within 30 days of receipt
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Availability:
Only 10 left in stock, order soon!
Arrives
Monday, Jun 16
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Model: Hardware Controller
Features
- Hardware Controller with Professional Network ManagementCentralized management for up to 100 Omada devices including Omada access points, Omada Security Gateways and Jetstream switches.
- Dual power selectionSupport PoE (802.3af/802.3at) and micro USB for flexible installations.
- Easy Network Monitor & MaintenanceThe easy-to-use dashboard makes it simple to see your real-time network status and improve network maintenance for peace of mind.
- Cloud Access with No License FeeEnjoy cloud service with no license fee with the use of OC200. Remote Cloud access and Omada app brings centralized cloud management of the whole network from different sitesall controlled from a single interface anywhere, anytime.
- SDN CompatibilityFor SDN usage, make sure your devices/controllers are either equipped with or can be upgraded to SDN version. OC200 work only with SDN access points, switches & gateways. For devices that are compatible with SDN firmware, please visit TP-Link website.
- Limited Lifetime WarrantyBacked by our industry-leading limited lifetime warranty and free 24/7 technical support, you can work with confidence.
Description
OC200 omada Cloud Controller provides centralized management of the whole omada network. Monitor statistics in real-time, view a graphical analysis of network traffic, create a captive portal, upgrade and reboot your system, and effortlessly scale your network to boost your business. Omada offers free cloud access to its centralized management platform. Take your network with you wherever you go.
Wireless Type: Bluetooth
Brand: TP-Link
Series: OC200
Item model number: OC200
Hardware Platform: Windows;Linux
Item Weight: 10.6 ounces
Product Dimensions: 3.93 x 3.86 x 0.98 inches
Item Dimensions LxWxH: 3.93 x 3.86 x 0.98 inches
Color: Black
Processor Count: 1
Manufacturer: TP-Link
Country of Origin: Vietnam
Is Discontinued By Manufacturer: No
Date First Available: November 15, 2018
Frequently asked questions
If you place your order now, the estimated arrival date for this product is:
Monday, Jun 16
Yes, absolutely! You may return this product for a full refund within 30 days of receiving it.
To initiate a return, please visit our Returns Center.
View our full returns policy here.
To initiate a return, please visit our Returns Center.
View our full returns policy here.
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I used to be pretty tech savvy…back in the day I upgraded RAM, added a secondary hard drive, partitioned a hard drive to run two different operating systems, and set up a home network with router, hubs, and switches. Notice I said used to be…over the last 10 years or so I haven’t had a need to do any of those things. I bought my computers configured how I wanted them. I used the router provided by my ISP. Last year, we were running in to signal/coverage problems with our home Wi-Fi. I’d been reading about the mesh Wi-Fi systems, and when I found a killer deal on Woot, decided to give the Deco system from TP-link a try. The setup was easy, and it solved our coverage problems. In the last 3 years our ISP has had two major outages due to lines being cut by construction crews. These were both multi-day outages. The first time was annoying. The second time was a problem because I was working remotely that day, and had to get ready and drive in to work in the middle of my shift. After the second time I decided to sign up for a secondary ISP. Overkill? Probably…but I hated always worrying about whether the internet would go down again. With two inputs, I wanted a way to be able to use both of them, without having to physically disconnect one and plug the other in. I’d read about load balancing routers. I did a lot of research, and finally decided on the TP-link ER7206. It looked like it would do everything I needed. Well…it kind of did… Once it came and I started to install it, I discovered that you need a controller to utilize the load balancing and multiple input features. You can either use a physical controller, or the cloud-based software. I was going to opt for the software, but then discovered you had to run it on Windows or Linux…and I have a Mac 🤦🏼♀️ So…I got back on Amazon and purchased a hardware controller (TP-link OC200 in case you wanted to know). The main difference between the OC200 and OC300 is the 200 is POE (power over Ethernet…I.e. no power cord…it gets its power from the Ethernet cord). Ok, sounds like I have everything I need…router, hardware controller, and mesh system. We finally got the second ISP installed today, and I decided (on 3 hours of sleep) to bite the bullet and set up the new router. I started plugging things in, and was confused when the hardware controller didn’t power on when I connected the Ethernet cable…. Yeah, about that…the hardware controller can be powered by POE, but the new router ports aren’t POE. I thought I was going to have to buy yet another piece of equipment and was getting quite frustrated at this point. Then I noticed there was a micro USB port in the back of the hardware controller…hooray! I tracked down a cord, and realized I didn’t have any outlets left in the install area. That was an easy fix though, I grabbed a power cube and got everything plugged in! Whew! I called my first ISP to approve the new router, and had one input running through the setup. Next came the truly mind numbing steps, because I was about to jump off into the unknown…setting up the router and hardware controller. I ended up in a 3 hour long chat with TP-link tech support. During that time I also had to call my second ISP to authorize the new router. And I had to change the configuration of the primary Deco from router mode to access point mode. But, after more than 4 hours total, we now have TWO internet services, running in to one router, with load balancing controlled by the hardware controller, and a mesh system for coverage. If the first ISP goes down, within 30-60 seconds the load balancing will automatically switch the network to the second one. I knew I’d be sailing into uncharted territory, and didn’t expect things to go smoothly, but I’d hoped that I’d watched enough YouTube videos that I’d be able to figure it out...notsomuch. Huge shout out to TP-link tech support for literally walking me through the set up and making sure everything was working as is should be!
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Reviewed in the United States on July 7, 2022 by Lisa G
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I am a big fan of the TP-Link production line and recently I have got decided to take advantage of the two separate internet connection I got from two separate ISPs with these two similar tplink routers. I bought both because these two have had very similar specs even though they are quite different when it comes to the MSRP values. So in case you have ever wondered which product might be a better fit for your needs between the less expensive ER605 and more costly ER7206, here is my personal take after using both in parallel comparison for the very same network and under the same setting configuration. Firstly, the cheaper and smaller ER605 has more two cores with the total 4 cores when you open the CPU usage status vs the ER2706 two cores CPU. Secondly, both devices have the same amount of RAM based on what tplink has provided in their product documentation for the amount of 128MB. The features on these two models are quite indentical and I couldn't find one single difference between them but they use two different product firmware versions (as up today 9/02/2022 the ER605 is on it's version 3 but the ER2706 is still on it's version 1) plus the ER605 comes in two different hardware models. The older one is different in the design when you compare the two together. The newer ER605 is the one with more RAM and faster CPU and it's the one I purchased for comparison. The best sign to know the difference between the two is the USB WAN port available on the newer ER605. Now after testing the response time and speed measurements between the two, newer ER605 and ER2706, the two different transmission scenarios on load balancing and link backup with exact the same configuration on web filtering and firewall options, it turns out that the cheaper but newer ER605 with the 4 cores CPU has a mush faster response time as well as much faster internet speed and bandwidth when you set them up for WAN aggregation and the difference with my internet configuration were huge. I could only get about 300 to 400 MB/s from ER2706 vs close to my actual gigabit connection that comes from one of my ISPs. My second internet account is a business account which has a much faster ping (1 ms) or less latency and 600 MB/s download speed, compare to the Spectrum 1 GB/s line with 20ms ping. So with the ER605 I could take advantage of much faster ping like my business line while reaching out to the close to maximum download speed of the faster internet with almost 800 to 850MB/s outcome when merging the two lines. This was obviously the big deal for me and I was surprised to see such outcome from the cheeper device but that was exactly the main reason I bought them both to compare. Just keep that in mind, if you're using a 4g/5g routers with an ISP which gives you a dynamite IP, your numbers might be quite different based upon the difference in the root access to the internet from the router. Or if you are planning to use this router only for the internet backup support or fail over connection then you might not see much of a difference at all. Thse two devices if being configured correctly would do the job in about 10 to 15 seconds after one line fails to connect not right away. For my expectations, this is a pretty good range of response time in case of a need for having a two line backing up each other if anyone dropped. My main purpose to get these devices setup was getting a better internet speed and wider data bandwidth which is what I described above. One last thing to keep in mind is, if you have internet connection faster than 1 GB/s, these devices can't take advantage of anything higher than 1 GB/s so you need to get other brands who supports speeds like 1.5 or even up to 2.5 GB/s internet connections plus the proper switches if you have ever interested. The switch I use with this router is the Tplink Tl-SG2218 which is also an Omada ready device. I have not used the Omada hardware controller yet and all set ups was done directly from a PC linked to the routers so I don't know if the controller hardware would make anything any better.
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Its hard to review this device on its own. This review is applicable to the suite of Omada products I bought which included the EAP610 outdoor and some EAP620s for inside the house. I have a home that is spread out and has separate living quarters plus a large outdoor area with a lot smart devices everywhere. Its concrete block construction with hurricane glass everywhere and I was so frustrated with trying to make Wifi Routers and extenders work. I finally broke down and got the Omada system and now I kick myself for not doing it sooner. It was fairly simple to set up on my own following the manuals that are well written. Now I have an expandable whole-house mesh that is super fast, very flexible, easy to manage, easy to expand, easy to monitor and maintain, and just plain works. As for this controller itself, so much bang for the buck. It does absolutely everything I need from a home wifi perspective and then some. Cloud + local access, no subscription fees and all for about a hundred bucks. I love it.
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Reviewed in the United States on October 21, 2022 by Mark Avrin