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Under the Hood of Vendor Unlocked Whitebox APs
Posted by Sudhan Kayarkar on Apr 17, 2017

The data center industry has embraced hardware/software disaggregation promoted by Open Compute Project (OCP) in servers and switches. It brings benefits of cost, flexibility and innovation. OCP has now started a working group called Campus, Branch and Wireless (CBW) to extend disaggregation concept to enterprise networking. For additional details on OCP/CBW whitebox WLAN AP, see this #wlpc 2017 video presentation by @CHemantC. Mojo Networks has been an active contributor to the CBW group. At the recently concluded Open Compute Summit in Santa Clara, we demonstrated open install of Mojo WLAN software on the latest Qualcomm 802.11ac Wave 2 AP platforms manufactured by 3 different hardware vendors (ODMs). 

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4 Ways to Supercharge Your Outdoor Wi-Fi
Posted by Sriram Venkiteswaran on Aug 4, 2015

Great news: you can now have outdoor Wi-Fi that is easier to manage, more secure, and increases revenue.

…And the Meshin’ is Easy
Posted by Dwight Agriel on Jul 29, 2014

As someone who has walked more than a few miles in a network administrator’s shoes, I’m all too familiar with the challenges of configuring and troubleshooting mesh environments. In my last position, as an administrator responsible for 300+ mesh nodes, I know the stress and frustration of dealing with dropped connections along with the other problems associated with mesh environments.

The Growing Prevalence of Wi-Fi Extension with Mesh
Posted by Andrew vonNagy on Apr 21, 2014

Industry professionals have tended to view mesh networking from a “realist” point-of-view as a niche solution to be avoided if possible, and have never considered the technology the most popular of Wi-Fi capabilities. This pragmatism is rooted in the typical negative performance implications of mesh networks. Just a few years ago mesh capability was limited to a few highly targeted products that served niche markets for large-scale outdoor deployments or service provider environments. These solutions typically relied on multi-radio mesh units, which provide frequency separation between uplink and downlink traffic paths as well as between upstream and downstream hops, in an attempt reduce the negative performance impact for high bandwidth backhaul links.

However, there exists a growing market for mesh networking that utilizes single-radio mesh units to provide an extension of network access across limited mesh hops for hard to wire locations.