Meraki Dual-Radio 600 Mbps Cloud-Managed Wireless 802.11n Access Point (MR16)

The MR16's high-performance multi-radio mesh makes it ideal for large buildings with high-densities of users such as office buildings, campuses, hotels, large retail store, healthcare centers, public buildings, etc. Combining 2 802.11b/g/n radios and 2x2 MIMO with beamforming transition, the MR16 provides speeds up to 600Mbps. Meraki's MR16's technical capabilities provide a 50% increased range compared to typical enterprise-class 802.11n access points. This means that any given deployment will require fewer access points and each access point will allow more liberty as to where it is installed for optimal network strength and coverage. The MR16 also features application-aware traffic shaping which helps your IT department to prioritize your mission-critical applications, while setting limits on recreational traffic, e.g. peer-to-peer and video streaming. Cloud Management Meraki's Cloud Controller allows you to operate entirely on a web-based program, rather than utilizing localized, expensive hardware. From anywhere in the world with any web-enabled device, network administrators can service and maintain every WLAN under their supervision.
 Online Network Management Platform The Cloud Controller centralizes all facets of IT management: real-time tech support, ability to review user's details (number of current users, their connectivity...), Access Point functionality and testing of the network's health... The Cloud Controller also runs automatic tests and updates and keeps records of operations, so administrators can easily troubleshoot issues or just keep an eye on the overall network. Each Access Point can be individually programmed to match the needs of its environment. Meraki's system allows for administrators to manage encryption, content blocking, and other settings all with the touch of a button from one central website. The purchase of an Enterprise Cloud Controller License (1yr, 3yr or 5yr) is necessary to be able to use Meraki's Access point.