MR 58
Provides high speed wireless coverage to large areas quickly, easily, and cost effectively.
The MR58 is a three-radio, 802.11n access point designed to provide high-speed wireless coverage over large indoor and outdoor areas.
Example deployments include corporate and educational campuses, business districts, industrial areas, and public spaces.
One of the keys to the MR58’s high performance is the use of three separate 802.11n radios, each operating concurrently on a separate frequency band.
The MR58 also uses advanced radio techniques like MIMO, beam forming, multiple ratio combining, and expanded channel widths to increase performance.
Since the MR58 is configured and controlled through the Meraki webbased Dashboard, creating a secure and sophisticated network takes just minutes.
Dashboard provides network wide frequency planning, automatic, over the air firmware upgrades, hosted branding, and simplified authentication.
In addition, the MR58 features Meraki’s award-winning mesh technology, which can further reduce installation time.
An MR58-based network costs a fraction of traditional network infrastructure. Elimination of separate controllers and software help minimize upfront expense, while simplified web-based management reduces ongoing costs. Drawing only 8 watts of power, the MR58 also helps decrease power consumption.
MR58 Highlights
- Ideal for high-performance outdoor mesh and point-to-point deployments
- Triple-concurrent 802.11n radios provide up to 900 Mbps throughput
- High performance point-to-point links with optional panel antennas
- Ultra-high performance 3-radio mesh
- Layer 7 application fingerprinting and QoS
- Built-in enterprise security, guest access, and NAC
- Self-configuring, plug-and-play deployment
- Automatic cloud-based RF optimization with spectrum analysis
MR62 & MR66
Outdoor Access Points and the Meraki Cloud Controller: A Powerful Combination
Managed through the Meraki Enterprise Cloud Controller, with an intuitive browser-based interface that lets you get up and running quickly without training or certifications.
Self-configuring and managed over the web, can even be deployed at a remote location without on-site IT staff.
Monitored 24×7 from the Meraki Enterprise Cloud Controller, real-time alerts are delovered if your network encounters problems.
Remote diagnostics tools also enable realtime troubleshooting over the web.
The firmware is always kept up to date from the cloud.
New features, bug fixes, and enhancements are delivered seamlessly over the web, so you never have to manually download software updates or worry about missing security patches.
- Ideal for harsh outdoor and industrial indoor environments
- Focused sector coverage with optional panel antennas
- Self-healing mesh routing
- Built-in enterprise security, guest access, and NAC
- Self-configuring, plug-andplay deployment
- Automatic cloud-based RF optimization with spectrum analysis.
MR62 Highlights
- Single radio 802.11n with up to 300 Mbps throughput
- Ruggedized, outdoor cloudmanaged wireless LAN
The Meraki MR62 is an enterprise class, single-radio 802.11n cloud managed access point designed for deployments in harsh outdoor locations and industrial indoor environments.
The MR62 uses advanced 802.11n technologies including MIMO and beamforming to deliver the throughput and reliable coverage required by the most demanding business applications, even in harsh environments.
MR66 Highlights
- Dual-concurrent 802.11n radios with up to 600 Mbps throughput
- Point-to-point links with optional panel antennas
- High performance multi-radio mesh routing
- High performance, ruggedized, outdoor cloud-managed wireless LAN
The Meraki MR66 is an enterprise class, dual-concurrent 802.11n cloud managed access point designed for high-density deployments in harsh
outdoor locations and industrial indoor environments.
The MR66 features dual-concurrent, dual-band operation and advanced 802.11n technologies such as MIMO and beamforming,
delivering the high capacity, throughput and reliable coverage required by the most demanding business applications, even in harsh environments.
