The document discusses Cisco Meraki MR series cloud-managed wireless access points. Key points include:
- Meraki MR APs leverage cloud management to provide centralized visibility and control without on-site wireless controllers.
- They are designed for challenging enterprise environments with multiple radios, high performance hardware, and advanced software features.
- Centralized cloud management allows for seamless management of campus-wide and multi-site networks through features like zero-touch provisioning, network-wide visibility and control, and automated firmware updates.
The document summarizes Meraki's MR series of cloud-managed wireless access points. It describes key features such as:
- Cloud-managed architecture that provides centralized management without on-site controllers and enables zero-touch provisioning of access points.
- Support for advanced WiFi 6 technologies like MU-MIMO and OFDMA to deliver high throughput and coverage for demanding applications.
- Integrated security features including guest access, device identification and policies, and an intrusion prevention system.
- Remote management capabilities that allow configuration and diagnostics from any location for distributed deployments.
The Meraki Cloud Controller (MCC) powers a premium-featured enterprise wireless LAN without the cost or complexity of traditional solutions. Designed to provide wireless access to the corporate LAN for offices of any size, industrial firms, retailers, educational institutions and multi-site locations.
This document compares Meraki wireless access points to Ruckus access points. It summarizes that Meraki APs are managed through a cloud-based controller, allowing for centralized, scalable management without additional on-site hardware. In contrast, Ruckus APs require on-site hardware controllers. The document also reports the results of performance tests where Meraki APs outperformed Ruckus and Cisco APs in terms of signal strength, coverage, and throughput. It shares a case study of a school district that performed tests and also found Meraki APs to outperform Ruckus models.
Cisco Meraki offers a complete cloud-managed IT solution including wireless, switching, security, mobility management, and communications products. All products are centrally managed through a web-based dashboard for ease of deployment and management. Meraki provides these solutions to over 60 service providers globally to offer turnkey managed services for small and medium businesses as well as bespoke enterprise solutions. Key benefits of Meraki for service providers include simplified deployment, differentiated service offerings, and increased profit margins.
An introduction to Meraki as a company and a technology. Meraki have just been awarded visionary status is Gartners 2011 magic quadrant for Wireless LAN and have recently announced the MX range of Cloud-Managed Routers, Meraki, Making Branch Networking Easy.
The Meraki MR24 is an enterprise class, dual-concurrent 3x3MIMO 802.11n access point designed for high-density deployments in large offices, schools, hospitals and hotels that require premium performance. Only available with the Meraki Enterprise Cloud Controller.
WiNG 5 is Motorola Solutions' next generation wireless LAN operating system that provides distributed intelligence and software-defined networking capabilities. It scales from small single-site networks to large multi-site global deployments. WiNG 5 distributes controller functionality to every access point, allowing them to work together to route traffic through the most efficient path. This provides high performance, reliability, security and manageability along with seamless mobility for users.
The document summarizes Meraki's MR series of cloud-managed wireless access points. It describes key features such as:
- Cloud-managed architecture that provides centralized management without on-site controllers and enables zero-touch provisioning of access points.
- Support for advanced WiFi 6 technologies like MU-MIMO and OFDMA to deliver high throughput and coverage for demanding applications.
- Integrated security features including guest access, device identification and policies, and an intrusion prevention system.
- Remote management capabilities that allow configuration and diagnostics from any location for distributed deployments.
The Meraki Cloud Controller (MCC) powers a premium-featured enterprise wireless LAN without the cost or complexity of traditional solutions. Designed to provide wireless access to the corporate LAN for offices of any size, industrial firms, retailers, educational institutions and multi-site locations.
This document compares Meraki wireless access points to Ruckus access points. It summarizes that Meraki APs are managed through a cloud-based controller, allowing for centralized, scalable management without additional on-site hardware. In contrast, Ruckus APs require on-site hardware controllers. The document also reports the results of performance tests where Meraki APs outperformed Ruckus and Cisco APs in terms of signal strength, coverage, and throughput. It shares a case study of a school district that performed tests and also found Meraki APs to outperform Ruckus models.
Cisco Meraki offers a complete cloud-managed IT solution including wireless, switching, security, mobility management, and communications products. All products are centrally managed through a web-based dashboard for ease of deployment and management. Meraki provides these solutions to over 60 service providers globally to offer turnkey managed services for small and medium businesses as well as bespoke enterprise solutions. Key benefits of Meraki for service providers include simplified deployment, differentiated service offerings, and increased profit margins.
An introduction to Meraki as a company and a technology. Meraki have just been awarded visionary status is Gartners 2011 magic quadrant for Wireless LAN and have recently announced the MX range of Cloud-Managed Routers, Meraki, Making Branch Networking Easy.
The Meraki MR24 is an enterprise class, dual-concurrent 3x3MIMO 802.11n access point designed for high-density deployments in large offices, schools, hospitals and hotels that require premium performance. Only available with the Meraki Enterprise Cloud Controller.
WiNG 5 is Motorola Solutions' next generation wireless LAN operating system that provides distributed intelligence and software-defined networking capabilities. It scales from small single-site networks to large multi-site global deployments. WiNG 5 distributes controller functionality to every access point, allowing them to work together to route traffic through the most efficient path. This provides high performance, reliability, security and manageability along with seamless mobility for users.
ZoneManager is a cloud-based WLAN controller that removes the need for traditional on-site wireless controllers. It provides a centralized network management service via a single dashboard from anywhere in the world at any time. This reduces the cost and complexity of managing distributed WiFi networks. The solution offers enterprise-grade features such as location-based services, advanced guest management, and superior network analytics.
Ixia's Visibility Architecture is built on the industry’s most comprehensive network visibility product portfolio and includes network access solutions, network packet brokers, application and session visibility solutions, and an integrated management platform. The portfolio enables end-to-end visibility and security across physical and virtual networks. It helps companies speed application delivery and network trouble resolution, improve monitoring for network security, application performance, and service level agreement (SLA) fulfillment – as well as to meet compliance mandates. Ixia's Visibility Architecture simply delivers a new perspective on network visibility.
Cisco Connect Halifax 2018 Cisco Meraki -let simple work for youCisco Canada
Cisco Meraki provides a complete cloud-managed IT solution including wireless access points, switches, security appliances, network insights, and endpoint management. Their portfolio has grown to over 250,000 unique customers managing over 3.5 million Meraki devices. Meraki's solutions are simplified and centrally managed through an integrated cloud platform, providing benefits such as reduced IT resources, greater manageability, and up to 67% cost savings compared to on-premise solutions.
WLAN controllers help simplify and reduce the costs of deploying and managing wireless networks. They work with Cisco access points and management software to provide scalable and reliable wireless services for applications like voice, data, and location tracking across enterprise environments like branch offices and outdoor campuses. Key benefits of wireless networks include flexibility, faster response to business needs through centralized management, quality of service for voice and video, and network-wide security policies. Cisco wireless solutions also offer features like dynamic channel assignment, interference detection and avoidance, load balancing, and coverage hole detection to optimize network performance.
The Motorola AirDefense Services Platform provides holistic network services management for wireless LAN networks. It simplifies management, monitoring, and protection of WLAN networks through three key functions: security and compliance, network assurance, and infrastructure management. The modular platform maximizes deployment flexibility and minimizes costs. It combines information from network sensors and access points with analytical tools to provide 24/7 monitoring, automated security functions, compliance, multi-vendor management, and remote troubleshooting.
This document discusses cloud managed networking solutions from Meraki. It provides an overview of the benefits of cloud managed networking such as simplified management across network devices from a single dashboard, scalability to support networks of all sizes, and reduced costs through centralized management and software-based features. Specific Meraki products are highlighted, including wireless access points, switches, security appliances, and security cameras, all of which can be centrally managed from the cloud.
2. Explain the use of cloud management for centralized control of a .pdfsales96
2. Explain the use of cloud management for centralized control of a wireless network.
Solution
Answer:-
Cloud Management wireless Network:
The Cloud Management wireless Network brings the benefits of the cloud to enterprise
networking, delivering easy to use, cost effective wired and wireless networks that are centrally
managed and control over the web.
CLOUD MANAGEMENT :
1) Network-wide visibility and control
2) Self-provisioning for rapid deployment
3) Automatic reporting
4) Seamless firmware updates
FEATURES:
1) Central Management
2) Application Control
3) Guest WiFi
4) Enterprise Security
5) Teleworker VPN
6) Device Management
KEY BENEFITS:-
1) Rapid deployment with self-provisioning, self-optimizing hardware
2) Control applications, users and devices
3) Built-in multi-site management
4) Automatic monitoring and alerts
IDEAL USE CASES:-
1) Small branches and low-density deployments
2) Remote employees (via built-in VPN capability)
CLOUD NETWORKING ARCHITECTURE:-
High capacity on-site hardware, centrally managed from the cloud
CENTRALLY MANAGED FROM THE CLOUD:
The Cloud Managed Networking Controller provides powerful and intuitive centralized
management, while eliminating the cost and complexity of traditional on-site wireless
controllers. It seamlessly manages campus-wide WiFi deployments and distributed multi-site
networks with zero-touch access point provisioning, network-wide visibility and control, cloud-
based RF optimization, seamless firmware updates .
CONTROL APPLICATIONS, USERS, AND DEVICES:
THE CONTROL APPLICATIONS, USERS, AND DEVICES Identify hundreds of applications,
from business apps to BitTorrent and YouTube. Prioritize critical apps like VoIP, and limit or
block wasteful bandwidth consumption such as P2P file sharing. Apply policies by device type,
automatically assigning VLAN tags, traffic shaping rules, bandwidth limits, and firewall policies
to iPads and other device types.
GUEST WIFI :
The Cloud Managed Networking offers secure, easy to manage guest access out-of-the-box -
without extra appliances, licenses, or complex VLAN configurations. Its built-in firewall and
DHCP server provide a complete guest WiFi solution, enabling secure, Internet-only access that
protects your LAN and other clients from virus or information leaks.aping rules, bandwidth
limits, and firewall policies to iPads and other device types.
ENTERPRISE SECURITY:
The Cloud Managed Networking Controller provides complete out-of-the-box enterprise class
security. Segment wireless users, applications, and devices; secure your network from attacks;
and enforce the right policies for each class of users. Its built-in stateful policy firewall,
802.1X/RADIUS support, and native Active Directory integration deliver fine-grained access
control, while its Guest Access Firewall provides secure, Internet-only guest WiFi in just one
click. With built-in features like Network Access Control (NAC) and Wireless Intrusion
Detection and Prevention (WIDS/WIPS), it enable.
Meraki is a leader in cloud networking with over 18,000 customer networks in 145 countries. It focuses on cloud-managed secure networking and was founded in 2006 at MIT. Meraki uses extensive R&D to develop cloud management systems and wireless access points. It has experienced strong triple-digit annual revenue growth. The global WLAN market is growing significantly due to factors like increased smartphone and tablet shipments. Meraki addresses networking challenges through its cloud-managed products which provide benefits like easy manageability, scalability, and cost savings compared to on-site solutions.
The Meraki MR16 is an enterprise class, dual-concurrent 802.11n
access point designed for high-density deployments in large offices,
schools, hospitals, hotels and large retail stores. The MR16 features
dual-concurrent, dual-band operation and advanced 802.11n
technologies such as MIMO and beam forming, delivering the high
throughput and reliable coverage required by the most demanding
business applications like voice and video.
Designed for demanding office environments, the MR16 offers twice the throughput and performance of MR12, and provides high-speed, reliable and cost-effective wireless coverage even in the most challenging indoor RF scenarios. Only available with the Meraki Enterprise Cloud Controller.
Draft Juniper Experience First Networking | SlideshareSelena829218
The document summarizes Juniper's experience-first networking solutions which include AI-driven wired and wireless access solutions, Session Smart SD-WAN, automated WAN solutions, and cloud-ready data centers. These solutions are driven by Mist AI to provide visibility, automation, and assurance from client to cloud to optimize user experiences. Key benefits include proactive automation through AIOps, service level monitoring and enforcement, anomaly detection, and AI-driven actions.
Cyberoam offers virtual network security appliances that provide comprehensive security for virtualized environments. The appliances can scan inter-VM traffic, protect against hypervisor vulnerabilities, and enable separation of duties. They consolidate multiple security functions and can be deployed as unified threat management or next generation firewall solutions. Cyberoam's virtual appliances are easy to deploy, help with compliance management, and allow centralized management of physical and virtual infrastructure.
Cyberoam offers virtual network security appliances that provide comprehensive security for virtualized environments. The appliances can scan inter-VM traffic, protect against hypervisor vulnerabilities, and enable separation of duties. They consolidate multiple security functions and can be deployed as unified threat management or next generation firewall solutions. Cyberoam's virtual appliances are easy to deploy, help with compliance management, and allow centralized management of physical and virtual infrastructure.
Cyberoam offers virtual network security appliances that provide comprehensive security for virtualized environments. The appliances can scan inter-VM traffic, protect against hypervisor vulnerabilities, and enable security policies and separation of duties. They consolidate multiple security functions and can be deployed as unified threat management or next generation firewall solutions. The virtual appliances are easy to deploy, manage centrally, and scale up as needs grow.
Cyberoam offers virtual network security appliances that provide comprehensive security for virtualized environments. The appliances can scan inter-VM traffic, protect against hypervisor vulnerabilities, and enable separation of duties. They consolidate multiple security functions and can be deployed as unified threat management or next generation firewall solutions. Cyberoam's virtual appliances are easy to deploy, help with compliance management, and allow centralized management of physical and virtual infrastructure.
- The document discusses wireless LAN solutions from Motorola that provide flexible, high-performance wireless access for businesses. It describes Motorola's portfolio of wireless controllers, access points, and integrated services platforms that deliver centralized management, security, reliability, and low total cost of ownership. Key features highlighted include distributed intelligence, robust authentication/encryption, guest access, VPN, and network monitoring capabilities.
Gigamon Pervasive Visibility into SDDC/NSX DeploymentsAngel Villar Garea
Gigamon and VMware are partnering to provide visibility into virtual and physical networks by integrating Gigamon's Visibility Fabric with VMware's NSX platform. The Visibility Fabric uses physical and virtual nodes to intelligently filter and direct traffic to monitoring tools based on user-defined rules. It monitors VXLAN and virtual networks created by NSX by decapsulating traffic, extending visibility policies to virtual machines, and allowing automated migration of policies during vMotion. This integration provides pervasive visibility into virtual and physical infrastructure to analyze network performance, security threats, and application behavior in software-defined data centers.
Cisco Umbrella is the easiest and fastest cloud security platform for provisioning secure and compliant guest Wi-Fi. Our
solution’s simplicity and performance is the reason Fortune 50 retailers, top universities, and some of the largest hospitals in
the US trust Umbrella to protect their Wi-Fi.
The document summarizes Aerohive's cloud networking solutions for enterprises. It discusses how Aerohive addresses issues with traditional controller-based WiFi networks through a controller-less architecture that distributes intelligence to access points. This allows for simple, cost-effective deployment of WiFi across locations of any size. Aerohive also leverages cloud services to further reduce complexity and costs while providing enterprise-grade security and performance across wired and wireless networks.
Kinetic studies on malachite green dye adsorption from aqueous solutions by A...Open Access Research Paper
Water polluted by dyestuffs compounds is a global threat to health and the environment; accordingly, we prepared a green novel sorbent chemical and Physical system from an algae, chitosan and chitosan nanoparticle and impregnated with algae with chitosan nanocomposite for the sorption of Malachite green dye from water. The algae with chitosan nanocomposite by a simple method and used as a recyclable and effective adsorbent for the removal of malachite green dye from aqueous solutions. Algae, chitosan, chitosan nanoparticle and algae with chitosan nanocomposite were characterized using different physicochemical methods. The functional groups and chemical compounds found in algae, chitosan, chitosan algae, chitosan nanoparticle, and chitosan nanoparticle with algae were identified using FTIR, SEM, and TGADTA/DTG techniques. The optimal adsorption conditions, different dosages, pH and Temperature the amount of algae with chitosan nanocomposite were determined. At optimized conditions and the batch equilibrium studies more than 99% of the dye was removed. The adsorption process data matched well kinetics showed that the reaction order for dye varied with pseudo-first order and pseudo-second order. Furthermore, the maximum adsorption capacity of the algae with chitosan nanocomposite toward malachite green dye reached as high as 15.5mg/g, respectively. Finally, multiple times reusing of algae with chitosan nanocomposite and removing dye from a real wastewater has made it a promising and attractive option for further practical applications.
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Similar to This is only a test preso using online contentpptx
ZoneManager is a cloud-based WLAN controller that removes the need for traditional on-site wireless controllers. It provides a centralized network management service via a single dashboard from anywhere in the world at any time. This reduces the cost and complexity of managing distributed WiFi networks. The solution offers enterprise-grade features such as location-based services, advanced guest management, and superior network analytics.
Ixia's Visibility Architecture is built on the industry’s most comprehensive network visibility product portfolio and includes network access solutions, network packet brokers, application and session visibility solutions, and an integrated management platform. The portfolio enables end-to-end visibility and security across physical and virtual networks. It helps companies speed application delivery and network trouble resolution, improve monitoring for network security, application performance, and service level agreement (SLA) fulfillment – as well as to meet compliance mandates. Ixia's Visibility Architecture simply delivers a new perspective on network visibility.
Cisco Connect Halifax 2018 Cisco Meraki -let simple work for youCisco Canada
Cisco Meraki provides a complete cloud-managed IT solution including wireless access points, switches, security appliances, network insights, and endpoint management. Their portfolio has grown to over 250,000 unique customers managing over 3.5 million Meraki devices. Meraki's solutions are simplified and centrally managed through an integrated cloud platform, providing benefits such as reduced IT resources, greater manageability, and up to 67% cost savings compared to on-premise solutions.
WLAN controllers help simplify and reduce the costs of deploying and managing wireless networks. They work with Cisco access points and management software to provide scalable and reliable wireless services for applications like voice, data, and location tracking across enterprise environments like branch offices and outdoor campuses. Key benefits of wireless networks include flexibility, faster response to business needs through centralized management, quality of service for voice and video, and network-wide security policies. Cisco wireless solutions also offer features like dynamic channel assignment, interference detection and avoidance, load balancing, and coverage hole detection to optimize network performance.
The Motorola AirDefense Services Platform provides holistic network services management for wireless LAN networks. It simplifies management, monitoring, and protection of WLAN networks through three key functions: security and compliance, network assurance, and infrastructure management. The modular platform maximizes deployment flexibility and minimizes costs. It combines information from network sensors and access points with analytical tools to provide 24/7 monitoring, automated security functions, compliance, multi-vendor management, and remote troubleshooting.
This document discusses cloud managed networking solutions from Meraki. It provides an overview of the benefits of cloud managed networking such as simplified management across network devices from a single dashboard, scalability to support networks of all sizes, and reduced costs through centralized management and software-based features. Specific Meraki products are highlighted, including wireless access points, switches, security appliances, and security cameras, all of which can be centrally managed from the cloud.
2. Explain the use of cloud management for centralized control of a .pdfsales96
2. Explain the use of cloud management for centralized control of a wireless network.
Solution
Answer:-
Cloud Management wireless Network:
The Cloud Management wireless Network brings the benefits of the cloud to enterprise
networking, delivering easy to use, cost effective wired and wireless networks that are centrally
managed and control over the web.
CLOUD MANAGEMENT :
1) Network-wide visibility and control
2) Self-provisioning for rapid deployment
3) Automatic reporting
4) Seamless firmware updates
FEATURES:
1) Central Management
2) Application Control
3) Guest WiFi
4) Enterprise Security
5) Teleworker VPN
6) Device Management
KEY BENEFITS:-
1) Rapid deployment with self-provisioning, self-optimizing hardware
2) Control applications, users and devices
3) Built-in multi-site management
4) Automatic monitoring and alerts
IDEAL USE CASES:-
1) Small branches and low-density deployments
2) Remote employees (via built-in VPN capability)
CLOUD NETWORKING ARCHITECTURE:-
High capacity on-site hardware, centrally managed from the cloud
CENTRALLY MANAGED FROM THE CLOUD:
The Cloud Managed Networking Controller provides powerful and intuitive centralized
management, while eliminating the cost and complexity of traditional on-site wireless
controllers. It seamlessly manages campus-wide WiFi deployments and distributed multi-site
networks with zero-touch access point provisioning, network-wide visibility and control, cloud-
based RF optimization, seamless firmware updates .
CONTROL APPLICATIONS, USERS, AND DEVICES:
THE CONTROL APPLICATIONS, USERS, AND DEVICES Identify hundreds of applications,
from business apps to BitTorrent and YouTube. Prioritize critical apps like VoIP, and limit or
block wasteful bandwidth consumption such as P2P file sharing. Apply policies by device type,
automatically assigning VLAN tags, traffic shaping rules, bandwidth limits, and firewall policies
to iPads and other device types.
GUEST WIFI :
The Cloud Managed Networking offers secure, easy to manage guest access out-of-the-box -
without extra appliances, licenses, or complex VLAN configurations. Its built-in firewall and
DHCP server provide a complete guest WiFi solution, enabling secure, Internet-only access that
protects your LAN and other clients from virus or information leaks.aping rules, bandwidth
limits, and firewall policies to iPads and other device types.
ENTERPRISE SECURITY:
The Cloud Managed Networking Controller provides complete out-of-the-box enterprise class
security. Segment wireless users, applications, and devices; secure your network from attacks;
and enforce the right policies for each class of users. Its built-in stateful policy firewall,
802.1X/RADIUS support, and native Active Directory integration deliver fine-grained access
control, while its Guest Access Firewall provides secure, Internet-only guest WiFi in just one
click. With built-in features like Network Access Control (NAC) and Wireless Intrusion
Detection and Prevention (WIDS/WIPS), it enable.
Meraki is a leader in cloud networking with over 18,000 customer networks in 145 countries. It focuses on cloud-managed secure networking and was founded in 2006 at MIT. Meraki uses extensive R&D to develop cloud management systems and wireless access points. It has experienced strong triple-digit annual revenue growth. The global WLAN market is growing significantly due to factors like increased smartphone and tablet shipments. Meraki addresses networking challenges through its cloud-managed products which provide benefits like easy manageability, scalability, and cost savings compared to on-site solutions.
The Meraki MR16 is an enterprise class, dual-concurrent 802.11n
access point designed for high-density deployments in large offices,
schools, hospitals, hotels and large retail stores. The MR16 features
dual-concurrent, dual-band operation and advanced 802.11n
technologies such as MIMO and beam forming, delivering the high
throughput and reliable coverage required by the most demanding
business applications like voice and video.
Designed for demanding office environments, the MR16 offers twice the throughput and performance of MR12, and provides high-speed, reliable and cost-effective wireless coverage even in the most challenging indoor RF scenarios. Only available with the Meraki Enterprise Cloud Controller.
Draft Juniper Experience First Networking | SlideshareSelena829218
The document summarizes Juniper's experience-first networking solutions which include AI-driven wired and wireless access solutions, Session Smart SD-WAN, automated WAN solutions, and cloud-ready data centers. These solutions are driven by Mist AI to provide visibility, automation, and assurance from client to cloud to optimize user experiences. Key benefits include proactive automation through AIOps, service level monitoring and enforcement, anomaly detection, and AI-driven actions.
Cyberoam offers virtual network security appliances that provide comprehensive security for virtualized environments. The appliances can scan inter-VM traffic, protect against hypervisor vulnerabilities, and enable separation of duties. They consolidate multiple security functions and can be deployed as unified threat management or next generation firewall solutions. Cyberoam's virtual appliances are easy to deploy, help with compliance management, and allow centralized management of physical and virtual infrastructure.
Cyberoam offers virtual network security appliances that provide comprehensive security for virtualized environments. The appliances can scan inter-VM traffic, protect against hypervisor vulnerabilities, and enable separation of duties. They consolidate multiple security functions and can be deployed as unified threat management or next generation firewall solutions. Cyberoam's virtual appliances are easy to deploy, help with compliance management, and allow centralized management of physical and virtual infrastructure.
Cyberoam offers virtual network security appliances that provide comprehensive security for virtualized environments. The appliances can scan inter-VM traffic, protect against hypervisor vulnerabilities, and enable security policies and separation of duties. They consolidate multiple security functions and can be deployed as unified threat management or next generation firewall solutions. The virtual appliances are easy to deploy, manage centrally, and scale up as needs grow.
Cyberoam offers virtual network security appliances that provide comprehensive security for virtualized environments. The appliances can scan inter-VM traffic, protect against hypervisor vulnerabilities, and enable separation of duties. They consolidate multiple security functions and can be deployed as unified threat management or next generation firewall solutions. Cyberoam's virtual appliances are easy to deploy, help with compliance management, and allow centralized management of physical and virtual infrastructure.
- The document discusses wireless LAN solutions from Motorola that provide flexible, high-performance wireless access for businesses. It describes Motorola's portfolio of wireless controllers, access points, and integrated services platforms that deliver centralized management, security, reliability, and low total cost of ownership. Key features highlighted include distributed intelligence, robust authentication/encryption, guest access, VPN, and network monitoring capabilities.
Gigamon Pervasive Visibility into SDDC/NSX DeploymentsAngel Villar Garea
Gigamon and VMware are partnering to provide visibility into virtual and physical networks by integrating Gigamon's Visibility Fabric with VMware's NSX platform. The Visibility Fabric uses physical and virtual nodes to intelligently filter and direct traffic to monitoring tools based on user-defined rules. It monitors VXLAN and virtual networks created by NSX by decapsulating traffic, extending visibility policies to virtual machines, and allowing automated migration of policies during vMotion. This integration provides pervasive visibility into virtual and physical infrastructure to analyze network performance, security threats, and application behavior in software-defined data centers.
Cisco Umbrella is the easiest and fastest cloud security platform for provisioning secure and compliant guest Wi-Fi. Our
solution’s simplicity and performance is the reason Fortune 50 retailers, top universities, and some of the largest hospitals in
the US trust Umbrella to protect their Wi-Fi.
The document summarizes Aerohive's cloud networking solutions for enterprises. It discusses how Aerohive addresses issues with traditional controller-based WiFi networks through a controller-less architecture that distributes intelligence to access points. This allows for simple, cost-effective deployment of WiFi across locations of any size. Aerohive also leverages cloud services to further reduce complexity and costs while providing enterprise-grade security and performance across wired and wireless networks.
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Kinetic studies on malachite green dye adsorption from aqueous solutions by A...Open Access Research Paper
Water polluted by dyestuffs compounds is a global threat to health and the environment; accordingly, we prepared a green novel sorbent chemical and Physical system from an algae, chitosan and chitosan nanoparticle and impregnated with algae with chitosan nanocomposite for the sorption of Malachite green dye from water. The algae with chitosan nanocomposite by a simple method and used as a recyclable and effective adsorbent for the removal of malachite green dye from aqueous solutions. Algae, chitosan, chitosan nanoparticle and algae with chitosan nanocomposite were characterized using different physicochemical methods. The functional groups and chemical compounds found in algae, chitosan, chitosan algae, chitosan nanoparticle, and chitosan nanoparticle with algae were identified using FTIR, SEM, and TGADTA/DTG techniques. The optimal adsorption conditions, different dosages, pH and Temperature the amount of algae with chitosan nanocomposite were determined. At optimized conditions and the batch equilibrium studies more than 99% of the dye was removed. The adsorption process data matched well kinetics showed that the reaction order for dye varied with pseudo-first order and pseudo-second order. Furthermore, the maximum adsorption capacity of the algae with chitosan nanocomposite toward malachite green dye reached as high as 15.5mg/g, respectively. Finally, multiple times reusing of algae with chitosan nanocomposite and removing dye from a real wastewater has made it a promising and attractive option for further practical applications.
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Presented by The Global Peatlands Assessment: Mapping, Policy, and Action at GLF Peatlands 2024 - The Global Peatlands Assessment: Mapping, Policy, and Action
Optimizing Post Remediation Groundwater Performance with Enhanced Microbiolog...Joshua Orris
Results of geophysics and pneumatic injection pilot tests during 2003 – 2007 yielded significant positive results for injection delivery design and contaminant mass treatment, resulting in permanent shut-down of an existing groundwater Pump & Treat system.
Accessible source areas were subsequently removed (2011) by soil excavation and treated with the placement of Emulsified Vegetable Oil EVO and zero-valent iron ZVI to accelerate treatment of impacted groundwater in overburden and weathered fractured bedrock. Post pilot test and post remediation groundwater monitoring has included analyses of CVOCs, organic fatty acids, dissolved gases and QuantArray® -Chlor to quantify key microorganisms (e.g., Dehalococcoides, Dehalobacter, etc.) and functional genes (e.g., vinyl chloride reductase, methane monooxygenase, etc.) to assess potential for reductive dechlorination and aerobic cometabolism of CVOCs.
In 2022, the first commercial application of MetaArray™ was performed at the site. MetaArray™ utilizes statistical analysis, such as principal component analysis and multivariate analysis to provide evidence that reductive dechlorination is active or even that it is slowing. This creates actionable data allowing users to save money by making important site management decisions earlier.
The results of the MetaArray™ analysis’ support vector machine (SVM) identified groundwater monitoring wells with a 80% confidence that were characterized as either Limited for Reductive Decholorination or had a High Reductive Reduction Dechlorination potential. The results of MetaArray™ will be used to further optimize the site’s post remediation monitoring program for monitored natural attenuation.
2. MR Cloud-Managed Wireless
Access Points
FAMILY DATASHEET
Overview
The Cisco Meraki MR series is an enterprise-grade line of cloud-managed WLAN
access points that leverage the award-winning Cisco Meraki cloud-managed
architecture to provide powerful and intuitive centralized management while
eliminating the cost and complexity of traditional on-site wireless controllers.
Meraki MR series APs are designed for challenging enterprise environments
characterized by high-performance hardware, multiple radios, and advanced
software features with proven scale and reliability (99.9 cloud SLA) to support
the most demanding use cases.
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3. Centralized cloud management
The Meraki cloud-managed architecture allows users to seamlessly manage campus-
wide Wi-Fi deployments and distributed multi-site networks with zero-touch access point
provisioning, network-wide visibility and control, self-learning RF optimization, seamless
firmware updates, and more. With an intuitive browser-based user interface, Meraki
WLAN configures in minutes without training or dedicated staff, offering scalability with
templates. Adding new sites to a network takes minutes, not hours or days, and there’s
no need to train additional staff to monitor or manage the remote networks. Meraki
devices are self-provisioning, enabling large campus and multi-site deployments without
on-site IT. Learning from billions of touchpoints, AI and data-powered Meraki Health
empowers customers with the data they need to stay informed and the context they
need to make decisions.
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4. Class-leading enterprise features
Meraki MR wireless access points come equipped with industry-leading features that
make them ideal for demanding enterprise deployments:
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• Self-configuring
plug-and-play deployment
• 802.11ax MU-MIMO with up to eight
spatial streams built for voice and video
• Dedicated radio for security and RF
optimization with integrated spectrum
analysis (indoor models)
• Advanced security to protect against
malware, ransomware, and C2 callbacks
with Umbrella integration
• Integrated intrusion detection and
prevention system (WIDS/WIPS)
• Intelligent firmware upgrades that
minimize downtime
• AI/ML-powered analytics for root cause
analysis and Wi-Fi troubleshooting
• Advanced application visibility with
Cisco Network-Based Application
Recognition (NBAR)
• Flexible group policy engine for creating
and applying application-aware policies
by network, device type, and end user
• Wi-Fi personal network (WPN) on any
shared network (dorms, senior living,
hotel rooms, etc.)
• Integrated Bluetooth® IoT radio
• IoT ready (ESL integration)
• Self-healing, zero-configuration mesh
• Intelligent firmware upgrades that
minimize client downtime
• Role-based administration and
automatic, scheduled firmware
upgrades delivered over the web
• Email and text message alerts upon
power loss, downtime, or
configuration changes
• FIPS-140-2 compliant, IPv6 compatible,
WFA-certified APs
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5. Rapid deployment and scalability
Built from the ground up for multi-site networks, Meraki access points have revolutionized
distributed branch wireless networking. Zero-touch deployments, multi-site visibility and
control, and automated alerts make deploying, securing, and centrally managing branch
networks a breeze.
The Meraki cloud-managed architecture enables plug-and-play branch deployments and
provides centralized visibility and control across any number of distributed locations.
Since Meraki MR series APs are managed entirely through the Meraki web-based
dashboard, configuration and diagnostics can be performed remotely just as easily as
on-site, eliminating costly field visits. Each device downloads its configuration via the
Meraki cloud, applying your network and security policies automatically so you don’t have
to provision them on-site.
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High-performance RF design
Every Meraki access point continuously and automatically monitors its surroundings
to maximize Wi-Fi performance. By measuring channel utilization, signal strength,
throughput, signals from non-Meraki APs, and non-Wi-Fi interference, Meraki APs
automatically optimize Wi-Fi performance of individual APs and maximize
system-wide performance.
Meraki APs have been deployed and proven in the most demanding environments,
supporting more than 100 users per AP and collectively serving hundreds of Mbps of
user traffic to thousands of devices. By eliminating traditional hardware controllers,
Meraki also eliminates the performance bottleneck that often chokes high-density
wireless deployments.
By measuring utilization from neighboring APs, detecting Wi-Fi signals from non-Meraki
APs, and identifying non-Wi-Fi interference, Meraki APs continuously stay on top of
changing and challenging conditions. Tools such as real-time spectrum analysis and live
channel utilization deliver immediate information on the RF environment at any part of the
network. Even in dynamic environments, Meraki networks automatically detect and adapt
to interference from non-Wi-Fi sources.
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6. Real-time and historical metrics ensure maximum
system-wide performance. Wireless channels, AP
output power, and client connection settings are
automatically adapted to changing performance
and interference conditions, eliminating the
need for tedious manual adjustment of dozens of
independent parameters.
Mesh networking, included in every Meraki AP,
extends coverage to hard-to-wire areas and
creates a self-healing network that is resilient to
cable and switch failures, continuing to operate
despite failures or configuration changes in the
rest of the network without the need for manual
configuration or optimization.
MULTI-SITE MANAGEMENT
LIVE TROUBLESHOOTING TOOLS AIR MARSHAL: REAL-TIME WIRELESS
INTRUSION PREVENTION SYSTEM
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USER ANALYTICS AND TRAFFIC SHAPING
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7. Enterprise security and a dedicated radio
The MR series comes equipped with complete out-of-the-box enterprise-
class security. Segment wireless users, applications, and devices; secure
your network from attacks; and enforce the right policies for each class
of users. A built-in stateful policy layer 3/layer 7 firewall, 802.1x/RADIUS
support, and native Active Directory integration deliver fine-grained access
control, while a guest access firewall provides secure, internet-only guest
Wi-Fi in just one click. Integrated network access control (NAC) provides
end-user antivirus scanning for accurate client device posture assessment
to protect your wired and wireless network against virus infections.
Indoor APs feature a radio dedicated to full-time scanning, rogue AP
containment, and automatic RF optimization. With Air Marshal, it’s
possible to set up a real-time wireless intrusion detection and prevention
system (WIDS/WIPS) with user-defined threat remediation policies and
intrusion alarms, enabling secure wireless environments without complex
setup or systems integration. Auto RF eliminates the need for manual RF
configuration by scanning the environment for utilization, interference, and
other metrics, and computing the optimal channel and power settings for
every AP in the network. Meraki WLANs are fully HIPAA and PCI compliant.
Meraki MR APs integrate with Cisco Umbrella™ (formerly OpenDNS)
offering a cloud-delivered first line of defense against security threats like
malware, ransomware, and phishing. Cisco Umbrella, the industry’s first
secure internet gateway, protects client devices at the DNS layer. The
integration ensures DNS blind spots are proactively monitored and not
exposed to malicious security threats.
Cisco ISE with change of authorization (CoA) provides secure access for
authorized guests, oversight on guest onboarding, and identifies potential
BYOD security threats.
Combine Meraki MR access points and Meraki MS switches to eliminate
manual per-access-port configurations and reduce installation costs with
SecurePort, which automatically authorizes the MR access point and
deploys security profiles
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8. Built-in guest access
Meraki cloud management provides the ability to customize and integrate splash pages
onto each Meraki MR access point, with options for click-through or sign-on splash
using your own RADIUS server or the Meraki cloud-based RADIUS user database. The
Meraki MR series features a complete array of built-in captive portal tools, including
a guest ambassador portal for new user sign-on, splash sign-in tracking, application
blocking and traffic shaping, free and paid tiers of access, integrated credit card
processing and prepaid code generation, and splash bypass for corporate-issued
or recognized devices.
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Presence
The Meraki MR series tracks probing MAC
addresses from associated and non-associated
clients. This data is exported in real time from the
access points to the Meraki cloud for analytics;
information is then calculated and presented in
the Meraki dashboard to display metrics such as
user dwell time, repeat visits, and capture rate
(people passing by vs. engaging with a site). This
information can be used by retail, hospitality, and
enterprise customers to understand foot traffic
and visitor behavior across sites in order to
facilitate optimization of opening hours, marketing
campaigns, and staffing policies.
PRESENCE ANALYTICS
(FOR NON-ASSOCIATED CLIENTS)
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9. BYOD-ready out of the box
User-owned devices have exploded onto networks
everywhere, with new iPads, Androids, and
smartphones connecting every day. Meraki MR
series APs feature built-in support for BYOD
and make it easier than ever to securely track
and support user-owned devices—without
extra appliances, licenses, or complex VLAN
configurations. Using integrated layer 7
fingerprinting, client devices are automatically
identified and classified, letting you distinguish
between iPads and iPhones, device operation
systems, and even manufacturers. Device-specific
policies can be automatically applied to restrict,
quarantine, or throttle user-owned devices. Client
fingerprinting, combined with a heuristics-driven
reporting engine, allows you to generate detailed
reports of BYOD clients that have connected,
measure the bandwidth and applications they’ve
accessed, and even see their percentage of total
traffic. Bonjour forwarding facilitates seamless
discovery of Apple devices across VLANs, rounding
out a full BYOD-centric feature set.
Combine Meraki MR access points with Meraki
cloud-based mobile device management (MDM)—called Meraki Systems Manager—to monitor each of your
organization’s devices, showing useful metrics, including client hardware/software information and recent
location, and centrally manage your corporate devices with a great degree of granularity. Log in with remote
desktop or command-line, push new applications, and remotely lock and erase devices. Meraki SM provides
secure and seamless client onboarding by encouraging devices connecting to corporate Wi-Fi to enroll in
Systems Manager and encrypting network traffic between a user’s device and the access point.
CLIENT LOCATION TRACKING
DEVICE REPORTING AND ANALYTICS
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10. Auto-tunneling VPN technology
Leveraging the Meraki cloud architecture, site-to-site VPNs can be enabled via a single
click without any command-line configurations or multistep key permission setups.
Complete with IPsec encryption, deploy the following architectural setups within minutes:
• Teleworker VPN: Securely extend the corporate LAN to remote sites wirelessly using
the MR series with your own server or a Meraki MX
• Site-to-site VPN: Multi-branch VPN with WAN optimization and content filtering
(using a Meraki MX security appliance)
• Secure roaming: Layer 2 and layer 3 roaming for large campus environments
Distributed packet processing
Meraki devices execute packet processing at the edge. Each wireless access point
features a high-performance CPU that enforces layer 3-7 firewall policies, application
QoS, network access control (NAC), and more. Meraki networks scale seamlessly—add
capacity by simply deploying more APs without concern for controller bottlenecks or
choke points.
Every Meraki wireless access point is built with the packet-processing resources to
secure and control its client traffic without need for a wireless LAN controller. Meraki APs
are built with a high-performance CPU, hardware-accelerated encryption, and extended
memory resources to implement stateful firewall policies, voice and video optimization,
and even layer 7 traffic classification and QoS.
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11. Cloud-managed network assurance
Meraki Health
A unified network infrastructure platform allows IT
organizations to achieve faster issue remediation,
maximize uptime, and optimize performance.
By ingesting data from a complete network
infrastructure platform, the Meraki Health heuristics
engine rapidly identifies anomalies impacting
wireless end users’ experiences across every stage
of client connectivity—association, authentication,
IP addressing, and DNS availability—for rapid root-
cause analysis and response.
Global scalability
Using Meraki Health, immediate visibility is
provided to identify problematic APs and clients,
gain actionable insights to pinpoint stages of
failure, and determine if users are able to access
the network. Remotely identify problematic
devices anywhere across a campus or thousands
of separate geographical sites and access built-in
live troubleshooting tools. Globally apply network
data collection to extract insights and make
configuration changes at scale to optimize
Wi-Fi performance.
Analytics
Rich analytics ensure performance levels with
color-coded historical metrics—signal quality, client
count, wireless latency, channel utilization, and
data rates—allowing for time-based correlation
to significant events. Real-time analytics are
provided for specific access points as well as
individual wireless clients. Client timelines include
automated root-cause identification and suggested
remediation for client connectivity failures.
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12. Network-wide visibility
Visibility and status of the entire network is provided when combining Meraki access
points with Meraki switches and routers. The end-to-end network infrastructure
snapshot shows client connectivity failures and metrics that would dictate the health
of a connection or device along the path to the network’s layer 3 gateway. With a
reduction in reactive troubleshooting and an increase in proactive and predictive
network management, client, application, and service performance can be assured.
• 6 GHz band offers interference-free
spectrum, lower latency, and jitter
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• Three client-serving radios operating
in 2.4 GHz, 5 GHz, and 6 GHz,
offering up to 7.8 Gbps of throughput
• 7 times more 80 MHz channels (14)
compared to 5 GHz (2)*
• WPA3 security
• IoT ready with Bluetooth® Low Energy
and USB support
*For regions enabling 1200 MHz of spectrum in 6 GHz band
Wi-Fi 6E: A premium Wi-Fi experience
Wi-Fi 6 (802.11ax) introduced a number of enhancements over previous generations of
Wi-Fi, including higher throughput and lower latency, as well as more efficient traffic
management to address higher-density applications. Wi-Fi 6E takes wireless connectivity
into the 6 GHz band, representing 1200 MHz of spectrum between 5.925 GHz to 7.125
GHz—more than twice the available capacity of the 2.4 GHz and 5 GHz bands combined.
This allows for wider channels (80 MHz and 160 MHz) enabling a range of higher
bandwidth and latency-sensitive applications. Additionally, this spectrum will help ease
congestion, contention, and degradation issues in the legacy 2.4 GHz and 5 GHz bands.
Wi-Fi 6E helps you scale your mission-critical network infrastructure to meet the needs of
hybrid work, remote work, and smarter workspaces.
Key features of Meraki Wi-Fi 6E access points
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13. Flex (XOR) radio
The MR57 and CW9166 access points support a software-defined flex radio which can
be operated in either 5 GHz or 6 GHz mode. This provides an option to operate the AP in
either a dual 5 GHz configuration or a true tri-band configuration. Tri-band configuration
unlocks the use of the new spectrum in the 6 GHz frequency range, which provides
additional channels to increase throughput and reduce interference and noise from
legacy devices.
High availability/resilience
The flagship MR57 features dual configurable
Ethernet ports that can support 1, 2.5, or 5 Gbps,
with link aggregation between both network ports
for redundancy and high availability.
Flexible deployment options - Catalyst 9100 series
wireless access points
The Catalyst 9100 series wireless access points bring the same reliability and security
of Cisco’s enterprise-class products with the flexibility to choose between Catalyst and
Meraki management.
Pairing the Cisco Catalyst 9160 series access points with the Meraki cloud platform gives
organizations a unified IT experience for network monitoring and management. Take
advantage of Cisco’s innovative platform, built for scale and simplicity and enhanced by
AI, so you can network your way.
MR57
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15. Product options: indoor Wi-Fi 6
MR36 MR3 6 ( H ) MR44
Usage Next-generation entry-level
high-performance WI-Fi 6 AP
with security-scanning radio
and
Bluetooth® Low Energy included.
Next-generation in-room hotel or
dormitory deployments that
service IP-enabled devices using
high-performance Wi-Fi 6 AP.
Next-generation AP with Wi-Fi 6
technology. Ideal for medium-
density locations with security
scanning and Bluetooth® Low
Energy included.
R
adio
specification
1x 2.4 GHz
802.11b/g/n/ax 1x
5 GHz
802.11a/n/ac/ax
1x
802.
11b/
g/n
1x
802.
11a/
n/ac
1x 2.4 GHz
802.11b/g/n/ax 1x
5 GHz
802.11a/n/ac/ax
1x WIDS/WIPS 1x WIDS/WIPS 1x WIDS/WIPS
1x Bluetooth® radio 1x Bluetooth® radio 1x Bluetooth® radio
1.7 Gbit/sec max rate 1.3 Gbit/sec max rate 3 Gbit/sec max rate
2 x 2:2 MU-MIMO with beamforming 2 x 2:2 MU-MIMO with beamforming 2 x 2:2 + 4 x 4 : 4 MU-MIMO
with beamforming
Interface 1x Gigabit Ethernet port 1x
Gigabit
Ethernet
passthro
ugh port
1x Gigabit Ethernet LAN port
with 802.3af PoE
2 x Gigabit Ethernet LAN ports
1x 2.5 Multigigabit Ethernet port
Power 802.3af PoE or DC power adapter 802.3at power
w/ 802.3af PoE
out/802.3af
compatible w/o
PoE out
802.3af/at PoE or DC power adapter
Performance
features
2 x 2:2 MU-MIMO and OFDMA
160 MHz channels1
Priority voice,
power save
(802.11e/WMM)
Hardware-accelerated encryption
2 x 2:2 MU-MIMO and OFDMA
Priority voice,
power save
(802.11e/WMM)
Hardware-accelerated
encryption Band steering
2 x 2:2 + 4 x 4 : 4 UL/DL MU-MIMO
and OFDMA
160 MHz channels1
Priority voice,
power save
(802.11e/WMM)
Band steering
Hardware-accelerated encryption
Band steering
Dimensions 9.84 in x 4.72 in x 1.42 in
(25 cm x 12 cm x 3.6 cm)
6.1 in x 4.3 in x 0.9 in
(15.5 cm x 11.0 cm x 2.3 cm)
12.05 in x 5.06 in x 1.74 in
(30.6 cm x 12.84 cm x 4 . 4 3 cm)
Weight 17.35 oz (0.5 kg) 17.35 oz (0.5 kg) 26.07 oz (0.74 kg)
1
Hardware capable
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16. Product options: indoor Wi-Fi 6
MR 4 6 ( E) MR56
Usage Next-generation AP with Wi-Fi 6 technology. Ideal for
high-density locations or focused wireless coverage
with security scanning, Bluetooth® Low Energy, and
external antenna option.
Next-generation AP with Wi-Fi 6 technology.
Ideal for ultra-high-density and performance
deployments. Security radio and Bluetooth® Low
Energy included.
R
adio
specification
1x 2.4
GHz
802.11b/g/
n/ax 1x
5 GHz
802.11a/n/
ac/ax
1x 2.4
GHz
802.11b/g/
n/ax 1x
5 GHz
802.11a/n/
ac/ax
1x WIDS/WIPS 1x WIDS/WIPS
1x Bluetooth® radio 1x Bluetooth® radio
3.5 Gbit/sec max rate 5.9 Gbit/sec max rate
4 x 4 : 4 MU-MIMO with beamforming 8 x 8:8 MU-MIMO with beamforming
Interface 1x 2.5 multigigabit Ethernet port 1x 5 Gbps multigigabit Ethernet port
Power 802.3at PoE or DC power adapter 802.3at PoE or DC power adapter
Performance
features
4 x 4 : 4 UL/DL MU-MIMO and OFDMA
160 MHz channels1
8 x 8:8 UL/DL MU-MIMO and OFDMA
160 MHz channels1
Priority voice, power save (802.11e/WMM) Priority voice, power save (802.11e/WMM)
Hardware-accelerated encryption Hardware-accelerated encryption
Band steering Band steering
Removable antennas (MR46E)
Dimensions 12.05 in x 5.06 in x 1.74 in
(30.6 cm x 12.84 cm x 4 . 4 3 cm) (MR46)
9.84 in x 4.72 in x 1.42 in
(30.72 cm x 15.62 cm x 3.49 cm) (MR46E)
12.83 in x 5.54 in x 1.76 in
(32.6 cm x 14.08 cm x 4.47 cm)
Weight 28.21 oz (0.8 kg) (MR46)
29.98 oz (0.85 kg) (MR46E)
35.27 oz (1 kg)
1
Hardware capable
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17. Product options: outdoor Wi-Fi 6
MR7 6 MR86
Usage Rugged/outdoor high-performance Wi-Fi 6 wireless
for outdoor campuses, industrial, point-to-point
links, and outdoor location services.
Rugged/outdoor highest-performance Wi-Fi 6
with multigigabit for tough RF and high-density
environments.
R
adio
specification
1
x
8
0
2
.
1
1
b
/
g
/
n
/
a
x
1
x
8
0
2
.
1
1
a
/
n
/
a
c
/
a
x
1x WIDS/WIPS
1x Bluetooth® radio
1.7 Gbit/sec max rate
2 x 2 x 2 MU-MIMO and OFDMA with beamforming
1
x
8
0
2
.
1
1
b
/
g
/
n
/
a
x
1
x
8
0
2
.
1
1
a
/
n
/
a
c
/
a
x
1x WIDS/WIPS
1x Bluetooth® radio
3.5 Gbit/sec max rate
4 x 4 x 4 MU-MIMO and OFDMA with beamforming
Interface 1× Gigabit Ethernet port
4 x External N-
type connectors
(antennas sold
separately)
1x 2.5 Gbps multigigabit Ethernet port
4 x External N-
type connectors
(antennas sold
separately)
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18. To learn more,
visit Meraki.com
License
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Description
All Cisco Meraki
MRaccess
points
LIC-ENT-1YR
LIC-ENT-3YR
LIC-ENT-5YR
LIC-ENT-7YR
LIC-ENT-10YR
LIC-MR-ADV-1Y
LIC-MR-ADV-3Y
LIC-MR-ADV-5Y
LIC-MR-UPGR-1Y
LIC-MR-UPGR-3Y
LIC-MR-UPGR-5Y
Cisco Meraki MR Enterprise License and Support, 1 Year
Cisco Meraki MR Enterprise License and Support, 3 Year
Cisco Meraki MR Enterprise License and Support, 5 Year
Cisco Meraki MR Enterprise License and Support, 7 Year
Cisco Meraki MR Enterprise License and Support, 10 Year
Cisco Meraki MR Advanced License and Support, 1 Year
Cisco Meraki MR Advanced License and Support, 3 Year
Cisco Meraki MR Advanced License and Support, 5 Year
Cisco Meraki MR ENT to ADV Upgrade License, 1 Year
Cisco Meraki MR ENT to ADV Upgrade License, 3 Year
Cisco Meraki MR ENT to ADV Upgrade License, 5 Year
Licensing
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