Cisco industry leadership offers a comprehensive catalog of wireless LAN products and software tools that enable continual access to information and other resources and to promote teamwork among workers, associates, vendors, and customers. Cisco’s wireless product families include Cisco’s Small Business, Aironet and Meraki lines of access points (APs), as well as Cisco’s Wireless LAN Controller plug-ins and standalone devices. Proteus’s certified wireless consultants can help businesses of all sizes to utilize Cisco wireless products to support the current model of Bring-Your-Own-Device (BYOD) computing by integrating their tethered and untethered environments to achieve easy configuration, consistently high throughput, single-point control, uniform policy enforcement, high availability, and across-the-board security.

Cisco Wireless Support Services

Cisco Security Architecture for BYOD and Wired/Wireless Networking

The Cisco Unified Wireless Network architecture can expand to as many as 18,000 APs with full Layer 3 connectivity across local or offsite locations such as business headquarters, college auditoriums, branch offices, and telecommuter homes. Cisco’s Wi-Fi access points and wireless controllers are components of Cisco’s Unified Wireless Network and are engineered to deliver the identical level of security, throughput, and manageability for wireless networks that companies expect in their wired networks. Cisco’s architecture includes built-in mobility services like IP voice, high-definition IP video, and safe guest connectivity. Cisco’s Unified Wireless solution enables companies to build wireless ecosystems that streamline the way they do business and enhance output via a mobile and connected workforce.  Proteus’s Cisco-certified network infrastructure consultants can provide remote or onsite expertise to assist you to design, deploy, manage, upgrade, and troubleshoot converged wired and wireless network infrastructure of any size and for any venue. Also, Proteus offers economical remote and onsite wireless site surveys to assist you to plan and deploy a Wi-Fi LAN with customized wireless access point clustering optimized for your specific work area layout, building structure, and application workloads.

Small Business, Aironet, Meraki and Catalyst Wireless Access Points

Aironet, Meraki and Catalyst Access Points (APs) Consulting ServicesCisco’s Small Business, Aironet, Meraki and Catalyst lines of APs enable you to converge wired/wireless networks to deliver the accessibility, density, throughput, security and ease of management needed for virtually any scenario. Cisco’s wireless access points range from entry-level, single-band 802.11b/g/n devices with throughput of 300 Mbps for very small companies or home offices to 802.11ax (Wi-Fi 6) access points capable of handling hundreds of clients per AP and delivering throughput of more than 5 Gb. Cisco’s current selection of APs can be combined or clustered to provide the capacity to support environments crowded with clients and with high usage rates of video-intense apps.

Small Business Family of Wireless Access Points

Cisco Small Business Access Points ConsultingCisco’s Small Business 100, 300 and 500 Series of wireless access points are Linux-based devices engineered as entry-level Wi-Fi solutions for light workloads. Many models in the Cisco Small Business portfolio of wireless access points support Cisco’s Single Point Setup system, which allows you to set up, control and repair a group of wireless access points from a single AP via an intuitive web browser interface. All models support Power over Ethernet (POE) and feature QoS, rogue access point detection, and bridging for connecting to another Ethernet LAN.

The Cisco Small Business WAP121 Wireless-N Access Point is a wallmount, single-radio 2.4GHz unit able to handle 16 active 802.11n wireless clients, includes a 10/100 Ethernet port, permits up to four access pointss and 40 active wireless clients in a cluster, and supports sustained throughput of up to 300 Mbps. Cisco’s WAP131 is a desktop dual-radio 802.11a/b/g/n wireless access point that can handle 16 wireless clients per radio for a total of up to 32 wireless clients, includes a Gigabit Ethernet interface, and delivers throughput of up to 300 Mbps per radio. The WAP131 Wireless-N does not support AP clustering. Cisco’s WAP150 is a general-purpose dual-radio AC/n wireless access point that includes a one Gbit Power over Ethernet (PoE) port and can handle 16 clients from each radio with 867 Mbps performance for 802.11ac devices and 300 Mbps for 802.11n clients. The Cisco WAP1501 allows 4 access points per cluster.

Cisco’s Small Business WAP321 Wireless-N model is a wall-mountable single-band (either 2.4 GHz or 5 GHz) 802.11a/b/g/n device that can handle up to 80 active clients sharing an 8-device cluster. The Cisco WAP321 features a GE interface and can deliver a sustained data rate of 300 Mbps for the selected radio. Cisco’s Small Business WAP351 is a dual-radio 802.11n access point that includes a 5-port Gigabit Ethernet switch and can handle 32 active clients on each radio for a total of up to 64 clients, and support throughput of 300 Mbps for each radio. The WAP351 access point does not support clustering. The Cisco Small Business WAP361 is a dual-band Wireless-AC/N AP that features a 5-port Gigabit Ethernet switch, allows 32 active WLAN clients on each radio, and delivers 867 Mbps throughput for wireless AC clients and 300 Mbps performance for 802.11n clients. Cisco’s WAP361 supports eight WAP361 access points for each cluster. Cisco’s wall-mountable Small Business WAP371 Wireless-AC/N is a dual-radio device that works with 802.11a/b/g/n and the new 802.11ac IEEE standard. The WAP371 Wireless-AC/N has a 10/100/1000 Ethernet port, can support up to 32 wireless clients on each radio, and 8 access points for each cluster.

The Cisco Small Business WAP561 Wireless-N Dual Radio AP features one GE port and two radios that offer 450 Mbps performance for each radio, can handle 64 clients per radio, and allow 16 wireless access points per cluster. The Cisco WAP551 is similar to Cisco’s WAP 561 but features a single selectable band (2.4 or 5.0 GHz). Cisco’s Small Business WAP571 and WAP571E (the weather-proof outside version) are dual-band 2.4/5 GHz 802.11ac Wave 1 APs incorporating two Gb Ethernet ports with link aggregation, and as high as 1.9 Gigabit/sec throughput with 1300 Mbps over 11ac and 600 Mbps on 11n. Both units support 32 clients on each radio and 16 wireless access points on each cluster.

Cisco Small Business WAP581 Access Points Online SupportCisco Small Business WAP581 Wireless Access Points ConsultantsCisco’s WAP581 Wireless-AC Wave 2 AP complies with the 802.11ac Wi-Fi 5 standard and offers 4×4 and 3×3 MU-MIMO to provide 2.8 Gbps data rates on the 5.0-Ghz radio and 600 Mbps on the 2.4-GHz radio for a total top data rate of 2.4 Gbps. The Small Business WAP581 includes an integrated 2.5G Ethernet interface and a 10/100/1000 Ethernet LAN interface with 802.3at PoE. The WAP581 Wave 2 Wi-Fi 5 AP supports up to 200 connective users, a maximum of 50 active users for each radio, 16 APs for each cluster, and 960 active users for each cluster.

For details about Proteus’s consulting services for current and legacy Cisco Small Business series of wireless APs, refer to Cisco Small Business wireless access points consulting.

Cisco’s Aironet Line of Wireless Access Points

Cisco Aironet Access Point Consulting ServicesMeraki Access Points Consulting ServicesThe Aironet line of wireless access points has for years been the leading access point product. Aironet access points range from value priced models to enterprise-class APs. Cisco’s Aironet family cover multiple generations of devices compliant with the evolving Wi-Fi specification. Cisco’s latest line of Aironet wireless access points support Cisco’s Unified Wireless Network architecture and incorporate 802.11ac Wi-Fi technology, which offers three times the speed as well as superior coverage and density compared to the prior generation of devices. Cisco’s current dual-band Aironet APs can support 802.11n at 2.4 GHz for client devices that lack 802.11ac radios.

The oldest Aironet access points are outdated units that have come to end-of-life status and are not fully supported by Cisco. Proteus continues to provide technical support for the complete Aironet line of access points and can assist your company to manage and troubleshoot your existing Aironet Wi-Fi system or move cost effectively to the latest Aironet products. To find out more about Proteus’s consulting services for current and legacy Cisco Aironet wireless access points, refer to Aironet APs consulting.

Cisco’s Meraki Access Points

Meraki Wireless AP ConsultantsCisco Meraki Wireless Access Point Configuration ConsultantsCisco’s family of Meraki dual-band 2.4/5 GHz indoor wireless access points range from budget-friendly devices for small businesses to advanced units that offer as high as 5.9 Gbit/sec throughput. Every Meraki indoor wireless access point provides next-generation features such as self-configuring plug-and-play installation, in-depth protection, Bring-Your-Own-Device support, built-in traffic analysis, zero-touch over-the-web updates, and centralized cloud-based management for multiple sites. Every Cisco Meraki indoor wireless access point also includes two powerful radios with boosted receive sensitivity plus a dedicated radio that offers (WIDS/WIPS) security for RF analysis and deep packet inspection.

Cisco’s Meraki outdoor access points are IP67 rated, designed to withstand rugged outdoor environments, and tested to resist dust, shock and moisture. Cisco’s Meraki outdoor APs include a 1 x Gbit Ethernet port and offer advanced capabilities such as cloud-based management with network-wide control, 802.1X and native Active Directory integration, built-in antivirus scan, single-click guest access and isolation firewall, application-aware traffic shaping, plus self-configuring mesh with MIMO and beamforming. To find out more about Proteus’s support for Cisco’s Meraki APs and management tools, refer to Cisco’s Meraki APs consulting.

Cisco’s Catalyst 9100 Series Wi-Fi 6 and W-Fi 6E APs

Cisco Catalyst APs Solutions Planning and ConfigurationCatalyst Access Points ConsultantsCisco’s Catalyst 9100 Series Wi-Fi 6/6E access points are designed for deployments ranging from telecommuter homes to crowded stadiums. Cisco Catalyst 9100 APs are compliant with the 802.11ax specification, referred to as Wi-Fi 6, which is an evolution of the previous 802.11ac (Wi-Fi 5) specification. As an improvement to 802.11ac, Wi-Fi 6 is able to utilize both the 2.4-Ghz and 5-GHz bands. Headline technologies incorporated in Catalyst 9100 Series APs include MU-MIMO support for uplink traffic, dual NAVs for improved dependability, increased device sleep time for conserving power consumption in battery-powered endpoints, adaptive sensitivity thresholds for better spectrum use, and dynamic fragmentation for reduced overhead. Catalyst 9100 Wi-Fi 6 APs support Cisco’s Embedded Wireless Controller (EWC), accommodate up to 400 clients per Wi-Fi radio, and run on Cisco IOS XE Software.

Cisco Catalyst 9166 Wi-Fi 6E Access Point ConsultantsCisco’s Catalyst 916x Series Wi-Fi 6E access points are the first Cisco access points with the option of being managed on-premises via Cisco DNA Center platform or from the cloud by deploying Meraki Dashboard management utilities. This allows organizations to transition to cloud-centric or hybrid deployments on their own timetable. All Catalyst 916x APs comply with the a/b/g/n/ac/ax and 6E wireless standards and include support for the 6-GHz band. Each device has 5 radios and allows up to 400 clients on each radio. Each model also features a dedicated radio for Cisco Clean Air Pro for mitigating interference, comes with a USB 2.0 port, and supports Bluetooth Low Energy (BLE). The value-priced Catalyst 9162 Series access point is meant for small businesses, has three 2×2 radios, and includes 1x 100M/1000M/2.5G mGig Ethernet connectivity.

Catalyst APs Consultants. The Catalyst 9163E Wi-Fi 6E AP is designed for harsh outdoor venues like campus environments or municipal Wi-Fi. The 9163E includes three client serving 2×2 radios, one IoT radio, and a tri-band scanning radio. Interfaces include 1x 100M/1000M/2.5G mGig Ethernet (RJ-45), a management console port (RJ-45), 4x N-Type Wi-Fi antenna connectors, and an RP-SMA active GPS/GNSS antenna connector. The AP works with Omnidirectional Dipole Self-Identifying Antennas. Cisco’s Catalyst 9164 Series AP is suited for small and mid-size organizations, includes one 2×2 radio and two 4×4 radios, and offers 1x 100M/1000M/2.5G mGig Ethernet support. The Catalyst 9166 Series AP is suited for large and mid-sized enterprises, has three 4×4 radios, and provides 1x 100M/1000M/2.5G/5G mGig Ethernet support. The 9166 also includes environmental sensors to track air quality, temperature, and moisture. For more information about Proteus’s support for Cisco’s Catalyst 9100 Line of Wi-Fi 6/6E 802.11ax Access Points, refer to Wi-Fi 6/6E access points system design, configuration, and management consulting.

Cisco 9800 Series Wi-Fi 6 Wireless Controllers

Cisco Catalyst 9800-L 802.11ax Wi-Fi Wireless Controller ExpertsCatalyst 9800 Series Wi-Fi 6-compatible wireless controllers help you manage advanced wireless networks that support 802.11ax APs. The 802.11ax standard, popularly known as Wi-Fi 6, builds on prior generation 802.11ac (called Wi-Fi 5) devices by providing lower latency and more predictable performance, allowing higher client density, providing greater security, saving energy for battery-powered handheld devices, and allowing more versatility for handling new types of Internet-of-Things (IoT) endpoints. Catalyst 9800 line wireless controllers include always-on availability with seamless software upgrades, hot fixes, and the ability to connect additional Wi-Fi access points without service interruption. Advanced security features include Cisco Wireless Intrusion Prevention System (WIPS), secure boot, and Software-Defined Access (SD-Access). Streaming telemetry allows you to track and understand infrastructure and endpoint health.

All appliances in the Catalyst 9800 family are based on Cisco’s IOS XE Software and work with Cisco’s DNA Center or Prime Infrastructure management platforms. Cisco’s Catalyst 9800 Series wireless LAN controllers can manage Cisco Aironet 802.11ac Wave 1 and Wave 2 access points as well as Cisco Catalyst 9100 Series 802.11ax wireless APs. To learn more about Proteus’s consulting services for Cisco 9800 Series Wi-Fi 6 Wireless Controllers, see Catalyst 9800 line of Wi-Fi 6 wireless controllers solution design, deployment, and debugging services.

Cisco Wave 2 802.11ac Wireless LAN Controllers

Cisco Wave 2 Wi-Fi controllers enable fast communication, provisioning, control, monitoring and troubleshooting for Cisco Wi-Fi appliances and services. Cisco has developed both physical and virtual wireless controllers for unified management of wireless environments, but systems with many wireless APs are better served by physical Wi-Fi controllers. Current generation wireless controller appliances from Cisco deliver significant benefits in comparison to Wave 1 and older products including higher throughput, simultaneous support for 1G and 10G Ethernet, improved application visibility and control (AVC), and advanced, integrated security.

Cisco 3504 Wireless Controller Configuration ConsultantsCisco’s 3504 WiFi Controller is a value-priced device with a desktop body and intended for smaller businesses. You can use the 3504 model in a centralized network architecture such as in small branch and home-based offices administered across the wide-area network with Cisco FlexConnect, or in mesh deployments where Ethernet cabling is sparse. The 3504 Wi-Fi controller can handle as many as 150 access points and 3,000 users, offers 4 Gbps throughput, and supports 4,096 VLANs. The 3504 wireless controller includes a Cisco Multigigabit interface and four 1-GB Ethernet interfaces. APs can be attached directly to the WiFi controller through two Power over Ethernet ports. The 3504 Wi-Fi controller offers fast failover for APs and users, which provides nonstop availability for apps. As with other Wave 2 wireless controllers available from Cisco, the 3504 device has the built-in ability to communicate with Cisco Prime Infrastructure, Cisco Mobility Services, and Cisco 5520 and 8540 WLAN controllers.

Cisco 5520 Wi-Fi Controller Configuration ConsultingThe Cisco 5520 WiFi Controller, offered in a 1 rack unit (RU) package, is designed to support midsize to large organizations and campus environments and can be used in centralized, distributed, and mesh deployments. The 5520 Wi-Fi controller can handle up to 1,500 APs and 20,000 client users, offers 20 Gbps performance, and supports up to 4,096 VLANs. The 5520 model controller includes two 10 GE interfaces and features solid-state storage, backup fans, optional redundant power supplies, and rapid failover for nonstop availability.

Cisco 8540 Wireless Controller Configuration ConsultantsThe Cisco 8540 Wireless Controller, offered in a 2 rack unit (RU) enclosure, is a top-of-the-line WiFi controller designed to support enterprises, service providers, and large campuses. The 8540 WiFi controller can be used in centralized, distributed, and mesh architectures and can handle up to 6,000 Wi-Fi access points and 64,000 clients. The 8540 Wireless controller can deliver throughput as high as 40 Gbps and supports up to 4,096 VLANs. The 8540 controller includes four 1-GB or 10GE ports and features SSD storage, backup power supplies, redundant fans, and rapid failover.

Wave 1 Cisco Wireless Network Controllers

Wireless Network Controllers Configuration and Support ConsultingCisco wireless controllers reduce the effort and expense required to configure, monitor, and operate Wi-Fi networks by offering single-point control of critical tasks like provisioning wireless access points, applying consistent policies throughout wired/wireless networks, supporting enterprise-wide QoS for voice and HD video, tracking and optimizing system performance, activating wireless intrusion prevention system (wIPS) capabilities to defend against cyber break-ins and Distributed Denial of Service attacks, and managing IPv6 clients. Cisco has developed wireless network controllers for organizations of any size and can provide standalone desktop appliances, modular add-on wireless controllers for Cisco ISR routers and Catalyst switches, and Catalyst switches with integrated wireless controllers.

Cisco Wireless Network Controller Module ConsultantsCisco’s Wave 1 WiFi network controllers include Cisco CleanAir technology to avoid RF interference and produce self-optimizing wireless LANs for top 802.11n and 802.11ac performance and security. Built-in Apple Bonjour Gateways enable discovery, advertisement and policy throughout the enterprise for Apple-based applications. For high availability, Cisco wireless LAN controllers support access point and client stateful switchover by enabling a standby high-availability controller to synchronize with a main controller for access point license count, CAPWAP state and roaming keys, and AP CAPWAP state. In case the main controller goes down, thousands of wireless access points and clients can failover in less than a second to the backup controller.

Cisco’s Wireless Module for ISR G2 Routers with UCS-E offers entry-level 802.11n and 802.11ac support for 2900 and 3900 Series routers deployed by small to medium-sized organizations and satellite offices. This value-priced and scalable solution can support from five to 200 access points and as many as 6000 clients. (To learn about Proteus’s remote and onsite consulting and troubleshooting services for Cisco routers, refer to Cisco router configuration and management support.)

Catalyst 3650 Series are 1RU form-factor switches designed for small to mid-size businesses and satellite offices and come with a built-in wireless network controller with the capability to support 40 Gb of wireless throughput per switch and up to 25 access points and 1000 wireless clients on each switch or stack. Cisco Catalyst 3850 Series are 1RU rackmount switches designed for midsize businesses and large enterprises and include an integrated wireless LAN controller with 40 Gb of wireless capacity on each switch and support for 50 access points and up to 2000 wireless clients. The Wireless Services Module2 (WiSM2) is a plug-in blade for Catalyst 6500 Series switches that include an integrated wireless network controller designed for mid-to-large size businesses and capable of 20 Gbps performance and able to handle 1000 wireless access points and up to 15,000 wireless clients. (To learn concerning Proteus’s online and onsite consulting support for Cisco switches, refer to Cisco Catalyst switches deployment and management consulting.)

Cisco 2500 Series Wireless Controllers are economical desktop appliances that streamline the deployment and management of wireless LANs for SMBs and branch offices. The Cisco 2500 Series wireless controller can handle 5 to 75 APs and 1000 wireless clients and can deliver throughput of up to 1 Gbps.

Cisco Wireless Network Controllers ConsultantsCisco’s 5500 Wireless Controller is an expandable 1RU appliance intended for medium-sized to large organizations and campus environments and can manage 500 APs and 7,000 wireless clients while providing 8 Gbps performance. The Cisco 5760 Wireless Controller is a 1RU device intended for mid-to-large campus environments with support for up to 1000 APs and 12,000 clients and providing performance of 60 Gbps to handle high wireless client densities and high amounts of media-rich mobile applications.

Cisco’s Flex 7500 Series Wireless Controller is designed to manage thousands of wireless remote sites from a single datacenter, eliminating the need for a Wi-Fi controller at each branch. The 1RU Flex 7500 allows you to create a private cloud to configure, track, manage, and troubleshoot as many as 6000 APs and 64,000 clients while supporting 1 Gbps performance. Cisco’s 8500 Series Wireless Controller is a 1RU device designed to monitor and control Wi-Fi networks for large campuses or service providers and can be expanded to support up to 6000 APs and 64,000 clients while offering 10 Gbps throughput.

To find out more about Cisco WiFi controllers, see Cisco Wi-Fi controllers consulting and integration.

Legacy Cisco Access Points, LAN Bridges and Wi-Fi Controllers Supported by Proteus

The introduction of the IEEE 802.11ac specification for wireless connectivity effectively made obsolete the prior releases of Wi-Fi products for venues that have high densities of clients and high incidence of video-intensive applications. Even for businesses who do not currently need the bandwidth efficiency of 802.11ac, many of Cisco wireless products have arrived at end-of-life status, which can pose significant maintenance and regulatory compliance issues. Proteus’s Cisco-certified consulting experts provide remote and on-premises support for a broad range of earlier-generation Cisco wireless products. Proteus can in addition assist companies to evaluate the potential ROI for updating up-of-date wireless technology and can assist in planning and carrying out affordable, seamless upgrades. Below are a sample of Cisco legacy Wi-Fi devices that Proteus’s consultants still support.

Legacy Cisco Aironet Access Points

Cisco Aironet 1000/1130AG family access points are designed for conventional workplaces and similar venues which have little environmental instability. These devices have integrated antennas that provide dependable radio coverage patterns. The 1130G family WAP is offered for regulated domains that do not allow 802.11a operation.

Aironet 1230AG/1240AG family access points are designed for more difficult RF environments like manufacturing plants and warehouses or above suspended ceilings which tend to require adjustable external antennas and rugged metal cases. The Cisco 1240G Series access point is designed for controlled locations that do not allow 5GHz transmission.

Aironet 1500 lightweight outdoor mesh access points deliver a cost-effective, expandable, secure outdoor wireless solution for campus areas and for public venues that require connectivity for mobile devices.

Legacy Cisco Aironet Wireless LAN Bridges

Cisco Aironet Wireless LAN Bridges ConsultingCisco wireless LAN bridges offer a high-throughput and feature-rich solution for connecting multiple LANs in a metro situation or public access network. Cisco Aironet bridges provide a versatile, manageable solution that satisfies the protection requirements of wide-area networking specialists. They handle both P2P and P2MP deployments with good coverage and support for data throughput as high as 54 Mbps.

Cisco Aironet wireless bridges offer throughput substantially faster than E1/T1 links for far less expense, doing away with the requirement for expensive leased lines when connecting different buildings. Since bridges carry no ongoing charges, savings on connection services rapidly pay for the startup hardware investment. Self-installed private lines and in some cases leased lines utilizing copper or optical cable can result in very expensive initial expenses if they are impeded by obstacles like freeways, railroads, or bodies of water. Cisco Aironet wireless LAN bridges can be deployed rapidly with a fast ROI.

Cisco 1300 family outside access points/bridges can be implemented as stand-alone wireless access points, wireless bridges, or workgroup bridges. These appliances have a durable enclosure and offer fast, cost-effective wireless interfaces between numerous stationary or mobile environments and users.

Cisco 1400 wireless bridges provide fast, dependable outdoor connections for line-of-sight applications. These devices are housed in an all-weather cover that can withstand harsh outside environments and can operate within wide temperature ranges.

Legacy Cisco Wireless LAN Controllers

Cisco Wireless LAN Controllers Support ServicesCisco Wireless Controllers provide single-point management of wireless LANs by streamlining the control of key technologies such as integrated IPS, real-time RF management, zero touch deployment, and full N+1 redundancy. Cisco WLAN controllers work with small access points to deliver enhanced throughput and high-end control functions.

WLAN Controllers (WLCs) provide the manageability, expandability, protection, and reliability that system managers need to create safe, enterprise-scale wireless solutions, from satellite offices to small companies to main campuses. Cisco’s first-generation Wireless Controllers can be configured together to offer support for up to 2400 WAPs per roaming domain.

Cisco’s WLCM or WLCM-E Controller Module for Integrated Services Routers offers small-to medium businesses and large corporations an economical way to implement and manage secure WLANs at branch locations. These controllers supervise as many as 12 Cisco Aironet access points and are installable in Cisco 2800/3800 Series Integrated Services Routers and Cisco 3700 Series IS Routers. (To learn about Proteus’s online and on-premises consulting support for Cisco routers, refer to Cisco router configuration and management services.)

How Proteus’s Consultants Can Help Your Business with Cisco Wireless Solutions

Proteus can provide a Cisco-certified consultant to help your business to plan, install, manage and repair a converged wired and wireless ecosystem integrating a broad array of wireless products that offer the same protection, extensibility, and ease of management you demand from your wired network. Proteus can assist you to support legacy wireless products from Cisco or migrate efficiently to current 802.11ax-compatible products. Proteus’s CISM, CISSP, and ISSAP security specialists can advise you about how to build security into your wireless network and your business processes. Proteus’s disaster recovery planning consultants and business continuity consultants can help you to deploy the high availability technology built into Cisco’s wired/wireless products so your converged infrastructure delivers continuing business value.

Proteus’s Wireless Site Survey assists you to design and deploy a state-of-the-art wireless network optimized for your environment, providing a Wi-Fi ecosystem that provides seamless coverage, high performance and capacity, QoS to support IP voice and video, advanced security, and simplified management. Proteus’s Wireless Site Survey can be delivered online to reduce time and expense, or on premises for more difficult facilities.

For a further discussion of Proteus’s wireless integration services, see Proteus’s Wireless Support Services.

For additional information about Proteus’s professional assistance for Cisco products, pick a subject:

• Introduction to Cisco Support
• Timely Online Assistance from a Cisco Certified Internetwork Expert (CCIE) Network Engineer
• Cisco Firepower NGFW Firewalls: Configuration and Troubleshooting Services
• Cisco ASA 5500-X Series Firewall with Firepower: Configuration and Troubleshooting Expertise
• ASA 5500 Series Firewall Integration Services
• PIX 500 Firewall Management Support
• Cisco Routers Consulting Support
• Cisco Aironet Access Points Design Services
• Cisco Small Business 100, 300 and 500 WiFi Access Points Consulting Help
• Cisco Catalyst Wi-Fi 6/6E Wireless APs Solution Design, Deployment and Debugging Consulting
• Cisco WiFi Controllers Integration Consulting
• Meraki APs Deployment Expertise
• Cisco Unified Communications Manager (CUCM or Unified CM) and Cisco CallManager Integration and Troubleshooting
• Cisco Voice over IP Phones and IP Video Desktop Phones Consulting Services and Cisco Wireless IP Phone Configuration
• Cisco Jabber Migration and Support Services
• Cisco Catalyst Switches Consulting and Support Expertise
• Nexus Switches Consulting and Support Expertise
• Cisco Meraki MS Switches Consulting and Support Expertise
• Cisco VPN and Security Integration Support
• SIP and CUBE Infrastructure Solutions: SIP PSTN Trunks and CUBE Integration Expertise
• Cisco Duo MFA Two-factor Authentication (2FA) Services for Remote Workers
• Design and Support for Cisco-powered Data Centers
• Data Center Design Services for Internet Service Providers
• Centralized Cloud-based and Hybrid Management Techniques for Cisco-based Infrastructure.
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