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What Items You Need When Ordering a Cisco Aironet 1530 Outdoor AP?

January 27 2015 , Written by Cisco & Cisco Router, Network Switch Published on #Cisco Wireless - Cisco Wireless AP

If you want to order a Cisco Aironet 1530, do you know what basic item you will get?

The body access point, power supply, Antennas, and software….That’s not enough.

 A fully operational system requires at least the following items: Access point, Power source, Antennas: 2.4 GHz, 5 GHz, or dual band (Cisco Aironet 1532E Outdoor Access Point only), Mounting bracket, Software selection.


Note that accessories are available as configurable options and as spares. An equal sign (=) at the end of the part number indicates that the part is a spare: for example, AIR-PWRINJ1500-2=.

Basically, the Cisco Aironet 1530 Series is available in two models:

● Cisco Aironet 1532I (internal antennas): The Cisco Aironet 1532I Outdoor Access Point is a low-profile, lightweight model in the Cisco Aironet 1530 Series. The smaller size and sleeker look helps it blend in with the surrounding environment. The Cisco Aironet 1532I access points are dual-radio systems with internal antennas and comply with IEEE 802.11b/g/n (2.4 GHz) and 802.11a/n (5 GHz) standards. The 2.4-GHz radio is a 3x3 multiple-input and multiple-output (MIMO) radio that supports up to three spatial streams. The 5-GHz radio is a 2x3 MIMO radio that supports two spatial streams.

● Cisco Aironet 1532E (external antennas): The Cisco Aironet 1532E Outdoor Access Point is also a low-profile and lightweight model, but it supports a flexible radio coverage area through the use of external antennas. With the unique Cisco Flexible Antenna Port technology, the antenna ports can be software configured for dual-band or single-band operation.

Cisco Aironet 1530 Series Models

Part Number



802.11n Low-Profile Outdoor AP, Internal Ant., x Reg Dom.


802.11n Low-Profile Outdoor AP, External Ant., x Reg Dom.

In Table above, “x” is a placeholder for the regulatory domain designator. Please see http://www.cisco.com/go/aironet/compliance to determine which regulatory domain is used in your country. Note that the regulatory domain used in your country might differ depending on access point model and that some models are not available for all countries.

The following items are included with every model:

● Access point

● Grounding lug

● DC power connector

● One liquid-tight adapter for sealing the cable ingress connection

● Sealant for the antenna connections

● Antiseizing compound for the mounting brackets


In the following part, we will introduce each item of a Cisco Aironet 1530 Series that is required in your deployment.

Network Connection

The Cisco Aironet 1530 Series access points can connect to the network wirelessly or through a wired Ethernet connection.

● Wireless: An access point that connects to the network through another access point over a wireless backhaul is known as a mesh access point (MAP). The backhaul radio is built in, and no wired connection is needed for MAPs. An access point that acts as the gateway for mesh nodes is known as a root access point (RAP). RAPs connect to the network through a wired Ethernet connection. In these cases, a liquid-tight adapter is provided with the access point to seal the cable entry.

● Ethernet: The Cisco Aironet 1530 Series supports 10/100/1000 Gigabit Ethernet using a shielded RJ-45 connector with minimum Category 5 cable. Please see your local supplier for an outdoor-rated cable and shielded connectors.



Powering Options for the Cisco Aironet 1530 Series

Part Number



Power over Ethernet (PoE)


AC/DC adapter

24-57 VDC

UPoE or PoE+(802.3at)*


AC/DC adapter

24-57 VDC


*When the Cisco Aironet 1532I is powered using Enhanced PoE (PoE+) power, the access point will automatically disable one of the 2.4-GHz transmitters.

AC Power

To power the Cisco Aironet 1530 Series from an AC power source, an external AC/DC power adapter is required. When powering the Cisco Aironet 1530 Series from streetlight power, please note that the maximum voltage is 277 VAC and requires the power adapter and the street light tap. The following lists the power adapter and tap part numbers.

AC/DC Power Adapter and Streetlight Tap

Part Number



Power Adapter (AC/DC) - Outdoor AP1530 Series


Power Adapter (AC/DC) - Outdoor AP1530 Series, for Japan only


Power cord, 4 ft, Streetlight Tap

Power over Ethernet

The Cisco Aironet 1530 Series can be powered over the Ethernet connection. Power can be sourced directly from an appropriately powered switch port or from an inline power injector. The approved power injectors are listed in Table 4.

Power Injector for Use with Power over Ethernet

Part Number



1520/1550/1530 Series Power Injector


Power Injector - 30W for AP1530 - Spare

You must also specify the country type power cord for the power injector. The AIR-PWRINJ1500-2= and AIR-PWRINJ-30= power injectors are for indoor environments only.

The Cisco Aironet 1530 Series access points use a standard RJ-45 Ethernet connector. Cisco does not provide an Ethernet cable for the Cisco Aironet 1530 Series. You will need to source an outdoor-rated, Category 5 or better Ethernet cable and shielded RJ-45 connectors from a local supplier. A liquid-tight gland is provided with the access point to seal this cable entry point from weather.

DC Power

The Cisco Aironet 1530 Series access points support power from an external 24 to 57 VDC power supply with a minimum of 30 watts (W). A terminal block is included with your access point for this purpose, with liquid-tight adapter to weatherproof the connection. When using DC power, please consult the hardware installation guide for instructions on how to correctly assemble the connector.

The Cisco Aironet 1530 Series can be installed with redundant power sources. When multiple power sources are available, the access point will use power in the following priority: DC power & PoE


The Cisco Aironet 1532E access points are equipped with a combination of radios operating in the 2.4- and 5-GHz bands. Both radios can support two transmit and two receive streams using Maximal Ratio Combining (MRC), which takes advantage of multipath signals received across the two antennas to improve signal quality.

The table below describes the antennas available for the Cisco Aironet 1532E access points, listing part numbers for the antennas as well as gain and other details.

Antennas for the Cisco Aironet 1532E Access Point

Part Number

Frequency Band



Required Quantity


2.4/5 GHz

4/7 dBi




2.4/5 GHz

4/7 dBi




2.4/5 GHz

8/8 dBi




2.4 GHz

5 dBi




2.4 GHz

8 dBi




2.4 GHz

13 dBi




5 GHz

8 dBi




5 GHz

14 dBi



For additional antenna specifications, see the Cisco Aironet Antenna and Accessories Reference Guide.

The access points are provided with a moldable sealant to protect the antenna connector from weather. Consult the installation guide for proper installation.

Lightning Arrestors

When you use cables between the antenna and the Cisco Aironet 1532E access point, Cisco recommends that you add lightning arrestors to each port, particularly when the deployment is in an area with high lightning activity. The lightning arrestor listed in Table 6 provides robust protection against induced currents in the RF cabling generated by nearby lightning strikes.

Note: The lightning arrestor does not protect against direct lightning strikes on the access point.

Lightning Arrestor for the Cisco Aironet 1530 Series

Part Number



2.4 and 5 GHz Lightning Arrestor, N Connector


Mounting Brackets

Cisco Aironet 1530 Series outdoor access points can be mounted on poles or walls. The standard vertical, pole-mounting brackets can be ordered as an option or as a spare. The mounting brackets with tilt mechanism can be ordered separately as a spare.

Mounting Brackets for the Cisco Aironet 1530 Series

Part Number


AIR-ACC1530-PMK1 (=)

Standard Pole/Wall Mount Kit for AP1530 Series


Pole Mount Kit for AP1530 Series with Tilt Adjustment

Both pole-mount kits include two sets of stainless-steel bands to fit poles from 2 to 8 inches in diameter. For larger poles, consult a local provider.


Software Requirements

The Cisco Aironet 1530 Series requires the minimum software releases noted in the following table.

Minimum Software Releases

Part Number

Minimum Software Release


Software Release 7.6 or later


Software Release 7.6 or later

Additional functions are available for the access points with more recent releases. Please see the applicable release notes for more information about features available with newer releases.

Software Ordering Option

Cisco Aironet 1530 Series access points can be deployed in unified or autonomous mode. The access point boots in the default mesh mode and can reboot in autonomous mode with a command-line interface (CLI) command. Both unified and autonomous images are included in the software part number in Table 9.

Software Option for Cisco Aironet 1530 Series

Part Number



1530 Series Combined Unified and Autonomous SW


Optional Items

Cover and Solar Shield

Cisco 1530 Series outdoor access points can be deployed with an optional paintable cover to enable the access point to blend into the surroundings.

Accessory Kit

Additional cable glands and other spare items are available in an accessory kit (Table 10). This kit contains the following items:

● 10 cable glands

● 1 console port cover

● 2 Ethernet and power port covers

● 1 DC power connector

● 1 ground lug and screws

Cisco Aironet 1530 Series Accessories

Part Number



Cover and Solar Shield for AP1530 Series


Spare accessory kit for AP1530 Series

If you want to place an order of Cisco Aironet 1530, you can consult router-switch.com’s representative for additional assistance in ordering mesh and other Cisco networking equipment.


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40/100 Gigabit Ethernet for Virtualized Data Center and Campus Networks

January 22 2015 , Written by Cisco & Cisco Router, Network Switch Published on #Networking

It is difficult to achieve optimal performance of your data center and networks, especially in a virtualized environment. Fortunately, effective implementation of 40/100 Gigabit Ethernet (GbE) can help pave the way for a fully functional virtualized network. 

In the following guide it explores the benefits of 40/100 GbE implementation in a virtualized environment and how it can maximize existing infrastructure investments.

40/100GbE is rapidly gaining traction as a key foundation for building the next generation of virtualized data center and campus environments. The 40/100GbE-based architecture for virtualized data center and campus is illustrated in the paper. IT managers are increasingly aware of the benefits and advantages1 offered by 40/100GbE as well as its promise as an interconnect option among data centers and commercial buildings in the campus.

On the economic side, barriers to entry in the 40/100GbE space continue to fall. Capital investment in 10GbE networks today can be protected when upgrading to 40/100GbE networks in the future. The Ethernet switching and fiber cabling examples in this paper illustrate:

• 55 percent2 of on switching equipment can be protected

• 57 percent3 of investment on fiber cabling can be preserved

On the availability side, more vendors have supplied solutions for the 40/100GbE ecosystem, and a number of multi-vendor interoperability events on 40/100GbE technology have been hosted by the Ethernet Alliance? With both Cisco? and CommScope? Actively participating. So, early adoption anxieties over locked-in vendor relationships have evaporated. The greater availability from multiple vendors and declining deployment costs due to broader adoption in the marketplace make 40/100GbE infrastructure a sound and prudent investment, both for today and tomorrow.

The increased traction of 40/100GbE has led to its best practice status as the standard for the next generation of high-bandwidth virtualized applications. This adoption has been fueled by both its superior performance and economic benefits in virtualized environments.

40/100GbE based architecture for virtualized Data Center and campus


Virtualized Data Center

True data center virtualization is end-to-end virtualization, including server virtualization, storage virtualization, and network virtualization, and can result in many diverse benefits. Virtual machines and networks can be quickly and nimbly deployed. Their energy efficiency and capacity can dynamically scale to meet the demands of variable workloads without wasting resources. Disaster recovery is faster, and both initial and ongoing costs can be lower than those of traditional non-virtualized approaches.

In the journey to the virtualized data center and cloud, data center managers face a number of design and operational challenges. One of the most conspicuous challenges for network design is to provide enough bandwidth for the applications of today and the foreseeable future. With converged network technologies, 10GbE, which is becoming a de facto choice for server access networks, can be a good choice for a storage access network as well. Given 10GbE at the access layer, 40/100GbE is recommended for aggregation and core layers of networks in data centers, and this is where 40/100GbE removes the constraints that have previously prevented virtualized data centers from fulfilling their maximum potential.


Virtualized Campus

Video is a strongly growing application in campus networks. Video applications are more than just video conferencing or video streaming. Enterprise video applications include desktop high definition video, video phone, enterprise TV, IP video surveillance and other video generation and sharing. Bring your own device (BYOD) is another emerging trend in the campus network. Video, voice, data and BYOD put pressure on a campus’s distribution and core networks.

Compared to traditional layer 2 and 3 network design in the campus, the core and distribution networks can be virtualized by using Virtual Switching System (VSS) with Cisco Catalyst 6500 series switches. VSS is a network system virtualization technology that pools two or more Cisco Catalyst 6500 Series Switches into a virtual one. A VSS scales system bandwidth capacity with automatic load sharing. A VSS increases operational efficiency by simplifying the network and reducing switch management overhead by at least 50 percent. A VSS boosts nonstop communications with no disruption to applications. A VSS enhances existing multilayer switching architecture without fundamentally changing the architecture, resulting in ease of adoption and migration of the technology.



A list of examples of 40/100GbE Ethernet switching and cabling solutions from Cisco and CommScope.

40/100GbE ecosystem examples


The new Cisco Catalyst 6900 Series 4-Port 40GbE Fiber Module (WS-X6904-40G) for the Cisco Catalyst 6500 Series Switches was developed for deployment in the enterprise campus distribution layer and core layer, in traditional data centers with 10 Gigabit aggregation, and in metro-Ethernet-based data center interconnections, as well as in multipurpose service provider networks, which require high-performance data throughput coupled with security, manageability, virtualization, and quality of service.

The WS-X6904-40G module supports 10GbE and 40GbE interfaces. Figure 2 shows the 10GbE and 40GbE interfaces of Cisco Catalyst 6500 series switches. This new module is the only solution that supports both connections in a single format, for flexible migration. There are also many other new and exciting capabilities unique to the WS X6904-40G module, such as CTS (Cisco Trust Sec) for end-to-end role-based security deployment using SGT (Security Group Tagging) and SGACL (Security Group Access Control List) and link-by-link encryption based on IEEE 802.1AE MACsec (MAC based Security) standard, VNTag (Virtual Network Tag), and extensive quality of services features. The 40GbE Fiber Module is a perfect choice for forming a campus core network by interconnecting the physical switches of a VSS in core/distribution layer networks in the campus. It also can be utilized to connect access switches to a VSS at the distribution layer of the campus network. Users are deploying this module today and using it for four 10GbE links until they really need a true 40GbE channel.

Cisco Catalyst 10GbE and 40GbE Fiber Modules and optical transceivers


CommScope SYSTIMAX? InstaPATCH? 360 Pre-Terminated Fiber Solutions enable network operations in the data center at the current 10GbE speed of today, while provisioning for eventual upgrades to 40GbE and/or 100GbE. These solutions were tested, qualified and demonstrated in multi-vendor closed-door and open-to-public environments at both transceiver and system levels.4 Results repeatedly demonstrated that the performance of InstaPATCH 360 Pre-Terminated Fiber Solutions and LazrSPEED? Multimode fiber solutions far exceed the cable reach specified in IEEE Std. 802.3baTM-2010, “40 and 100 Gigabit Ethernet” standards.

SYSTIMAX InstaPATCH 360 Pre-Terminated Fiber Solutions utilize the standard Method B polarity scheme. Customers who have chosen the fiber solution have invested in high-performance and high-quality fiber solutions, but also have purchased peace of mind: their data center fiber cabling infrastructure is ready for 40/100GbE whenever and wherever they need it. The eventual upgrade can be a simple and painless process. Figure 3 shows samples of SYSTIMAX InstaPATCH 360 Pre-Terminated Fiber Solutions.

Samples of SYSTIMAX InstaPATCH 360 Pre-Terminated Fiber Solution



Solutions Designed to Maximize Return on Investment

The switching solutions from Cisco and cabling solutions from CommScope enable easy adoption of 10GbE today and seamless upgrades to 40/100GbE in the future.

The Cisco Catalyst 6500 E-Series chassis, 6900 series 10GbE and 40GbE modules, and Supervisor T2 module provide the easy upgrades. End users’ investment protection can be achieved by redeploying the common components. The common switching components may include a Catalyst 6500 E-Series chassis, a supervisor module Sup2T, and two power supplies. As illustrated in the example in Figure 4, end users can save 55 percent1 of capital expense on the common components for 40GbE short reach (SR), or 47 percent1 of expenses for 40GbE long reach (LR) when upgrading from 10GbE.

40GbE deployment in campus


Similarly, CommScope SYSTIMAX InstaPATCH 360 Pre-Terminated Fiber Solutions offer seamless migration from 10GbE to 40/100GbE with investment preservation. A typical preterminated multimode fiber cabling channel is composed of components such as apparatus, patch cord, patch panel or shelf, and Multi-Fiber Push On (MPO) trunk cable. Figure 5 illustrates the fiber cabling channel for 10, 40 and 10 Gigabit Ethernet link, respectively. It’s noticeable that the common cabling component among the three channels in Figure 5 is the pre-terminated fiber trunk cable. Figure 5 also provides a cabling infrastructure migration path from 10GbE today to 40 or 100GbE in the future.

Fiber cabling migrations from 10GbE to 40/100GbE


Each physical Ethernet link has one cabling channel. The cabling cost of four 10GbE links (or channels), one 40GbE link, ten 10GbE links and one 100GbE. The cost is the result of adding the costs of all the cabling components and then dividing the sum by the number of Ethernet links (or cabling channels) for each corresponding speed.

The investment preservation example5 on pre-terminated fiber cabling


With the reuse of the common cabling components—which are the SYSTIMAX InstaPATCH 360 Trunk Cable and 360G2-1U Modular Shelf in this example—end users can save 57 percent2 of the capital expense on multimode fiber cabling when migrating from today’s 10GbE to either 40GbE or 100GbE in the future.

The costs for 4x10G and 10x10G fiber cabling are denoted in Figure 6 for a rough reference to their corresponding counterparts of 40 and 100GbE, respectively. The fiber cabling cost for 1x40G is close to the one for 4x10G, while the 1x100G cost is 19 percent less than the one for 10x10G’s cost, in this example.

You may be wondering why the cost of the MPO cable increases when migrating from 4x10G to 1x40G and from 10x10G to 1x100G. This is because, as there are unused fibers, only a fraction of the trunk cost is allocated to the 10GbE scenarios; but for the 40G and 100G scenarios, the total trunk cost is allocated. In other words, only four out of six possible fiber circuits are lit in the 4x10G case, so only 4/6ths of the cost is applied. Similarly, only 10 out of 12 possible fiber circuits are lit in the 10x10G case so only 10/12ths of the cost is applied. Notice that the 57 percent investment preservation on fiber is not the only saving for end users.

When the distribution and core layer networks migrate to 40/100GbE, the apparatus and cords can be reused in other parts of the networks: for example, the access layer network for 10GbE or even Fibre Channel SAN networks. By doing so, end users may preserve more of their investment.

The ongoing adoption of 40/100GbE is already redefining the IT landscape. It represents the first step toward the next generation of high-bandwidth connectivity demanded by virtualized data centers and campuses. As 40/100GbE continues to unlock the full performance and economic potential of virtualized environments and more campus deployments, it will undoubtedly solidify its position as the new standard for best practice, speed and reliability.

Because it affords instant benefits as well as a streamlined upgrade path, forward-looking IT managers would be well advised to include 40/100GbE as a key part of any upgrade or new deployment plans, particularly those that include a need for campus-wide interconnectivity between data centers, and inside data centers and office buildings. In particular, Cisco Catalyst 6500 series switches with their 40GbE fiber module and CommScope SYSTIMAX InstaPATCH 360 pre-terminated, LazrSPEED and TeraSPEED? fiber solutions deliver the performance and reliability that position today’ s investment for rich returns in the future.

References and Notes

1. G. Chanda from Cisco and Y. Yang from CommScope, “40 GbE: What, Why & Its Market Potential”, Ethernet Alliance white paper, November, 2010

2. The two percentages can vary based on a number of factors, such as hardware configurations, purchasing prices, etc. The new installation must be tested and meet the specifications issued by Cisco Systems.

3. The percentage can vary based on a number of factors, such as MPO trunk cable length, cabling channel configurations, purchasing prices, etc. The new installation must be tested and meet the specifications issued by CommScope SYSTIMAX.

4. D. Hall and Y. Yang from CommScope, “40/100 Gigabit Ethernet Eco-System is Alive and Well”, CommScope white paper, 2011

5. In the example of Figure 6, the MPO trunk cable length is 174 feet and the cord length is 10 feet. These lengths are determined based on Paul Kolesar’s contribution to IEEE 802.3 Next Gen 40G and 100G Optics Study Group in May 2012, “Cabling Cost-Centroid Lengths for Simplified Total Cost Comparisons”.

The multimode fiber cabling channel configuration for the example in Figure 6 is an interconnect configuration. In the 10GbE cabling channels, two fiber modules are connected back to back by MPO trunk cables, and LC jumpers are plugged in to connect the fiber modules at both ends. In the 40/100GbE cabling channels, two MPO adapter panels are connected back to back by an MPO trunk cable, and equipment cords are plugged into MPO adapter panels at both ends.

The following table lists the products used in the cost study for the investment preservation example5 on pre-terminated fiber cabling



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Cisco Catalyst 6807-XL Modular Switch Overview

January 19 2015 , Written by Cisco & Cisco Router, Network Switch Published on #Cisco Switches - Cisco Firewall

Cisco Catalyst 6800 Series Switch was introduced by Cisco for the next-generation campus. It is built on the rich DNA of the Cisco Catalyst 6500 Series Switch and provides high levels of scalability and performance. The Cisco 6800 Series provides unprecedented investment protection for migrations and upgrades from the Cisco Catalyst 6500-E Series Switch.

Evolution of Cisco Catalyst 6000 Series


The Cisco 6800 Series Switch has been designed to meet the requirements of the next-generation enterprise network and to simplify the deployment of emerging  trends such as bring your own device (BYOD), mobility, pervasive video, collaboration, and resiliency and the resulting challenges of scale, security, and management, making it the ideal switch for all campus backbone deployments.

The Cisco Catalyst 6800 Series Switch provides unprecedented investment protection by supporting the Cisco Catalyst 6500 Series Supervisor Engine 2T and its family of line cards and service modules. This backward compatibility coupled with the use of the same Cisco IOS Software operating system as used on the Cisco Catalyst 6500 Series Switch not only eases the burden of upgrades and migration but also reduces the total cost of ownership of the Cisco Catalyst 6800 Series Switch.

The Cisco Catalyst 6807-XL chassis is the“modular” aspect of a new Cisco Catalyst 6800 Series family of multilayer switching products, which combine significant technological innovation with unparalleled investment protection, to support tomorrow’s campus backbone.


Module Support on the Cisco Catalyst 6807-X


The Cisco Catalyst 6807-XL chassis provides extremely high levels of system scalability and performance, coupled with unprecedented investment protection for migrations and upgrades from the current Cisco Catalyst 6500-E chassis:

It can deliver up to 11.4 Tbps of total system capacity, with up to 880 Gbps of per-slot bandwidth. In a VSS configuration, this level of support translates to a system capacity of up to 22.8 Tbps.

It is optimized for high-density 10, 40, and 100 Gigabit Ethernet, also providing superior customer investment protection by supporting the Cisco Catalyst 6500 Supervisor Engine 2T and associated LAN and service modules.


Cisco Catalyst 6807-XL Features and Benefits


The Cisco Catalyst 6800 Series chassis is capable of delivering up to 11.4 terabits per second (Tbps) of system bandwidth capacity and up to 880 gigabits per second (Gbps) of per-slot bandwidth. In a system configured for VSS, this translates to a system capacity of 22.8 Tbps. The Cisco Catalyst 6800 Series Switch is optimized for high-density 10 Gigabit Ethernet, 40 Gigabit Ethernet, and 100 Gigabit Ethernet.


Availability and Resiliency

The Cisco Catalyst 6800 Series Switch provides a mechanism for rapid supervisor engine failover by supporting Nonstop Forwarding with Stateful Switchover (NSF/SSO).

Moreover, with VSS Quad-Sup SSO (VS4O), the modular Cisco Catalyst 6800 Series Switch takes high availability to the next level. VS4O is the next generation of VSS technology and provides 99.999% availability, making the Cisco Catalyst 6800 Series Switch ideal for campus backbone deployments.


Smart Operations

The Cisco Catalyst 6800 Series Switch helps simplify the operation of the network by providing support for features such as Cisco Catalyst Instant Access and Smart Install.

The Cisco Catalyst 6800 Series Switch can be configured as a parent for Cisco Catalyst Instant Access deployments. Cisco Catalyst Instant Access enables the deployment of access switches instantly through a single touch point with feature and configuration consistency.

The Cisco Catalyst 6800 Series Switch can serve as a director for Smart Install: a plug-and-play configuration and image-management feature that provides zero touch deployment for new switches. You can ship a switch to a location, place it in the network, and power it on with no configuration required on the device.



The Cisco Catalyst 6807-XL chassis with Cisco Catalyst 6500 Series Supervisor Engine 2T provides comprehensive security with features such as Cisco TrustSec. Cisco TrustSec builds security and intelligence into the network with policy-based access control, identity-aware networking, and data confidentiality and integrity. Because networks have no borders, Cisco TrustSec helps secure borderless networks with confidence, consistency, and efficiency.



The Cisco Catalyst 6807-XL chassis with the Cisco Catalyst 6500 Series Supervisor Engine 2T provides a comprehensive suite of virtualization features including L2/L3 VPN, full MPLS, EVN, VRF aware applications for NAT Netflow, GRE for v4/v6, L2 extensions with VPLS, etc to segment different user groups and serve the unique security/QoS policy requirements of each of these diverse user groups.


Application Visibility and Control

The Cisco Catalyst 6800 Series Switch allows IT professionals to meet or exceed business service-level agreements and user expectations through:

Deep visibility and control for discovery, prioritization, monitoring, and control of applications — integrated into routing and switching with flexible NetFlow and QoS

Application recognition with NBAR and precise performance analytics with 1588 time stamping with integrated NAM-3 service module


Ready for Software Defined Networking (SDN)

Cisco Catalyst 6807-XL with Cisco Catalyst Supervisor Engine 2T is SDN ready, with a flexible architecture and API framework with OnePk that allows developers to deliver custom services such as network slicing and traffic steering based on industry standards such as OpenFlow to work in conjunction with applications that make the network agile.

PDF File from http://www.cisco.com/c/dam/en/us/products/collateral/switches/catalyst-6807-xl-switch/at_a_glance_c45-728226.pdf

More info you can refer to http://www.cisco.com/c/en/us/products/collateral/switches/catalyst-6807-xl-switch/white_paper_c11-728264.html


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