Cisco network low level design in software

cisco network low level design in software

Cisco Software-Defined Access (SDA) High Level Design (HLD) Template. Labels: Cisco Digital Network Architecture-DNA · LAN Switching · SD-Access. The low level design (LLD) is the basic blueprint for deploying the solution in production. It should provide enough detail so that anyone with a. In this sample chapter from Cisco Software-Defined Access, you will find a high-level overview of how the networks of today are causing. THUNDERBIRD X 350 Приобрести Подробнее 25,00. Приобрести Подробнее 1. Brasmatic 063 30-43-575 066 78-30-263 063 304-35-75 Товаров в Добро пожаловать в сумму: 00,00 грн.

It is just like asking to give you a sample building design plan. All the buildings are different by their purpose, size, budget, environment in which they are built, regulations applicable, etc. Just too many things to consider to give any kind of sample. Usually HLD includes the generalized representation of sites, security zones, inter-site links, site sections etc and policies. The low-level design shows the actual devices, device links, protocol.

Also, low-level design might include the logical maps, like routing zones, STP topologies etc. The structure of these documents depends on so many factors and how you want to present information. As an example, an HLD document for an MPLS network could depict the different sites and the core as clouds with basic information while the LLD document would showcase the actual devices and interfaces etc.

I can not give all details, but you can use below points. I will add more in future, depend on your project requirement. I can't share any actual documents as they are both intellectual property and under NDA. The goal of the HLD is to provide the logical topology, technologies used from a high level and design decisions that have been made.

Please don't share company confidential documents. I understand we can't get a Customer design document, but would be good to get a Table of Contents and format for an ISE LLD, if someone has it, so that one can understand the sections that need to be covered. If you encounter a technical issue on the site, please open a support case.

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Because CVD solutions are guaranteed to work as specified, we offer hour support options for any issues that might arise. Combine networking and security functions in the cloud to deliver seamless, secure access to applications, anywhere users work leveraging this Secure Access Service Edge design guide.

Campus wired and wireless LAN. Evolved programmable network. Big data. FlexPod platforms. FlashStack platforms. All Data Center guides. Cisco Validated Profiles. Skip to content Skip to search Skip to footer. Solutions Design Zone - Design Guides Use our documentation for faster, more reliable, and predictable deployment.

Watch video These tools give IT administrators clear visibility into the radio frequency RF environment. They make it easier to visualize the ideal RF environment, anticipate future coverage needs, and assess wireless LAN behavior.

They help IT administrators reduce, and in many cases eliminate, improper RF designs and coverage problems that can lead to end-user trouble tickets. Context-aware services use Cisco's patent pending "RF fingerprinting" technology to locate, track, and manage Wi-Fi-enabled devices and their contextual information in conjunction with Cisco MSE.

Getting the WLAN up and running quickly and cost-effectively to meet end-user needs is streamlined with the broad array of Cisco WCS integrated configuration templates. These easy-to-use templates and deployment tools help IT managers provision and configure the wireless LAN to expressly deliver the services that their business requires. Figure shows an example of the Flexible Deployment Tools and Configuration Templates available through an easy-to-use interface, make it simple to apply common configurations across one or more wireless LAN controllers, regardless of their location in the network—whether on the same LAN as Cisco WCS, on separate routed subnets, or across a wide-area connection.

At the click of a button, IT administrators can streamline even the most complex controller configurations, updates, and scheduling across the entire wireless network. Auto-provisioning access points is just as simple, with easy-to-use templates that support customized configuration of single or multiple access points.

Cisco WCS is the ideal management platform for monitoring the entire WLAN to maintain robust performance and deliver an optimal wireless experience to mobile end users. Cisco WCS centralized interface makes it easy to access information where it is needed, when it is needed, on demand or as scheduled. Figure shows an example of the Customizable Dashboard and Easy-to-Use Web-Based Interface Cisco WCS easy-to-use graphical displays serve as a starting point for maintenance, security, troubleshooting, and future capacity planning activities.

Quick access to actionable data about healthy and unhealthy events occurring on the network is available from a variety of entry points, making Cisco WCS vital to ongoing network operations. The ever-present alarm summary in the Cisco WCS simplifies access to critical information, faults, and alarms based on their severity.

Detecting, locating, and containing unauthorized rogue devices is fully supported when location services are enabled. The integrated workflow and expansive array of troubleshooting tools in the Cisco WCS help IT administrators quickly identify, isolate, and resolve problems across all components of the Cisco Unified Wireless Network.

Figure shows an example of the Integrated Workflows and Troubleshooting Tools. Cisco WCS makes it easy to quickly assess service disruptions, receive notices about performance degradation, research resolutions, and take action to remedy nonoptimal situations. Integrated workflows support seamless linkage between all tools, alarms, alerts, searches, and reports for all infrastructure components and client devices. A variety of tools work together to help IT administrators understand the operational nuances occurring on the WLAN and discover nonoptimal events occurring outside baseline parameters such as client connection or roaming problems.

The ever-present search tool in Cisco WCS facilitates cross-network access to real-time and historic information about devices and assets located anywhere in the wireless network. A built-in client troubleshooting tool provides a step-by-step method to analyze problems for all client devices. Cisco CleanAirsupports finding, classifying, and correlating sources of interference from Wi-Fi and non-Wi-Fi sources such as Bluetooth devices and cordless phones.

Cisco WCS includes customizable reporting that assists IT teams in more effectively managing, maintaining, and evolving the wireless LAN to meet ongoing business and operations requirements. Flexible reports provide access to the right data, at the right time, in a format to meet any requirement. An extensive variety of reports is available to help IT managers stay on top of network trends, maintain network control, audit operations, and quickly address changing business and end-user requirements.

Reports are customizable based on user-defined parameters. Detailed analysis of what is going on, where and when in the network, as well as capacity planning, is simplified by collecting data from several reports and analyzing trends to understand how the WLAN has changed over time.

Understanding WLAN trends makes it easier to plan for future enhancements and growth. Figure and Figure show the school switch to WLC physical connection in more detail, a key feature in of the WLC interface is its direct connection to the core distribution switch via a port channel interface. These Gigabit Ethernet connections are to different line cards on switches or line card to ensure that a single switch or line card failure does not result in the loss of the WLC connection to the school network.

The switch feature to achieve this is the same switch feature used for the Ether Channel connections between switches in the Schools SRA. The WLC connects to the switch via a Figure shows an example of the interface configuration summary on school WLC. The key interfaces of interest are ap-manger , manager , and wlan data1 , wlan data2 , and wlan voice1 interfaces. The server port is an out-of-band management interface not used in this design guide.

The virtual interface and its interface address are used to assist in the provisioning of seamless mobility. The virtual interface is assigned an address during the initial configuration of the WLC and this address is typically 1. A WLAN can be mapped to the management interface this is normally not recommended , or any dynamic interface. To define the area of the RF network that you are interested in managing, use an RF group name; to define the mobility services domain, use a mobility group.

The details of RF groups and mobility groups are beyond the scope of this design guide, but the key point for the design is that the RF network area and the mobility services domain will typically be a single school campus, and only WLCs that are at the same school should have the same RF group name or mobility group name. Figure shows an example of the RF and mobility group configuration on the controllers.

Each school campus can be given a different RF group and mobility group as the WLCs are different schools and are not expected to be in the same RF group or mobility group. A school with only one WLC will have a mobility group with only its own details in the mobility group. If there is only one WLC, the mobility group information is automatically populated. This section addresses the examples of what would be considered typical WLAN examples.

In addition, the SSIDs should be broadcast and have meaningful names. The key point shown are the security policy that has been set under the security tab and the WLC interface that the WLAN has been mapped to. The security configuration recommended is to use WPA2 with Note In this case, the WMM policy would be set to allowed. Figure shows the secured data WLAN advanced configuration.

The only change from the default settings on the tab is enabling the DHCP address assignment required feature. The other difference is that the radio policy has been set for The use of This means that once the handset associates with a network in one band, it will not leave that band while call quality is maintained. Whether this is a viable option for a school depends on the required call capacity of the school's WLAN and the type of AP network that has been deployed.

An example of the CAC configuration page is shown in Figure This means that client traffic that leaves the CUWN may need to be reclassified based upon the network policy. There are two ways of achieving this. The second method is preferable as it requires less configuration and maintenance of the policy; the policy only needs to be maintained upon WLCs, and not open the WLCs and the connected switch.

This configures the WLC to set the See Figure In many situations, it is not possible to administer and support the WLANs clients that are required to connect to the network. There can be a wide variety of operating systems, WLAN clients, and user ability to support, and a very limited amount of support resources.

In cases like this, a typical solution is to create an open WLAN that does not perform This is normally simple enough for all users and all platforms. To provide some level of access control and audit trail, these WLANs perform a Web-Authentication where all network access—apart from DHCP and DNS—is blocked until the user enters a correct username and password into an authentication web page.

This authentication web page will be forced to the WLAN client screen when the client attempts to open any web page. Figure shows the security configuration for the student WLAN. Web policy presents a number of web-based controls for network access, the option chosen in the case is authentication. Authentication requires the client to enter username and password through a web page.

The web page used can be an internal server provided by the WLC, or to a third-party service.

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