This document is intended to guide customers in their planning or deployment of IPv6 in branch
networks. This document is not meant to introduce you to branch design fundamentals and best
practices, IPv6, transition mechanisms, or IPv4 and IPv6 feature comparisons. The user must be familiar
with the Cisco branch design best practices recommendations and the basics of IPv6 and associated
transition mechanisms. For information about the enterprise design architecture, refer to the following
This design guide provides an overview of the Enterprise Branch Architecture, which is one component
in the overall Cisco Service-Oriented Network Architecture (SONA). SONA is a comprehensive
framework to provide guidelines to accelerate applications, business processes, and profitability. Based
on the Cisco SONA framework, the Enterprise Branch Architecture incorporates networked
infrastructure services, integrated services, and application networking services across typical branch
Implementing IP Addressing Services.
Configure DHCP in an enterprise branch network, Configure NAT on a Cisco router, Configure new generation RIP (RIPng) to use IPv6.
Every device that connects to a network needs an IP address. Network administrators assign static IP addresses to routers, servers, and other network devices whose locations (physical and logical) are not likely to change. Administrators enter static IP addresses manually when they configure devices to join the network. Static addresses also enable administrators to manage those devices remotely....
This design chapter evaluates securing an enterprise branch as it pertains to the Enterprise Branch
Architecture framework. The Enterprise Branch Architecture is one component in the overall Cisco
Service Oriented Network Architecture (SONA) that provides guidelines to accelerate applications,
business processes, and profitability. Based on the Cisco SONA framework, the Enterprise Branch
Architecture incorporates networked infrastructure services, integrated services, and application
networking services across typical branch networks, as shown in Figure 1....
The following will be discussed in this chapter: Configure DHCP in an enterprise branch network, Configure NAT on a Cisco router, Configure new generation RIP (RIPng) to use IPv6. Every device that connects to a network needs an IP address. Network administrators assign static IP addresses to routers, servers, and other network devices whose locations (physical and logical) are not likely to change.
After studying this chapter you will be able to: Configure DHCP in an enterprise branch network, configure NAT on a Cisco router, configure new generation RIP (RIPng) to use IPv6. Inviting you to refer.
Trong loạt bài này chúng tôi sẽ giới thiệu cho các bạn về cách cấu hình một mạng riêng ảo (VPN) site to site bằng cách sử dụng Branch Office Connectivity Wizard trong ISA 2006 Firewall. Virtual Private Network (VPN) - Mạng riêng ảo là một công nghệ cho phép mở rộng phạm vi của các mạng LAN (Local Area Networks) mà không cần bất kì đường dây riêng nào.
Trong phần hai loạt bài giới thiệu cách cấu hình một mạng riêng ảo (VPN) site to site bằng cách sử dụng Branch Office Connectivity Wizard trong ISA 2006 Firewall, chúng tôi sẽ giới thiệu cho các bạn về các vấn đề DNS cần thiết để giải pháp làm việc, thêm vào đó là việc cài đặt CSS và tạo các mảng ISA Firewall cho văn phòng chính và văn phòng chi nhánh.
This document provides design recommendations, configuration examples, and scalability test results for implementing a next-generation WAN for Voice and Video Enabled IPsec VPN (V3PN) based on a service provider WAN interface handoff using Ethernet at the enterprise campus and branch locations. This document provides the enterprise network manager with configuration and performance guidance to successfully implement or migrate to a WAN architecture using Ethernet as an access technology to a service provider network....
This document provides guidance on how to design a local area network (LAN) for a Business Ready
Branch or autonomous Business Ready Office where corporate services such as voice, video, and data
are converged onto a single office network.
Because of the numerous combinations of features, platforms, and customer requirements that make up
a branch office design, this version of the design guide focuses on various LAN designs for voice and
data services. This document also includes design guidance on the LAN side of the office network using
features such as 802.
This design guide describes how to design a Business Ready Branch or autonomous Business Ready
Office where corporate services such as voice, video, and data are converged onto a single office
network. This guide is targeted at network professionals and other personnel who assist in the design of
branch or commercial office networks.
This guide assists the network designer in successfully designing a branch or an autonomous office.
There are numerous combinations of features, platforms, and customer requirements that make up an
Legislators/regulators should keep in mind that market making is a substantial part
of the provision of financial products, like bonds (including governmental bonds), exchange traded
funds, or investment certificates. Therefore, it seems reasonable from an economic perspective that
these activities remain linked to the deposit taking activities. Due to their branch networks and other
distribution channels, deposit taking banks are the main distributors of such financial instruments
throughout the European Union.
This chapter explored the various broadband solutions used by telecommuters and branch office workers; outlined the features and basic infrastructure behind each broadband technology, which enables a network manager to make an informed selection; identified DSL, cable, and broadband wireless options as the various
broadband solutions; described basic DSL configuration.
Chapter 7 objectives: Describe the fundamentals of branch office connectivity, describe the fundamentals of mobile worker connectivity, describe the necessary configurations for a mobile worker to connect to an enterprise network.
Chapter 1 - Networking basics. This chapter has several objectives: to give a brief history of the internet, to give the definition of the two often-used terms in the discussion of the internet: protocol and standard, to categorize standard organizations involved in the internet and give a brief discussion of each, to define internet standards and explain the mechanism through which these standards are developed, to discuss the internet administration and give a brief description of each branch.
Trong phần 5 này chúng ta sẽ kết thúc cấu hình cơ bản của mạng riêng ảo VPN Site-to-Site bằng việc tạo file trả lời tại văn phòng chính sẽ được Branch Office Connectivity Wizard sử dụng trên ISA Firewall nhánh.
This document serves as a design guide for those intending to deploy a site-to-site VPN based on IP
Security (IPsec). The designs presented in this document focus on Cisco IOS VPN router platforms.
The primary topology described in this document is a hub-and-spoke design, where the primary
enterprise resources are located in a large central site, with a number of smaller sites or branch offices
connected directly to the central site over a VPN. A high-level diagram of this topology is shown in
White box testing strategy deals with the internal logic and structure of the code. White box testing is also called as glass, structural, open box or clear box testing. The tests written based on the white box testing strategy incorporate coverage of the code written, branches, paths, statements and internal logic of the code etc.
Your corporate network equipment currently includes a 4006 Core switch with an L3 module for
VLAN routing and a Cisco 2600 external access router. Connected to your corporate network via
a 128k leased line is your branch network that includes a 2600 Cisco WAN router and a 2600XL
switch for local access. Your corporate network is segmented into four functional VLANs for
better network management. VLANs include “Accounting”, “Marketing” and “Engineering” for the
users and “default” used for the native VLAN network management.