How to Create a LAN Connection Using an Ethernet Cable?

Having multiple computers at home doesn't mean you need to have multiple Internet connections. If you have a router and a few Ethernet Cisco cable, you can share an Internet connection among all your computers and even transfer files between them without having to use a CD, floppy disk or jump drive.

What you need to create a LAN connection using an Ethernet cable is Router Ethernet cables

How to Create a LAN Connection Using an Ethernet Cable? Follow these steps:
1. Insert the software disc that came with your router into your computer's CD or DVD drive. Follow the on-screen instructions to install the software.

2. Plug the AC power cable from the router to an electrical wall outlet. Connect an Ethernet cable from the port on the router that says either "WAN" or "Internet" to the outgoing port on your broadband modem.

3. Connect an Ethernet cable from the Ethernet port on the back of your computer to one of the open ports on the router.

4. Run Ethernet cables from any other open port on the router to any other computers you want to be added to the network.

5. Click on the "Start" bar at the bottom of your desktop and then choose the "Control Panel" button. Click on the link that says "Network Sharing Center" and then click on the button that says "Set up A Network Connection."

6. Check the radio box that is marked "Connect to the Internet through a gateway" and then click "Next." Type in a name for your network and then hit "Next" again. Press "Finish" to set up the network.

7. Go to the other computers on the network and navigate to the Control Panel again and then choose the Network Sharing Center. Click on "Connect to a Network" and then choose the network you set up on the first computer.

Tips & Warnings
It doesn't matter which open port you use on the router to connect an Ethernet cisco cable price to your computer, as long as you don't connect it to the "WAN" port reserved for the modem.

Keep the Ethernet cable in an area where it can't be tripped over or accidentally pulled out. Running it across the ceiling or on top of a wall using tape or a cable runner will keep the cords out of the way.

Cisco Router Products Feature

Cisco routers are for teleworkers, small offices, small to medium-sized businesses, and enterprise branch and head offices.
Cisco routers provide high availability, comprehensive security, integrated wireless, ease of management, and advanced Quality of Service (QoS) for today’s most demanding network services, including IP communications, video, customer relationship management, financial transactions, and other real-time applications.
Cisco Integrated Services Routers: Cisco 860, 880, 890, Cisco 1800 (fixed), Cisco 1800 (modular), Cisco 1900, Cisco 2800, 2900, 3800, 3900 Series
Cisco Aggregation Routers: Cisco 7200, 7301, 7304, ASR 1000, Cisco 7600, Catalyst 6500 Series
   
Cisco Integrated Services Routers: Increase the power of the network and optimize branch services on a single platform, while gaining a superior user experience.
Featured Cisco Routers: Cisco ISR G2
Cisco 3900 Series, for Medium-sized to Large Businesses and Enterprise Branch Offices
•    Delivers scalable rich-media services including TelePresence, highest density of service virtualization, and lowest TCO with energy efficiency
•    Ideal for high-end deployments requiring business continuity, WAN flexibility, superior collaboration capabilities, and investment protection
•    Field-upgradeable motherboard, circuit-speed WAN performance up to 350 Mbps with services such as security, mobility, WAN optimization, unified communications, video, and customized applications
•    3 RU modular form factor

Cisco 2900 Series, for Small- to Medium-sized and Enterprise Branch Offices
•    Provides rich-media services including TelePresence, service virtualization, and lower TCO with energy efficiency
•    Ideal for mid-range deployments requiring business agility, WAN flexibility, and secure collaboration
•    Circuit-speed WAN performance up to 75 Mbps with services such as security, mobility, WAN optimization, unified communications, video, and customized applications
•    1-2 RU modular form factor

Cisco 1900 Series, Small Offices and Small Enterprise Branch Offices
•    Entry-level secure WAN deployments, offers service virtualization, and low TCO
•    Ideal for small offices requiring modular flexibility for highly secure mobility and customizable applications
•    Circuit-speed performance up to 25 Mbps with concurrent services
•    Factory-selectable 802.11n access point and double-wide HWIC support; desktop form factor

Cisco 800 Series, for Small Offices and Teleworker Deployments
•    Provides secure WAN connectivity with desktop form factor
•    Ideal for telecommuters and small offices
•    Wire-speed performance with secure data services for xDSL, cable, and Ethernet WAN environments
•    Factory-selectable 802.11n access point, 3G WAN, and Survivable Remote Site Telephony (SRST) options

Cisco Integrated Services Routers G1:
Cisco 1800 Integrated Services Routers:
•    Designed for small to medium-sized businesses and small enterprise branch offices
•    Available in both fixed and modular configurations
•    Wire-speed performance with secure data services enabled at up to T1,E1, or xDSL rates
•    Business-class security with stateful firewall with URL filtering, VPN 3DES encryption and Advanced Encryption Standard (AES), Dynamic Multipoint VPN, IPS, and secure wireless LAN option
•    Secure WLAN option for simultaneous 802.11a and 802.11b/g operation with use of multiple antennas

Cisco 2800 Series Integrated Services Routers
•    Designed for small to medium-sized businesses and enterprise branch offices
•    Wire-speed performance up to multiple T1/E1/ xDSL rates, increased services density for security, voice, caching, video, network analysis, and L2; and switching
•    Security features include hardware-based VPN acceleration antivirus defense, IPS, and SDM support

Cisco 3800 Series Integrated Services Routers
•    Designed for medium-sized to large businesses and enterprise branch offices
•    Wire-speed performance with services enabled at up to T3/E3 rates; increased services density for security, voice, caching, video, network analysis, and L2
•    Security features include hardware-based VPN acceleration, antivirus defense through Network Admission Control, IPS, and SDM support

Cisco Aggregation Routers:Differentiate your service portfolio and increase revenues by delivering end-to-end scalable solutions and subscriber-aware services.
Cisco 7200 Series Routers
•    Application versatility supports managed network services, WAN and broadband aggregation, MPLS, VPN, QoS, and multiservice environments
•    Business-class security includes stateful inspection firewall, software and hardware VPN encryption, service-level validation features, and intrusion detection
•    Multiservice data/voice features include analog and digital voice, Survivable Remote Site Telephony, and multiservice interchange (MIX)-enabled backplane

Cisco 7600 Series Routers
•    Ideal for enterprise wide-area or metropolitan-area network aggregation or service-provider environments
•    Business-class security supports services modules including IPSec, firewall, SSL VPN, and IPS
•    Supports up to four slots for redundant supervisors and line cards; 6-, 9-, and 13-slot chassis available
•    Support for up to 12 Shared Port Adapter (SPA) bays and SPA Interface Processors (SIP) for intelligent services

Cisco ASR 1000 Series Routers
•    Ideal for service providers and enterprises seeking leading performance with compact form factor
•    Allows current and future services to be switched on instantly, at line rate, without compromising network performance or availability, using the Innovative Cisco QuantumFlow processor
•    Delivers highly secure, high-performance, and integrated software-enabled services (no service blades required), including multi-gigabit encryption, broadband, 20 and 40 Gbps firewall, Network- Based Application Recognition (NBAR), Flexible Packet Matching and session border control
•    Establishes new price and performance class for edge routers that deliver service integration for personalized, residential "any play" and complex business services
•    Provides powerful resiliency with convenient and cost-saving in-service software upgrade (ISSU) capability
•    Offers software redundancy on non-redundant hardware with ASR 1002 and ASR 1004 routers
•    Offers highly scalable, redundant hardware and 40 Gbps services and interface processors in the ASR 1006 and ASR 1013 routers

ASR 9000 Series Aggregation Services Routers
•    Offers nonstop video, enhanced scalability, and reduced carbon footprint
•    Ideal for carriers offering residential, mobile and business services
•    Scales up to 96 Tbps per system with comprehensive system redundancy
•    Offers unique service- and application-level intelligence

Cisco XR 12000/12000 Series Router
•    Extends highly secure virtualization and integral service delivery
•    Ideal for large enterprises and service providers
•    Features Cisco I-Flex (PDF - 677 KB), which prioritizes voice, video, and data services
•    Offers continuous system operation and multiservice scale

How to Use Cisco Static Routes?

Static cisco routes while manually intensive to keep up, are a very quick and effective way to route data from one subnet to different subnet. Let’s start with the basics.

What is a static router?
- a static route is a hard coded path in the router that specifies how the router will get to a certain subnet by using a certain path.

What do you mean by "hard coded"?
- you or someone has typed in the network ID and the next hop to get to the network specified

How do I add a static route into my Cisco router?
- Pretty simple
router# config t ; get into the configuration mode
router(config)# ip route A.B.C.D (destination network/host) A.B.C.D (mask) A.B.C.D (next hop); this is a simple static route

Are there any other ways to name the next hop except by using an IP address?
- Yes, you can use the port name i.e. ethernet0, E0, S0 and so on

What is "distance metric" that I can add at the end of the command?
- All routes have a value that allows the router to give a priority to which type of routing is used first. In static routes, the value is 1 which means no matter what other protocol you may have running like OSPF or RIP, the static route will always be used first. This can be changed to special needs. for example, if you have a frame link with ISDN back up, you can static routes for the frame and a second set of the same static router but with a distance matric of 255. This means while the frame is up, it goes first but when the frame goes down, the router will try to use the 2nd static which is normally ignored due to the 255 value.

Why do I want to use static routes when there are neat routing protocols like OSPF?
- static routes are easy, no overhead either on the link or the the CPU of the router. They also offer good security when coupled with a tight IP mask like 252 which gives only 2 hosts on a given link

If static routes are so easy, why not use them all the time?
- Static routes while easy can be overwhelming in a large or complicated network. Each time there is a change, someone must manually make changes to reflect the change. If a link goes down, even if there is a second path, the router would ignore it and consider the link down.

One of the most common uses of a static map is the default classless route
- ip classless
- ip route 0.0.0.0 0.0.0.0 [next hop]

This static map says that everything is remote and should be forwarded to the next hop( or supernet) which will take care fo the routing.

Dial on demand is also a big user of static routes. Many times with dial up or ISDN, you do not have the bandwidth or you do not want to pay the connection fees for routing updates so you use static routes.

Static routes allow you to set up load balancing after a fashion. Keep in mind that the IOS load balances across routes first and not interfaces. The easiest way to configure multiple routes on the same interface is to use the secondary IP command

Router 1
!
interface serial 0
 ip address 192.0.0.1 255.255.255.0
 ip address 192.0.0.2 255.255.255.0 secondary ! second route on same interface

interface serial 1
 ip address 192.1.0.1 255.255.255.0
 ip address 192.1.0.2 255.255.255.0 secondary

ip route 200.2.0.0 255.255.255.0 196.0.0.4; goes to serial 0
ip route 200.2.0.0 255.255.255.0 196.0.0.5; goes to serial 0
ip route 200.2.0.0 255.255.255.0 196.1.0.4; goes to serial 1

Router 2
!
interfaceethernet 0
 ip address 200.2.0.1 255.255.255.0
!
interface serial 0
 ip address 196.0.0.4 255.255.255.0
 ip address 196.0.0.5 255.255.255.0 secondary
!
interface serial 1
 ip address 196.1.0.4 255.255.255.0
 ip address 196.1.0.5 255.255.255.0 secondary

The traffic would go out router 1 across the two IPs on serial 0 first then across 1 IP on serial 1
This gives you unequal load balancing.

Notes: This is just the basics of static routing. You can get very creative if you want and take things further then described here. I would suggest "Routing TCP/IP Vol 1" from Cisco Press for more information.

Why Cisco?Reasons to Choose Cisco for Enterprise, SOHO and Home Network

Cisco, famous for supplying all kinds of network equipment and flexible networking solution for small to large business, definitely, is the premier network gear provider worldwide. Owning large numbers of fans, Cisco is always proud of providing the platform for campus, branch, data center, and wide-area networks that are highly available while integrating security at all levels of the network, helping to ensure the optimized delivery of application and communications, and providing inherent manageability. How to achieve it? Why Cisco? Let’s figure out what makes Cisco become NO.1 in the networking solution and device.

Several reasons help Cisco to be the computer networking giant
Reliability
Cisco hardware is extremely reliable and used Cisco has an excellent history in helping diagnose and fix any software issues with their equipment. Cisco offer 24*7*365 support which covers technical support and advanced hardware replacement.

Manageability
Managed switches provide remarkably better uptime as a result of enhanced diagnostics, allowing trained engineers to isolate network problems in a fraction of the time required with old-fashioned hunt and pluck troubleshooting. Router management features allow sophisticated configuration, utilization tracking, and diagnostics. Advanced features, like BGP enable non-stop Internet connectivity, and really separate Cisco from the pack.

Scalability
Cisco solutions easily scale from Small Business Start-ups that want reliable managed workgroup switches to Enterprise-class Corporations that demand flawless uptime, need secure wireless networks, managed layer 2 and 3 switches, dependable routing, firewalls, intrusion detection systems, and the software to manage it all.

Variety
Wide range of Cisco network products are offered, including routers, switches, VPN concentrators, wireless, firewalls, IP Phones VOIP, etc. Satisfying cisco fans by providing various Cisco network equipment and solutions.

Interoperability
Cisco provides legendary interoperability, providing real assurance that your investment in Cisco gear is ready for whatever tomorrow brings.

Enterprise Class Features
Depends on the router capabilities and the IOS image you have, you can have an enterprise class features in your LAN. Advance firewall system, Intrusion Detection System, Multicast handling, VoIP, all of that you can have just by upgrading your Cisco routers later when your company got bigger.

Cost
Compared with other manufacturers, Cisco suppliers often provide a very competitive price of Cisco network equipment. New, refurbished and used Cisco routers, switches, firewall security, and so on, all different Cisco items are offered on the market for you to choose. If you want to save money, used and refurbished Cisco network products is not a bad choice.

Nowadays, business requires a network platform that enables technology innovation and business-critical services across the entire network.Cisco has ability to provide an end-to-end network platform tied together by a common infrastructure and a common operating system, and manageable as a single, cohesive entity. Why choose Cisco used? That’s it.

Cisco, based in San Jose, California, is the world’s largest maker of networking equipment.

Simple Steps to Connect a Remote Office to Cisco ASA 5510

Actually, to connect a remote office to a Cisco ASA 5510 is easy and simple. Once you have connected your Cisco Adaptive Security Appliance (ASA) 5510 router to your computer, you can connect the router with a remote computer. By launching the Cisco Adaptive Security Device Manager (ASDM) application in your computer's Web browser, you can run a wizard to connect the Cisco ASA 5510 device with a remote computer. Before you begin the process, it is important to have administrator privileges and know the IP address of the computer you want to connect remotely to.

Instructions to Connect a Remote Office to Cisco ASA 5510

Step1. Log onto your computer as an administrator, and then open a Web browser. Enter

"https://192.168.1.1/admin" into the address bars, and then presses the "Enter" key on your keyboard.

Step2.Click the "Run Startup Wizard" option, and then click the "Yes" button in each dialog box that appears. Leave the user name and password text boxes empty.

Step3. Click the "OK" button. The main "ASDM" window will appear on your screen. Click the "Wizards" option.

Step4.Click the "VPN Wizards" option followed by the "AnyConnect VPN Wizard" option and the "Next" button.

Step5. Enter the IP address of the remote computer you want to connect to, and then click the "Next" button. Click the "Finish" button. Your asa 5500 is now connected with the remote computer.

Routers, Different Types to Serve Your Network

There are several types of routers you may hear of:wired router, wireless router.

More detailed classification: Internal cisco router sale (IR): All interfaces belong to the same area; Area Border router (ABR): Interfaces to multiple areas; Backbone router (BR): Interfaces to backbone; Autonomous system boundary router (ASBR): Exchange routing info with other autonomous systems; Designated router (DR): Generates link-state info about the subnet; Backup designated router (BDR): Becomes DR if DR fails.

If you use computers in your home or office, it is likely that your computer is connected with other computers through some type of router.Like a police officer directing traffic at an interchange, a router will direct or route information, data and files to the locations they need to go.Generally, Routers that we used can either be wired or wireless. 

A wired router will generally connect to your computer and computers or hardware through an Ethernet cable.  This happens with the use of output ports.And the only input port provided on a router will be used for the Internet. 

A wireless router may allow access from several computers through wired Ethernet cables and through wireless connections. You will know the router you are using is wireless if it comes with an antenna.  The antenna will provide the router with a specific range that allows other computers in the area with wireless capabilities to access the cheapest cisco adsl router, provided they have password access.

Two Typical Routers We Usually Used

Commercial Router

If you have ever been to a coffee shop or hotel that offers Wi-Fi access, chances are they are using a commercial-grade router.  These routers are much more powerful than what you would purchase at your local electronics or computer store.  The best commercial routers will be able to provide access to the Internet, files and printing, for example, with little problem.  Commercial routers may also be used by businesses, hospitals or in a university setting as part of a wide area network or WAN.(Cisco is a leading router manufacturer to aim to provide router and networking solution to small, medium and large enterprises) This is a network that allows computers to connect to each other even if they are in another building across town.  The commercial-grade will be used reset cisco router to connect with the wide area network (WAN) on one side and a smaller network called a local area network (LAN) on the other.The local area network may consist of one large office within a building.In that case, you could have multiple LANs connecting to the WAN through one or multiple routers.

Consumer Routers

If you are looking for a router for your home or small business, you likely can find what you need at your local electronics store.Generally you will want a router that serves as a wireless access point (WAP).It should also be a network switch.The wireless access point (WAP) basically provides the wireless access that everyone wants. That wireless access can be both to the Internet and to other computers in the home or office.Routers that come with a network switch tend to be faster and provide more evenly distributed bandwidth to each port. Consumer routers will come in a variety of price ranges and strengths.Some of the lower priced consumer routers will not have a very strong firewall. (Cisco refurbished routers Linksys E-series routers, powerful home routers, are welcomed by a lot of Cisco fans, more info of Cisco’ home product store you can visit Cisco’s official site: cisco.com).

Cisco Wireless Points for Home, Office and larger Enterprise

“How do I enable the wireless in a cisco solution Aironet access point?”“What is the best way to setup a wireless network with several access points to give uninterrupted connectivity?”“Resetting a Cisco wireless AP 350?I found an old Cisco wireless access point (Aironet 350 AP352E2C) and was wondering how I can reset it?”---From Yahoo Answers

Are you also looking to set up an easily accessible wireless network at home or the office? Indeed, wireless access is a great choice for easy, convenient internet and network access from anywhere you need it. And different products can allow youto extend the wireless range to just your apartment, your office building, or your entire campus. Cisco has a variety of products designed to fit every wireless requirement that you could need.

Further info on wireless access points for home, small business and large enterprises as follows

Cisco Wireless Access Points for Home---Valet
The Valet series is made with the home in mind. Valet products are inexpensive, sleekly designed, and they’re very easy to set up. They also function as your home’s router, allowing you to connect all computers (wireless or corded) to the internet. With the Valet, you can connect your house’s bluetooth or wireless-enabled game systems or other devices with no effort at all. The included Cisco software makes the Valet easy to install and customize on any PC.

Cisco Wireless for the Office---Small Business Access Points
Cisco small business wireless access points, designed with a business owner in mind, allow you to connect farther, faster, and safer than ever before, and the more important is providing a big payoff for small business’ dollar.

The extended range of the small business WAP4410N wireless access point allows employees and guests to connect to the internet anywhere within a large range of connectivity. You can connect a variety of wireless devices in seconds to the network, and you do not even need an available outlet to connect the access point to power. These wireless access points support power-over-ethernet devices,IOS download so you can install them quickly and easily anywhere you like.

The small business series has advanced security features to protect your network from unauthorized gateways into your network. They also offer support for the fastest speeds possible with their expanded range, ensuring that your wireless users have all the performance they need right at their fingertips.

Wireless Access Points for Larger Enterprises---Aironet

The Aironet series is designed to fit in perfectly with an enterprise environment and provides sleek, rugged, and powerful performance for an extended range of use and easy scalability. The Aironets also support power-over-ethernet, this greatly lessens the difficulty of installation. Its high-capacity performance can handle large amounts of users while still offering security that large operations need to protect their network. They are also built with clean-air technology and an energy-efficient construction that will help your business reduce its carbon footprint.

For supporting a large user base, covering an extended range, and standing up to rugged environments, large businesses or institutional facilities should consider the Aironet series of wireless access points to give them the performance they need.

That’s it for this guide to Cisco wireless access points. Whether you are at home or small, medium or larger office, going wireless can greatly increase your productivity and ease of access for all your wireless devices. 

source:routerswitch.com