D-Link DI-707PD Manual de usuario

Express Ethernetwork

Manual

Building Networks for People

Broadband Router

DI-707P

D-Link

Contents

Package Contents ................................................................................3

Introduction............................................................................................4

Getting Started ....................................................................................10

Using the Configuration Menu.............................................................. 11

Networking Basics ..............................................................................40

Reset to Factory Default Settings ........................................................68

Technical Specifications ......................................................................69

Contacting Technical Support ..............................................................70

Warranty and Registration ...................................................................71

Installing the Print Server Software ......................................................36

Contents of Package:

D-Link DI-707P Express Ethernetwork Broadband Router

Power Adapter – 5V DC

Ethernet (CAT5-UTP/Straight-Through) Cable

Manual on CD

Quick Installation Guide

System Requirements For Configuration:

Computer with Windows, Macintosh, or Linux-based

operating system with an installed Ethernet adapter



Internet Explorer version 6x or Netscape Navigator

version 6x and above, with JavaScript enabled



Ethernet-Based Cable or DSL Modem



Package Contents

Note: Using a power supply with a different voltage rating than the one included with the

DI-707P will cause damage and void the warranty for this product.

If any of the above items are missing, please contact your reseller.



Introduction

The D-Link DI-707P Broadband Router includes 7 ports and a printer port. It

provides a complete solution for Internet surfing and office resources sharing.

It is an ideal way to extend the reach and number of computers connected to

your network.

After completing the steps outlined in the Quick Installation Guide (included in

your package) you will have the ability to share information and resources, as

well as share a printer on your network.

The DI-707P is compatible with most popular operating systems, including

Macintosh, Linux and Windows, and can be integrated into a large network.

Connections

Pressing the

Reset Button

restores the

router to its

original factory

default settings.

Features & Benefits

Receptor

for the

Power

Adapter

LAN ports provide

connections to Ethernet-

enabled devices.

All LAN ports auto-sense cable

types to accomodate straight-

through or cross-over cable.

WAN port is the

connection for the

Ethernet cable to the

Cable or DSL modem

Broadband modem and IP sharing

Connects multiple computers to a broadband (cable or DSL) modem to surf

the Internet



Auto-sensing Ethernet Switch

Equipped with a 7-port auto-sensing Ethernet switch



VPN Pass-Through supported

Supports pass-through PPTP sessions and allows you to setup VPN server

and VPN clients

Printer sharing (Optional)

Embeds a print server to allow all of the networked computers to share one

printer

Firewall

All unwanted packets from outside intruders are blocked to protect your

network

DHCP server supported

All of the networked computers can retrieve TCP/IP settings automatically

from the DI-707P

Web-based configuration

Configurable through any networked computer’s web browser using

Netscape or Internet Explorer

Printer Port.Most printers will work with

this bi-directional printer port. If you

experience difficulties with a multi-

functional printer, please confirm that your

printer is compatible with a bi-directional

port.

Features & Benefits continued

Access Control supported

Allows you to assign different access rights for different users

Packet filter supported

Packet Filter allows you to control access to a network by analyzing the

incoming and outgoing packets and letting them pass or halting them

based on the IP address of the source and destination.

Virtual Server supported

Enables you to expose WWW, FTP and other services on your LAN to be

accessible to Internet users.

User-Definable Application Sensing Tunnel

User can define the attributes to support special applications requiring

multiple connections, like Internet gaming, video conferencing, Internet

telephony and so on. The DI-707P can sense the application type and

open a multi-port tunnel for it.

DMZ Host supported

Allows a networked computer to be fully exposed to the Internet; this

function is used when the special “application-sensing tunnel feature” is

insufficient to allow an application to function correctly

Introduction to Broadband

Router Technology

A router is a device that forwards data packets from a source to a destination. Routers

forward data packets using IP addresses and not a MAC address. A router will forward

data from the Internet to a particular computer on your LAN.

The information that makes up the Internet gets moved around using routers. When

you click on a link on a web page, you send a request to a server to show you the next

page. The information that is sent and received from your computer is moved from your

computer to the server using routers. A router also determines the best route that your

information should follow to ensure that the information is delivered properly.

A router controls the amount of data that is sent through your network by eliminating

information that should not be there. This provides security for the computers con-

nected to your router, because computers from the outside cannot access or send

information directly to any computer on your network. The router determines which

computer the information should be forwarded to and sends it. If the information is not

intended for any computer on your network, the data is discarded. This keeps any

unwanted or harmful information from accessing or damaging your network.

Introduction to Firewalls

A firewall is a device that sits between your computer and the Internet that prevents

unauthorized access to or from your network. A firewall can be a computer using

firewall software or a special piece of hardware built specifically to act as a firewall. In

most circumstances, a firewall is used to prevent unauthorized Internet users from

accessing private networks or corporate LAN's and Intranets.

A firewall watches all of the information moving to and from your network and analyzes

each piece of data. Each piece of data is checked against a set of criteria that the

administrator configures. If any data does not meet the criteria, that data is blocked

and discarded. If the data meets the criteria, the data is passed through. This method

is called packet filtering.

A firewall can also run specific security functions based on the type of application or

type of port that is being used. For example, a firewall can be configured to work with

an FTP or Telnet server. Or a firewall can be configured to work with specific UDP or

TCP ports to allow certain applications or games to work properly over the Internet.

Introduction to Local Area Networking

Local Area Networking (LAN) is the term used when connecting several computers

together over a small area such as a building or group of buildings. LAN's can be

connected over large areas. A collection of LAN's connected over a large area is called

a Wide Area Network (WAN).

A LAN consists of multiple computers connected to each other. There are many types

of media that can connect computers together. The most common media is CAT5

cable (UTP or STP twisted pair wire.) On the other hand, wireless networks do not use

wires; instead they communicate over radio waves. Each computer must have a

Network Interface Card (NIC), which communicates the data between computers. A

NIC is usually a 10Mbps network card, or 10/100Mbps network card, or a wireless

network card.

Most networks use hardware devices such as hubs or switches that each cable can be

connected to in order to continue the connection between computers. A hub simply

takes any data arriving through each port and forwards the data to all other ports. A

switch is more sophisticated, in that a switch can determine the destination port for a

specific piece of data. A switch minimizes network traffic overhead and speeds up the

communication over a network.

Networks take some time in order to plan and implement correctly. There are many

ways to configure your network. You may want to take some time to determine the

best network set-up for your needs.

Introduction to Virtual Private Networking

Virtual Private Networking (VPN) uses a publicly wired network (the Internet) to se-

curely connect two different networks as if they were the same network. For example,

an employee can access the corporate network from home using VPN, allowing the

employee to access files and printers. Here are several different implementations of

VPN that can be used.

Point-to-Point Tunneling Protocol (PPTP)

PPTP uses proprietary means of connecting two private networks over the Internet.

PPTP is a way of securing the information that is communicated between networks.

PPTP secures information by encrypting the data inside of a packet.

IP Security (IPSec)

IPSec provides a more secure network-to-network connection across the Internet or a

Wide Area Network (WAN). IPSec encrypts all communication between the client and

server whereas PPTP only encrypts the data packets.

Both of these VPN implementations are used because there is not a standard for VPN

server software. Because of this, each ISP or business can implement its own VPN

network making interoperability a challenge.

LEDS

LED stands for Light-Emitting Diode. The DI-707P has the following LEDs

as described below:

LED LED Activity

Power A steady light indicates

a connection to a power sourcea power source

M1 LED

M2 LED Lights up when the device has an Internet

connection

WAN

A solid light indicates connection on the

WAN port. This LED blinks during data

transmission

LAN This LED blinks during data transmission

Flashes once per second to indicate an

active system

LOCAL

NETWORK

(Ports 1-7)

A solid light indicates a connection to an

Ethernet-enabled computer on ports 1-7. This

LED blinks during data transmission

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