1.Before You Connect to the Network

The site where you install the Switch may greatly affect its performance. Please follow these guidelines for setting up the Switch.

• Install the Switch on a sturdy, level surface that can support at least 3 kg (6.6 lbs.) of weight. Do not place heavy objects on the Switch.

• The power outlet should be within 1.82 meters (6 feet) of the Switch.

• Visually inspect the power cord and see that it is fully secured to the AC power port.

• Make sure that there is adequate space for proper heat dissipation from and adequate ventilation around the Switch. Leave at least 10 cm (4 inches) of space at the front and rear of the Switch for ventilation.

• Install the Switch in a fairly cool and dry place for the acceptable temperature and humidity operating ranges.

• Install the Switch in a site free from strong electromagnetic field generators (such as motors), vibration, dust, and direct exposure to sunlight.

• When installing the Switch on a level surface, attach the rubber feet to the bottom of the device. The rubber feet cushion the Switch, protect the casing from scratches, and prevent it from scratching other surfaces.

Mounting the Switch on the Wall

The DGS-2205 can also be mounted on a wall. Two mounting slots are provided on the bottom of the switch for this purpose. Please make sure that the front panel is exposed in order to view the LEDs. Please refer to the illustration below:

1. Mount the Nylon screw anchors into a cement wall.
2. Drive the T3 x 15L screws into the Nylon screw anchors.
3. Hook the mounting holes of the switch back on the screws.

Connecting the Switch

■DGS-2205 to End Node

End nodes include PCs outfitted with a 10, 100, or 1000 Mbps RJ-45 Ethernet Network Interface Card (NIC) and most routers. An end node can be connected to the Switch via a twisted-pair Category 3, 4, 5, or 5e UTP/STP cable. The end node can be connected to any of the ports of the Switch.

The Link/Act LEDs for each UTP port light green when the link is valid. The LED over the port label indicates a port speed of either 10/100 Mbps or 1000Mbps. A blinking LED on the bottom indicates packet activity on that port.

■Hub/Switch to DGS-2205

These connections can be accomplished in a number of ways using a standard Ethernet cable.

• A 10BASE-T hub or switch can be connected to the Switch via a twisted-pair Category 3, 4, 5, or 5e UTP/STP cable.
• A 100BASE-T hub or switch can be connected to the Switch via a twisted -pair Category 5 UTP/STP cable.
• A 1000BASE-T switch can be connected to the Switch via a twisted -pair Category 5e or better UTP/STP cable.

■Connecting To Network Backbone or Server

Any of the five Gigabit Ethernet ports are ideal for uplinking to a network backbone or network server.

Troubleshooting

●Why can´t I share my Internet connection to multiple computers when using my D-Link DGS-2205 switch?

If you are connecting directly to a Cable or DSL modem, you will need a router to “share” your Internet connection or a computer using ICS (Internet Connection Sharing) or Proxy. Switches and hubs do not allow you to share a single IP address to multiple computers.

Another alternative is to contact your ISP and purchase extra IP addresses for each additional computer.

●Does the DGS-2205 switch have an uplink port?

The DGS-2205 has Auto-MDI ports which automatically sense the type of cable being used (e.g. Crossover or Straight-through) and adjust themselves accordingly to pass data over the network.

●What is the maximum length of Category 3, 4 or 5 twisted pair cable that can be used between the DGS-2205 and other devices such as routers, switches, computers, etc.?

The maximum length of Category 3, 4 or 5 twisted pair cable that can be used between computers and other devices on a network is 100 meters or about 328 feet. Keep in mind that this is a theoretical limit. Usually, you will want to keep the distance between devices well below the limit.

1. Shut down the computer and unplug the power cord.

2. Remove the chassis cover. If you are installing a network adapter in a tower computer, we recommend to put the computer on its side in order to be able to apply the correct force to insert the adapter into the PCI Express slot.

3. Locate an empty PCI Express slot on the motherboard.

4. Insert the network adapter into the PCI Express slot and push it down vertically into the slot until it is firmly seated.

5. Install the bracket screw to secure the network adapter to the computer chassis.

6. Replace the computer chassis cover. Reconnect the power and switch the computer power on. If the BIOS section of your computer’s boot program is plug-and-play compliant, then at power-up the BIOS will automatically configure any newly installed adapter. Refer to page 16 in the manual for instructions to verify your installation.

A common problem when connecting different gigabit devices is Auto-sensing between the two different ports. When connecting two Gigabit devices it is imperative that the port speed be set the same on both sides.

Some Managed Gigabit products have the ability to have the port speed set at either 1000Mbps/Full duplex or Auto. Other Un-Managed products don’t have the ability to modify the port speed at all. If you are using an Unmanaged device, or a device that doesn’t have the ability to set the port speed at 1000Mbps/Full duplex, you may not be able to connect to a device whose port speed is set to 1000Mbps/Full duplex.

If the link speed is not 1.0 Gbps, then the cabling between the two endpoints should be examined. If using Gigabit over Copper (1000 Base-T) than you can use Ethernet cable Cat 5 or better (Cat5E, Cat6 or Cat6E). If the cable is pinned improperly, than the network connection will not run at gigabit speeds. Gigabit over copper uses all 8 wires of the Ethernet cable.

If you are using a store bought/factory pinned cable, and the connection speed is still not connecting at 1.0 Gbps, there may be a bent/broken pin on either the NIC, or the switch port. Isolate each portion of the possible problem, until you are able to find the defective port on the network. This can be done by using known good gigabit ports, and cabling.

How do I uplink to another hub or switch?

You can always connect an Ethernet hub/switch to another hub/switch. Some hubs/switches have uplink ports, and others do not. The configuration for all scenarios is listed below. Note: These examples are for 10/100 hubs and switches. Gigabit switches and NICs will always use a straight through Ethernet cable when connecting two devices together. There is no such thing as an uplink Gigabit port, or a crossover Gigabit cable.

NORMAL PORT TO NORMAL PORT —- CROSSOVER CABLE
UPLINK PORT TO UPLINK PORT —- CROSSOVER CABLE
UPLINK PORT TO NORMAL PORT —- NORMAL/PATCH CABLE
NORMAL PORT TO UPLINK PORT —- NORMAL/PATCH CABLE

Step 1: Use an Ethernet cable and plug your computer directly to your Internet gateway. Make sure Internet is accessible.

Step 2: Place your new adapter in the proper slot or port.

Step 3: With your computer running, a bubble message will appear stating that this device was not installed successfully. Left click on the message.
But if the message no longer appears, skip to Device Manager Installation.

Step 4: On driver installation failure, you can change the setting to use Windows Update by clicking Change setting…

Step 5: Chose to allow Windows to update your driver when it is not found on you computer.

Step 6: Once the driver installs successfully, close the window.

Step 7: Click/Right Click on the Network Icon located on the system tray to View the Available Wireless Networks. Find your personal Network and double click to connect. It should request for a wireless key, which by now should have been set up.

Driver Installation through the Device Manager

Step 1: In the Start menu, right-click on Computer to select Manage.

Step 2: On the left, select Device Manager to bring it up on the right.

Note: If the Driver software has not installed correctly, the partially installed adapter will come up in the Other devices group. Just as it is shown in the previous image.

Step 3: Right click on the unknown adapter to Update Driver Software..

Step 4: Click to Search automatically for updated driver software.

Note: If Windows was unable to install your Adapter, Windows may not be set to install automatically.

Step 5: Make sure the proper settings are selected by arriving to them with the followings routes:

Windows 7/Vista: Clink on Start > Right click Computer > Properties > Advanced system settings > Hardware tab > Device Installation Settings

Step 6: Click on Save Settings or OK to apply the change.

Confirmation of a successful Driver installation is achieved when the model of your adapter is label and listed in the Network adapters group of the Device Manager.

D-Link DGS Serise Switch, Many models have Gigabit Ethernet Combo port,For More Please visit www.dlink.cc

Note: If a Mini-GBIC port is being used, then the corresponding 1000BASE-T copper port is automatically disabled and vice versa.

The D-Link® Web Smart switch has six types: DES Series DES-1210-28,DES-1210-28p and DES-1210-52,DGS Series DGS-1210-28,DGS-1210-28p and DGS-1210-52. 28p has POE Features. DES Series has 10/100M Port and 2 10/100M/1000M port,DGS Series

Seamless Integration

The Web Smart switch DES-1210 is designed to provide SMB users complete control over the network. With Ethernet and Gigabit copper ports capable of connecting to existing Cat.5 twisted-pair cables, this switch eliminates the need for a complex reconfiguration process. The DES-1210 allows for a flexible connection to a backbone or servers. Additionally, all ports support auto-negotiation of MDI/MDI-X crossover, or configurable auto MDI, and therefore do away with crossover cables or uplink ports. This brings inexpensive and easy connectivity to your desktop.

QoS, Bandwidth Control

The switch is perfect for deployment in a VoIP environment, as it supports Auto Voice VLAN and Differentiated Services Code Point (DSCP) QoS for VoIP application. Auto Voice VLAN will automatically place voice traffic from an IP phone to an assigned VLAN and by doing so enhance the VoIP service.

Secure Your Network

The innovative D-Link Safeguard Engine function protects the switch against traffic flooding caused by virus attacks. The DES-1210-28 switch supports 802.1X port-based authentication, allowing the network to be authenticated through external RADIUS servers. In addition, the Access Control List (ACL) feature enhances network security and helps to protect the internal IT network by allowing an administrator to restrict the access of a network through a variety of means including MAC address, IP, UDP/TCP, and even VLAN ID.

With wide variety of manageability functions such as an intuitive SmartConsle Utility, easy-to-use Web browser, SNMP-based management, compact command lines, and integration with D-Link D-View 6.0. Thus Smart III Series makes it easy for small-and mid-sized organization to implement and manage the switch and networks. Flexible uplink ports design helps for SMBs to deploy network connection between switches and servers or core network backbones.

The new D-Link DNS-320 incorporates a full complement of next-generation technology, including a fast Gigabit Ethernet connection and support for up to two internal 3.5-inch SATA hard drives* — installed by simply sliding them in with no tools or cables needed. Also included are a built-in FTP server for accessing files via the Internet, built-in UPnP AV media server for streaming digital content and RAID 1 technology for backing up and mirroring files.

“The ShareCenter Pulse offers an extremely powerful and flexible solution for storing and sharing digital media across a network or the Internet,” said Maurice Famularo, Marketing Director, D-Link Australia & New Zealand. “It addresses the growing market need to store and share an ever-increasing amount of data, while offering built-in protection to keep valuable data, photos, videos and other important files intact.”

The D-Link DNS-320 comes with D-Link’s Setup Wizard and Easy Search Utility, which allows users to locate the ShareCenter Pulse anywhere on the network. Once located, this utility can be used to map the hard drive(s) so they will appear in “My Computer” on their PC. Backup software is also included on the CD to facilitate back up of files from a computer to the ShareCenter Pulse manually, according to a schedule, or in real-time. Real-time backups provide a method of safeguarding against unforeseen data loss.

A convenient USB port on the front of the ShareCenter can be used to attach external USB storage drives, USB printers, or an Uninterruptible Power Supply (UPS) for monitoring.

For businesses and consumers interested in reducing their energy costs and helping to save the environment, D-Link Green products provide eco-friendly alternatives without compromising performance. The ShareCenter Pulse uses hard drive power management and Smart Fan speed control to reduce energy costs, minimise noise and prolong the lifespan of installed hard drives.

For more information, see D-Link’s websites at www.dlink.com.au  and www.dlink.co.nz.

Some friends asked why won’t Gigabit connection get a link?

I find the answer on the dlink website : www.dlink.com

A common problem when connecting different gigabit devices is Auto-sensing between the two different ports. When connecting two Gigabit devices it is imperative that the port speed be set the same on both sides. Some Managed Gigabit products have the ability to have the port speed set at either 1000Mbps/Full duplex or Auto. Other Un-Managed products don’t have the ability to modify the port speed at all. If you are using an Unmanaged device, or a device that doesn’t have the ability to set the port speed at 1000Mbps/Full duplex, you may not be able to connect to a device whose port speed is set to 1000Mbps/Full duplex.

If you are using a store bought/factory pinned cable, and the connection speed is still not connecting at 1.0 Gbps, there may be a bent/broken pin on either the NIC, or the switch port. Isolate each portion of the possible problem, until you are able to find the defective port on the network. This can be done by using known good gigabit ports, and cabling.