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DGS-6600 Configuration Guide
ii
Audience
The DGS-6600 Configuration Guide contains information for the setup and management of the
DGS-6600 Switch. The term, “the Switch” will be used when referring to the DGS-6600. This
Configuration Guide is intended for network managers and individuals familiar with network
management concepts and terminology.
Related Documentation
• DGS-6600 Command Line Reference Guide
Typographical Conventions
The conventions used in this Configuration Guide are explained in the following table:
ConventionDescriptionExample
Preface
Typewriter
Font
Boldface
Typewriter
Font
BOLD UPPER
CASE ITALIC
TYPEWRITER
FONT
Square
brackets [ ]
Vertical bar |This token separates the alternative elements. dhcp | bootp
Braces { }This token specifies a required element. The user must
, -These tokens specify that multiple interfaces can be
This is used in the CLI examples to represent the text
that is seen in the Switch console window and the
output. This is also used to indicate Switch responses.
This is used in the CLI examples to represent the
commands that the user will type in the Switch console
window. The commands must be typed exactly as
printed in the manual.
This is used in the CLI examples to indicate the
parameters in a CLI command.
This token specifies optional elements. A user can
specify zero, one, or multiple elements.
specify one of the elements.
specified. The ‘-' symbol is used to represent a range
of interfaces and the ‘,’ symbol is used to connect
multiple ranges.
DGS-6600:2>
configure terminal
VLAN-NAME
[view VIEW-NAME]
{1 | 2c | 3 {auth |
noauth | priv}}
[,|-]
Angle brackets <>This token represents the numeric range of a
parameter. The available range is enclosed in the <>
symbols.
Bold FontIndicates a Switch command or a Keyword.configure terminal
Italic FontIndicates a variable or parameter that is replaced with
an appropriate word or string.
DGS-6600 Configuration Guide
<1-10>
Type the IP address of your
TFTP Server.
iii
Notes, Notices, and Cautions
Below are examples of the 3 types of indicators used in this manual. When configuring your
switch using the information in this document, you should pay special attention to these
indicators. Each example below provides an explanatory remark regarding each type of
indicator.
NOTE: A NOTE indicates important information that helps you make better use of your
device
NOTICE: A NOTICE indicates either potential damage to hardware or loss of data and tells
you how to avoid the problem
CAUTION: A CAUTION indicates a potential for property damage, personal injury, or death.
Chapter 1-DGS-6600 Series Switch Product SummaryChapter Overview
Chapter 1
DGS-6600 Series Switch Product Summary
Chapter Overview
The following topics are included in this chapter, please go to the topic for more detailed information:
• Chapter Overview
• An Introduction to the DGS-6600 Series Switch
• Components and Hardware
• Chassis
• Module Plug-in Frame
• Module List
• DGS-6600-CM
• DGS-6600-CM-II
• DSG-6600-24SC2XS I/O Card
• DGS-6600-48P I/O Card
• DGS-6600-48T I/O Card
• DGS-6600-48S I/O Card
• DGS-6600-48TS I/O Card
• DGS-6600-8XG I/O Card
• Supported User Interfaces
An Introduction to the DGS-6600 Series Switch
The D-Link's DGS-6600 series switch is a modular, chassis-based Ethernet backbone switch. It is
designed to be adaptable and scalable, it’s intended to be used in a variety of different network
designs and to be upgradable as those network designs change and mature. Currently, the DGS6600 series chassis is available in a 4-slot chassis (DGS-6604) and 8-slot chassis (DGS-6608)
design.
The DGS-6600 switch provides a management platform, it has a backplane switch capacity of
either; 576Gbps for the DGS-6604 or 1152Gbps for the DGS-6608. The backplane switch capacities
are per Management Module. The DGS-6604 chassis has 4 slots. These slots are designed to hold,
one management module and three line card modules. The DGS-6608 chassis has 8 slots. These
slots are designed to hold two management modules and six line card modules.
All of the supported modules are capable of being hot-swapped, this allows the module
configuration to be changed while the power is on, with minimal disruption to the operating system.
The DGS-6600 chassis provides a built-in power shelf that is designed to support, depending upon
which chassis type is used (DGS-6604 or DGS-6608), up to four (DGS-6604) or eight (DGS-6608)
redundant power modules. Multiple redundant power modules are designed to enable continuous
operation in the event of a power module failure.
DGS-6600 Configuration Guide
18
Chapter 1-DGS-6600 Series Switch Product SummaryChapter Overview
Components and Hardware
The D-Link's DGS-6600 series switch is a modular, chassis-based Ethernet backbone switch
designed for adaptability and scalability. Currently, the DGS-6600 series chassis is available in a 4slot chassis (DGS-6604) and an 8-slot chassis (DGS-6608).
Figure 1-1 DGS-6604 Product Appearance
Figure 1-2 DGS-6608 Product Appearance
DGS-6600 Configuration Guide
19
Chapter 1-DGS-6600 Series Switch Product SummaryChapter Overview
Chassis
The DGS-6604 uses a standard 19-inch chassis, which has a height of 280mm, a width of 484mm,
and a depth of 470mm. The chassis consists of the system module layer, fan layer, and power layer.
The layer that handles system modules consists of a module plug-in frame, which is used for
connecting the various DGS-6604 modules. The built-in power shelf is located at the top of the
chassis. The fan tray is located on the right-hand side of the chassis. The fan tray consists of eight
fans. The dimension of each fan is 80x80x20mm.
The DGS-6608 chassis consists of the system module layer, fan layer, and power layer. The layer
that handles system modules consists of a module plug-in frame, which is used for connecting the
various DGS-6608 modules. The built-in power shelf is located at the top of the chassis. The fan tray
is located on the right-hand side of the chassis. The fan tray consists of sixteen fans. The dimension
of each fan is 80x80x20mm.
Module Plug-in Frame
The module plug-in frame of the DGS-6604 consists of the module slots and the backplane. The
DGS-6604 supports four module slots. The slot at the top of the Switch can only be used for the
control management module. The other three slots can be used to connect to various line cards. All
the modules supported by the DGS-6604 are of the same height, width and depth. The dimensions
of each module are a height of 42mm, a width of 388mm, and a depth of 422mm. The modules of
the DGS-6604 are inserted into the Switch horizontally. The backplane of the DGS-6604 is used to
interconnect the control management card and the line cards that have been installed in the Switch.
When the slots of the DGS-6604 are fully populated, the modules of the DGS-6604 will have the
following layout:
• One control management module.
• Three line card modules to meet the network requirements.
The slot number used for the Control Management module is 1. Slots 2, 3, and 4 are used for line
card modules.
The module plug-in frame of the DGS-6608 consists of the module slots and the backplane. The
DGS-6608 supports eight module slots. The slots 4 and 5 of the Switch can only be used for the
control management module. The other six slots can be used to connect to various line cards. All
the modules supported by the DGS-6608 are of the same height, width and depth. The dimensions
of each module are a height of 42mm, a width of 388mm, and a depth of 422mm. The modules of
the DGS-6608 are inserted into the Switch horizontally. The backplane of the DGS-6608 is used to
interconnect the control management card and the line cards that have been installed in the Switch.
When the slots of the DGS-6608 are fully populated, the modules of the DGS-6608 will have the
following layout:
• Two control management module.
• Six line card modules to meet the network requirements.
The slot number used for the Control Management module is 4 and 5. Slots 1-3 to 6-8 are used for
line card modules.
DGS-6600 Configuration Guide
20
Chapter 1-DGS-6600 Series Switch Product SummaryModule List
Module List
The DGS-6604/6608 supports the modules described below:
Model NameTypeDescriptionCompatibility
DGS-6600-CMControl ModuleThe Control Module is a CPU module for
the DGS-6604. The CPU module is used to
control the whole system. The DGS-6604
only supports 1 control module.
DGS-6600-CM-IIControl ModuleThe DGS-6600-CM-II is a CPU module for
the DGS-6604/6608. The DGS-6608 is able
to support 2 control modules.
DGS-660024SC2XS
DGS-6600-16XSI/O ModuleThe DGS-6600-16XS has 16x 10G SFP
DGS-6600-48PI/O ModuleThe DGS-6600-48P has 48x 10/100/1000
DGS-6600-48SI/O ModuleThe DGS-6600-48S has 48x SFP
DGS-6600-48TI/O ModuleThe DGS-6600-48T has 48x 10/100/1000
DGS-6600-48TSI/O ModuleThe DGS-6600-48TS has 24x 10/100/1000
DGS-6600-8XGI/O ModuleThis module has 8x 10G XFP module
interfaces.
Table 1-1 List of supported modules
DGS-6600-CM
Figure 1-3 DGS-6600-CM
Compact Flash Slot
The DGS-6600-CM Control Module has two compact flash slots (CF1 and CF2). Install a card in the
compact flash slot 1 to store the system configuration, log, and runtime image files. Slot 2 is for
debugging purposes (please see “Debug Information to Compact Flash” on page 601)
DGS-6604
The LED indicator will flash green when data from the compact flash card is being accessed.
Management Port
DGS-6600 Configuration Guide
21
Chapter 1-DGS-6600 Series Switch Product SummaryModule List
NOTE: The terminal emulation application may need to be restarted if the USB
cable is disconnected and plugged it back into the host the Switch is being accessed
from.
The DGS-6600-CM Control Module is equipped with an auxiliary Gigabit Ethernet port for
out-of-band management. The IP address configured on the management port can be in the same
domain as the one assigned to the I/O module.
UART Console Interface
The DGS-6600-CM front panel provides two types of UART Console Interface, an RS-232
connector and a USB connector. These two interfaces are mutually exclusive, with the USB
interface having a higher priority. If the Switch is currently being managed via the RS-232 console
connection and a USB connection is established, the CLI engine will use the USB connection and
automatically disconnect the user who is connected to the Switch via the RS-232 console
connection.
The switching between the RS-232 and USB console connection is automatically controlled by the
firmware. However, this feature is disabled during system bootup. Therefore, it is strongly
recommended not to change the console connection interface during system bootup, as important
bootup information may be missed.
In order to use the USB console interface the host will need to have a terminal emulation application
(e.g., Hyper Terminal, Teraterm etc.) installed and the correct USB driver for the Switch.
DGS-6600-CM-II
Compact Flash Slot
The DGS-6600-CM-II Control Module has two compact flash slots (CF1 and CF2). Install a card in
the compact flash slot 1 to store the system configuration, log, and runtime image files. Slot 2 is for
debugging purposes (please see “Debug Information to Compact Flash” on page 601)
The LED indicator will flash green when data from the compact flash card is being accessed.
Management Port
The DGS-6600-CM-II Control Module is equipped with an auxiliary Gigabit Ethernet port for
out-of-band management. The IP address configured on the management port can be in the same
domain as the one assigned to the I/O module.
Figure 1-4 DGS-6600-CM-II
UART Console Interface
The DGS-6600-CM-II front panel provides two types of UART Console Interface, an RS-232
connector and a USB connector. These two interfaces are mutually exclusive, with the USB
interface having a higher priority. If the Switch is currently being managed via the RS-232 console
connection and a USB connection is established, the CLI engine will use the USB connection and
automatically disconnect the user who is connected to the Switch via the RS-232 console
connection.
DGS-6600 Configuration Guide
22
Chapter 1-DGS-6600 Series Switch Product SummaryModule List
NOTE: The terminal emulation application may need to be restarted if the USB
cable is disconnected and plugged it back into the host the Switch is being accessed
from.
The switching between the RS-232 and USB console connection is automatically controlled by the
firmware. However, this feature is disabled during system bootup. Therefore, it is strongly
recommended not to change the console connection interface during system bootup, as important
bootup information may be missed.
In order to use the USB console interface the host will need to have a terminal emulation application
(e.g., Hyper Terminal, Teraterm etc.) installed and the correct USB driver for the Switch.
DSG-6600-24SC2XS I/O Card
DGS-6600-48P I/O Card
DGS-6600-48T I/O Card
Figure 1-5 DGS-6600-24SC2XS
Figure 1-6 DGS-6600-48P
Figure 1-7 DGS-6600-48T I/O Card
DGS-6600 Configuration Guide
23
Chapter 1-DGS-6600 Series Switch Product SummarySupported User Interfaces
DGS-6600-48S I/O Card
Figure 1-8 DGS-6600-48S I/O Card
DGS-6600-48TS I/O Card
Figure 1-9 DGS-6600-48TS I/O Card
DGS-6600-8XG I/O Card
Figure 1-10 DGS-6600-8XG I/O Card
Supported User Interfaces
The Switch can be configured using the following methods:
The following topics are included in this chapter, please go to the topic for more detailed information:
• Chapter Overview
• An Introduction to Quickly Setting Up the DGS-6600 Series Switch
• Preparation for Installation
• Static Discharge Damage Prevention
• Moving the Device
• System Grounding Requirements
• Simple Grounding Steps
• Installation Site Requirements
• Ventilation Requirements
• Removing and Installing Modules from the DGS-6600 Series Switch
• Removing Modules from the DGS-6600
• Installing Modules in the DGS-6604 & DGS-6608
• Configuring the Connection To The Switch
• Connecting a Terminal to the Console Port
• SNMP-Based Management
An Introduction to Quickly Setting Up the DGS-6600 Series Switch
The following chapter discusses how to create user accounts on the Switch. User accounts can be
used to protect access to the command-line interface. The user can create several user accounts
with different access-levels.
Preparation for Installation
To ensure normal operation and to prolong the lifespan of the DGS-6600, the appropriate
temperature and humidity must be maintained in the equipment room (please see Table 2-1 on
page 25).
If the equipment room’s temperature and humidity do not meet the specified requirements the
equipment may sustain damage.
Operating TemperatureOperating Humidity
0ºC-50ºC10%-90% RH non-condensed
Table 2-1
DGS-6600 Configuration Guide
25
Volume 1-Configuration Fundamentals / Chapter 2-Quick StartPreparation for Installation
Note:
The ambient temperature and humidity should be measured at a point that is 1.5m
above the floor and 0.4m in front of the equipment when there is no protective plate
in the front or back of the equipment rack.
Static Discharge Damage Prevention
To prevent damage from static electricity, please use the following guidelines:
• Be sure to install an adequate ground for all electronic equipment.
• Use appropriate dust prevention measures.
• Maintain the required humidity in the operating environment.
• Hold circuit boards by their edges. Do not touch any components on the printed circuit
board (PCB).
• Always wear an anti-static wrist strap when working near any electronic circuitry.
• Do not allow clothing to touch circuit boards. An antistatic wrist strap will only prevent
static electricity from the human body, it will not reduce the static electricity build up on
clothing.
Moving the Device
The DGS-6600 series Switch is quite heavy. When handling, please use the following guidelines:
• Avoid moving the equipment frequently.
• Seek assistance in lifting if the weight of the chassis is more then you can lift safely alone.
• Lift and move the chassis using the handles on the top panel (please see Table 2-1 on
page 27).
• Turn off all power supplies and unplug all power cables before moving the equipment.
• Completely loosen the thumb/Phillips screws and pull the card levers to remove each and
all line cards, fan tray, and power modules from the chassis before moving the chassis.
DGS-6600 Configuration Guide
26
Volume 1-Configuration Fundamentals / Chapter 2-Quick StartPreparation for Installation
Figure 2-1
System Grounding Requirements
Proper grounding will help to ensure the stable and reliable operation of the DGS-6600 series
switch. Be sure to verify that the grounding conditions meet the grounding requirements and all
devices are grounded appropriately before using the DGS-6600 series switch.
Figure 2-2
DGS-6600 Configuration Guide
27
Volume 1-Configuration Fundamentals / Chapter 2-Quick StartInstallation Site Requirements
Simple Grounding Steps
• Unfasten the nut on the rear grounding post of the equipment.
• Affix the terminal of the grounding cable to the grounding pole.
• Fasten the nut back on the grounding post.
• Connect the other end of the grounding cable to a suitable grounding bar.
Installation Site Requirements
The DGS-6600 series switch must be used indoors. To ensure normal operation and to prolong the
lifespan of the equipment, the installation site must meet the following requirements:
Requirements for Rack Mounting:-
If you plan to mount the DGS-6600 in a frame, please use the following guidelines:
• Install the switch in an open cabinet if possible. If you install the switch inside a closed
cabinet please ensure that the cabinet has a good ventilation and heat dissipation system.
• Ensure that the cabinet is durable enough to bear the weight of the DGS-6600 and its
installed components.
• Ensure that the dimensions of the cabinet provide enough space for the installation of the
front, rear, left and right panels of the DGS-6600 for the purpose of heat dissipation.
• The frame should be properly grounded.
Ventilation Requirements
Table 2-3 on page 29 shows the ventilation requirements of the DGS-6600. You must allow sufficient
space near the vents to ensure proper ventilation.
After the cables have been connected, they should be arranged into bundles or placed on the
cabling rack to prevent the obstruction of air intakes and vents.
DGS-6600 Configuration Guide
28
Volume 1-Configuration Fundamentals / Chapter 2-Quick StartRemoving and Installing Modules from the DGS-6600 Series Switch
Figure 2-3
Removing and Installing Modules from the DGS-6600 Series Switch
Removing Modules from the DGS-6600
• Unplug all copper/fibre cabling, i.e. RJ45 twisted-pair and fibre optic cables from the module to be removed.
• Loosen and unscrew the panel’s two captive screws.
• Use both hands to pull the levers, on the left and right hand sides of the board, to remove
the module from the DGS-6600.
Installing Modules in the DGS-6604 & DGS-6608
• Remove the component card or blank panel as instructed in the section Removing Modules from the DGS-6600
• Insert the new module into the guide rail of the vacant slot.
• Use the levers on the left and right hand side to push the board into position and tighten
the two captive screws on the module using a straight screw driver.
DGS-6600 Configuration Guide
29
Volume 1-Configuration Fundamentals / Chapter 2-Quick StartConfiguring the Connection To The Switch
Configuring the Connection To The Switch
Connecting a Terminal to the Console Port
Connect the supplied RJ-45-to DB-9 adapter cable to the standard 9-pin serial port on the PC.
Connect the other end of the cable to the console port on the switch. Set the terminal emulation
software as follows:
Baud rate: 115200
Data bits: 8
Parity: None
Stop bits: 1
Flow control: None
Select VT100 for the terminal emulation mode
After you have correctly set up the terminal, plug the power cable into the power supply on the
switch. The boot sequence will appear in the terminal.
Press the Enter key at the password prompt. There is no default password for the Switch.
Enter the commands to complete your desired tasks. Many commands require administrator-level
access privileges. See the Command Line Interface (CLI) Reference Guide on the documentation
CD for a list of all commands and additional information using the CLI.
Telnet Management Users may also access the switch CLI by using the PC’s Command Prompt. To
access it from the PC, users must first ensure that a valid connection is made through the Ethernet
port of the Switch and the PC, then click Start > Programs > Accessories > Command Prompt on the
PC. Once the console window opens, enter the command telnet 10.90.90.90 (depending on
configured IP address) and press Enter on the keyboard. The user should be directed to the
opening console screen for the CLI of the switch, press the Enter key at the password prompts.
There is no default password for the Switch.
SNMP-Based Management
The Switch can be managed with D-Link D-View or any SNMP-compatible console program. The
SNMP function is disabled by default for D-Link managed switches.
DGS-6600 Configuration Guide
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