D-Link RG-S8614, RG-S8610, RG-S8606 Installation And Reference Manual
RG-S8600 Series Switch
Hardware Installation and Reference Guide V1.78
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Preface
Thank you for using our products. This manual will guide you through the installation of the switch.
Scope
It is intended for the users who have some experience in installing and maintaining network hardware. At the same time, it
is assumed that the users are already familiar with the related terms and concepts.
Obtaining Technical Assistance
Ruijie Networks website: http://www.ruijienetworks.com
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Customer services email: service@ruijie.com.cn
Related Documents
Documents
Description
Configuration Guide
Describes network protocols and related mechanisms that supported by the
product, with configuration examples.
Command Reference
Describes the related configuration commands, including command modes,
parameter descriptions, usage guides, and related examples.
Documentation Conventions
The symbols used in this document are described as below:
This symbol draws the attention of readers to some suggestions and references.
This symbol reminds readers to be alert of wrong operations that may lead to loss of data or damage to equipment.
Chapter 1 Product Overview
The RG-8600 switch is a module-based high-density multi-service IPv6 10Gbp score routing switch developed by Ruijie
Networks, providing powerful defense capability based on high performance and capacity. It can be expanded according
to users’ business needs, satisfying the design requirements for putting equal emphasis on service and performance.
The RG-S8600 switch provides dual management boards and dual power supplies for redundancy. Currently four models
are available:
The RG-S8614: designed with 14 transverse slots, supporting dual management engine modules, providing 12 slots
for service modules.
The RG-S8610: designed with 10 vertical slots, supporting dual management engine modules and providing eight
slots for service modules.
The RG-S8606: designed with six transverse slots, supporting dual management engine modules and providing four
slots for service modules.
The RG-S8606 B: designed with six transverse slots, supporting dual management engine modules and providing
four slots for service modules.
RG-S8614
The RG-8600 switch is an A-class product and may cause radio disturbance to surroundings. In this case, users are
advised to take proper measures against the disturbance.
Specifications
Model
RG-S8614
Module Slot
14 (two for management engine modules)
Module Type
M8614-CM II
M8600-24SFP/12GT
M8600-24GT/12SFP
M8600P-24GT/12SFP
M8600-02XFP
M8600-48GT/4SFP
M8600P-48GT/4SFP
M8600-04XFP
M8600-24SFP
M8600-MPLS
M8600-NMM
M8600-02XFP24SFP/12GT-E
M8600-08XFP
M8600-VSU-02XFP
M8600-FW
RG-WALL 1600-B-E
RG-WALL 1600-B-U
RG-WALL 1600 FW Module
M8600-WS
M8600-02XFP24SFP/12GT-EC
M8600-24SFP/12GT-EC
M8600-48GT/4SFP-EC
M8600P-48GT/4SFP-EC
M8600-24GT/12SFP-EC
M8600-04XFP-EC
M8600-04QXS-DA
M8600-16XS-DA
Hot Swapping
Supported
Management
Redundancy
Supported
Power Supply
RG-PA1200:90 ~ 264VAC, 47 ~ 63Hz, power: 1200W
RG-PA1200E: 90 ~ 264VAC, 47 ~ 63Hz, power: 1200W
RG-PA2000: 90 ~ 176VAC, 47 ~ 63Hz, power: 1200W
176 ~ 264VAC, 47 ~ 63Hz, power: 2000W
RG-PA1200I: 90 ~ 176VAC, 47 ~ 63Hz, power: 530W
176 ~ 264VAC, 47 ~ 63Hz, power: 1400W
RG-PA2000I: 90 ~ 176VAC, 47 ~ 63Hz, power: 1080W
176 ~ 264VAC, 47 ~ 63Hz, power: 2000W
RG-PD1200: -36 ~ -72VDC, power: 1200W
RG-PD2000: -36 ~ -72VDC, power: 2000W
PA stands for AC power; PD stands for DC power.
Power Supply
Redundancy
The power supply redundancy of the same model is supported
Fan
GB9254-2008
EMC Standards
GB4943-2011
Safety
Standards
GB4943-2011
Operating
Temperature
0 ~ 40°C
Storage
Temperature
-40 ~ 70°C
Operating
Humidity
10% ~ 90% RH (non-condensing)
Earthquake
Resistance
Able to resist the earthquake intensity 9
Weight
≤114 kg
Dimensions
(W x D x H)
436.8 mm x 508 mm x 932.2 mm, 21 RU
Product Appearance
Figure 1-1 Appearance of the RG-S8614 Switch
Note:
Modular layer: offers up to 14 module slots
Power layer: supports up to two AC or DC power supplies
Air outlet: Located in the back of the chassis, as the air-outlet unit of the
system.
The RG-S8614 switch’s hardware system is composed of the chassis, the power system, modules, the fan tray and
the air filter.
Chassis
The RG-S8614 switch has a standard 19-inch chassis, which is 932.2mm high, 436.8mm wide and 508mm deep. It
consists of the system modular layer, the fan layer, the air filter and the power system layer.
The system modular layer is a module subrack that mechanically supports various modules of the RG-S8614.The
modular subrack is composed of module slots and back panel.
At the bottom of the chassis are two power frames. The air filter is located on the right side of the module subrack of the
chassis, facing the front of the chassis. On the back of the module subrack is the fan layer, which houses ten fans working
to suction air.
Module Slot
The RG-S8614 switch provides 14 module slots, of which two in the middle are only for the management modules. The 12
slots on the top and the bottom can accommodate a mix of various modules. Modules are inserted horizontally, with the
same height of 412 mm, and depth of 350 mm.
When all the slots are occupied, the modules in the subrack of the RG-S8614 switch are configured as follows:
Two management modules as backup for each other
12 modules are selected according to needs
The slots for the two management modules are in the middle and identified as M1 and M2 from bottom to top; the other 12
line cards are numbered 1-12 from bottom to top.
Backplane
The RG-S8614 switch’s backplane interconnects high-speed data links from switch management board to module circuit
board and various management and control signals between modules. Its functions are as follows:
Interconnects all signals between modules and provide high-speed communication channel.
Passive backplane
Supports active/standby switching between management modules
Supports automatic identification of various slots
Implements distributed power supply
Introduces monitoring signal lines of the fan and power supply
Ventilation and Heat Dissipation System
The operating temperature of the RG-S8614 switch is 0 to 40°C. The thermal design must ensure that the surface
temperature of the components does not exceed 50% to 80% of the allowed maximum temperature and satisfy the
requirement on the device’s reliability in the temperature range while ensuring the device’s reliability, safety and
maintainability. According to the thermal design of the RG-S8614 switch, fans are used to draw air for forced convection
cooling in order to ensure that the device works properly in the specified environment.
Figure 1-2 Ventilation and Heat Dissipation System of the RG-S8614 Switch
This structure is designed with air inlet on two sides, and air outlet at the back. The air flow direction is shown above.
Ten 120 x 120 x 38 fans are used to blow air outside for convection and ultimately heat dissipation. The chassis
should be mounted in a place with sufficient space for air circulation. Sufficient space (10 cm at least) must be
reserved at the air intakes and exhaust vents for ventilation.
RG-S8610
The RG-8600 series is an A-class product and may cause radio disturbance to surroundings. In this case, users are
advised to take proper measures against the disturbance.
Specifications
Model
RG-S8610
Module Slot
10 (two for management engine modules)
Module Type
M8610-CM
M8610-CM II
M8610-CM III
M8610-CM II LITE
M8600-24SFP/12GT
M8600-24GT/12SFP
M8600P-24GT/12SFP
M8600-02XFP
M8600-48GT/4SFP
M8600P-48GT/4SFP
M8600-04XFP
M8600-24SFP
M8600-MPLS
M8600-NMM
M8600-02XFP24SFP/12GT-E
M8600-08XFP
M8600-VSU-02XFP
M8600-FW
RG-WALL 1600-B-E
RG-WALL 1600-B-U
RG-WALL 1600 FW Module
M8600-WS
M8600-02XFP24SFP/12GT-EC
M8600-24SFP/12GT-EC
M8600-48GT/4SFP-EC
M8600P-48GT/4SFP-EC
M8600-24GT/12SFP-EC
M8600-04XFP-EC
M8600-04QXS-DA
M8600-16XS-DA
Hot Swapping
Supported
Management Redundancy
Supported
Power Supply
RG-PA1200: 90 ~ 264VAC, 47 ~ 63Hz, power: 1200W
RG-PA1200E: 90 ~ 264VAC, 47 ~ 63Hz, power: 1200W
RG-PA2000: 90 ~ 176VAC, 47 ~ 63Hz, power: 1200W
176 ~ 264VAC, 47 ~ 63Hz, power: 2000W
RG-PA1200I: 90 ~ 176VAC, 47 ~ 63Hz, power: 530W
176 ~ 264VAC, 47 ~ 63Hz, power: 1400W
RG-PA2000I: 90 ~ 176VAC, 47 ~ 63Hz, power: 1080W
176 ~ 264VAC, 47 ~ 63Hz, power: 2000W
RG-PD1200: -36 ~ -72VDC, power: 1200W
RG-PD2000: -36 ~ -72VDC, power: 2000W
PA stands for AC power; PD stands for DC power.
Power Supply Redundancy
The Power supply redundancy of the same model is supported
Fan
M8610-FAN (supporting hot swapping and fault alarming)
Environmental
EMC
Standards
GB9254-2008
Safety
Standards
GB4943-2011
Operating
Temperature
0 ~ 40°C
Storage
Temperature
-40 ~ 70°C
Operating
Humidity
10% ~ 90% RH (non-condensing)
Earthquake
Resistance
Able to resist the earthquake intensity 9
Weight
≤93 kg
Dimensions
(W x D x H)
436.8 mm x 448 mm x 956 mm, 21.5 RU
Product Appearance
Figure 1-3 Appearance of the RG-S8610 Switch
Note:
Air outlet layer: the air outlet layer of the whole system, discharge air to the
outside on three sides
Fan tray: slot of the fan tray, the active heat dissipation unit of the system
Modular layer: provides 10 vertical module slots, can house modules with
different functions
Wiring layer: arranges and leads out various cables in good order while
preventing the drooping cables from blocking the air inlet
Air inlet layer: inducts air into the chassis as the airway of the whole heat
dissipation unit;
Power layer: supports up to two AC or DC power supplies
The RG-S8610’s hardware system is composed of the chassis, the power system, modules, the cable management
bracket, the fan tray, air inlet/outlet ducts and the air filter.
Chassis
The RG-S8614 has a standard 19-inch chassis, which is 956mm high, 436.8mm wide and 448mm deep. It consists of the
system modular layer, the fan layer, air inlet/outlet layers, the cable management bracket, the air filter and the power
system layer.
The system modular layer is a module subrack that mechanically supports various modules of the RG-S8610.The
modular subrack is composed of module slots and back panel.
At the bottom of the chassis are two power frames, above which is the air inlet layer. The air filter is located between the
air inlet layer and the cable management bracket, which is located below the system modular layer. Above the system
modular layer is the fan layer, which houses six fans. At the top of the chassis is the air outlet layer working to suction air.
Module Slot
RG-S8610 provides 10 module slots, of which two in the middle are only for the MCs. The eight slots on the left and the
right sides can accommodate a mix of various modules. Modules are inserted vertically in RG-S8610, with the same
height of 412 mm, and depth of 350 mm.
When all the slots are occupied, the modules in the subrack of RG-S8610 are arranged as follows:
Two management modules as backup for each other
Eight modules selected according to needs
The slots for the two management modules are in the middle and identified as M1 and M2 from left to right; the other eight
line cards are numbered 1-8 from left to right.
Backplane
The RG-S8610’s backplane interconnects high-speed data links from switch management board to module circuit board
and various management and control signals between modules. Its functions are as follows:
Interconnects all signals between modules and provide high-speed communication channel.
Passive backplane
Supports active/standby switching between management modules
Supports automatic identification of various slots
Implements distributed power supply
Introduces monitoring signal lines of the fan and power supply
Ventilation and Heat Dissipation System
The operating temperature of RG-S8610 is 0 to 40°C. The thermal design must ensure that the surface temperature of the
components does not exceed 50% to 80% of the allowed maximum temperature and satisfy the requirement on the
device’s reliability in the temperature range while ensuring the device’s reliability, safety and maintainability. According to
the thermal design of RG-S8610, fans are used to draw air for forced convection cooling in order to ensure that the device
works properly in the specified environment.
Figure 1-4 Ventilation and Heat Dissipation System of the RG-S8610 Switch
This structure is designed with air inlet at the front and back and on both sides, and air outlet at the back and on both
sides. The air flow direction is shown above. Six 120 x 120 x 38 fans are used to blow air outside for convection and
ultimately heat dissipation. The chassis should be mounted in a place with sufficient space for air circulation.
Sufficient space (10 cm at least) must be reserved at the air intakes and exhaust vents for ventilation.
RG-S8606
The RG-8600 series is an A-class product and may cause radio disturbance to surroundings. In this case, users are
advised to take proper measures against the disturbance.
Specifications
Model
RG-S8606
Module Slot
Six (two for management engine modules)
Module Type
M8606-CM
M8606-CM II
M8606-CM III
M8606-CM II LITE
M8600-24SFP/12GT
M8600-24GT/12SFP
M8600P-24GT/12SFP
M8600-02XFP
M8600-48GT/4SFP
M8600P-48GT/4SFP
M8600-04XFP
M8600-24SFP
M8600-MPLS
M8600-NMM
M8600-02XFP24SFP/12GT-E
M8600-08XFP
M8600-VSU-02XFP
M8600-FW
RG-WALL 1600-B-E
RG-WALL 1600-B-U
RG-WALL 1600 FW Module
M8600-WS
M8600-02XFP24SFP/12GT-EC
M8600-24SFP/12GT-EC
M8600-48GT/4SFP-EC
M8600P-48GT/4SFP-EC
M8600-24GT/12SFP-EC
M8600-04XFP-EC
Hot Swapping
Supported
Management Redundancy
Supported
Power Supply
RG-PA1200: 90 ~ 264VAC, 47 ~ 63Hz, power: 1200W
RG-PA1200E: 90 ~ 264VAC, 47 ~ 63Hz, power: 1200W
RG-PA2000: 90 ~ 176VAC, 47 ~ 63Hz, power: 1200W
176 ~ 264VAC, 47 ~ 63Hz, power: 2000W
RG-PA1200I: 90 ~ 176VAC, 47 ~ 63Hz, power: 530W
176 ~ 264VAC, 47 ~ 63Hz, power: 1400W
RG-PA2000I: 90 ~ 176VAC, 47 ~ 63Hz, power: 1080W
176 ~ 264VAC, 47 ~ 63Hz, power: 2000W
RG-PD1200: -36 ~ -72VDC, power: 1200W
RG-PD2000:-36 ~ -72VDC, power: 2000W
PA stands for AC power; PD stands for DC power.
Power Supply Redundancy
The Power supply redundancy of the same model is supported
Fan
M8606-FAN (supporting hot swapping and fault alarming)
Environmental
EMC Standards
GB9254-2008
Safety
Standards
GB4943-2011
Operating
Temperature
0 ~ 40°C
Storage
Temperature
-40 ~ 70°C
Operating
Humidity
10% ~ 90% RH (non-condensing)
Earthquake
Resistance
Able to resist the earthquake intensity 9
Weight
≤73 kg
Dimensions
(W x D x H)
436.8 mm x 508 mm x 647.4 mm, 14.5 RU
Product Appearance
Figure 1-5 Appearance of the RG-S8606 Switch
Note:
Modular layer: offers up to six module slots
Power layer: supports up to two AC or DC power supplies
Air outlet: Locates in the back of the chassis, the air-outlet unit of the
system.
The RG-S8606’s hardware system is composed of the chassis, the power system, modules and the fan tray.
Chassis
The RG-S8614 has a standard 19-inch chassis, which is 674.4mm high, 436.8mm wide and 508mm deep. It the system
modular layer, the fan layer, the air filter and the power system layer.
The system modular layer is a module subrack that mechanically supports various modules of RG-S8606.The modular
subrack is composed of module slots and the backplane.
At the bottom of the chassis are two power supply frames. The fan layer is at the back of the module subrack and houses
six fans working to suction air.
Module Slot
The RG-S8606 provides six module slots, of which two in the middle are only for the MCs. The four slots on the top and
the bottom can accommodate a mix of various modules. Modules are inserted horizontally in the RG-S8606, with the
same height of 412 mm, and depth of 350 mm.
When all the slots are occupied, the modules in the subrack of RG-S8606 are arranged as follows:
Two management modules as backup for each other
Four modules selected according to needs
The slots for the two management modules are in the middle and identified as M1 and M2 from bottom to top; the other
four line cards are numbered 1-4 from bottom to top.
Backplane
The RG-S8606’s backplane interconnects high-speed data links from switch management board to module circuit board
and various management and control signals between modules. Its functions are as follows:
Interconnects all signals between modules and provide high-speed communication channel.
Passive backplane
Supports active/standby switching between management modules
Supports automatic identification of various slots
Implements distributed power supply
Introduces monitoring signal lines of the fan and power supply
Ventilation and Heat Dissipation System
The operating temperature of RG-S8606 is 0 to 40°C. The thermal design must ensure that the surface temperature of the
components does not exceed 50% to 80% of the allowed maximum temperature and satisfy the requirement on the
device’s reliability in the temperature range while ensuring the device’s reliability, safety and maintainability.. According to
the thermal design of RG-S8606, fans are used to draw air for forced convection cooling in order to ensure that the device
works properly in the specified environment.
Figure 1-6 Ventilation and Heat Dissipation System of the RG-S8606 Switch
This structure is designed with air inlet through the front plane, and air outlet at the back. The air flow direction is
shown above. Six 120 x 120 x 38 fans are used to blow air outside for convection and ultimately heat dissipation. The
chassis should be mounted in a place with sufficient space for air circulation. Sufficient space (10 cm at least) must
be reserved at the air intakes and exhaust vents for ventilation.
RG-S8606 B
The RG-8600 series is an A-class product and may cause radio disturbance to living environment. In this case, users
are advised to take proper measures against the disturbance.
Specifications
Model
RG-S8606 B
Module Slot
Six (two for management engine modules)
Module Type
M8606-CM II
M8606-CM III
M8606-CM II LITE
M8600-24SFP/12GT
M8600-24GT/12SFP
M8600P-24GT/12SFP
M8600-02XFP
M8600-48GT/4SFP
M8600P-48GT/4SFP
M8600-04XFP
M8600-24SFP
M8600-MPLS
M8600-NMM
M8600-02XFP24SFP/12GT-E
M8600-08XFP
M8600-VSU-02XFP
M8600-FW
RG-WALL 1600-B-E
RG-WALL 1600-B-U
RG-WALL 1600 FW Module
M8600-WS
M8600-02XFP24SFP/12GT-EC
M8600-24SFP/12GT-EC
M8600-48GT/4SFP-EC
M8600P-48GT/4SFP-EC
M8600-24GT/12SFP-EC
M8600-04XFP-EC
Hot Swapping
Supported
Management Redundancy
Supported
Power Supply
RG-PA800IF:
90 ~ 176VAC, 47 ~ 63Hz, power: 400W
176 ~ 264VAC, 47 ~ 63Hz, power: 800W
Power Supply Redundancy
The power supply redundancy of the same model is supported
Fan
M8606-FAN B (supporting hot swapping and fault alarming)
Environment
EMC
Standards
GB9254-2008
Safety
Standards
GB4943-2011
Operating
Temperature
0 ~ 50°C
Storage
Temperature
-40 ~ 70°C
Operating
Humidity
10% ~ 90% RH (non-condensing)
Earthquake
Resistance
Able to resist the earthquake intensity 8
Weight
≤70 kg
Dimensions
(W x D x H)
436.8 mm x 450 mm x 311.5 mm, 7 RU
Product Appearance
Figure 1-7 Appearance of the RG-S8606 B Switch
Note:
Modular layer: offers up to six module slots
Power layer: supports up to two AC or DC power supplies
Air outlet: Locates in the back of the chassis, the air-outlet unit of the
system.
The RG-S8606 B’s hardware system is composed of the chassis, the power system, modules, the air filter and the
fan tray.
Chassis
RG-S8606 B has a standard 19-inch chassis, which is 311.5mm high, 436.8mm wide and 450mm deep. It consists of the
system modular layer, the fan layer and the power system layer.
The system modular layer is a module subrack that mechanically supports various modules of the RG-S8606 B. The
modular subrack is composed of module slots and the backplane.
At the top of the chassis are two power supply frames. The fan layer is at the back of the module subrack and houses four
fans working to suction air. And air filter is provided at the back.
Module Slot
The RG-S8606 B provides six module slots, of which two in the middle are only for the management modules. The four
slots on the top and the bottom can accommodate a mix of various modules. Modules are inserted horizontally in the
RG-S8606 B, with the same height of 412 mm, and depth of 350 mm.
When all the slots are occupied, the modules in the subrack of the RG-S8606 B are arranged as follows:
Two management modules as backup for each other
Four modules selected according to needs
The slots for the two management modules are in the middle and identified as M1 and M2 from top to bottom; the other
four line cards are numbered 1-4 from top to bottom.
Backplane
The RG-S8606 B’s backplane interconnects high-speed data links from switch management board to module circuit board
and various management and control signals between modules. Its functions are as follows:
Interconnects all signals between modules and provide high-speed communication channel.
Passive backplane
Supports active/standby switching between management modules
Supports automatic identification of various slots
Implements distributed power supply
Introduces monitoring signal lines of the fan and power supply
Ventilation and Heat Dissipation System
The operating temperature of RG-S8606 B is 0 to 50°C. The thermal design must ensure that the surface temperature of
the components does not exceed 50% to 80% of the allowed maximum temperature and satisfy the requirement on the
device’s reliability in the temperature range while ensuring the device’s reliability, safety and maintainability.. According to
the thermal design of the RG-S8606 B, fans are used to draw air for forced convection cooling in order to ensure that the
device works properly in the specified environment.
Figure 1-8 Ventilation and Heat Dissipation System of the RG-S8606 B Switch
This structure is designed with air inlet from two sides, and air outlet at the back for modules, and air inlet through the
front plane and air outlet at the back for the power supply. The air flow direction is shown above. Four 120 x 120 x 38
fans are used to blow air outside for convection and ultimately heat dissipation. The chassis should be mounted in a
place with sufficient space for air circulation. Sufficient space (10 cm at least) must be reserved at the air intakes and
exhaust vents for ventilation.
Module
Refer to specifications of the products for the corresponding module types supported.
Summary of Modules
Module Type
Description
M8610/M8606-CM
As the switching and central control module of the RG-S8610/S8606, it manages the
entire system, including L2/L3 protocol processing, route management, user access
control and management, and network and operation maintenance.
M8610/M8606-CM II LITE
As the switching and central control module of the RG-S8610/S8606, it manages the
entire system, including L2/L3 protocol processing, route management, user access
control and management, and network and operation maintenance.
M8614/M8610/M8606-CM II
As the switching and central control module of the RG-S8614/S8610/S8606, it
largely enhances the processing capability of the processor on the basis of the
M8610/M8606-CM.The module manages the entire system, including L2/L3 protocol
processing, route management, user access control and management, and network
and operation maintenance.
M8610/M8606-CM III
As the switching and central control module of the RG-S8610/S8606, it upgrades the
bandwidth on the basis of the M8610/M8606-CM II. The module manages the entire
system, including L2/L3 protocol processing, route management, user access
control and management, and network and operation maintenance.
M8600-24SFP/12GT
It provides 12 SFP ports and 12 fiber/copper combo ports. The SFP ports support
the rate of 1000M, and the RJ-45 ports support auto-negotiation at 10/100/1000M.
The SFP optical modules support hot swapping.
M8600-24GT/12SFP
It provides twelve 10/100/1000BASE-T RJ45 ports and twelve fiber/copper combo
ports. The SFP ports support the rate of 1000M, and the RJ-45 ports support
auto-negotiation at 10/100/1000M. The SFP optical modules support hot swapping.
M8600-02XFP
It provides two 10G XFP ports. The XFP optical modules support hot swapping.
M8600P-24GT/12SFP
It provides twelve 10/100/1000BASE-T RJ45 ports and twelve fiber/copper combo
ports. The SFP ports support the rate of 1000M, and the RJ-45 ports support
auto-negotiation at 10/100/1000M and PoE function. The SFP optical modules
support hot swapping.
M8600-48GT/4SFP
It provides forty-four 10/100/1000BASE-T RJ45 ports and four fiber/copper combo
ports. The SFP ports support the rate of 1000M, and the RJ-45 ports support
auto-negotiation at 10/100/1000M. The SFP optical modules support hot swapping.
M8600P-48GT/4SFP
It provides forty-four 10/100/1000BASE-T RJ45 ports and four fiber/copper combo
ports. The SFP ports support the rate at 1000M, and the RJ-45 ports support
auto-negotiation at 10/100/1000M and PoE function. The SFP optical modules
support hot swapping.
M8600-04XFP
It provides four 10G XFP ports. The XFP optical modules support hot swapping.
M8600-24SFP
It provides 24 SFP ports that support the rate of 100/1000M and hot swapping.
M8600-NMM
It is an agent card that supports network flow control. The line card does not provide
any external port, and the NMM function of the S8600 switches can be expanded
M8600-MPLS
It is an agent card that supports MPLS. The line card does not provide any external
port, and the MPLS function of the S8600 switches can be expanded
M8600-08XFP
It provides eight 10G XFP ports. The XFP optical modules support hot swapping.
M8600-02XFP24SFP/12GT-E
It provides two 10G XFP ports, twelve SFP ports and 1twelve fiber/copper combo
ports. The SFP ports support the rate of 1000M, and the RJ-45 ports support M
auto-negotiation at 10/100/1000. The XFP and SFP optical modules support hot
swapping.
M8600-VSU-02XFP
It supports VSU and provides two 10G XFP ports. The XFP optical modules support
hot swapping.
M8600-FW
It is a service card that supports the firewall function. The line card provides 1 serial
port and MGMT port, and the firewall function of the S8600 switches can be
expanded.
RG-WALL 1600-B-E
It is a service card that supports the firewall function. The line card provides 1 serial
port and MGMT port, and the firewall function of the S8600 switches can be
expanded.
RG-WALL 1600-B-U
It is a service card that supports the firewall function. The line card provides 1 serial
port and MGMT port, and the firewall function of the S8600 switches can be
expanded.
RG-WALL 1600 FW Module
It is a service card that supports the firewall function. The line card provides 1 serial
port and MGMT port, and the firewall function of the S8600 switches can be
expanded.
M8600-WS
It is a service card that supports the wireless control function and provides 1 serial
port and MGMT port. The wireless control function of the S8600 switches can be
expanded.
M8600-02XFP24SFP/12GT-EC
It provides two 10G XFP ports, 12 SFP ports and 12 fiber/copper combo ports. The
SFP ports support the rate of 100/1000M, and the RJ-45 ports support
auto-negotiation at 10/100/1000M. The XFP and SFP optical modules support hot
swapping.
M8600-24SFP/12GT-EC
It provides 12 SFP ports and 12 fiber/copper combo ports. The SFP ports support
the rate of 100/1000M, and the RJ-45 ports support auto-negotiation at
10/100/1000M. The SFP optical modules support hot swapping.
M8600-48GT/4SFP-EC
It provides forty-four 10/100/1000BASE-T RJ45 ports and four fiber/copper combo
ports. The SFP ports support the rate of 100/1000M, and the RJ-45 ports support
auto-negotiation at 10/100/1000M. The SFP optical modules support hot swapping.
M8600P-48GT/4SFP-EC
It provides forty-four 10/100/1000BASE-T RJ45 ports and four fiber/copper combo
ports. The SFP ports support the rate of 100/1000M, and the RJ-45 ports support
auto-negotiation at 10/100/1000M and PoE function. The SFP optical modules
support hot swapping.
M8600-24GT/12SFP-EC
It provides twelve 10/100/1000BASE-T RJ45 ports and twelve fiber/copper combo
ports. The SFP ports support the rate of 100/1000M, and the RJ-45 ports support
auto-negotiation at 10/100/1000M. The SFP optical modules support hot swapping.
M8600-04XFP-EC
It provides four 10G XFP ports. The XFP optical modules support hot swapping.
M8600-04QXS-DA
It provides four QSFP+ ports. The QSFP+ modules support hot swapping.
M8600-16XS-DA
It provides 16 SFP+ ports. The SFP+ ports support 10G SFP+ modules and Gigabit
SFP modules. The SFP and SFP+ modules support hot swapping.
M8614-FAN
As the fan tray of the system, it provides ten 120 x 120 x 38 fans to guarantee heat
dissipation of the system.
M8610/M8606-FAN
As the fan tray of the system, it provides six 120 x 120 x 38 fans to guarantee heat
dissipation of the system.
M8606-FAN B
As the fan tray of the system, it provides four 120 x 120 x 38 fans to guarantee heat
dissipation of the system.
RG-PA1200/PA1200E/
PA1200I/PA2000I/PA2000
As the AC power module of the system, it provides the input interface for 220V AC
power supply.
RG-PD1200/PD2000
As the DC power module of the system, it provides the input interface for -48V DC
power supply.
RG-PA800IF
It is the AC power module of the system. Instead of providing an input interface, it is
directly powered by the 220V AC through the interface on the back of the S8606 B
chassis.
M8610/M8606-CM
M8610-CM is the primary management module of the RG-S8610; M8606-CM is the primary management module of
RG-S8606.M8610/M8606-CM performs such functions as system switching, system status control, route management,
user access control and management, and network maintenance. Inserted in slots M1 and M2 in the middle of the chassis,
the management module supports active/standby redundancy, hot backup and hot swapping.
In the system, there must be at least one M8610/M8606-CM for the system to work normally. However, you are
recommended to configure this module for both slots for higher reliability.
Module Appearance
Figure 1-9 Appearance of the M8610-CM
Figure 1-10 Appearance of the M8606-CM
External Interface
The M8610/M8606-CM module provides three external interfaces:
USB (Universal Serial Bus) interface: By connecting the USB interface, USB storage devices can keep logs, host
version, alarms and other diagnosis information, facilitating online upgrade of switch software and log saving.
To secure data and prevent damage to the device, it is recommended to use qualified USB disk. The USB interface
of the RG-S8600 is compatible with most USB controllers. Some models of USB disk may not be identified. You are
recommended to use Patriot and Start-net Digital USB disks.
Console port: As the serial communications port, it uses the RS-232 interface level and standard RJ-45 connector.
This port is used to connect the serial port of terminal computers running on the background for such tasks as
system debugging, configuration, maintenance, management, and host software loading.
10/100M MGMT port: As the 10/100BASE-T Ethernet port, it uses the RJ-45 connector. This port can be used to
connect the Ethernet port of the background computer for loading programs. When it is connected to the Ethernet
port of the background computer, the standard network cable can be used.
LED
Sign
Description
Detailed information
Status
System LED
OFF: The module is not powered on.
Red: The module is faulty.
Blinking green: The module is initializing. If it keeps blinking, the
module may be faulty.
Solid green: The module has finished initialization and can perform
switching well.
Primary
Primary/standby
management module
LED
OFF: The module is a standby management module.
Green: The module is a primary management module.
Alarm
Fault alarm
OFF: No fault.
Red: System fault.
10/100M MGMT
Port LED
Orange LED (full
duplex)
OFF: The module is working in the half duplex mode.
Orange: The module is working in the full duplex mode.
Green (Link/ACT)
OFF: The port link is not up.
Green: The port link is up.
Blinking green: The port is sending and receiving data.
Specifications
Model
M8610-CM
M8606-CM
Standard Compliance
IEEE 802.3-2005 Ethernet Standard
Management Mode
CLI, Telnet, Web-based
Port Type
One console port for management, one 10/100M MGMT port, one USB port
LED
Status, Primary, Alarm and MGMT port LEDs
Hot Swapping
Supported
Management
Redundancy
Supported
Power Consumption
<30W
EMC Standards
GB9254-2008
Safety Standards
GB4943-2011
Operating
Temperature
0 to 40°C
Storage Temperature
-40 to 70°C
Operating Humidity
10% to 90% RH (non-condensing)
Weight
Net weight: 2.8 kg
Dimensions
(L x W x H)
436 mm x 346 mm x 30 mm
433 mm x 346 mm x 30 mm
The CR2032 lithium battery is used in the M8610/M8606-CM. There is a risk of explosion if battery is replaced by an
incorrect type. Dispose of used batteries in a proper way.
M8610/M8606-CM II LITE
The M8610-CM II LITE is the primary management module of the RG-S8610; M8606-CM II LITE is the primary
management module of the RG-S8606.M8610/M8606-CM performs such functions as system switching, system status
control, route management, user access control and management, network maintenance and multi-service card support.
Inserted in slots M1 and M2 in the middle of the chassis, the management module supports active/standby redundancy,
hot backup and hot swapping.
In the system, there must be at least one M8610/M8606-CM II LITE for the system to work properly. However, you
are recommended to configure this module for both slots for higher reliability.
Module Appearance
Figure 1-11 Appearance of the M8610-CM II LITE
Figure 1-12 Appearance of the M8606-CM II LITE
External Interface
The M8610/M8606-CM II LITE module provides three external interfaces:
USB (Universal Serial Bus) interface: By connecting the USB interface, USB storage devices can keep logs, host
version, alarms and other diagnosis information, facilitating online upgrade of switch software and log saving.
To secure data and prevent damage to the device, it is recommended to use qualified USB disk. The USB interface
of the RG-S8600 is compatible with most USB controllers. Some models of USB disk may not be identified. You are
recommended to use Patriot and Start-net Digital USB disks.
Console port: As the serial communications port, it uses the RS-232 interface level and standard the RJ-45
connector. This port is used to connect the serial port of terminal computers running on the background for such
tasks as system debugging, configuration, maintenance, management, and host software loading.
10/100M MGMT port: As the 10/100BASE-T Ethernet port, it uses the RJ-45 connector. This port can be used to
connect the Ethernet port of the background computer for loading programs. When it is connected to the Ethernet
port of the background computer, the standard network cable can be used.
LED
Sign
Description
Detailed information
Status
System LED
OFF: The module is not powered on.
Red: The module is faulty.
Blinking green: The module is initializing. If it keeps blinking, the
module may be faulty.
Solid green: The module has finished initialization and can perform
switching well.
Primary
Primary/standby
management module
LED
OFF: The module is a standby management module.
Green: The module is a primary management module.
Alarm
Fault alarm
OFF: No fault.
Red: System fault.
10/100M MGMT
Port LED
Orange LED (full
duplex)
OFF: The module is working in the half duplex mode.
Orange: The module is working in the full duplex mode.
Green (Link/ACT)
OFF: The port link is not up.
Green: The port link is up.
Blinking green: The port is sending and receiving data.
Specifications
Model
M8610-CM II LITE
M8606-CM II LITE
Standard Compliance
IEEE 802.3-2005 Ethernet Standard
Management Mode
CLI, Telnet, Web-based
Port Type
One console port for management, one 10/100M MGMT port, one USB port
LED
Status, Primary, Alarm and MGMT port LEDs
Hot Swapping
Supported
Management
Redundancy
Supported
Power Consumption
<30W
EMC Standards
GB9254-2008
Safety Standards
GB4943-2011
Operating
Temperature
0 to 40°C
Storage Temperature
-40 to 70°C
Operating Humidity
10% to 90% RH (non-condensing)
Weight
Net weight: 2.8 kg
Dimensions
(L x W x H)
436 mm x 346 mm x 30 mm
433 mm x 346 mm x 30 mm
CR2032 lithium battery is used in M8610/M8606-CM II LITE. There is a risk of explosion if battery is replaced by an
incorrect type. Dispose of used batteries in a proper way.
M8614/M8610/M8606-CM II
The M8614-CM II is the primary management module of the RG-S8614; the M8610-CM II is the primary management
module of the RG-S8610; and the M8606-CM II is the primary management module of the RG-S8606. The
M8614/M8610/M8606-CM II performs such functions as system switching, system status control, route management, user
access control and management, and network maintenance. Inserted in slots M1 and M2 in the middle of the chassis, the
management module supports active/standby redundancy, hot backup and hot swapping.
In the system, there must be at least one M8614/M8610/M8606-CM II for the system to work properly. However, you
are recommended to configure this module for both slots for higher reliability.
Module Appearance
Figure 1-13 Appearance of the M8614-CM II LITE
Figure 1-14 Appearance of the M8610-CM II
Figure 1-15 Appearance of M8610-CM II
External Interface
The M8614/M8610/M8606-CM II module provides three external interfaces:
USB (Universal Serial Bus) interface: By connecting the USB interface, USB storage devices can keep logs, host
version, alarms and other diagnosis information, facilitating online upgrade of switch software and log saving.
To secure data and prevent damage to the device, it is recommended to use qualified USB disk. The USB interface
of RG-S8600 is compatible with most USB controllers. Some models of USB disk may not be identified. You are
recommended to use Patriot and Start-net Digital USB disks.
Console port: As the serial communications port, it uses RS-232 interface level and standard RJ-45 connector. This
port is used to connect the serial port of terminal computers running on the background for such tasks as system
debugging, configuration, maintenance, management, and host software loading.
10/100M MGMT port: As the 10/100BASE-T Ethernet port, it uses RJ-45 connector. This port can be used to connect
the Ethernet port of the background computer for loading programs. When it is connected to the Ethernet port of the
background computer, the standard network cable can be used.
LED
Sign
Description
Detailed information
Status
System LED
OFF: The module is not powered on.
Red: The module is faulty.
Blinking green: The module is initializing. If it keeps blinking, the
module may be faulty.
Solid green: The module has finished initialization and can perform
switching well.
Primary
Primary/standby
management module
LED
OFF: The module is a standby management module.
Green: The module is a primary management module.
Alarm
Fault alarm
OFF: No fault.
Red: System fault.
10/100M MGMT
Port LED
Orange (speed)
OFF: The module is working in 10M mode
Orange: The module is working in 100M mode.
Green (Link/ACT)
OFF: The port link is not up.
Green: The port link is up.
Blinking green: The port is sending and receiving data.
Specifications
Model
M8614-CM II
M8610-CM II
M8606-CM II
Standard
Compliance
IEEE 802.3-2005 Ethernet Standard
Management Mode
CLI, Telnet, Web-based
Port Type
One console port for management, one 10/100M MGMT port, one USB port
LED
Status, Primary, Alarm and MGMT port LEDs
Hot Swapping
Supported
Management
Redundancy
Supported
Power Consumption
<80W
<50W
<50W
EMC Standards
GB9254-2008
Safety Standards
GB4943-2011
Operating
Temperature
0 to 40°C
Storage Temperature
-40 to 70°C
Operating Humidity
10% to 90% RH (non-condensing)
Weight
Net weight: 3.5 kg
Net weight: 2.8 kg
Net weight: 2.8 kg
Dimensions
(L x W x H)
436 mm x 346 mm x 30 mm
436 mm x 346 mm x 30
mm
433 mm x 346 mm x 30 mm
The CR2032 lithium battery is used in the M8614/M8610/M8606-CM II. There is a risk of explosion if battery is
replaced by an incorrect type. Dispose of used batteries in a proper way.
M8610/M8606-CM III
The M8610-CM III is the primary management module of the RG-S8610; M8606-CM III is the primary management
module of the RG-S8606.M8610/M8606-CM III performs such functions as system switching, system status control, route
management, user access control and management, and network maintenance. Inserted in slots M1 and M2 in the middle
of the chassis, the management module supports active/standby redundancy, hot backup and hot swapping.
In the system, there must be at least one M8610/M8606-CM III for the system to work properly. However, you are
recommended to configure this module for both slots for higher reliability.
Module Appearance
Figure 1-16 Appearance of the M8610-CM III
Figure 1-17 Appearance of the M8606-CM III
External Interface
The M8610/M8606-CM III module provides three external interfaces:
USB (Universal Serial Bus) interface: By connecting the USB interface, USB storage devices can keep logs, host
version, alarms and other diagnosis information, facilitating online upgrade of switch software and log saving.
To secure data and prevent damage to the device, it is recommended to use qualified USB disk. The USB interface
of the RG-S8600 is compatible with most USB controllers. Some models of USB disk may not be identified. You are
recommended to use Patriot and Start-net Digital USB disks.
SD (Secure Digital Memory Card) interface: By connecting the SD interface, SD memory cards can keep logs, host
version, alarms and other diagnosis information, facilitating online upgrade of switch software and log saving.
To secure data and prevent damage to the device, it is recommended to use qualified SD memory cards. The SD
interface of the RG-S8600 is compatible with most SD memory cards. Some models of SD memory card may not be
identified.
Console port: As the serial communications port, it uses the RS-232 interface level and standard RJ-45 connector.
This port is used to connect the serial port of terminal computers running on the background for such tasks as
system debugging, configuration, maintenance, management, and host software loading.
10/100/1000M MGMT port: As the 10/100/1000BASE-T Ethernet port, it uses the RJ-45 connector. This port can be
used to connect the Ethernet port of the background computer for loading programs. When it is connected to the
Ethernet port of the background computer, the standard network cable can be used.
Reset button: As the reset button for the entire device, it resets the entire system.
There are long pressing and short pressing for the Reset button. If you press the button and hold it for less than five
seconds, it is short pressing; if you press the button and hold it for five seconds or longer, it is long pressing.
Indication of the Status LED for long pressing and short pressing: For short pressing of the button, the Status LED
flashes in green, and the board resets within five seconds at release. For long pressing of the button, the Status LED
flashes in green and then flashes in red; the board resets within five seconds at release.
LED
Sign
Description
Detailed information
Status
System LED
OFF: The module is not powered on.
Red: The module is faulty.
Blinking green: The module is initializing. If it keeps blinking, the module
may be faulty.
Solid green: The module has finished initialization and can perform
switching well.
Primary
Primary/standby
management module LED
OFF: The module is a standby management module.
Green: The module is a primary management module.
Alarm
Fault alarm
OFF: No fault.
Red: System fault.
Link/ACT
MGMT port LED
OFF: The port link is not up.
Green: The port link is up at 1000 Mbps.
Yellow: The port link is up at 10 Mbps or 100 Mbps.
Blinking: The port is sending and receiving data.
SDS
SD port LED
OFF: SD card is not inserted in the port or fails to be loaded.
Red: SD card loading succeeds on the port.
Blinking green: SD card is being read and written
USBS
USB port LED
OFF: USB disk is not inserted in the port or fails to be loaded.
Red: USB disk loading succeeds on the port.
Blinking green: USB disk is being read and written.
Specifications
Model
M8610-CM III
M8606-CM III
Standard Compliance
IEEE 802.3-2005 Ethernet Standard
Management Mode
CLI, Telnet, Web-based
Port Type
One console port for management, one 10/100/1000M MGMT port,
One SD port, one USB port, one RESET button
LED
Status, Primary, Alarm, MGMT port LEDs, SD LED, USB LED
Hot Swapping
Supported
Management
Redundancy
Supported
Power Consumption
<91W
EMC Standards
GB9254-2008
Safety Standards
GB4943-2011
Operating Temperature
0 to 40°C
Storage Temperature
-40 to 70°C
Operating Humidity
10% to 90% RH (non-condensing)
Weight
Net weight: 2.8 kg
Dimensions
(L x W x H)
436 mm x 346 mm x 30 mm
433 mm x 346 mm x 30 mm
The CR2032 lithium battery is used in the M8610/M8606-CM III. There is a risk of explosion if battery is replaced by
an incorrect type. Dispose of used batteries in an proper way.
M8600-24SFP/12GT
Module Appearance
Figure 1-18 Appearance of the M8600-24SFP/12GT
External Interface
The M8600-24SFP/12GT provides 12 SFP ports and 12 fiber/copper combo ports. The SFP ports support the rate of
1000Mbps, the RJ45 ports support auto-negotiation at 10/100/1000 Mbps and the SFP optical modules support hot
swapping.
LED
Sign
Description
Detailed information
Status
System LED
OFF: The module is not powered on.
Red: The module is faulty.
Blinking green: The module is initializing. If it keeps blinking, the module may be
faulty.
Solid green: The module has finished initialization and can perform switching well.
Module
Optical module
availability LED
OFF: The optical module is not available.
Green: The optical module is available.
Link/ACT
Port status LED
OFF: The port link is not up.
Green: The port link is up.
Blinking green: The port is sending and receiving data.
Specifications
Model
M8600-24SFP/12GT
Standard Compliance
IEEE 802.3-2005 Ethernet Standard
Port Type
Twelve SFP 1000 M ports and twelve 1000M fiber/copper combo ports
Transmission Medium
1000BASE-SX(850nm) Multi-mode optical fiber
1000BASE-LX(1310nm) Single-mode optical fiber
1000BASE-LH40(1310nm) Single-mode optical fiber
1000BASE-ZX(1550nm) Single-mode optical fiber
10/100/1000BASE-T Cat-5 UTP
LED
Status, Link/ACT, module LEDs
Hot Swapping
Supported
Power Consumption
<75W
EMC Standards
GB9254-2008
Safety Standards
GB4943-2011
Operating Temperature
0 to 40°C
Storage Temperature
-40 to 70°C
Operating Humidity
10% to 90% RH (non-condensing)
Weight
Net weight: 2.8 kg
Dimensions
(L x W x H)
436 mm x 346 mm x 45 mm
The M8600-24SFP/12GT module provides 12 10/100/1000BASE-T fiber/copper combo ports. In other words, each
10/100/1000BASE-T port corresponds to one combo SFP fiber port, and only one port can be used at a time, while
the other is unavailable. The automatic MDI/MDI-X identification of the 10/100/1000M copper ports takes effect only
when auto-negotiation is enabled.
M8600-24GT/12SFP
Module Appearance
Figure 1-19 Appearance of the M8600-24GT/12SFP
External Interface
The M8600-24GT/12SFP provides twelve 10/100/1000BASE-T RJ45 ports and twelve fiber/copper combo ports. The SFP
ports support the rate of 1000Mbps, the RJ45 ports support auto-negotiation at 10/100/1000 Mbps and the SFP optical
modules support hot swapping.
LED
Sign
Description
Detailed information
Status
System LED
OFF: The module is not powered on.
Red: The module is faulty.
Blinking green: The module is initializing. If it keeps blinking, the
module may be faulty.
Solid green: The module has finished initialization and can perform
switching well.
Link/ACT
Port status LED
RJ45 port:
OFF: The port link is not up.
Green: The port link is up at 1000 Mbps.
Orange: The port link is up at 10/100 Mbps.
Blinking: The port is sending and receiving data.
SFP port:
OFF: The port link is not up.
Green: The port link is up.
Blinking green: The port is sending and receiving data.
Specifications
Model
M8600-24GT/12SFP
Standard
Compliance
IEEE 802.3-2005 Ethernet Standard
Port Type
Twelve 10/100/1000BASE-T RJ45 ports and twelve fiber/copper combo ports.
Transmission
Medium
1000BASE-SX(850nm) Multi-mode optical fiber
1000BASE-LX(1310nm) Single-mode optical fiber
1000BASE-LH40(1310nm) Single-mode optical fiber
1000BASE-ZX(1550nm) Single-mode optical fiber
10/100/1000BASE-T Cat-5 UTP
LED
Status, Link/ACT
Hot Swapping
Supported
Power
Consumption
<85W
EMC Standards
GB9254-2008
Safety Standards
GB4943-2011
Operating
Temperature
0 to 40°C
Storage
Temperature
-40 to 70°C
Operating Humidity
10% to 90% RH (non-condensing)
Weight
Net weight: 2.8 kg
Dimensions
(L x W x H)
436 mm x 346 mm x 45 mm
The M8600-24GT/12SFP module provides twelve 10/100/1000BASE-T SFP combo ports. In other words, each SFP
port corresponds to one 10/100/1000BASE-T port combo, and only one port can be used at a time, while the other is
unavailable. The automatic MDI/MDI-X identification of the 10/100/1000M copper ports takes effect only when
auto-negotiation is enabled.
M8600-02XFP
Module Appearance
Figure 1-20 Appearance of the M8600-02XFP
External Interface
M8600-02XFP provides two 10G XFP ports. The XFP optical modules support hot swapping.
LED
Sign
Description
Detailed information
Status
System LED
OFF: The module is not powered on.
Red: The module is faulty.
Blinking green: The module is initializing. If it keeps blinking,
the module may be faulty.
Solid green: The module has finished initialization and can
perform switching well.
Link/ACT
Port status LED
OFF: The port link is not up.
Green: The port link is up.
Blinking green: The port is sending and receiving data.
Specifications
Model
M8600-02XFP
Standard
Compliance
IEEE 802.3-2005 Ethernet Standard
Port Type
Two 10G XFP ports.
Transmission
Medium
10GBASE-SR(850nm) Multi-mode optical fiber
10GBASE-LR(1310nm) Single-mode optical fiber
10GBASE-ER(1550nm) Single-mode optical fiber
LED
Status, Link/ACT
Hot Swapping
Supported
Power
Consumption
<75W
EMC Standards
GB9254-2008
Safety Standards
GB4943-2011
Operating
Temperature
0 to 40°C
Storage
Temperature
-40 to 70°C
Operating
Humidity
10% to 90% RH (non-condensing)
Weight
Net weight: 2.8 kg
Dimensions
(L x W x H)
436 mm x 346 mm x 45 mm
M8600P-24GT/12SFP
Module Appearance
Figure 1-21 Appearance of the M8600-24GT/12SFP
External Interface
The M8600-24GT/12SFP provides twenty-four 10/100/1000BASE-T RJ45 ports and twelve fiber/copper combo ports. The
SFP ports support the rate of 1000Mbps, the RJ45 ports support auto-negotiation at 10/100/1000 Mbps and PoE function,
and the SFP optical modules support hot swapping.
Button
The Mode button has the following functions:
Press the “Mode” button, and the port LED indicates switchover between switching mode and PoE mode upon
releasing the button.
In the PoE mode, if the PSE is supplying power to PDs, pressing the “Mode” button and holding it for about three
seconds causes the PSE to stop supplying power to PDs upon releasing the button.
In the PoE mode, if the PSE is not supplying power to PDs, pressing the “Mode” button and holding it for about three
seconds makes the PSE begin supplying power to PDs upon releasing the button.
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