Enterasys SecureStack C2H124-48 C2H124-48 Benutzerhandbuch
Produktcode
C2H124-48
the complete stack. There is no need to download software images to
individual stack units, only one software upgrade needs to be performed
per stack. The image will be distributed to the individual stack members
automatically. Port-mirroring is supported on individual switches as
well as stack-wide, enabling network managers to easily monitor and
troubleshoot any port in the stack.
individual stack units, only one software upgrade needs to be performed
per stack. The image will be distributed to the individual stack members
automatically. Port-mirroring is supported on individual switches as
well as stack-wide, enabling network managers to easily monitor and
troubleshoot any port in the stack.
Reliability and availability
The SecureStack C2 offers a variety of standards-based features to
ensure network availability. These features include 802.1d Spanning
Tree, 802.1w Rapid Spanning Tree, and 802.3ad Link Aggregation. All
of these standards allow for redundant network connections, automatic
failover and recovery capabilities. The SecureStack C2 switches support
additional reliability features such as Distributed Link Aggregation
Groups (six groups of eight ports)—a capability that supports link
aggregation across multiple stack units thereby ensuring that a failure
in a single unit does not disconnect the stack from the uplink to the
core switch.
ensure network availability. These features include 802.1d Spanning
Tree, 802.1w Rapid Spanning Tree, and 802.3ad Link Aggregation. All
of these standards allow for redundant network connections, automatic
failover and recovery capabilities. The SecureStack C2 switches support
additional reliability features such as Distributed Link Aggregation
Groups (six groups of eight ports)—a capability that supports link
aggregation across multiple stack units thereby ensuring that a failure
in a single unit does not disconnect the stack from the uplink to the
core switch.
Redundant stack management is supported where there is a primary
and a secondary manager for managing the stack entity. All SecureStack
C2 switches support Closed Loop Stacking, which enables the stack
to continue working even if an individual switch member or cable
connection fails. Power redundancy is available as an option for both the
Power-over-Ethernet and standard Ethernet SecureStack C2 switches.
The redundant power options allow a switch to operate from its own
internal AC power supply or, if there is a failure, seamlessly failover to the
external redundant power system.
and a secondary manager for managing the stack entity. All SecureStack
C2 switches support Closed Loop Stacking, which enables the stack
to continue working even if an individual switch member or cable
connection fails. Power redundancy is available as an option for both the
Power-over-Ethernet and standard Ethernet SecureStack C2 switches.
The redundant power options allow a switch to operate from its own
internal AC power supply or, if there is a failure, seamlessly failover to the
external redundant power system.
Power-over-ethernet (Poe Ieee 802.3af) Support
Two switch models in the SecureStack C2 family provide a centralized
IEEE 802.3afcompliant power source for VoIP phones, wireless access
points (e.g., RoamAbout AP4102), and remote security scanner and
cameras, eliminating the need for individual power sources for these
devices. Both switches provide 48 volts of power over the normally
used pairs of each Category 5 Ethernet cable with a total of 360 watts
of power per switch. If all ports require Power-over-Ethernet, then the
maximum amount of power required by a Class 2 device (7.5 watts)
can be delivered to all ports. Any individual port can provide up to the
maximum 15.4 watts specified in the IEEE standard.
IEEE 802.3afcompliant power source for VoIP phones, wireless access
points (e.g., RoamAbout AP4102), and remote security scanner and
cameras, eliminating the need for individual power sources for these
devices. Both switches provide 48 volts of power over the normally
used pairs of each Category 5 Ethernet cable with a total of 360 watts
of power per switch. If all ports require Power-over-Ethernet, then the
maximum amount of power required by a Class 2 device (7.5 watts)
can be delivered to all ports. Any individual port can provide up to the
maximum 15.4 watts specified in the IEEE standard.
The network manager has the ability to prioritize which ports receive
power if the power demand exceeds the switch total of 360 watts.
Special power-shedding support is included in both switches to enforce
the network manager-specified priorities if the power demand exceeds
the maximum wattage. Additionally, the SecureStack C2 PoE switches
support a device-detection feature that enables them to work with
powered as well as non-powered end devices. This feature prevents any
damage from occurring when a port on either SecureStack C2 PoE switch
is connected to any compliant RJ45 device that is already powered by
its own power source. This feature also allows any mixture of Power-over-
Ethernet devices and standard Ethernet devices to be connected to a
single switch. These SecureStack C2 PoE switches significantly simplify
the installation and capital costs of APs, VoIP phones and security
devices by allowing them to be installed in out-of-the-way locations that
are without AC power thereby enabling maximum coverage.
power if the power demand exceeds the switch total of 360 watts.
Special power-shedding support is included in both switches to enforce
the network manager-specified priorities if the power demand exceeds
the maximum wattage. Additionally, the SecureStack C2 PoE switches
support a device-detection feature that enables them to work with
powered as well as non-powered end devices. This feature prevents any
damage from occurring when a port on either SecureStack C2 PoE switch
is connected to any compliant RJ45 device that is already powered by
its own power source. This feature also allows any mixture of Power-over-
Ethernet devices and standard Ethernet devices to be connected to a
single switch. These SecureStack C2 PoE switches significantly simplify
the installation and capital costs of APs, VoIP phones and security
devices by allowing them to be installed in out-of-the-way locations that
are without AC power thereby enabling maximum coverage.
10-Gigabit ethernet Support
One SecureStack C2 switch supports up to two full-line-rate, IEEE
802.3ae-compliant, 10-Gigabit Ethernet uplinks for both switching
and routing. The 10-Gigabit Ethernet connectivity is accomplished via
10-Gigabit Small Form-factor Pluggable modules more commonly known
as XFPs. The XFP modules occupy one-fifth the space and use one-half
the power of other 10-Gigabit Ethernet solutions. The XFPs are hot-
pluggable so that neither the switch nor the XFPs can be damaged by the
unexpected insertion or removal of the XFP. XFPs can support distances
up to 300 meters over multimode fiber and 10 KM and 40 KM over
single-mode fiber.
802.3ae-compliant, 10-Gigabit Ethernet uplinks for both switching
and routing. The 10-Gigabit Ethernet connectivity is accomplished via
10-Gigabit Small Form-factor Pluggable modules more commonly known
as XFPs. The XFP modules occupy one-fifth the space and use one-half
the power of other 10-Gigabit Ethernet solutions. The XFPs are hot-
pluggable so that neither the switch nor the XFPs can be damaged by the
unexpected insertion or removal of the XFP. XFPs can support distances
up to 300 meters over multimode fiber and 10 KM and 40 KM over
single-mode fiber.
The modular flexibility of the XFP interface will allow this SecureStack
C2 switch to support 10-Gigabit copper solutions as they become
standardized and commercially available. The line-rate speed of these
10-Gigabit uplinks gives a network manager the option to replace and
increase the performance of a Distributed 1 Gigabit Link Aggregation
Group, an especially important capability when additional fiber runs are
in short demand. The SecureStack C2 triple-speed 10-Gigabit switch
also supports Link Aggregation Groups, allowing a single switch to
support 20 gigabits of uplink bandwidth.
C2 switch to support 10-Gigabit copper solutions as they become
standardized and commercially available. The line-rate speed of these
10-Gigabit uplinks gives a network manager the option to replace and
increase the performance of a Distributed 1 Gigabit Link Aggregation
Group, an especially important capability when additional fiber runs are
in short demand. The SecureStack C2 triple-speed 10-Gigabit switch
also supports Link Aggregation Groups, allowing a single switch to
support 20 gigabits of uplink bandwidth.
Outstanding Configuration Flexibility
With the SecureStack C2 switch family, mixing and matching various
types of switches is a snap. A small stack can be started with dual
10/100 switches with redundant gigabit ethernet uplinks to the core.
If Power-over-Ethernet is needed for remote access points or a trial
test of VoIP phones, a 10/100 PoE switch can simply be added to the
stack. As higher desktop speeds are required, 10/100/1000 switches
can be added. As the stack grows, the demands on the uplinks to the
core will increase. Distributed Link Aggregation can be used to increase
bandwidth from a single gigabit up to eight gigabit. When more uplink
bandwidth is required, a dual 10 Gb 10/100/1000 switch can simply
be added to the stack. All of these various types of switches can be
managed as a single entity with a single IP address and all of the
switches in the stack run a common software image so there are no
incompatibility issues between the switches. The simple flexibility of the
SecureStack C2 stacking makes it an elegant solution.
types of switches is a snap. A small stack can be started with dual
10/100 switches with redundant gigabit ethernet uplinks to the core.
If Power-over-Ethernet is needed for remote access points or a trial
test of VoIP phones, a 10/100 PoE switch can simply be added to the
stack. As higher desktop speeds are required, 10/100/1000 switches
can be added. As the stack grows, the demands on the uplinks to the
core will increase. Distributed Link Aggregation can be used to increase
bandwidth from a single gigabit up to eight gigabit. When more uplink
bandwidth is required, a dual 10 Gb 10/100/1000 switch can simply
be added to the stack. All of these various types of switches can be
managed as a single entity with a single IP address and all of the
switches in the stack run a common software image so there are no
incompatibility issues between the switches. The simple flexibility of the
SecureStack C2 stacking makes it an elegant solution.
The SecureStack C2 Switch Family
C2G124-24
This SecureStack C2 switch features 24 ports of non-blocking
10/100/1000 connectivity, four uplink ports supporting SFP (Small
Form-factor Pluggable) Mini-GBICs and two integrated stacking ports.
Ports 21 through 24 on this model have the flexibility to be mapped as
either 10/100/1000 ports or as optical Gigabit Ethernet ports with the
installation of a fiber transceiver in the appropriate SFP socket.
This SecureStack C2 switch features 24 ports of non-blocking
10/100/1000 connectivity, four uplink ports supporting SFP (Small
Form-factor Pluggable) Mini-GBICs and two integrated stacking ports.
Ports 21 through 24 on this model have the flexibility to be mapped as
either 10/100/1000 ports or as optical Gigabit Ethernet ports with the
installation of a fiber transceiver in the appropriate SFP socket.
C2G124-48
This SecureStack C2 switch features 48 ports of non-blocking
10/100/1000 connectivity, four uplink ports supporting SFP (Small
Form-factor Pluggable) Mini-GBICs and two integrated stacking
ports. Ports 45 through 48 have the flexibility to be mapped as either
10/100/1000 ports or as optical Gigabit Ethernet ports with the
installation of a fiber transceiver in the appropriate SFP socket.
This SecureStack C2 switch features 48 ports of non-blocking
10/100/1000 connectivity, four uplink ports supporting SFP (Small
Form-factor Pluggable) Mini-GBICs and two integrated stacking
ports. Ports 45 through 48 have the flexibility to be mapped as either
10/100/1000 ports or as optical Gigabit Ethernet ports with the
installation of a fiber transceiver in the appropriate SFP socket.