Netgear M4300-24X24F (XSM4348S) - Stackable Managed Switch with 48x10G including 24x10GBASE-T and 24xSFP+ Layer 3 Manual Do Equipamento
Introduction
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Managed Stackable Switch Series M4300
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Automatic address learning function to build the packet-forwarding information table. The
table contains up to 16K Media Access Control (MAC) addresses.
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Store-and-forward transmission to remove bad packets from the network.
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Full-duplex IEEE 802.3x pause frame flow control.
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Active flow control to minimize packet loss and frame drops.
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Half-duplex backpressure control.
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Per-port status LEDs and system status LEDs.
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Nonstop Forwarding Failover (NSF) support for the master in a stack.
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NETGEAR green power-saving features:
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Energy efficiency mode that fully conforms to the IEEE802.3az standard
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For 1GBASE-T ports, per-port automatic change to a lower power mode when the
port link is down
port link is down
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Support for Power over Ethernet (PoE+) on model M4300-28G-POE+ and model
M4300-52G-POE+.
M4300-52G-POE+.
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Support for an APS1000W PSU to provide a larger power budget on model
M4300-28G-POE+ and model M4300-52G-POE+.
M4300-28G-POE+ and model M4300-52G-POE+.
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Support for an external redundant power supply (RPS) on model M4300-52G-POE+.
About Stacking
A single switch can control and manage a stack. This switch is referred to as the stack
master, or simply, the master. Any other members in the stack are referred to as slaves. All
switches in a stack are stack members.
switches in a stack are stack members.
Slaves can download firmware from the master and the master can push firmware to the
slaves.
slaves.
The master runs the fully operational software of a switch. In addition, the master runs the
master software of the distributed switching application that configures and manages all
slaves. Generally, the master operates the remote slave’s low-level drivers through the
distributed switching application part that is running in the context of the slave.
master software of the distributed switching application that configures and manages all
slaves. Generally, the master operates the remote slave’s low-level drivers through the
distributed switching application part that is running in the context of the slave.
During stacking setup, the switches autoselect one switch as the master. All other switches
become slaves and are assigned unique stack IDs. One of the slaves is designated as the
backup master. The backup master functions as a slave but can become the master if the
original master fails. In the default configuration, the master and backup master are assigned
unit IDs of 1 and 2, respectively. You can use the web management interface to configure
different ID assignments. The master provides a single point of control and management as
well as a single interface through which to control and manage the stack.
become slaves and are assigned unique stack IDs. One of the slaves is designated as the
backup master. The backup master functions as a slave but can become the master if the
original master fails. In the default configuration, the master and backup master are assigned
unit IDs of 1 and 2, respectively. You can use the web management interface to configure
different ID assignments. The master provides a single point of control and management as
well as a single interface through which to control and manage the stack.
Switch software is downloaded separately for each stack member. However, all stack
members must be running the same software version.
members must be running the same software version.
A stack unit can operate in one of the following modes: