Edge-Core ES4524C L2/L4 Gigabit Ethernet Standalone Switch ES4524C 전단
제품 코드
ES4524C
Ethernet Switch
Key Features and Benefits
www.edge-core.com
The Edge-Core ES4524C,
ES4548C are Gigabit Ethernet
Layer 2/4 Standalone switches
featuring 24 or 48 ports; 20 or 44
RJ-45 10/100/1000 ports and 4
combo Gigabit Ethernet RJ-45/SFP
ports. They are ideal for high
performance server aggregations,
such as enterprise data centers, to
connect high-end or network
attached file servers over copper
ports. High speed workgroups
backbone upgrades, and Gigabit to
the desktop for power users. This
switch series offers the maximum
bandwidth performance with up to
10 times the speed of 100Mb
switches. Protect you investment
while preparing for future growth.
ES4548C are Gigabit Ethernet
Layer 2/4 Standalone switches
featuring 24 or 48 ports; 20 or 44
RJ-45 10/100/1000 ports and 4
combo Gigabit Ethernet RJ-45/SFP
ports. They are ideal for high
performance server aggregations,
such as enterprise data centers, to
connect high-end or network
attached file servers over copper
ports. High speed workgroups
backbone upgrades, and Gigabit to
the desktop for power users. This
switch series offers the maximum
bandwidth performance with up to
10 times the speed of 100Mb
switches. Protect you investment
while preparing for future growth.
Product Overview
Performance and Scalability
With 48Gbps, 96Gbps switching capacity,
the ES4524C/ES4548C delivers wire-speed
switching performance on all gigabit ports,
allowing users to take full advantage of
existing high-performance, gigabit integrated
Servers, PCs and laptops by significantly
improving the responsiveness of applications
and file transfer times.
the ES4524C/ES4548C delivers wire-speed
switching performance on all gigabit ports,
allowing users to take full advantage of
existing high-performance, gigabit integrated
Servers, PCs and laptops by significantly
improving the responsiveness of applications
and file transfer times.
There are four Gigabit Ethernet combo ports
for uplink flexibility, allowing copper or fiber
uplinks.
for uplink flexibility, allowing copper or fiber
uplinks.
Continuous Availability
IEEE 802.1w Rapid Spanning Tree Protocol
provides a loop-free network and redundant
links to the core network with rapid
convergence, to ensure faster recovery from
failed links, enhancing overall network
stability and reliability.
provides a loop-free network and redundant
links to the core network with rapid
convergence, to ensure faster recovery from
failed links, enhancing overall network
stability and reliability.
IEEE 802.1s Multiple Spanning Tree
Protocol runs STP per VLAN base, providing
Layer 2 load sharing on redundant links.
Protocol runs STP per VLAN base, providing
Layer 2 load sharing on redundant links.
IEEE 802.3ad Link Aggregation Control
Protocol (LACP) increases bandwidth by
automatically aggregating several physical
links together as a logical trunk and providing
load balancing and fault tolerance for uplink
connections.
Protocol (LACP) increases bandwidth by
automatically aggregating several physical
links together as a logical trunk and providing
load balancing and fault tolerance for uplink
connections.
IGMP snooping prevents flooding of IP
multicast traffic and limits bandwidth
intensive video traffic to only the subscribers.
multicast traffic and limits bandwidth
intensive video traffic to only the subscribers.
Broadcast Storm Control prevents faulty end
stations from degrading overall system
performance.
stations from degrading overall system
performance.
Optional Redundant Power Supply provides
uninterrupted power.
uninterrupted power.
Comprehensive QoS
8 egress queues per port enable
differentiated management of up to 8 traffic
types.
differentiated management of up to 8 traffic
types.
Traffic is prioritized according to 802.1p,
DSCP, IP precedence and TCP/UDP port
number, giving optimal performance to real-
time applications such as voice and video.
DSCP, IP precedence and TCP/UDP port
number, giving optimal performance to real-
time applications such as voice and video.
Asymmetric bidirectional rate-limiting, per
port or per traffic class, preserves network
bandwidth and allowing maximum control of
network resources.
port or per traffic class, preserves network
bandwidth and allowing maximum control of
network resources.
Enhanced Security
Port Security ensures access to switch ports
based on MAC address, limits the total
number of devices from using a switch port
and protects against MAC flooding attacks.
based on MAC address, limits the total
number of devices from using a switch port
and protects against MAC flooding attacks.
IEEE 802.1X port-based access control
ensures all users are authorized before
being granted access to the network. User
authentication is carried out using any
standard-based RADIUS server.
ensures all users are authorized before
being granted access to the network. User
authentication is carried out using any
standard-based RADIUS server.
Access Control Lists (ACLs) can be used to
restrict access to sensitive network
resources by denying packets based on
source and destination MAC addresses, IP
addresses, TCP/UDP ports. This is done by
hardware, so switching performance is not
compromised.
restrict access to sensitive network
resources by denying packets based on
source and destination MAC addresses, IP
addresses, TCP/UDP ports. This is done by
hardware, so switching performance is not
compromised.
Security Shell (SSH) and Secure Sockets
Layer (SSL/HTTPS) encrypt network
management information via Telnet and web,
providing secure network management.
Layer (SSL/HTTPS) encrypt network
management information via Telnet and web,
providing secure network management.
TACACS+/RADIUS Authentication enables
centralized control of the switch and restricts
unauthorized users from altering the
configuration of the switch.
centralized control of the switch and restricts
unauthorized users from altering the
configuration of the switch.
Private VLAN isolates edge ports to ensure
user privacy.
user privacy.
Simple Management
Industry standard Command Line Interface
(CLI) via console port or Telnet provides a
common user interface and command set for
users to manipulate the switch.
Embedded user friendly web interface helps
users quickly and simply configure switches.
Four groups of RMON are supported for
traffic management, monitoring and analysis.
When upgrading firmware or fine tuning
configuration, the dual software images and
multiple configuration files can be used for
backup.
TFTP can be used to backup or restore
firmware and configuration files.
(CLI) via console port or Telnet provides a
common user interface and command set for
users to manipulate the switch.
Embedded user friendly web interface helps
users quickly and simply configure switches.
Four groups of RMON are supported for
traffic management, monitoring and analysis.
When upgrading firmware or fine tuning
configuration, the dual software images and
multiple configuration files can be used for
backup.
TFTP can be used to backup or restore
firmware and configuration files.
ES4524C/ES4548C
L2 Gigabit Ethernet
Standalone Switch