SMC Networks SMC-EZ1026DT - Manual

Benefits
SMC-EZ1026DT Model Number: :
EZ Switch
TM
10/100
24-Port 10/100 Mbps Standalone Unmanaged
Layer 2 Switch
Features
• 24 RJ-45 ports
• Optional expansion modules
• 8.8 Gbps aggregate bandwidth
• Desktop or rackmountable
• Port based VLANs
• Broadcast storm control
• Half and full duplex flow
control
Benefits
• High-port density enables easy network
expansion
• Expansion modules offer flexibility in
network growth
• Gigabit uplinks can provide 4 Gbps band-
width for congested network
• 8.8 Gbps available bandwidth for growing
workgroups
• Suitable for all networking needs
Compatibility
• IEEE 802.3
• 802.3u
• 802.3z
• IEEE 802.3x full-duplex flow
control
• ISO/IEC 8802-3
Switches/Hubs
Today’s IT managers with high-density and compli-
cated networks require flexibility of options, stan-
dards-based compliance pack with industry lead-
ing support. SMC’s upgraded SMC1026DT is the
perfect solution for all these things. Redesigned
with the modular port on the front for ease of use,
the SMC1026DT features 24 10Base-T/100Base-TX
ports and is the ideal choice for boosting LAN
bandwidth for mid-sized workgroups. Moreover,
with modules that include 8 additional 10/100
ports, Gigabit Copper and fiber and 100 Mbps
fiber, the SMC1026DT is THE solution for any net-
work anywhere. Designed for the SMB space, the EZ1026DT is the
most cost effective solution when migrating to
higher port density (32-ports with optional 8-port
module inserted),fiber connectivity to a backbone
with 100 Mbps or 1000 Mbps.
This Fast Ethernet switch is an excellent choice as a
departmental collapsed backbone, as it supports
Fast Ethernet hubs, servers, power users, in addi-
tional to legacy Ethernet LAN segments. Its store-
and-forward design prevents bad data packets
from propagating throughout the network.
Featuring a large 12000k MAC address table, flow
control and VLAN capabilities, the SMC1026DT
ensures data integrity and delivery even under
heavy loading.
6 H u g h e s
Irv i n e, CA 92618
1-800-SMC-4YOU
w w w. s m c. co m