ASUS GX1026i GIGAX 1026I 전단
제품 코드
GIGAX 1026I
No.1 in Quality and Services
-The Wall Street Journal Asia
SPECIFICATIONS
Port Density
10/100BASE-T
1000BASE-T
Ease of use
Auto Negotiation (Speed/Duplex)
Auto MDI/MDIX
Flow control
Static IP
DHCP Client
Management
Web management
Firmware update
Load default setting
Backup Setting
Bandwidth control
10/100 port
Giga port
Board cast control
Port Mirroring
SNMP
VLAN
Port based Vlan Group
Tag Based Vlan Group
Trunk
Trunk Group
10/100BASE-T
1000BASE-T
Ease of use
Auto Negotiation (Speed/Duplex)
Auto MDI/MDIX
Flow control
Static IP
DHCP Client
Management
Web management
Firmware update
Load default setting
Backup Setting
Bandwidth control
10/100 port
Giga port
Board cast control
Port Mirroring
SNMP
VLAN
Port based Vlan Group
Tag Based Vlan Group
Trunk
Trunk Group
• 24 RJ-45 ports
• 2 RJ-45 ports
• 2 RJ-45 ports
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• TX/RX
• 32K bps - 65M bps
• 32K bps - 510M bps
• YES
• YES
• YES, V1 and V2
• YES
• YES
• YES
• TX/RX
• 32K bps - 65M bps
• 32K bps - 510M bps
• YES
• YES
• YES, V1 and V2
• 27
• 5
• 5
• 3 Group
Load balance
Version 1
Version 2
Security
MAC Based
TCP/UDP Port Base
Per Port Counter
Transmit Packet
Receive Packet
Drop Packet
CRC error Packet
QoS
Priority Mode 3 First-In-First-Service
All-High-before-Low
Weight-Round-Robin
Class of Service (CoS)
Post Base
VLAN Tag
IP/DS
TCP_UDP Port Based QoS
F-I-F-O
Discard
Low
High
Version 1
Version 2
Security
MAC Based
TCP/UDP Port Base
Per Port Counter
Transmit Packet
Receive Packet
Drop Packet
CRC error Packet
QoS
Priority Mode 3 First-In-First-Service
All-High-before-Low
Weight-Round-Robin
Class of Service (CoS)
Post Base
VLAN Tag
IP/DS
TCP_UDP Port Based QoS
F-I-F-O
Discard
Low
High
• port, DA, SA, DA/SA IGMP Snooping
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
• YES
GX1026i
Web Smart Fast Ethernet Switch
GX1026i
Web Smart Fast Ethernet Switch
ASUS GX1026i Web Smart Fast Ethernet Switch
The ASUS GX1026i Web Smart Switch provides an
effective means to fulfill most management needs
including: VLAN segmentation, QoS prioritization,
secure 802.1x login and authentication, easy
configuration, and GUI managed business solutions.
The GX1026i comes equipped with 24 ports of
10/100BASE-TX and 2 ports of 1000 Base-T interfaces
to deliver uplink to core networks; and an easy-to-use
Graphical User Interface (GUI) allows you to
implement QoS, VLANs and security without complex
CLI (Command Line Interface) usually associated with
other managed switches.
802.1Q VLANs for Mutually Exclusive Broadcast Domains
By providing support for 802.1Q VLANs, the GX1026i is
able to deliver increased security and bandwidth
operations. VLANs function by segmenting broadcast
domains—reducing network congestion attributed to
constant network broadcasting. Furthermore, VLANs
are able to provide secure and mutually exclusive
broadcast domains—preventing users on one VLAN
from accessing resources on another portion of the
network. The GX1026i thus lets you easily configure
VLANs to segment your departmental resources. For
example, VLANs can be implemented on an office
network to prevent users from the Sales department
to be allowed to reach data or packets from the Legal
department.
802.1p Priority Tagging for Prioritized Bandwidth Allocation
Similar to 802.1Q VLAN tagging, the GX1026i is able to
utilize 802.1p to place a tag in a frame to indicate its
priority. This tag will then gain a priority number, and
an 802.1Q compliant switch like the GX1026i can then
read this tag and provide prioritized traffic. 802.1p is
different from Port Based QoS because; in Port Based
QoS, all traffic that goes through a specific port will
obtain the same priority with the same value. With
802.1p, a port receives frames with varying priority
tags and then classifies them based on these
tags—providing even better priority bandwidth
allocation. For example, a 802.1p-enabled VoIP phone
can prioritize its data traffic through the GX1026i to
ensure that it will always maintain clear and
stutter-free conversations.
SNMP Management Provides Easily Controlled Devices
The GX1026i is able to support Simple Network
Management Protocol (SNMP) v1 and v2c—helping
you to easily manage and control SNMP supported
network devices. With SNMP, the GX1026i can be
queried to provide essential information regarding the
unit status and send SNMP TRAP messages when
abnormal events occur. This conveying of information
is crucial; and aids in saving both time and money.
IGMP Snooping for Smooth and Stable Data Streaming
The GX1026i also features IGMP Snooping—which
provides forwarding of multicast packets for streaming
audio and video without increasing network
congestion. A list of workstations that have joined the
multicast group can be compiled via IGMP registration
information within a frame; which would then allow
the GX1026i to intelligently forward packets to the
respective workstations.
802.1x Authentication for Secure Logins
Equipped with 802.1x Authentication, the GX1026i
provides you with a secure way for your users to log
onto your network. Used together with a RADIUS
server, each workstation attached to the GX1026i will
be required to provide a username and password
before accessing the LAN—limiting the danger of
unauthorized access.
Easy to Operate with User-friendly GUI
The GX1026i offers easy management with its built-in
browser-driven GUI. With the help of pictures,
diagrams and easily understood menus for navigation,
setting up and managing the switch is a breeze. By
simply entering the IP address in the web browser URL
field; and inputting the login ID and password, access
to the GX1026i’s many features like 802.1p, 802.1Q
VLAN, port trunking, 802.1x authentication and SNMP
are granted.
Port Trunking for Increased Data Speeds
With the ability to support static port trunking of up to
3 groups of 4 ports per switch, the GX1026i is then
able to combine these groups into multi-linked
loadsharing aggregation trunks to server firm or core
networks. In order to further expand the network, you
can then make use of link aggregation to remove
bottlenecks found in the cascaded switches.