D-Link DES-3326SR, Руководство пользователя

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D-Link DES-3326SR Layer 3 Switch
DES-332GS 1-port GBIC-Based Gigabit Ethernet Switch and stacking Module
Figure 1 - 12. Stacking Module with one GBIC port
Port Functions
•
1 GBIC-Based Gigabit Ethernet port
•
Allows multi-mode fiber optic connections of up to 550 m (SX and LX) and single-mode fiber
optic connections of up to 5 km (LX only). GBIC modules are available in –SX and –LX fiber
optic media.
•
IEEE 802.3z 1000BASE-SX compliance
•
Supports Full-duplex operations
•
IEEE 802.3x compliant Flow Control support for full-duplex
Stacking Port Function
•
1 transmitting port and 1
receiving port
•
IEEE1394.b compliance
•
Forwarding rate up to
965Mbps
DEM-320GS 1-port GBIC-Based Gigabit Ethernet Switch and stacking Module
Port Functions
•
1 GBIC-Based Gigabit Ethernet port
•
Allows multi-mode fiber optic connections of up to 550 m (SX and LX) and single-mode fiber
optic connections of up to 5 km (LX only). GBIC modules are available in –SX and –LX fiber
optic media.
•
IEEE 802.3z 1000BASE-SX compliance
•
Supports Full-duplex operations
•
IEEE 802.3x compliant Flow Control support for full-duplex
Stacking Port Function
•
1 transmitting port and 1 receiving port
•
IEEE1394.b compliance
•
Forwarding rate up to 965Mbps
LED Indicators*
Link Off – No Link
Solid Green – Link
Active Off – No Activity
Blinking Green – Activity
The optional Stacking Module allows up to eight DES-3326SR
Switches to be interconnected via their individual stacking
modules. This forms an eight-Switch stack that can then be
managed and configured as thought the entire stack were a
single Switch. The Switch stack is then accessed through a
single IP address or alternatively, through the master Switch’s
serial port (via the management station’s console and the
Switch’s Command Line Interface).
The stacking ports are marked IN and OUT . The IEEE 1394 compliant
cable must be connected from an IN port on one Switch to an OUT port on
the next Switch in the stack. The last two Switches (at the top and bottom of
the stack) must also be connected from the
IN port on one Switch to the
OUT port on the other Switch. In this way, a loop is made such that all of
the Switches in the Switch stack have the IN stacking port connected to
another Switch’s OUT stacking port.
*See Stacking LED Indicators on page 4 for details on the stacking port display.
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