Instruction manual

3. Preparation of Interface Cables and Terminals
126
Port/Slot
Transceive
r
Interface
Cable
Conne
ctor
m)
SFPP-LR
10GBASE-LR
Single-terminal mode optical fiber
(core/cladding diameter = 10 m/125
m)
SFPP-ER
10GBASE-ER
SFPP-CU1
M
--
--
--
SFPP-CU3
M
--
--
--
SFPP-CU5
M
--
--
--
XFP slot
XFP-SR
XFP-SR (T)
10GBASE-SR
Multiple-terminal mode optical fiber
(core/cladding diameter = 50 m/125
m)
LC
duplex
connect
or
Multiple-terminal mode optical fiber
(core/cladding diameter = 62.5 m/125
m)
XFP-LR
XFP-LR (T)
10GBASE-LR
Single-terminal mode optical fiber
(core/cladding diameter = 10 m/125
m)
XFP-ER
XFP-ER (T)
10GBASE-ER
XFP-ZR
XFP-ZR (T)
10GBASE-ZR
#1: Regarding 1000BASE-LX, some kinds of multiple-terminal mode optical fiber may
increase the BER (bit error rate). In such cases, use of mode-conditioning patch cords can
clear the communication problem.
NOTE
The optical fiber cables should be 3 m longer than the length needed to maintain
the device. The extra part should be wound near the device. When optical fiber and
other interface cables are used together, pay attention not to apply excessive stress
on the optical fibers.
NOTE
Always have some extra optical fiber cables on hand.
NOTE
For details about interfaces, see B Physical Specifications of Network Interfaces.