ADTRAN Job Aid+ 1442981G8C Manual

CLEI: BVL3AJTD_ _
Product P/N: 1442981G8C
D
ESCRIPTION
The 10 GigE Small Form‐Factor Pluggable Long Reach DWDM
Extended Temperature XFP (LR‐2 XFP) is a fully duplex serial
electric, serial optic device with both transmit and receive
functions contained in a single module that provides a high
speed serial link at 10 Gb/s. The LR‐2 XFP operates on Optical
Channel 28 (1554.94 nm). Installed in the appropriate host
module, the LR‐2 XFP provides a 10 Gigabit interface to the
supporting system.
The transmit side of the LR‐2 XFP converts serial NRZ electrical
data at the 10 Gb/s line rate to a standard compliant optical
signal. The receive side converts the incoming DC balanced
serial NRZ optical data at the 10 Gb/s line rate into serial
electrical data.
NOTE
To ensure compatibility, refer to the documentation provided
with the host module.
The following features are supported on the LR‐2 XFP:
♦
1554.94 nm optical signals for up to 80 km reach
♦
Low power consumption (<3.5 W max)
♦
Bit error rate 10^–12
!
CAUTION
Due to compliance certification requirements, use only SFPs/
XFPs supplied by ADTRAN with the host module. ADTRAN
cannot certify system integrity with other SFPs.
Small Form-Factor Pluggable
10 GigE LR-2 Channel 28 (1554.94 nm) DWDM
80 km Extended Temperature XFP
O S
PERATIONAL PECIFICATIONS
♦
Transmit Wavelength: 1554.94 nm (Channel 28)
♦
Receive Wavelength: 1270 to 1600 nm
♦
Data Rate: 9.95 Gb/s to 11.35 Gb/s
♦
Optical transmit levels: –1.0 to +3.0 dBm
♦
Optical receive level: –22.0 to –7.0 dBm
♦
Minimum Span Attenuation: 10 dB
♦
Optical distance: 80 km maximum
♦
Optical connectors: LC
♦
Extended Environmental Support:
◊
Operational temperature range: –5°C to +60°C
◊
Storage temperature range: –40°C to +85°C
◊
Relative humidity to 85%, noncondensing
I
NSTALLATION
To install the LR‐2 XFP into an appropriate module, complete the
following steps:
1. Inspect the LR‐2 XFP. If damaged, file a claim with the carrier
and then contact ADTRAN Customer Support.
!
CAUTION
Do not remove the protective end cap from the XFP until the fiber
optic cable is ready to be connected.
2. Insert the LR‐2 XFP into the SFP cage on the module. Ensure
that the manufacturer's label on the SFP is facing upward for
correct installation.
3. Slide the LR‐2 XFP all the way into the receptacle until there is
an audible "click".
NOTE
The latch on the LR‐2 XFP is used to remove the XFP from the cage
on the circuit card.
jobAid
Issue Date: May 2011
Document P/N: 61442981G8C-22B