Website:www.adam-tech.com
Mail: info@adam-tech.com
10G SFP+ BIDI 10-40km Transceivers
TVBSFPPBD-X-X
Features
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Electrical interface specifications per SFF-8431
Management interface specifications SFF-8472
SFP+ MSA package with Single LC receptacle
1270nm DFB Laser, PIN photo-detector
Up to 11.3G bi-directional data links
Single +3.3V power supply
Class 1 laser safety certified
Simplex LC connector compliant
Single +3.3V DC power supply
Class 1 laser safety certified
Description
Low power dissipation
TVBSFPPBD-X-X transceivers, according to
Enhanced 8.5 and 11.3 Gigabit Small Form
Factor Pluggable “SFP+” Multi-Sourcing
Agreement (MSA) SFF-8431 and SFF-8472 -
revision 10.4, are designed for 10G Ethernet
serial optical data communications between
10km and 20km and 40km on a singlemode
fiber. They are compliant with IEEE Std 802.3-
2005 10Gb Ethernet 10GBASE-LR/LW.
Operating temperature Options:+0 ~ +70°C
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Up to 10km/20km/40km on 9/125µm SMF
RoHS compliance
Applications
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10GBASE-BX Ethernet
10GBASE-LR at 10.3125Gbps
10GBASE-LW at 9.953Gbps
CPRI 2/3/4/5/6/7/8 and OBSAI 2X/4X/8X
Ordering Information
Specification
Part No.
Pack Rate
Tx
Pout
Rx
Sen
Temp Reach
Others
TVBSFPPBD-1-A
TVBSFPPBD-1-B
TVBSFPPBD-2-A
TVBSFPPBD-2-B
TVBSFPPBD-4-A
TVBSFPPBD-4-B
SFP+ 10G 1270nm DFB
PIN <-14.4dBm 0 ~ 70℃ 10km DDM/RoHS
PIN <-14.4dBm 0 ~ 70℃ 10km DDM/RoHS
PIN <-14.4dBm 0 ~ 70℃ 20km DDM/RoHS
PIN <-14.4dBm 0 ~ 70℃ 20km DDM/RoHS
PIN <-14.4dBm 0 ~ 70℃ 40km DDM/RoHS
PIN <-14.4dBm 0 ~ 70℃ 40km DDM/RoHS
-5.2 ~ +2dBm
-5.2 ~ +2dBm
-3.2 ~ +3dBm
-3.2 ~ +3dBm
0 ~ +6dBm
SFP+ 10G 1330nm DFB
SFP+ 10G 1270nm DFB
SFP+ 10G 1330nm DFB
SFP+ 10G 1270nm DFB
SFP+ 10G 1330nm DFB
0 ~ +6dBm
About BIDI optical module: BIDI optical module is a single fiber bi-directional optical module, using
WDM technology, transmitting and receiving two different directions of the center wavelength, to
achieve bi-directional transmission of optical signals on a fiber. Optical modules generally have two
ports: transmitting port (TX) and receiving port (RX), while BIDI optical module has only one port,
through the filter in the optical module for filtering, while completing the transmission of one
wavelength optical signal and the reception of another wavelength optical signal (BIDI optical
module wavelengths are combined form). Therefore, BIDI optical module must be used in pairs (A
and B), as its biggest advantage is to save fiber resources.
Rev.1.0
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