5.0
The optical module has been received, and everything is working fine on the Huawei S12700. There have been no alarms or error messages.
The optical module is a key component for optical fiber communication, and its function is to convert electrical signals into optical signals and transmit them. An optical module usually consists of a light emitting device (such as a laser diode) and a light receiving device (such as a photo diode). These devices convert electrical signals into optical signals and transmit them over long distances. Optical modules are usually used in data communication, telecommunications, data centers and other fields.
SEESUO optical modules stand out for their innovative R&D, robust supply chain, swift after-sales support, and rigorous quality control. SEESUO's commitment to reliability, customer satisfaction, and excellence in performance throughout the product life-cycle makes SEESUO optical module the premier choice for optical module needs.
1.Remove the dust cap: Firstly, it is necessary to remove the dust cap on the optical module to facilitate cleaning.
2.Use an air duster: An air duster can effectively remove small dust particles from the optical module port. This is one of the commonly used methods for cleaning optical module ports.
3.Use lint-free cotton swabs: For stubborn stains or dust that are difficult to remove, lint-free cotton swabs of the appropriate size (such as 2.5mm or 1.25mm) can be used for cleaning. Insert the swab into the optical module port and rotate it clockwise to remove the stains. Note that alcohol swabs should not be used as alcohol may damage the optical module port.
4.Repeat the cleaning steps: If the stains are not completely removed after one cleaning, repeat the above cleaning steps until the optical module port is clean.
5.Reattach the dust cap: After cleaning, reattach the dust cap to prevent the optical module port from being contaminated again.
Optical Transceiver
The optical module is a key component for optical fiber communication, and its function is to convert electrical signals into optical signals and transmit them. An optical module usually consists of a light emitting device (such as a laser diode) and a light receiving device (such as a photo diode). These devices convert electrical signals into optical signals and transmit them over long distances. Optical modules are usually used in data communication, telecommunications, data centers and other fields.
SEESUO optical modules stand out for their innovative R&D, robust supply chain, swift after-sales support, and rigorous quality control. SEESUO's commitment to reliability, customer satisfaction, and excellence in performance throughout the product life-cycle makes SEESUO optical module the premier choice for optical module needs.
1.Remove the dust cap: Firstly, it is necessary to remove the dust cap on the optical module to facilitate cleaning.
2.Use an air duster: An air duster can effectively remove small dust particles from the optical module port. This is one of the commonly used methods for cleaning optical module ports.
3.Use lint-free cotton swabs: For stubborn stains or dust that are difficult to remove, lint-free cotton swabs of the appropriate size (such as 2.5mm or 1.25mm) can be used for cleaning. Insert the swab into the optical module port and rotate it clockwise to remove the stains. Note that alcohol swabs should not be used as alcohol may damage the optical module port.
4.Repeat the cleaning steps: If the stains are not completely removed after one cleaning, repeat the above cleaning steps until the optical module port is clean.
5.Reattach the dust cap: After cleaning, reattach the dust cap to prevent the optical module port from being contaminated again.
HOT PRODUCTS
SFP Optical Transceiver
High Performance and Cost-Effectiveness
Extensive Data TransmissionCapabilities
Wide Range of Applications
Copper SFP
Port Type: RJ-45 Port
Rate: 1000M, 10/100/1000M
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1.25G Dual Fiber SFP
Wavelength: 850nm,1310nm, 1550nm
Distance: 550m,2km,10km,20km,40km,80km,120km,Customized
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1.25G BiDi SFP
Wavelength: Tx1310nm/Rx1550nm, Tx1550nm/Rx1310nm,Tx1490nm/Rx1550nm,Tx1550nm/Rx1490nm, Tx1310nm/Rx1490nm,Tx1490nm/Rx1310nm
Distance: 2km,10km,20km,40km,80km,120km,Customized
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2.5G Dual Fiber SFP
Wavelength: 850nm,1310nm, 1550nm
Distance: 550m,2km,10km,20km,40km,80km,120km,Customized
Online contact
2.5G BiDi SFP
Wavelength: Tx1310nm/Rx1550nm, Tx1550nm/Rx1310nm,Tx1490nm/Rx1550nm,Tx1550nm/Rx1490nm, Tx1310nm/Rx1490nm,Tx1490nm/Rx1310nm
Distance: 2km,10km,20km,40km,80km,120km,Customized
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10G Optical Transceiver
Low Heat Generation
Compact and Portable
Fast Signal Transmission
10G Dual Fiber SFP+
Wavelength: 850nm,1310nm, 1550nm
Distance: 220m,300m,2km,10km,20km,40km,80km,100km,Customized
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10G BiDi SFP+
Wavelength: Tx1270nm/Rx1330nm, Tx1330nm/Rx1270nm, Tx1490nm/Rx1550nm,Tx1550nm/Rx1490nm
Distance: 10km,20km,40km,60km,Customized
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10G Dual Fiber XFP
Wavelength: 850nm,1310nm, 1550nm
Distance: 300m,10km,20km,40km,80km,100km,Customized
Online contact
10G BiDi XFP
Wavelength: Tx1270nm/Rx1330nm, Tx1330nm/Rx1270nm, Tx1490nm/Rx1550nm,Tx1550nm/Rx1490nm
Distance: 10km,20km,40km,60km,Customized
Online contact
40G and 100G Optical Transceiver
Strong Environmental Adaptability
Supports Long Operation Hours
Multi-protocol Compatibility
40G Dual Fiber QSFP+
Wavelength: 850nm,1310nm
Distance: 100m,2km,10km,20km,40km
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100G Dual Fiber QSFP28
Wavelength: 850nm,1310nm
Distance: 100m,2km,10km,20km,40km
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CWDM Optical Transceiver
Low Latency
High-quality Manufacturing
High Stability
1.25G CWDM SFP
Wavelength: 1270nm,1290nm,1310nm,1330nm,1350nm,1370nm,1390nm,1410nm,1430nm,1450nm,1470nm,1490nm,1510nm,1530nm,1550nm,1570nm,1590nm,1610nm
Distance: 40km,80km,120km
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2.5G CWDM SFP
Wavelength: 1270nm,1290nm,1310nm,1330nm,1350nm,1370nm,1390nm,1410nm,1430nm,1450nm,1470nm,1490nm,1510nm,1530nm,1550nm,1570nm,1590nm,1610nm
Distance: 40km,80km,120km
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10G CWDM SFP+
Wavelength: 1270nm,1290nm,1310nm,1330nm,1350nm,1370nm,1390nm,1410nm,1430nm,1450nm,1470nm,1490nm,1510nm,1530nm,1550nm,1570nm,1590nm,1610nm
Distance: 10km,20km,40km,80km
Online contact
10G CWDM XFP
Wavelength: 1270nm,1290nm,1310nm,1330nm,1350nm,1370nm,1390nm,1410nm,1430nm,1450nm,1470nm,1490nm,1510nm,1530nm,1550nm,1570nm,1590nm,1610nm
Distance: 10km,20km,40km,80km
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DWDM Optical Transceiver
Low Power Consumption
Multi-device Adaptability
Sturdy Casing
1.25G DWDM SFP
Wavelength: C17 1563.86nm,C18 1563.05nm,C19 1562.23nm,C20 1561.42nm,C21 1560.61nm,C22 1559.79nm,C23 1558.98nm,C24 1558.17nm,C25 1557.36nm ,C26 1556.55nm,C27 1555.75nm,C28 1554.94nm ,C29 1554.13nm,C30 1553.33nm,C31 1552.52nm,C32 1551.72nm ,C33 1550.92nm,C34 1550.12nm ,C35 1549.32nm,C36 1548.51nm,C37 1547.72nm,C38 1546.92nm,C39 1546.12nm,C40 1545.32nm,C41 1544.53nm,C42 1543.73nm,C43 1542.94nm,C44 1542.14nm ,C45 1541.35nm,C46 1540.16nm,C47 1539.77nm,C48 1538.98nm,C49 1538.19nm,C50 1537.40nm,C51 1536.61nm ,C52 1535.82nm,C53 1535.04nm,C54 1534.64nm,C55 1533.47nm,C56 1532.68nm ,C57 1531.90nm,C58 1531.12nm ,C59 1530.33nm,C60 1529.55nm ,C61 1528.77nm
Distance: 40km,80km,120km
Online contact
2.5G DWDM SFP
Wavelength: C17 1563.86nm,C18 1563.05nm,C19 1562.23nm,C20 1561.42nm,C21 1560.61nm,C22 1559.79nm,C23 1558.98nm,C24 1558.17nm,C25 1557.36nm ,C26 1556.55nm,C27 1555.75nm,C28 1554.94nm ,C29 1554.13nm,C30 1553.33nm,C31 1552.52nm,C32 1551.72nm ,C33 1550.92nm,C34 1550.12nm ,C35 1549.32nm,C36 1548.51nm,C37 1547.72nm,C38 1546.92nm,C39 1546.12nm,C40 1545.32nm,C41 1544.53nm,C42 1543.73nm,C43 1542.94nm,C44 1542.14nm ,C45 1541.35nm,C46 1540.16nm,C47 1539.77nm,C48 1538.98nm,C49 1538.19nm,C50 1537.40nm,C51 1536.61nm ,C52 1535.82nm,C53 1535.04nm,C54 1534.64nm,C55 1533.47nm,C56 1532.68nm ,C57 1531.90nm,C58 1531.12nm ,C59 1530.33nm,C60 1529.55nm ,C61 1528.77nm
Distance: 40km,80km,120km
Online contact
10G DWDM SFP+
Wavelength: C17 1563.86nm,C18 1563.05nm,C19 1562.23nm,C20 1561.42nm,C21 1560.61nm,C22 1559.79nm,C23 1558.98nm,C24 1558.17nm,C25 1557.36nm ,C26 1556.55nm,C27 1555.75nm,C28 1554.94nm ,C29 1554.13nm,C30 1553.33nm,C31 1552.52nm,C32 1551.72nm ,C33 1550.92nm,C34 1550.12nm ,C35 1549.32nm,C36 1548.51nm,C37 1547.72nm,C38 1546.92nm,C39 1546.12nm,C40 1545.32nm,C41 1544.53nm,C42 1543.73nm,C43 1542.94nm,C44 1542.14nm ,C45 1541.35nm,C46 1540.16nm,C47 1539.77nm,C48 1538.98nm,C49 1538.19nm,C50 1537.40nm,C51 1536.61nm ,C52 1535.82nm,C53 1535.04nm,C54 1534.64nm,C55 1533.47nm,C56 1532.68nm ,C57 1531.90nm,C58 1531.12nm ,C59 1530.33nm,C60 1529.55nm ,C61 1528.77nm
Distance: 40km,80km,100km
Online contact
10G DWDM XFP
Wavelength: C17 1563.86nm,C18 1563.05nm,C19 1562.23nm,C20 1561.42nm,C21 1560.61nm,C22 1559.79nm,C23 1558.98nm,C24 1558.17nm,C25 1557.36nm ,C26 1556.55nm,C27 1555.75nm,C28 1554.94nm ,C29 1554.13nm,C30 1553.33nm,C31 1552.52nm,C32 1551.72nm ,C33 1550.92nm,C34 1550.12nm ,C35 1549.32nm,C36 1548.51nm,C37 1547.72nm,C38 1546.92nm,C39 1546.12nm,C40 1545.32nm,C41 1544.53nm,C42 1543.73nm,C43 1542.94nm,C44 1542.14nm ,C45 1541.35nm,C46 1540.16nm,C47 1539.77nm,C48 1538.98nm,C49 1538.19nm,C50 1537.40nm,C51 1536.61nm ,C52 1535.82nm,C53 1535.04nm,C54 1534.64nm,C55 1533.47nm,C56 1532.68nm ,C57 1531.90nm,C58 1531.12nm ,C59 1530.33nm,C60 1529.55nm ,C61 1528.77nm
Distance: 40km,80km,100km
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PON Optical Transceiver Module
Wide Compatibility Range
High Speed
Low Failure Rate
GPON OLT SFP
Wavelength: 1490nm(Tx)/1310nm(Rx)
Distance: B+,C+,C++
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GPON ONU SFP
Wavelength: 1310nm(Tx)/1490nm(Rx)
Distance: C+
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EPON OLT SFP
Wavelength: 1490nm(Tx)/1310nm(Rx)
Distance: PX20+,PX20++
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EPON ONU SFP
Wavelength: 1310nm(Tx)/1490nm(Rx)
Distance: PX20+,PX20++
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Compatible Switch Brands
OEM&ODM SUPPORTED
OEM Manufacturer
SEESUO provides tailored OEM products based on clients' designs and specs.
ODM Manufacturer
SEESUO boastis rich R&D experence and top-notch production management.
Customized production
SEESUO provides talored product design,development, and flexible manufacturing.
R&D cooperation
SEESUO adapts swifly to market changes collaborating with customers in R&D.
AFTER-SALES SERVICE
The laser, golden finger, and lens of the optical module all come with a
one-year warranty.
Learn more >
COMMON PROBLEM
Can sfp connect to sfp+?
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Yes, SFP modules can connect to SFP+ ports, as SFP+ is backward compatible with SFP. However, when an SFP is used in an SFP+ port, the connection will operate at the maximum speed of the SFP, which is typically 1 Gbps. This means you won't achiev
How to test sfp?
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To test an SFP module, first, insert it into a compatible SFP or SFP+ port on a network device. Use a network analyzer or switch with diagnostic capabilities to check the module's status. Monitor the link light to ensure connectivity and run a lo
Distance does not effect bandwidth？
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Yes.While distance affects signal quality and attenuation in optical fiber networks, it does not directly influence bandwidth. Bandwidth refers to the maximum data transfer rate of a connection, which remains constant regardless of distance. However,
PRODUCT TESTING
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Cable Flexibility and Bend Radius Analysis -
End-Face Cleanliness Inspection -
Environmental Resistance Validation -
Connector Compatibility Assessment -
Return Loss Evaluation -
Insertion Loss Measurement
OUR FACTORY
FEATURED REVIEWS
5.0
( 12 comments)
แท่น ThaengThailand 
ZainabMalaysia 5.0I have purchased it to be used on Cisco switches, and there is no compatibility issue.
Rio de JaneiroBrazil 5.0I found this company online and purchased some optical modules to distribute in my country. So far, none of the customers I sold to have encountered any issues. I will continue to observe for a while. If everything continues to go well, I believe we will continue to cooperate.