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1x 2 Steel Tube Bare Fiber PLC Splitter Single Mode 250μm SC/APC 0.35m
Fiber
Length of Pigtail
OEM
1x 2 Steel Tube Bare Fiber PLC Splitter Single Mode 250μm SC/APC 0.35m
PRODUCT SPECIFICATIONS
Split 1 input signal evenly into 2 output ports
Low Insertion Loss ≤3.8dB without connectors /4.1dB with connectors
Low PDL (Polarization Dependent Loss) ≤0.2dB
Compact Design
Fully Passive Optical Branching Device
Wide Operating Wavelength: 1260nm to 1650nm
G.657A1 Bend Insensitive Fibers for Low Bending Loss
Wide Operating Temperature: -20°C to 70°C
Conformed to RoHS
SCOPE OF APPLICATION
FTTX Systems
LAN, WAN and Metro Networks
Analog/Digital Passive Optical Networks
CATV Networks
Other Applications in Fiber Optic Systems
BESTSELLERS
COMPATIBLE
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.
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PRODUCT TESTING
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Mechanical Durability InspectiAssesses physical durability of splitter components to withstand handling, installation, and long-term use without performance degradation. -
Environmental Stability AnalysTests performance under varying temperatures and humidity to ensure stable operation in diverse environmental conditions. -
Wavelength Range ValidationVerifies splitter performance across specified wavelength ranges to confirm compatibility with different wavelengths in fiber networks. -
Return Loss EvaluationEvaluates reflection loss within the splitter, ensuring high return loss values to prevent signal disruption and enhance stability. -
Uniformity AssessmentAssesses signal uniformity across output channels to guarantee even power distribution, vital for consistent network performance. -
Optical Insertion Loss MeasureMeasures insertion loss across splitter outputs to confirm minimal signal attenuation, ensuring efficient signal distribution.
Our certificate
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GST
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ISO
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ROSH
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CE
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FCC
OUR FACTORY
COMMON PROBLEM
What causes attenuation in optical fiber?
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Material impurities cause light scattering and absorption, weakening signal strength in fibers. Bending fibers sharply also leads to light escaping, reducing signal quality. Additionally, absorption, scattering, chromatic dispersion, and temperature
How to measure attenuation in optical fiber
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Attenuation in optical fiber is measured using an optical power meter and a light source. The light source sends a signal through the fiber, and the power meter measures the output signal strength at the other end. The difference between input and ou
How to connect fiber patch panel to switch
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To connect a fiber patch panel to a switch, start by inserting the fiber optic cables into the patch panel ports. Then, connect a fiber patch cable from the patch panel port to the switch’s fiber optic port, ensuring matching connector types (e.g., L
FEATURED REVIEWS
5.0
( 5 comments)
دينا زكرياDina ZakariaEgypt 5.0This 1x2 steel tube splitter is perfect for my small FTTH setup with a Huawei OLT. The SC/APC connectors deliver strong signals, and the 0.35m length is ideal for tight spaces.
Mark EvangelistaPhilippines
4.9Great product for my Cisco switch! The 250μm fiber design makes it super compact, and the signal quality with the SC/APC connectors is spot on.