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1x 2 Steel Tube Bare Fiber PLC Splitter Single Mode 250μm SC/APC 0.35m
Fiber
Length of Pigtail
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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
PRODUCT PACKAGING
- Thermoformed plastic packaging box, carton box
- Specific labels as request
| Spec of Steel Tube Bare Fiber PLC | Dimension of Steel Tube Bare Fiber PLC | Dimension of Thermoform Packaging |
| 1x2 | 4*4*40 | 215*110*10 |
TECHNICAL DOCUMENT
SS-10G-SFP-PP
DownloadCOMPATIBLE
OEM&ODM SUPPORTED
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OEM ManufacturerSEESUO provides tailored OEM productsbased on clients' designs and specs -
ODM ManufacturerSEESUO boasts rich R&D experienceand top-notch production management -
Customized productionSEESUO provides tailored product design,development, and flexible manufacturing. -
R&D cooperationSEESUO adapts swiftly to market changescollaborating with customers in R&D
PRODUCT PROBLEM
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What causes attenuation in optical fiber?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 changes all contribute to attenuation by interfering with light transmission within the fiber core.
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How to measure attenuation in optical fiberAttenuation 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 output power, usually measured in decibels (dB), indicates attenuation.
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How to connect fiber patch panel to switchTo 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., LC, SC). Finally, check compatibility of fiber types (single-mode or multi-mode) and verify that both devices are configured for the same transmission speed to maintain signal quality.
PRODUCT TESTING
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Testkit Testing -
Connection Testing -
Connector Testing -
Toolkit Testing -
Fusion Testing -
Optical Testing -
Conductivity Testing -
Protection Testing -
Flexibility Testing -
Resistance Testing
OUR FACTORY
Our certificate
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 5.0Great 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.