1x2 Multimode SC/UPC-MPO/PC

1x2 Mini PLC Splitter Steel Tube Multimode 0.9mm SC/UPC-MPO/PC 0.9mm 1m

Fiber

G657A1 OM1 OM3 OM4 Customized

Length of Pigtail

0.35m 0.5m 1m 1.5m Customized

Connectors

SC/APC SC/UPC LC/APC LC/UPC MPO/APC MPO/PC No connector Customized

OEM

Provide custom product specifica-tions, icons, logo, packaging.

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Features

1x2 Mini PLC Splitter Steel Tube Multimode 0.9mm SC/UPC-MPO/PC 0.9mm 1m

PRODUCT SPECIFICATIONS

Split 1 input signal evenly into 2 output ports

Low Insertion Loss 3.8dB without connectors /4.15dB (low) or 4.4dB (standard) with connectors

Low PDL (Polarization Dependent Loss) ≤0.2dB

900μm Mini Module, Compact Design

Fully Passive Optical Branching Device

G.657A1 Bend Insensitive Fibers for Low Bending Loss or client requested

Wide Operating Temperature: -40°C to 85°C

Compact racks, cross-connecting cabinets, wall/pole-mounted optical distribution boxes, optical fiber closures etc.

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

Mechanical Durability Inspecti

Assesses physical durability of splitter components to withstand handling, installation, and long-term use without performance degradation.
Environmental Stability Analys

Tests performance under varying temperatures and humidity to ensure stable operation in diverse environmental conditions.
Wavelength Range Validation

Verifies splitter performance across specified wavelength ranges to confirm compatibility with different wavelengths in fiber networks.
Return Loss Evaluation

Evaluates reflection loss within the splitter, ensuring high return loss values to prevent signal disruption and enhance stability.
Uniformity Assessment

Assesses signal uniformity across output channels to guarantee even power distribution, vital for consistent network performance.
Optical Insertion Loss Measure

Measures insertion loss across splitter outputs to confirm minimal signal attenuation, ensuring efficient signal distribution.