4.8
Perfect for my data center setup! The 1x4 bare fiber splitter fits neatly, and the 250μm fiber ensures reliable signal distribution across all ports.
PLC (Planar Lightwave Circuit) Splitters are compact and efficient optical power distribution devices designed to evenly split or combine optical signals in fiber optic networks. Utilizing advanced planar waveguide technology, they provide high splitting accuracy, low insertion loss, and excellent uniformity, ensuring stable and reliable signal transmission across multiple outputs. With a compact and robust design, PLC Splitters are suitable for both indoor and outdoor installations and are available in various configurations to meet diverse network requirements. Widely used in FTTH (Fiber to the Home) networks, passive optical networks (PON), data centers, and cable television systems, PLC Splitters play a critical role in enabling efficient signal distribution and ensuring seamless network performance.
SEESUO's PLC Splitters offer unmatched value with a perfect combination of affordability and high performance. We provide competitively priced products without compromising on quality, ensuring reliable and efficient signal distribution for your optical network needs. With a customer-first approach, we offer personalized customization options to meet specific project requirements. Supported by a mature and robust supply chain, we guarantee consistent product availability and prompt delivery. Designed for excellent performance and durability, SEESUO's PLC Splitters deliver exceptional cost-efficiency, making them the ideal choice for FTTH networks, PON systems, data centers, and more.
1. Installation Guide
Inspect the Splitter: Check the splitter and its connectors for any visible damage or contamination before installation.
Choose a Suitable Location: Select a clean, dry, and secure location for installation, ensuring it is free from excessive vibrations and moisture.
Connect the Input Fiber: Align the input fiber connector with the designated input port, and gently insert it until securely seated. Avoid applying excessive force.
Connect the Output Fibers: Similarly, connect the output fibers to the splitter’s output ports, ensuring proper alignment and a secure connection.
Secure the Splitter: Use mounting brackets or adhesive strips to securely fix the splitter in place, minimizing movement or stress on the cables.
Manage Cables: Organize and label cables to ensure easy identification and prevent tangling or bending beyond the specified minimum bend radius.
2. Cleaning Guide
Gather Cleaning Supplies: Use fiber cleaning tools such as lint-free wipes, cleaning pens, or isopropyl alcohol for connectors.
Clean Connectors: Gently clean the connector end faces before installation using appropriate cleaning tools, ensuring no dust or debris is present.
Inspect with a Microscope: If available, use a fiber inspection scope to confirm the cleanliness and integrity of the connector surfaces.
Reapply Dust Caps: When not in use, protect the splitter ports with dust caps to prevent contamination.
3. Usage and Handling Tips
Avoid Overbending: Ensure that the splitter’s fiber cables are not bent beyond their specified bend radius to maintain performance and longevity.
Prevent Strain: Avoid pulling or applying tension to the splitter cables during and after installation.
Store Properly: If not installed immediately, store the splitter in a clean and dry environment, ideally in its original packaging.
Inspect Regularly: Periodically check the splitter and its connections to ensure they remain clean, secure, and undamaged.
PLC Splitter
PLC (Planar Lightwave Circuit) Splitters are compact and efficient optical power distribution devices designed to evenly split or combine optical signals in fiber optic networks. Utilizing advanced planar waveguide technology, they provide high splitting accuracy, low insertion loss, and excellent uniformity, ensuring stable and reliable signal transmission across multiple outputs. With a compact and robust design, PLC Splitters are suitable for both indoor and outdoor installations and are available in various configurations to meet diverse network requirements. Widely used in FTTH (Fiber to the Home) networks, passive optical networks (PON), data centers, and cable television systems, PLC Splitters play a critical role in enabling efficient signal distribution and ensuring seamless network performance.
HOT PRODUCTS
Tube Bare Fiber PLC Splitter
Secure Connections
Multi-device Compatibility
Stable Transmission
1x 2 Single Mode SC/APC
Fiber: G657A1, OM1, OM3, OM4, Customized
Length of Pigtail: 0.35m, 0.5m, 1m, 1.5m, Customized
Online contact
1x4 Single Mode SC/APC
Fiber: G657A1, OM1, OM3, OM4, Customized
Length of Pigtail: 0.35m, 0.5m, 1m, Customized
Online contact
1x128 Single Mode SC/APC
Fiber: G657A1, OM1, OM3, OM4, Customized
Length of Pigtail: 0.35m, 0.5m, 1m, Customized
Online contact
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
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
What is the loss of each port in plc splitter?
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In a PLC (Planar Lightwave Circuit) splitter, each port incurs a typical insertion loss depending on the split ratio. For example, an ideal 1x2 splitter has around 3.5 dB loss per port, while a 1x4 splitter has about 7 dB, and a 1x8 splitter has arou
How does fiber optic cable splitter work
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A fiber optic splitter divides a single optical signal into multiple outputs using internal waveguides. The incoming light is split evenly across output fibers, sharing signal power among them. PLC splitters enable one fiber to connect to multiple en
PRODUCT TESTING
OUR FACTORY
FEATURED REVIEWS
4.9
( 9 comments)
عمر سعیدUmar SaeedPakistan 
Mercy WanjiruKenya
5.0I installed this 1x8 mini PLC splitter with my Huawei MA5600T, and it's been great! Handles multiple connections easily, and the performance is reliable.
අජිත් කුමාරAjith KumaraSri Lanka 4.8I hooked this 1x16 splitter up to my Cisco Nexus switch, and it’s been amazing! Compact and efficient—handles all my connections with zero signal loss.
Julia HuancaBolivia 4.9This 1x8 ABS PLC splitter is perfect for my FTTH project with a Huawei OLT. Compact, reliable, and the SC/APC connectors keep the signal strong across all lines!
Lunga NdlovuSouth Africa 4.8I used this 1x16 splitter in my data center with a Juniper MX960. The installation was smooth, and it handles all 16 connections effortlessly. Great product!
Rizky PratamaIndonesia 5.0I integrated this 1x4 splitter into my TP-Link Archer setup for better coverage in my large apartment. It was easy to mount in the terminal box, and the performance has been outstanding!