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1x16 PLC Fiber Splitter in ABS Enclosure with SC/APC Connectors – Singlemode G652D/G657A
1x16 configuration for high-efficiency signal splitting.
ABS box enclosure ensures compactness, strength, and easy installation.
SC/APC connectors with 2.0mm pigtail for fast, reliable connectivity.(Connectors can be customized)
Supports G652D and G657A singlemode fibers.
Low insertion loss, high uniformity, and excellent reliability.
What is a 1x16 ABS Fiber Splitter?
A 1x16 ABS fiber splitter is a device with a 1x16 configuration, housed in a compact and durable ABS enclosure. It has SC/APC connectors with 2.0mm pigtails (customizable), supports G652D and G657A single - mode fibers, and offers high - efficiency signal splitting with low insertion loss, high uniformity, and excellent reliability for fiber access network applications such as FTTH, CATV, and PON.
1x16 ABS Fiber Splitter Specification parameters
- Specification parameters
- OPTICAL CHARACTERISTICS
| Package Style | ABS Module | Configuration Type | 1x16 |
| Fiber Grade | G.657A1 | Fiber Mode | Singlemode |
| Connector Type | SC/APC | Split Ratio | Symmetrical |
| Insertion Loss | ≤ 13.8dB | Return Loss | ≥ 55dB |
| Loss Uniformity | ≤ 1.2dB | Directivity | ≥ 55dB |
| Polarization Dependent Loss | ≤ 0.3dB | Temperature Dependent Loss | ≤ 0.5dB |
| Wavelength Dependent Loss | ≤ 0.5dB | Operating Bandwidth | 1260~1650nm |
| Dimensions (HxWxD) | 0.71"x4.72"x3.15" (18x120x80mm) | Temperature | Operating -40 to 85°C, Storage -40 to 85°C |
Product Structure & Composition
Optical Splitting Core: The PLC-based core splits the input signal from one port into 16 outputs with consistent accuracy and signal integrity.
ABS Box Enclosure: The compact ABS housing protects the core from damage, dust, and environment; mounting holes/clips allow easy installation.
Connectors and Pigtails: Default SC/APC with 2.0mm single-mode pigtails (G652D/G657A) reduce back‑reflection for improved return loss; other connector types (LC, FC, ST) are available on request.
Benefits of 1x16 ABS Fiber Splitter
High - density Signal Splitting Efficiency
The 1x16 configuration is highly beneficial for high - density fiber access networks. In FTTH applications, it can efficiently distribute optical signals to multiple households from a single source. In CATV networks, it can split the signal to serve a large number of subscribers. In PON deployments, it helps in connecting numerous optical network units (ONUs) to the optical line terminal (OLT).
Compact and Durable ABS Enclosure
The ABS box enclosure offers several advantages. Its compact size allows for easy installation in tight spaces, such as in small distribution cabinets or wall - mounted enclosures. The strength of the ABS material ensures that the splitter can withstand normal handling and environmental stress, providing long - term reliability.
Reliable Connectivity with Customization Option
The SC/APC connectors with 2.0mm pigtails provide fast and reliable connectivity. The APC polish reduces signal reflections, ensuring high - quality signal transmission. The option to customize connectors means that the splitter can be easily integrated into existing network setups, whether they use LC - based high - density cabling, FC connectors for high - performance connections, or other connector types.
Superior Performance
With low insertion loss, high uniformity, and excellent reliability, the splitter ensures high - quality optical signal distribution. Low insertion loss means that the optical signal loses minimal power as it passes through the splitter. High uniformity ensures that the signal is evenly distributed across all 16 output channels, and excellent reliability guarantees consistent performance over time.
Engineering Applications 1x16 ABS Fiber Splitter
1. FTTH Last‑Mile
In FTTH, the 1x16 ABS splitter acts as a secondary node, expanding one feeder to 16 subscribers. With ~13.5 dB loss and compact size, it fits wall enclosures and supports 20 km reach under 1:32 split ratios.
2. Campus & Enterprise
For campuses, it distributes one fiber to 16 buildings in outdoor cabinets. Operating -40 to 85°C with low PDL, it enables redundant links and reduces active hardware.
3. Surveillance & Sensing
In surveillance and sensing, it splits one transmitter to 16 cameras or OTDR probes. Compact and vibration‑resistant, it suits roadside cabinets, manholes, and bridge piers.
4. Emergency & Testing
For emergencies and field testing, it connects a portable source to 16 temporary points. It also links one OTDR to multiple fibers, supports 500+ cycles, and allows rapid setup and retrieval.
Shipping & Packaging
Product Comparison：
1x16 ABS Fiber Splitter vs 1x8 PLC LGX Module Optical Splitter
| Feature / Dimension | 1x16 ABS Fiber Splitter | 1x8 PLC LGX Module Optical Splitter |
|---|---|---|
| Splitting Configuration | 1x16, splitting into 16 paths | 1x8, splitting into 8 paths |
| Insertion Loss | Slightly higher than 1x8 due to more split paths, but still low for reliable operation | Lower compared to 1x16 as there are fewer split paths |
| Enclosure Type | ABS box enclosure for compactness and durability | LGX module for space - efficient patch panel integration |
| Space Occupancy | Compact ABS box, but may take up more space in a patch panel compared to 1x8 LGX module due to more output ports | Compact LGX module, occupies less space in patch panels |
| Application Focus | Suited for large - scale high - density network applications like large - scale FTTH, CATV, and PON deployments | Ideal for medium - density network applications such as medium - sized FTTH projects, small to medium LANs, and data center sub - networks |
| Connector Options | Default SC/APC, customizable connectors | Default SC/APC, optional LC, FC, ST connectors |
| Fiber Compatibility | Supports G652D, G657A single - mode fibers | Compatible with G652D, G657A single - mode fibers |
1x16 ABS Fiber Splitter Selection Guide
When choosing between a 1x16 ABS fiber splitter and a 1x8 PLC LGX module optical splitter, consider the scale and density of your network. If you are dealing with a large - scale high - density network, such as a large - scale FTTH deployment, a major CATV network expansion, or a large PON, the 1x16 splitter is the better choice. Its higher splitting ratio can accommodate a larger number of users or network devices.
However, if your network is of medium - density, like a medium - sized FTTH project, a small to medium - sized LAN, or a data center sub - network, the 1x8 splitter may be more appropriate. It offers lower insertion loss due to fewer split paths and is more suitable for patch panel - based installations.
Parameter - Best Fit
| Parameter | Best Fit |
|---|---|
| Large - scale high - density network applications | 1x16 ABS Fiber Splitter |
| Medium - density network applications | 1x8 PLC LGX Module Optical Splitter |
| Large - scale FTTH, CATV, or PON deployments | 1x16 ABS Fiber Splitter |
| Medium - sized FTTH projects, small to medium LANs, or data center sub - networks | 1x8 PLC LGX Module Optical Splitter |
Mixed deployment guidance:
In a large - scale network with a mix of high - density and medium - density areas, a combination of 1x16 and 1x8 splitters can be used. 1x16 splitters can be deployed in areas with a high concentration of users or devices, such as the main distribution areas of a large FTTH network or a large PON. 1x8 splitters can be used in areas with a lower density of connections, like in smaller sub - networks or for connecting a limited number of devices in a data center. This approach optimizes cost - effectiveness and space utilization.
Installation Instructions of 1x16 ABS Fiber Splitter
Pre-installation Inspection
Visually check the ABS box for damage, ensure SC/APC connectors are clean and debris‑free, verify pigtails have no kinks or cuts, and confirm port labels are clear.
Mounting the Splitter
Secure the splitter in the cabinet using the provided mounting holes or clips; ensure it is firmly fixed and immobile.
Fiber Connection
Connect the input fiber (align SC/APC key with keyway, insert until locked), then connect the 16 output fibers in the same way. Label each output clearly for identification.
Testing
Measure insertion loss at each output with an optical power meter and compare to specifications. If values exceed limits, re‑check connections, clean connectors, and inspect for damage; also verify return loss meets standards.
Download YRTFIBER Product Catalog
Factory Real Shot
1. Advanced Production Environment
Our 60000 m² dust‑proof workshop houses 21+ automated lines for single‑core and MPO patch cords, equipped with high‑precision cutters (±0.08 mm), FLC terminators, and UV systems. MES integration ensures consistent daily output of thousands of connectors with full traceability.
2. Micro‑Precision Core Assembly
Core assembly starts with end‑face cutting (±0.5°) and six‑axis fusion splicing (core deviation ≤1 μm), verified by real‑time imaging. Multi‑layer jacketing with LSZH, PVC, or OFNP prepares the interface for subsequent polishing.
3. Automated Polishing & End‑Face Finishing
Robotic polishing lines automatically apply PC, UPC, or APC finishes, achieving mirror‑like end faces. With two 11‑hour shifts, the polishing section produces up to 7.000 connectors per day for final verification.
4. Comprehensive Testing & Environmental Validation
Every patch cord receives 100% inspection: 400× interferometric imaging, particle detection, and OTDR loss measurements. Samples also pass temperature, humidity, and pull‑force tests per IEC/TIA standards, ensuring both optical and mechanical compliance.
Frequently Asked Questions & Quick Inquiry
1x16 ABS Fiber Splitter FAQ
Q1: What is the function of a 1x16 PLC fiber splitter?
A1: It splits a single optical signal into 16 outputs, suitable for high-density fiber distribution in FTTH and PON systems.
Q2: What type of fiber is supported?
A2: This splitter supports single-mode G652D and G657A fibers for long-distance, high-performance optical transmission.
Q3: What kind of connectors does it use?
A3: It comes with SC/APC connectors and 2.0mm pigtail cables, ensuring secure and low-loss connectivity.
Q4: Is the ABS enclosure durable?
A4: Yes, the ABS casing is designed for durability and protection, ideal for indoor or closure installations.
Q5: Where is this splitter typically used?
A5: It is widely used in FTTH, CATV, data center, and telecom network environments for stable signal distribution.
Why are SC/APC connectors the default for this splitter?
SC/APC connectors are the default because APC polish provides high return loss, which is crucial for reducing signal reflections in high - density fiber access networks. In such networks, minimizing signal reflections helps maintain the quality and reliability of the optical signal across all 16 output channels. Also, SC connectors are widely used in the industry, making integration into existing network systems relatively easy.
Can the 1x16 ABS fiber splitter be used outdoors?
The 1x16 ABS fiber splitter is primarily designed for indoor use. While the ABS enclosure provides some protection, outdoor environments expose the splitter to harsh weather conditions, UV radiation, and physical stress. For outdoor use, it may require additional protection, such as being installed in a weather - proof enclosure or using a splitter specifically designed for outdoor applications.
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