Your Professional Pre-Terminated FTTH ODN Supplier!
Unigreatfiber, a professional Fiber Optic Products Supplier and trusted manufacturer with over a decade of experience in the fiber optic communication industry. We focus on delivering high-quality, cost-effective solutions through our vertically integrated manufacturing facilities. Our products include Pre-Terminated FTTH ODN, Termination Box, Drop Cable, Fiber Optic Cable Assemblies, Fiber Pedestals/Handhole/Vaults.
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It...
Why choose us?
Manufacturing Excellence
With 60 production lines and 100+ skilled staff, we meet urgent and high-volume needs. Centralized procurement and modern equipment ensure fast, precise, and stable manufacturing for diverse fiber optic orders.
Quality Control System
Certified under ISO 9001, we conduct strict IQC, IPQC, and FQC with full traceability. Our in-house lab and 15+ QC professionals ensure products meet UL, CE, RoHS, and other global standards.
OEM and ODM Services
We offer comprehensive customized fiber optic connectivity solutions, including outdoor hardened fiber optic connectors (such as those compatible with the OptiTap series), customized fiber optic patch panels, and splice closures. We also provide rapid prototyping, pilot production, volume manufacturing, and OEM/ODM services to meet the diverse needs of leading global fiber optic brands.
Advanced Equipment
We are equipped with a state-of-the-art in-house fiber optic cable testing laboratory. Key equipment includes 3D fiber end-face inspection instruments, insertion loss and return loss testers, fiber inspection microscopes, constant temperature and humidity test chambers, vibration testers, and salt spray test chambers, providing comprehensive environmental simulation and performance verification capabilities.
Specification
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Product name |
OptiTap to SC/APC Fiber Optical Drop Cable |
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Number of fiber |
1 |
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Fiber type |
SMF-28E, G657A1, G657A2 |
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Cable type |
Dielectric or Toneable |
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Strength member |
Mterial |
FRP |
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Diameter |
1.8±0.1mm |
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Loose Tube |
Material |
PBT |
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Diameter |
2.mm or 3.0mm |
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Color |
White or customized |
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Out sheath |
Material |
PE |
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Color |
Black |
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Thickness |
0.9mm±0.1mm |
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Cable size |
4.5*9.8mm SST Toneable cable or 4.5*8.1mm SST-Dielectric cable |
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Cable weight/km |
45KG±1KG |
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Cable Length |
Customized |
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Connector A |
SC APC OptiTap Connector |
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Connector B |
SC APC Connector |
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Insert Loss |
Typical |
≤0.15 dB |
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Max |
≤0.30 dB |
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Return Loss |
≥55 dB |
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Reduced Construction Time: By eliminating on-site splicing, pre-terminated FTTH ODN significantly reduces the time required for network deployment. This allows for faster service rollouts and quicker returns on investment.
Lower Failure Rates: Pre-terminated connectors are manufactured to high standards and are less susceptible to environmental contamination. This results in lower failure rates and improved network reliability.
Simplified Maintenance: Pre-terminated FTTH ODN reduces the need for specialized skills and equipment during maintenance operations. Technicians can quickly and easily replace or repair components without the need for complex splicing procedures.
Cost Savings: The reduced construction time, lower failure rates, and simplified maintenance translate into significant cost savings over the lifecycle of the network.
Pre-Terminated FTTH ODN Mechanical Characteristics
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Items |
Description |
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Installation Temperature range |
-20--+60℃ |
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Operation and transport temperature |
-40-+70℃ |
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Min Bending Radius(mm) |
Long term |
15D |
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Short term |
30D |
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Allowable Tensile Strength(N) |
Long term |
1000 |
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Short term |
2000 |
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Crush Load (N/100mm) |
Long term |
600 |
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Short term |
1200 |
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Optical Line Terminal (OLT):
Located at the service provider's central office, the OLT is the main device that sends and receives optical signals to and from the Optical Network Units (ONUs) installed at customer premises.
Optical Splitter:
An essential passive component that divides the optical signal from a single fiber into multiple signals, allowing a single OLT to serve multiple ONUs. Fiber optic splitters can be deployed in a centralized or distributed manner, depending on the network design.
Fiber Optic Cables:
These are the physical medium through which optical signals travel. Optical fiber cables can be single-mode or multimode and are typically installed in underground conduits, aerially, or inside buildings.
Optical Network Unit (ONU):
Installed at the customer's premises, the ONU converts the optical signals received from the OLT into electrical signals that can be used by end-user devices such as computers, televisions, and telephones.
Distribution Points:
These are intermediate points in the ODN where fibers are spliced, terminated, or connected to other components. Distribution points can include fiber distribution hubs (FDHs), optical distribution frames (ODFs), and fiber optic patch panels.
Fiber Drop Cables:
Short lengths of fiber optic cable that connect the distribution point to the ONU at the customer's premises. Fiber optic drop cables are often installed using microducts or direct burial methods.
Connectors and Splices:
Used to connect different segments of the ODN, these components ensure that the optical signals are transmitted with minimal loss. Common FTTH connectors include SC, LC, and MPO types, while fiber optic splices can be fusion or mechanical.
Technologies Used In Pre-Terminated FTTH ODN
Pre-terminated Technology
Pre-terminated refers to the two ends of the fiber optic cable in the factory pre-terminated movable connectors become pre-terminated optical cable, in the wiring equipment (conjunction box, splitter box) and fiber optic cable connection is also pre-terminated movable connectors become pre-terminated wiring equipment, so that in the ODN construction and installation and maintenance of the ODN fiber optic link connection does not need to be fusion splicing, only through the movable connection can be completed.
Unequal Splitting
ODN using unequal splitting optical, the introduction of optical cable can be used in a single-core optical cable, the cable model is less, the core connection relationship is simple, so the pre-terminated of the ODN is usually used unequal splitting optical. The ODN networking model of unequal splitting optical mainly uses single chain and double chain. Only single-core pre-terminated cables are used in the fiber link from the pre-terminated optical intersection to the ONT.
Fully Sealed Protection Measures
The box of the pre-terminated optical conjunction and the box of the pre-terminated splitter box adopts a sealed structure, sealing the fused fiber unit and the optical splitter in the box/cassette, avoiding the influence of the surrounding environment and personnel's accidental touch on the optical splitter and the connected fibers. The downlink interface of the pre-terminated optical intersection and the uplink/downlink interface of the pre-terminated splitter box are set outside the box/cassette body, and the interface adopts a type adapted to the pre-terminated cable so as to facilitate the connection with the pre-terminated cable.
Data Centers
In data centers, pre-terminated FTTH ODN an efficient solution for high-density installations and infrastructure expansion. These cables allow for faster deployments, especially in large data centers where scaling up the fiber infrastructure is an ongoing requirement. They also support the structured cabling approach, which is essential for efficient organization and maintenance of data center networks.
Enterprise Networks
Enterprise networks benefit from pre-terminated FTTH ODNs by enabling quick setup for long-distance backbone connections. The reliable, high-quality connections provided by pre-terminated FTTH ODNs are ideal for corporate networks where high bandwidth and minimal downtime are crucial for business operations.
Telecommunications and ISP Infrastructure
Telecommunications companies and internet service providers (ISPs) frequently use pre-terminated FTTH ODNs to deploy fiber networks to residential and commercial customers. The time savings and reliability offered by pre-terminated assemblies help telecoms meet tight deadlines and improve customer satisfaction by ensuring consistent service quality. These pre-terminated FTTH ODNs are particularly useful in FTTH (Fiber to the Home) installations, where speed and efficiency are priorities.
Frequent Peer Observations: Perform regular checks visually so as to find out if there exist any physical mutilations on cables and connectors and keep them free from dust particles or other debris.
Ensure Appropriate Storage: Place extra wires in a well-regulated area which is not exposed to extremely high or low temperatures that can damage their quality due to humidity change.
Monitor for Overbending
Inspect installed cable systems for kinks with the help of adjustment tools where necessary in order to maintain specified bend radius limits.
Keep Connectors Clean At All Times
Regularly clean up dirt on connecting ends using methods recommended by manufacturers since contamination affects signal transmission quality.
Record Keeping Of Maintenance Activities
Keep accurate records detailing every activity done during maintenance such as checkups undertaken together with repair works carried out so that proper history can be tracked later on.
Worldwide Coverage
Unigreatfiber ships to nearly every country in the world, including North and South America, Europe, Asia, Africa, and Oceania. With trusted international carriers like FedEx, DHL, UPS, TNT, and EMS, we ensure safe and on-time delivery to your destination. You can choose to ship via air, sea, or road, using either our logistics partners or your own designated forwarder. Customers may also use their own express accounts - just select Freight Collect / Self Express Account and provide the details when placing the order.
Delivery Time & Handling
We offer fast delivery through major couriers, typically within 3–5 business days. Orders are shipped promptly after manufacturing, testing, and payment clearance.
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FAQ
