1x16 ABS Box PLC Splitter
1*8 1*16 1*32 1*64 Splitter 1X16 1X32 1X64 4way 8way ABS Box FBT coupler mini PLC Passive Fiber optic Splitter ratio splitter
1.Low Insertion loss and Low PDL
2.Uniform power splitting
3.High reliability
4.Excellent environmental stability
5.Compact size and various package
The Planar Lightwave Circuit (PLC) splitter is an optical power management device manufactured using quartz optical waveguide technology. It has small size, high reliability, wide operating wavelength range and good channel-to-channel uniformity and is widely used in PON networks for optical signal power distribution. Wolon offers a full range of 1×N splitters tailored to specific applications. All products meet CE and ROHS certification.
Description
Description
ABS box PLC (Planar Lightwave Circuit) splitter is a type of optical power management device with plastic ABS box package fabricated using silica optical waveguide technology. It is widely used in PON/ODN networks to realize optical signal power splitting with 1xN or 2xN splitting ratio. Wolon provides a series of customized ABS box PLC splitters to meet different requirements on port configuration, cable type, fiber length, input connector, and output connector.
How to connect home optical fiber to the splitter?
Ordinary optical fiber transceivers are point-to-point and cannot be connected to optical splitters. To use PON OLT/ONU to use point-to-multipoint, usually 1 OLT through the optical splitter connected to 16-64 ONU, downlink broadcast transmission, uplink ONU Burst Mode work, time-sharing multiplexing.
Optical splitters are passive devices, also known as optical splitters, they do not require external energy, as long as there is input light. The splitter consists of incident and exit slits, mirrors and dispersive elements whose role is to separate the required resonance absorption lines. The key component of the splitter is the dispersion element, and commercial instruments now use gratings. The large-scale use of leather wire optical cables in FTTX engineering mainly adopts two connection methods: one is the cold connection technology (physical connection) of optical cable based on cold splicers, and the other is the hot melt technology of welding machine as a tool.
Is the splitter in the optical handover box?
To be exact: the splitter can be placed in the optical box!
Optical delivery boxes, optical cable distribution boxes, optical cable terminal boxes, optical splitter boxes, all-in-one machines, etc., can be placed optical splitters.
Which optical splitter should be placed is specified by the engineering designer, and it is generally sure to be placed in the most reasonable place.
If you put it too far from the user's end, it will definitely waste materials and become multiple cores in one core.
It should be as far away from the user side as possible, but excessive concentration on the user side is not enough, which is extremely detrimental to maintenance and management.
The splitter is not used too much, the light attenuation is too large, and the terminal equipment is not good.
To give a simple example, the most common cell fiber-to-the-home construction now:
The bureau side gives 3 mouths (the bureau side is in short supply!) If you can save it), come out a 4-core optical cable (the optical cable does not have 3 cores), to cover a total of 300 users in a community (5 buildings, each building 2 door holes, 10 floors, 3 households per floor).
The optical cable route is as follows:
Telephone bureau - > front optical delivery box - > optical splitter box in the door hole of each building (10 boxes are required) - > users
The designer designed, put 3 beamsplitters in the optical delivery box in front of the community, two 1:4, one 1:2, 3 cores become 10 cores, give each building door hole 1 core, each building door hole in the optical splitter box each put a 1:32 splitter, out of 32 cores, each core to one household, save 2 cores for backup. OK!
Communication engineering is varied, and there are many types of designs, and what is needed is expertise. Where to put the beamsplitter depends on various site conditions. The example just given to you is the most common communication project at this stage, and now there are generally optical splitters in the optical box, which saves resources, is easy to maintain, and is conducive to management.
Specification
Optical cable and other requirements
Category | Specification | Remarks | |
Fiber Cable | Fiber Type | G657A or G652 | |
Outer diameter | 2.0mm or 3.0mm | ||
Tube Material | Hytrel or Requirements | ||
Tube Colour | Yellow | ||
Input endface Length:L1 | L1±5mm | L1≥0.3M | |
Output endface Length:L2 | L2±5mm | L2≥0.3M | |
Connector type | Input endface | SC,FC,LC and Other | |
Output endface | SC,FC,LC and Other | ||
Number tube NO: | IN/Input No./Output | ||
Packaging
Certification
FAQ
Q1. What’s the application of plc splitter ？
A: IT widely used in government project and telecommunication project.
Q2. What’s certification of this plc splitter:
A: CE Rohs ISO
Q3: What’s the quality level ?
A: China telecom quality level , special for government project or telecommunication project level.
We already finished some project for vodafone in europe market.
Q4. Can you offer OEM service and use our logo?
A: Yes. We can offer you ODM and OEM service and we can customized your logo for all the products.
Q5: How about warranty?
A: 3years’ warranty time.
Q6: What about delivery time?
A: Small orders within 7days, mess order about 25-30days.
Q7: What’s about the service schedule aftersales ？
A：Frist you must approved it is our quality issue, we will exchange the bad one for you from your next order or return your money.
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