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POF Switch Hub USB Dongle POF Evaluation Board

Multi-combination of Plastic Optical Fiber & RJ. 1 RJ + 4 POF or 2 RJ + 3 POF or 5 POF or 6 RJ + 2 POF or 24 POF. Fast Ethernet transmission at 650nm wave length. With web smart function support.
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The FEUSB is really plug-and-play and requires no additional settings. The FEUSB Series are fully compatible for IEEE 802.3u Fast Ethernet data communication standard.
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Plastic Optical Fiber Evaluation Board Series allows the user to examine a data link over POF and to test the operation of the fiber optic transceivers. A easy kit for customer to verify the POF network.
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POF PCI Network card POF DIY Kit POF Tester
POF Tester & Wall plate

This solution is designed for use in a variety of applications including workstation NICs, PC motherboards, and other systems utilizing a PCI bus.
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Plastic Optical Fiber (POF) DIY Kit, 2 media converter, 2 RJ cable, 1 POF cutter, 50 meter POF cable.
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Using OptoLock® technology, OPTOKON and COMOSS develop the POF tester together. User can test bare POF cable without any adaptor.
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POF Transceiver POF cable Media converter

OptoLock® is a new designed Fast ethernet plugless transceiver. With latched type transceiver, the Plastic Optical Fiber cable can be fixed onto transceiver securely. Without pushing the latch, the POF cable will not fall out.
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OptoLup™ , a Polymer Optical fiber (POF) that suitable for OptoLock® applications.The OptoLup™ cable consists of two parts, the core in the center and the cladding at the outer layer, and then an overall sheathing jacket.
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People could choose different configuration according to their demand. Provide people varied of option.
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POF OptoLock® coupler POF Patch Cord Long Hual

In optical transmission system, the precision connectors and adapters will provide the high transmission quality, COMOSS manufactures high quality POF connectors and adapters by ourselves, to reduce the patch cord assembly cost and improve the optical transmission quality with low insertion loss.
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The SMI (small multimedia interface) is one kind of POF (plastic optic fiber) interface that can suitable for low-cost and high-speed data transmission. COMOSS has developed the SMI connecting system for application as PCs, consumer electronic devices, and home network. The SMI patch cord meets the IEEE 1394b specification that can transmit data at S200 (250Mbps) speed for 50 meters. It will make the new generation multimedia life more possible and easy.
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COMOSS HDMI/DVI active optical cables (AOC) generate high quality digital video signals for connections between video sources and display devices. Unprecedented and uncompromised image fidelity with per-pixel digital accuracy is provided. HDMI/DVI AOCs are compact hybrid cables comprising multi-mode glass fibers for the TMDS signals and copper wires for the low frequency EDID signals.

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COMOSS has developed a series of Plastic Optical Fiber products.

Plastic optical fiber (POF) (or Polymer optical fibre) is an optical fiber which is made out of plastic. Traditionally PMMA (acrylic) is the core material, and fluorinated polymers are the cladding material. Since the late 1990s however, much higher-performance POF based on perfluorinated polymers (mainly polyperfluorobutenylvinylether) has begun to appear in the marketplace.

In large-diameter fibers, 96% of the cross section is the core that allows the transmission of light. Similar to traditional glass fiber, POF transmits light (or data) through the core of the fiber. The core size of POF is in some cases 100 times larger than glass fiber.

POF has been called the "consumer" optical fiber because the fiber and associated optical links, connectors, and installation are all inexpensive. Due to the attenuation and distortion characteristics of the traditional PMMA fibers are commonly used for low-speed, short-distance (up to 100 meters) applications in digital home appliances, home networks, industrial networks (PROFIBUS, PROFINET), and car networks (MOST). The perfluorinated polymer fibers are commonly used for much higher-speed applications such as data center wiring and building LAN wiring.

In relation to the future request of high-speed home networking, there has been an increasing interest in POF as a possible option for next-generation Gigabit/s links inside the house. To this end, several European Research projects are active, such as POF-ALLand POF-PLUS . Several standardization bodies at country, European and WW levels are currently developing Gigabit communication standards for POF aimed towards Home networking applications. It is expected the release at the beginning of 2012.The future Gigabit POF standard is based on multilevel PAM modulation a frame structure, Tomlinson-Harashima Precoding and Multilevel coset coding modulation. The combination of all these techniques has proven to be the most efficient way of achieving low cost implementations at the same time that the transmission theoretical maximum capacity of the POF is approached. Other alternatives like DMT, PAM-2 NRZ, DFE equalization or PAM-4 have inferior performance and lead to more expensive implementations.

For telecommunications, the more difficult-to-use glass optical fiber is more common. This fiber has a core made of germania-doped silica. Although the actual cost of glass fibers are similar to the plastic fiber, their installed cost is much higher due to the special handling and installation techniques required.

One of the most exciting developments in polymer fibers has been the development of microstructured polymer optical fibers (mPOF), a type of photonic crystal fiber. POF fiber also has applications in sensing. It is possible to write Fiber Bragg grating in single and multimode mode POF. There are advantages in doing this over using silica fiber since the POF can be stretched further without breaking, some applications are described in the PHOSFOS project page.

POF in short:

  1. PMMA and Polystyrene are used as fiber core, with refractive indices of 1.49 and 1.59 respectively.
  2. Generally, fiber cladding is made of silicone resin (refractive index ~1.46).
  3. High refractive index difference is maintained between core and cladding.
  4. High numerical aperture.
  5. Have high mechanical flexibility and low cost.
  6. Attenuation loss is about 1 dB/m @ 650 nm.
  7. Core/Cladding size 1 mm.
  8. Bandwidth is ~5 MHz-km @ 650 nm.