What Is a PLC Splitter?
A plc splitter, also known as planar lightwave circuit, is a passive optical component which divides one or more light beams to multiple light beams uniformly. It uses a special waveguide made of silica or quartz.
PLC splitters are used in a wide range of applications, including passive optical networks (PONs), medical equipment, and more. They are available in a variety of packages, including bare fiber splitters, blockless splitters, ABS splitters, LGX box splitters, mini plug-in type splitters and more.
Fiberstore offers a wide range of PLC splitters
The PLC splitter is an important passive component used in FTTX networks. It is based on planar lightwave circuit technology and provides low cost optical distribution solutions with small form factor and high reliability. It consists of three layers: a substrate, a waveguide and a lid.
PLC splitters can be made with a variety of operating wavelengths, ranging from 1260 nm to 1650 nm. This allows them to be more versatile than traditional fused biconical taper (FBT) splitters, which only support 850 nm, 1310 nm and 1550 nm.
Another advantage of a PLC splitter is that it offers a wide range of split ratios, from 1:4 to 1:64. This allows a single input to be paired with a maximum of 32 fibers at a time. However, this also means that you need to make sure that the output of the splitter isn’t too close to the inputs or else it won’t be able to receive the signal properly.
These types of splitters are also available in a number of different configurations, including bare fiber PLC splitters and blockless PLC splitters. Bare fiber PLC splitters are a popular choice for use in FTTX projects because they leave bare fiber on all ends of the device, so they don’t require as much space during cabling.
A blockless PLC splitter is similar to a bare fiber PLC splitter, but instead of leaving bare fiber on all ends, it uses a stainless tube package to hold the split chip. This allows for the device to be spliced by network engineers freely and requires the least amount of space during cabling.
In addition, a blockless PLC splitter can be manufactured with multiple inputs and outputs. This can allow for more connections to be made in a shorter amount of time.
Both bare fiber and blockless PLC splitters can be purchased from Fiberstore. The former is available in a variety of split ratios and is a great option for high-density applications.
The blockless PLC splitter can be installed in a standard rack unit or in fiber enclosures. It can be accessed easily by network technicians and is a great choice for use in FTTX projects.
Compared to FBT splitters, a PLC splitter is slightly more expensive. This is because of the complexity of manufacturing and the fact that it uses non-traditional materials. Fortunately, Fiberstore offers a number of PLC splitters that are GR-1209-CORE and GR-1221-CORE certified for network development.
In general, a PLC splitter is more reliable and more efficient than FBT splitters. plc splitter This is because it can be manufactured with a higher split ratio than FBT splitters and also because it doesn’t have to worry about the sensitivity of loss to wavelength. It can also be produced in a wider range of operating temperatures than FBT splitters, making it more suitable for use in areas that experience extreme climates.
Fiberstore is a professional manufacturer and supplier of optical networking solutions
The PLC splitter is an integral part of passive optical networks (PON) such as GPON and EPON. It is used to distribute an incident signal from one input port to multiple output ports, enabling the network to serve more users. It also helps in extending the range of a fiber network to meet growing bandwidth demands.
A plc splitter can be categorized into different types, depending on the number of fibers it can accommodate. For example, there are 1×4, 1×8, 1×16, and 2×32 plc splitters. They can be used in small size terminal boxes or in large size rack-mount devices. Moreover, the splitter can be customized according to customers’ requirements.
There are many types of fiber optic splitters in the market, and their performance is influenced by several important parameters including insertion loss, uniformity, and polarization dependent loss. A good splitter should be able to provide high quality transmission and stable operation.
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FTTH, PON, LAN, and CATV are some of the most common applications for a plc splitter. It is also widely used in industrial applications, such as test equipment and splicing.
Fiberstore offers a variety of PLC splitters
Fiberstore offers a wide range of PLC splitters for a variety of applications. Whether you’re building an FTTH network or you’re just looking to get more points out of your existing fiber circuits, these splitters can help you achieve your goals and ensure that your network operates as efficiently as possible.
Planar Lightwave Circuit (PLC) based splitters are one of the most popular types of fiber optic splitter and can provide a low cost, compact solution that is highly reliable and GR-1221-CORE compliant. They are manufactured using silica glass waveguide circuits that are then aligned with a v-groove fiber array chip, thereby forming a compact, miniature package inside the splitter.
They are typically used to combine multiple optical signals into a single output that is then bundled and distributed for use in the network. They offer superior performance and stability with minimal loss, resulting in a more cost-effective solution than FBT splitters.
For example, Fiberstore’s 1×8 and 2×32 PLC splitters are made with high quality silica fiber optic waveguide technology to provide an efficient, cost-effective solution that is GR-1209-CORE and GR-1221-CORE compliant. These splitters can handle up to twelve wavelengths in a row, which is much more than the maximum of three that FBT splitters are capable of.
Additionally, PLC splitters can also operate at a wider temperature range than FBT splitters, making them ideal for deployment in areas of extreme climate. This is especially important for FTTH networks, which are susceptible to severe weather conditions that can affect the stability of their systems.
Other common PLC splitter types include bare fiber, blockless, fanout, tray type, rack-mount and LGX. These types all serve the same purpose but come in different packages to accommodate client preferences and cable lengths.
Bare fiber PLC splitters are often used in FTTH projects. These units leave bare fiber on each end, so network engineers can easily splice them together as required. They also require the least amount of space during cabling, which is why they’re commonly used for FTTx projects.
Blockless PLC splitters, on the other hand, look similar to bare fiber PLC splitters but they come terminated with fiber optic connectors and are packaged in a stainless tube. They also have a variety of configurations, including 1×4, 1×8, 1×16, 2×4, and 2×8.
Both FBT and PLC splitters have found their way into passive networks with the growth in FTTH and FTTX. The FBT splitter is a cost-effective and low-maintenance alternative to other types of PON splitters, while the PLC splitter provides more accurate splitting with minimal loss in a smaller package.
These splitter modules can be purchased in plastic module cassettes and metal LGX box formats, with ruggedized fiber jackets. Some can even be customized to meet your specific needs, so if you have a unique request, please contact us.