PLC Splitter
A PLC splitter is a device that allows you to divide a single PLC into two or more. This device has several different types, including Blockless, Tray type, and Fan-out models. There are also several different configurations, from 1×4 splits to 1×8 splits.
Blockless PLC splitter
The Blockless PLC splitter is an optical device that divides a light signal into multiple channels at each output port. The compact design of this type of splitter makes installation of a network easy, while reducing costs and space usage. Its miniaturized design allows it to be used for various connections, such as network cabinets and distribution boxes.
This device has a wide operating wavelength and excellent channel-to-channel uniformity. It is a small and versatile device that is widely used in PON networks to manage optical signal power. It is made of silicon and is suitable for small spaces. It is easy to install in a splice closure or a formal joint box. It also does not require special space.
The Blockless PLC splitter offers high performance and high reliability. It is available in different port configurations: 1×2, 1×4, 2×1, and 1×8. Its fiber input/output fibers can be either 0.25mm or 0.125mm. Depending on the number of input/output fibers, it offers low IL and high isolation.
Besides using 0.9mm buffer or ribbon fiber for splitting, a tray type PLC splitter also offers a compact design. The unit is compatible with ST/APC connectors and is commonly installed in optical distribution frames and boxes. It is ideal for splitting in close proximity to an OLT. A rack-mount version is also available for both indoor and outdoor applications. It is designed to fit into a 19-inch rack unit.
Tray type PLC splitter
The Tray type PLC splitter is a kind of optical splitter that is used for optical network construction. It is characterized by its compact and high-precision design. It is very similar to the tray encapsulated in the optical fiber distribution disc plc splitter (ODF). It is suitable for optical network construction and can be placed in any frame without disturbing the optical fiber. It is available in a variety of models and configurations.
The Tray type PLC splitter is an easy-to-use, space-saving unit that uses a tray-like integration tray. Its input and output fibers are already pre-terminated and installed. It is suitable for ODF frames, cabling distribution boxes, and cross-connecting cabinets.
The Tray Type PLC splitter is an ideal optical component for outdoor and indoor applications. It can support various types of connectors, including LC, SC, and ST. It has a wide operating temperature range. As a micro-optical device, the Tray Type PLC splitter offers low polarization dependent loss (PDL) and high return loss.
It uses silica optical waveguide technology. It has excellent channel-to-channel uniformity, excellent reliability, and a small size. It is widely used in PON networks. Its wide operating wavelength range is suitable for PON and FTTX applications. The Tray Type PLC splitter is available in both single-mode and dual-mode configurations.
The FBT splitter is also a low-cost device. Its components are inexpensive and easily available. The FBT splitter is made from steel, fiber, or hot-dorm material. The PLC splitter, on the other hand, is more complicated and uses semiconductor technology. It requires more time and effort to manufacture.
1×4 split configuration
A PLC Splitter is a piece of equipment that divides an optical signal into two or more channels. The device has four inputs and outputs and is capable of splitting a light beam into two or four segments. The outputs can each use up to 250 Mbps of bandwidth. This type of optical splitter is often used in applications where space is limited.
Compared to FBT splitters, PLC splitters cost more. The manufacturing technology is more complex and requires a larger investment. If you only need a split configuration of 1×4, it may be cheaper to use an FBT splitter. However, if you need a high-density, PON-based broadband transmission, a PLC splitter will be a better choice.
FTTH networks worldwide are quickly expanding. With this rapid growth comes the need for bigger split configurations. PLC splitters are an ideal solution for FTTH networks, as they provide accurate splits with minimal loss. PLC splitters are a much better option than FBT splitters for this type of network.
There are many different splitter types. Most are used in 0.9mm optical fiber. They may be provided with fiber adapters at the input and output ends. In some cases, the split ratio is low, but plc splitter it is still possible to get a high-density system using one PLC splitter.
Temperature dependent loss of PLC splitter
PLC splitters have high and low loss characteristics, but they also vary in their working temperature. The FBT splitter typically works at a temperature range of -5 to 75°F, while the PLC splitter can operate between -40°F and 85°F. Both splitters can handle up to 32 fibers and 64 fibers, respectively. In addition, both products are made of materials that are readily available.
The PLC splitter is an optical component that uses planar lightwave circuit technology. It is a cost-effective light-distribution solution with a small form factor and high reliability. PLC splitters are manufactured with silica glass waveguide circuits and are packaged in miniature housings. They offer high-quality performance and low polarization-dependent loss. They also have excellent uniformity across a broad wavelength range.
The PLC splitter can be fanout or rack-mount. This type is often installed in an optical fiber distribution frame or box. It supports FC, SC, and ST connectors. It is an excellent solution for distributing split fibers near the optical line terminal. The rack-mount PLC splitter is also an excellent choice for outdoor and indoor applications. The rack-mount PLC splitter can be installed into 19-inch rack units.
Temperature is an important consideration when evaluating the performance of a PLC splitter. The temperature range should be sufficient to operate the splitter without excessive loss. The operating wavelength of a PLC splitter is 1550nm. A PLC splitter can operate in temperature ranges ranging from -40°C to 85°C.
PLC splitter technology has improved over the past few years, and it is now far more reliable than the traditional FBT splitter. Although they are similar in size and appearance, their internal technologies are very different. The PLC splitter is also capable of operating between 1260 nm and 1620 nm, while FBT splitters are limited to operating between 850/1310/1550 nm.