What Is 96ch-AWG?
The AWG number describes the size of a single-strand, solid wire. It is used to describe wire sizes for electrical signals, which are often not as high in power as data. Using lower AWG wires may increase signal integrity.
This athermal AWG module has been subjected to reliability and accelerated life tests. Its center wavelength shift and insertion loss variation were stable after the temperature cycling test.
High-speed transmission
AWG is a standard way to denote the size of wire. The larger the number, the smaller the diameter and thickness of the wire. The standard AWG sizes range from 0000 to 40. In addition to determining the size of wires, AWG also specifies how much current they can carry. This makes it important for networks to choose a wire with the appropriate capacity 96ch-awg for their requirements. For example, longer Ethernet runs may require a higher AWG to handle high current. In addition, power over Ethernet (PoE) applications use lower AWG cables, which need more current to function properly.
96 Channels DWDM Mux Demux is a high-density, low-loss and standalone passive DWDM equipment for high-capacity terminal DWDM solutions. It allows the multiplexing of up to 96 wavelengths onto a single fiber pair, with all channels spread across the C band according to ITU-T 50GHz spacing. It is designed to replace filter-type DWDM products and can be used in optical metro edge and access networks. It features low insertion loss, excellent channel isolation, and easy fiber handling.
The 96ch awg DWDM mux/demux operates in the C-band and provides 96 wavelengths for 10G system transmission. It offers an ideal solution for transporting PDH, SDH/SONET, and ETHERNET services in optical metro edge and access networks. In addition, it features a monitor optical monitoring port for real-time channel quality monitoring. It can also be customized to meet your specific needs, including the choice of wavelength, package, and fiber.
Low-loss transmission
96ch-awg is a type of optical fiber cable that has low-loss transmission. The cable is composed of several layers of glass and has a unique structure that allows it to carry data without loss. It is often used to connect devices to each other, and it can support high-bandwidth applications. It also has a wide temperature range and is easy to handle. The cable is also resistant to electromagnetic interference and has excellent shielding.
The term “low-loss” is defined as a transmission line with a characteristic impedance that is close to zero. However, it is not possible to achieve a lossless transmission line in practice. There are many factors that can affect the loss of a transmission line, and it is important to understand these parameters in order to design a system that will meet its performance requirements.
Athermal DWDM modules use silica-on-silicon planar technology, which requires no electrical power for stabilization and eliminates the need for temperature control units. They also feature a non-hear sensitive structure, making them an ideal replacement for filter-type DWDM equipment. They also provide a monitor port for real-time channel quality monitoring.
GEZHI’s 96-channel AAWG Mux Demux equipment is a high density, low-loss and standalone passive DWDM module that enables 96 wavelengths to be multiplexed into one fiber pair. It’s perfectly suited for transport PDH, SONET/SDH and ETHERNET services in optical metro edge and access networks.
High-reliability transmission
The 96ch-awg module is designed to withstand mechanical shock and long-term environment. It is made of high-quality optical components, and can be used in a variety of applications. It is a reliable, cost-effective option for DWDM transmission. The module also offers a wide wavelength range, which allows it to support more services. This is important because the 96ch-awg module can be easily deployed in DWDM networks.
The athermal AWG modules have been characterized and tested to ensure that they perform properly over a wide temperature range. They are capable of maintaining a stable wavelength over -40 degC to 85 degC. This capability is critical for transport PDH, SDH/SONET, and ETHERNET in DWDM networks. This enables network operators to achieve high reliability and long service life without the need for expensive electronic control circuitry to cool the AWG unit.
The 96-channel athermal AWG module has passed the temperature cycling reliability test and demonstrated excellent performance. Its insertion loss variation is within a maximum of +-0.19 dB, which satisfies the Telcordia GR-1221-CORE requirement for passive optical components. The 96-channel athermal AWG also performed well in the high-temperature accelerated life test and the lifetime prediction was verified. Its mean smart home life is around 3.65 x 105 (around 41.7 years) under an operating condition of 40 degC. This lifetime is sufficient for reliable communication quality performance.
Rackmountable
GEZHI’s rackmountable 96ch-awg is the ideal solution for converting USB digital I/O to TTL-compatible logic. This device is small enough to fit in a standard 19” 1U rack and can be easily integrated with other equipment. Its high speed, low-loss transmission technology allows data to be transmitted over long distances and provides a reliable method for connecting multiple devices. It is compatible with most operating systems and can handle a variety of input/output signals, including RS-485, LVDS, ethernet, and SATA. The 96ch-awg also has the ability to perform I/O functions using custom function drivers, making it easy to integrate into existing systems.
The Athermal DWDM Mux/Demux Module is an ultra-low loss, standalone passive DWDM equipment for high-capacity terminal DWDM solutions that enable up to 96 channels to be multiplexed on a single fiber pair. These modules are perfect for transporting PDH, SDH/SONET and ETHERNET services in optical metro edge and access networks. They utilize the same silicon planar technology as other CWDM and DWDM equipment, and have a unique athermal package design that requires no electrical power or software.
The 96-channel awg MUX/DEMUX is available in two versions, a single-fiber and a multi-fiber version. It offers a wide range of specifications to meet a variety of requirements, such as spectrum shape, port configuration (1310nm and monitoring ports are available), operating wavelength, fiber type and input/output connector insertion options. It is a perfect choice for use in telecommunication networks and offers low insertion loss, excellent channel isolation, ease of fiber handling and long-term reliability.
