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Product Description
The miniature optical plc splitter is a miniaturized structure, and the input
and output ends are 0.9mm optical cables. It is mainly used in the insertion
box and various types of wiring boxes. It is an intermediate choice for miniaturization
and reliable protection of optical fibers.
Features：
Low insertion loss, low polarization loss;
High uniformity, high reliability;
Compact structure, small size, easy installation;
Input and output fiber type: 0.9mm;
It can well protect the optical fiber and facilitate the addition of connectors.
|
100% Tested
|
Specification
| Parameter | 4 Channel | 8 Channel | ||||
| Add | Drop | Add | Drop | |||
| Channel Wavelength | ITU Grid | |||||
| Channel Spacing | 200 | |||||
| Lnsertion Loss(db) | In-Drop@drop | 1.8 | 3.0 | |||
| Add-Out@other | 1.8 | 3.0 | ||||
| In-out@other | 2.5 | |||||
| Loslation(db) | Adjacent | N/A ≤30 | N/A ≤30 | |||
| Non-adjacent | N/A ≤40 | N/A ≤40 | ||||
| Return Loss | ≤45 | |||||
| Operating Temperature(℃） | -5~+85 | |||||
| Package Dimension | 100x80x10 | |||||
Ordering Information | ||||||
| DOM | X | -X | -XX | X | -X | -XX |
| D=DWDM O=OADM M=Module | Channel Spacing | Number of Channels | 1st Channel | Connector | Pigtail fiber type | Fiber length |
| 1=200GHz | 4=4Channel 8=8Channel | 21=Ch21 ... 34=Ch34 ... 50=Ch50 | No Connector SC/PC(UPC,APC) LC/PC(UPC,APC) FC/PC(UPC,APC) | 00=bare fiber 01=900um Loose tube 02=2mm cable 03=3mm cable | 10=1.0m 12=1.2m 15=1.5m | |
|
Product Description
The miniature optical plc splitter is a miniaturized structure, and the input
and output ends are 0.9mm optical cables. It is mainly used in the insertion
box and various types of wiring boxes. It is an intermediate choice for miniaturization
and reliable protection of optical fibers.
Features：
Low insertion loss, low polarization loss;
High uniformity, high reliability;
Compact structure, small size, easy installation;
Input and output fiber type: 0.9mm;
It can well protect the optical fiber and facilitate the addition of connectors.
|
100% Tested
|
Specification
| Parameter | 4 Channel | 8 Channel | ||||
| Add | Drop | Add | Drop | |||
| Channel Wavelength | ITU Grid | |||||
| Channel Spacing | 200 | |||||
| Lnsertion Loss(db) | In-Drop@drop | 1.8 | 3.0 | |||
| Add-Out@other | 1.8 | 3.0 | ||||
| In-out@other | 2.5 | |||||
| Loslation(db) | Adjacent | N/A ≤30 | N/A ≤30 | |||
| Non-adjacent | N/A ≤40 | N/A ≤40 | ||||
| Return Loss | ≤45 | |||||
| Operating Temperature(℃） | -5~+85 | |||||
| Package Dimension | 100x80x10 | |||||
Ordering Information | ||||||
| DOM | X | -X | -XX | X | -X | -XX |
| D=DWDM O=OADM M=Module | Channel Spacing | Number of Channels | 1st Channel | Connector | Pigtail fiber type | Fiber length |
| 1=200GHz | 4=4Channel 8=8Channel | 21=Ch21 ... 34=Ch34 ... 50=Ch50 | No Connector SC/PC(UPC,APC) LC/PC(UPC,APC) FC/PC(UPC,APC) | 00=bare fiber 01=900um Loose tube 02=2mm cable 03=3mm cable | 10=1.0m 12=1.2m 15=1.5m | |
| Parameter | 4 Channel | 8 Channel | ||||
| Add | Drop | Add | Drop | |||
| Channel Wavelength | ITU Grid | |||||
| Channel Spacing | 200 | |||||
| Lnsertion Loss(db) | In-Drop@drop | 1.8 | 3.0 | |||
| Add-Out@other | 1.8 | 3.0 | ||||
| In-out@other | 2.5 | |||||
| Loslation(db) | Adjacent | N/A ≤30 | N/A ≤30 | |||
| Non-adjacent | N/A ≤40 | N/A ≤40 | ||||
| Return Loss | ≤45 | |||||
| Operating Temperature(℃） | -5~+85 | |||||
| Package Dimension | 100x80x10 | |||||
Ordering Information | ||||||
| DOM | X | -X | -XX | X | -X | -XX |
| D=DWDM O=OADM M=Module | Channel Spacing | Number of Channels | 1st Channel | Connector | Pigtail fiber type | Fiber length |
| 1=200GHz | 4=4Channel 8=8Channel | 21=Ch21 ... 34=Ch34 ... 50=Ch50 | No Connector SC/PC(UPC,APC) LC/PC(UPC,APC) FC/PC(UPC,APC) | 00=bare fiber 01=900um Loose tube 02=2mm cable 03=3mm cable | 10=1.0m 12=1.2m 15=1.5m | |
| Parameter | 4 Channel | 8 Channel | ||||
| Add | Drop | Add | Drop | |||
| Channel Wavelength | ITU Grid | |||||
| Channel Spacing | 200 | |||||
| Lnsertion Loss(db) | In-Drop@drop | 1.8 | 3.0 | |||
| Add-Out@other | 1.8 | 3.0 | ||||
| In-out@other | 2.5 | |||||
| Loslation(db) | Adjacent | N/A ≤30 | N/A ≤30 | |||
| Non-adjacent | N/A ≤40 | N/A ≤40 | ||||
| Return Loss | ≤45 | |||||
| Operating Temperature(℃） | -5~+85 | |||||
| Package Dimension | 100x80x10 | |||||
Ordering Information | ||||||
| DOM | X | -X | -XX | X | -X | -XX |
| D=DWDM O=OADM M=Module | Channel Spacing | Number of Channels | 1st Channel | Connector | Pigtail fiber type | Fiber length |
| 1=200GHz | 4=4Channel 8=8Channel | 21=Ch21 ... 34=Ch34 ... 50=Ch50 | No Connector SC/PC(UPC,APC) LC/PC(UPC,APC) FC/PC(UPC,APC) | 00=bare fiber 01=900um Loose tube 02=2mm cable 03=3mm cable | 10=1.0m 12=1.2m 15=1.5m | |
100G-40CH AWG Module DWDM WDM is a high-bandwidth optical fiber transmission solution designed for optical fiber communication applications such as WDM systems and PON systems. This product uses advanced AWG (Arrayed Waveguide Grating) technology to provide users with high-capacity and high-density optical fiber transmission capabilities.
This module has 40 channels of simultaneous transmission and distribution functions, providing users with a powerful optical fiber transmission solution. The wavelength spacing between each channel is 0.8nm, providing users with flexible fiber optic signal segmentation and distribution capabilities. This highly integrated design allows users to achieve high-density fiber connection and deployment in a limited space, thus saving space and costs.
100G-40CH AWG Module DWDM WDM supports data transfer rates up to 100Gbps, making it ideal for high-capacity data transfer needs. The product uses advanced optical waveguide technology and high-quality materials to ensure low insertion loss and high signal quality transmission. This reliable and stable performance makes the module suitable for long-term stable operation of optical fiber communication systems.
This product has a wide range of applications in the field of optical fiber communications. It can be used for long-distance transmission and high-capacity data transmission, and is suitable for fiber-optic networks and fiber-optic sensors. In data centers and cloud computing networks, this module can meet high-speed data transmission and large-capacity bandwidth requirements. In addition, it can also be used in passive optical networks and optical division multiplexing systems to provide users with stable and reliable optical fiber transmission solutions.
Our 100G-40CH AWG module DWDM WDM products are carefully designed and rigorously tested to ensure their excellent performance and reliability. We are committed to providing high-quality optical fiber communication products and have won the trust and praise of customers around the world. Our team has rich industry experience and always pays attention to technological innovation and user needs. We will continue to strive to provide excellent products and quality services to meet our customers' needs.
100G-40CH AWG Module DWDM WDM is a high-bandwidth optical fiber transmission solution designed for optical fiber communication applications such as WDM systems and PON systems. This product uses advanced AWG (Arrayed Waveguide Grating) technology to provide users with high-capacity and high-density optical fiber transmission capabilities.
This module has 40 channels of simultaneous transmission and distribution functions, providing users with a powerful optical fiber transmission solution. The wavelength spacing between each channel is 0.8nm, providing users with flexible fiber optic signal segmentation and distribution capabilities. This highly integrated design allows users to achieve high-density fiber connection and deployment in a limited space, thus saving space and costs.
100G-40CH AWG Module DWDM WDM supports data transfer rates up to 100Gbps, making it ideal for high-capacity data transfer needs. The product uses advanced optical waveguide technology and high-quality materials to ensure low insertion loss and high signal quality transmission. This reliable and stable performance makes the module suitable for long-term stable operation of optical fiber communication systems.
This product has a wide range of applications in the field of optical fiber communications. It can be used for long-distance transmission and high-capacity data transmission, and is suitable for fiber-optic networks and fiber-optic sensors. In data centers and cloud computing networks, this module can meet high-speed data transmission and large-capacity bandwidth requirements. In addition, it can also be used in passive optical networks and optical division multiplexing systems to provide users with stable and reliable optical fiber transmission solutions.
Our 100G-40CH AWG module DWDM WDM products are carefully designed and rigorously tested to ensure their excellent performance and reliability. We are committed to providing high-quality optical fiber communication products and have won the trust and praise of customers around the world. Our team has rich industry experience and always pays attention to technological innovation and user needs. We will continue to strive to provide excellent products and quality services to meet our customers' needs.
