High Stability PM DWDM Module 2CH 1310nm RoHS Compliant Wavelength Division Multiplexer for CATV PON Networks

High Stability PM DWDM Module 2CH 1310nm RoHS Compliant Wavelength Division Multiplexer for CATV PON Networks

1. Features

• Features low insertion loss paired with a high extinction ratio for superior polarization control.

  
  

• Engineered to deliver high channel isolation and good channel-to-channel uniformity.

  
  

• Ensures high reliability and stability in demanding optical networking environments.

  
  

• Fully compliant with strict Telcordia and RoHS industry standards.

  

2. Applications

• Dense Wavelength Division Multiplexing (DWDM) systems.

  
  

• High-capacity broadband network infrastructures.

  
  

• Passive Optical Networks (PON).

  
  

• Cable Television (CATV) systems.

  
  

3. Specifications

• Operating Wavelengths: Precision-tuned for CH1 (1308.94 to 1309.34 nm) and CH2 (1310.08 to 1310.48 nm).

  
  

• Channel Spacing: 200G.

  
  

• Channel Configuration: 2-Channel Multiplexer (MUX) module.

  
  

• Package Dimensions: Compact footprint measuring 100 x 80 x 10 mm.

  
  

• Connector Options: Highly customizable with FC/UPC, FC/APC, SC/UPC, SC/APC, LC/UPC, or LC/APC interfaces.

  

FAQ

1: Can I purchase samples for testing first? What is the MOQ?

A: Yes. The product page indicates an MOQ of 1 piece, suitable for engineers to conduct sample verification, link testing, polarization axis confirmation, and equipment compatibility assessment. After the sample testing is successful, small-batch trial production or mass production can be arranged.

2: How are the lead time and discounts confirmed for bulk orders?

A: Bulk order lead time depends on wavelength combination, connectors, package structure, testing items, and order quantity. The page shows a monthly supply capacity of 100,000 pieces; for bulk purchases, annual projects, or multiple delivery needs, we can provide tiered pricing, bulk discounts, and project lead time assessments based on quantity, specification complexity, and delivery schedule.