Optical Filter WDM-15

3 Port Add/ Drop Filter Module

WDM-15

  • Compact size: φ5.5 × 46(L) mm
  • Low loss, low PDL
  • High Isolation
  • Customizable filter designs
  • Epoxy-free optical path
製品画像
サムネイル

Overview

High-quality optical filter using optical multilayer interference filter technology, which has excellent optical characteristics such as low loss, low PDL, and low dispersion, in addition to having passed reliability tests in accordance with Telcordia GR-1221, demonstrating excellent reliability in the field. WDM-15 is a three-port filter module with one optical fiber input and two optical fiber outputs suitable for DWDM. The transmitted and reflected signals of the optical filter are available at separate output ports.

[Filter Type]

  • 100 GHz or 200 GHz spaced DWDM channels
  • 4 skip 0, 4 skip 1, 8 skip 1
  • 1310 / 1550 nm band separation
  • Blue/Red band separation
  • Compact size

    It offers many advantages, including high-density mounting, low power consumption, and improved design freedom.

  • Excellent optical properties

    Its excellent optical properties minimize signal loss and distortion, enabling stable, high-precision optical communications.

  • Telcordia GR-468 compliant

    It can be safely installed for a long time in communication infrastructure that requires high reliability and durability.

  • RoHS-compliant

    It is environmentally friendly, RoHS-compliant, limits the use of harmful substances, and supports sustainable product creation.

  • Datasheets

Applications

  • Data center communications equipment
  • QSFP-DD/CFP2-DCO standards-compliant optical transceiver
  • High-speed optical communications system
  • 5G/6G communications networks
  • Optical power monitoring

Specification

  • Center wavelength: 1550 nm window, ITU grid wavelengths
  • Return loss: Min 45 dB
  • Polarization dependent loss (PDL): Max 0.15 dB
  • Dimensions:
    φ5.5 × 50(L) mm, 3 Port Add/Drop Module
    φ5.5 × 46(L) mm, 1.3/1.55 Splitter/Combiner

Please refer to Datasheets for details.

Contact Us/Request Additional Information

Please feel free to contact us with any questions or comments.

Contact Us