This article addresses compatibility information for customers inquiring about the CFP 100G pluggable transceiver.

This article addresses compatibility information for customers inquiring about the CFP 100G pluggable transceiver 

Product Compatibility Details

For customers requiring a CFP 100G pluggable transceiver, we recommend the following model:

• CFP 100G Pluggable Transceiver
  • Specification: Non-tunable, 1550.92nm, Single Mode Fiber (SMF), up to 80KM
  • Compatibility: Compatible with the specified hardware and most of the Line cards. 

Note: The CFP-100GBASE-ZR model, while compatible with the required hardware, is currently marked as End of Life (EOL) but not End of Support (EOS). We advise exploring alternative options due to its EOL status.

Understanding Different Optics Types (ER, ZR, and More)

Optical transceivers come in various types to suit different distance requirements and applications. Here’s a brief overview of commonly used optics types to help you choose the best option for your needs:

• ER (Extended Reach)

  • Distance: Supports up to 40 kilometers over single-mode fiber (SMF).
  • Use Case: Designed for medium- to long-range transmissions, often used in metropolitan and regional network deployments.
  • Wavelength: Generally around 1550nm for extended reach with minimal signal loss.

• ZR (Ultra Long Reach)

  • Distance: Supports up to 80 kilometers over single-mode fiber (SMF).
  • Use Case: Suitable for ultra-long-range connections, such as inter-city links or large regional network extensions.
  • Wavelength: Typically 1550nm, designed for extended transmission with optimized signal quality.
  • Example: CFP-100GBASE-ZR (Note: EOL status as of this update)

• SR (Short Reach)

  • Distance: Usually supports up to 100–300 meters on multi-mode fiber (MMF).
  • Use Case: Ideal for short-distance, high-bandwidth applications within data centers.
  • Wavelength: Commonly around 850nm for short-reach, low-power connections.

• LR (Long Reach)

  • Distance: Typically supports up to 10 kilometers over single-mode fiber (SMF).
  • Use Case: Often used in campus networks or medium-range connections within or between buildings.
  • Wavelength: Typically around 1310nm for optimized transmission over longer distances compared to SR optics.

Understanding these optics types can help you select the right transceiver based on the required distance, bandwidth, and application needs. For very long-range needs, ZR optics may be ideal, while shorter intra-building distances may only require SR optics.

Additional Resources and Alternative Options

For additional product specifications and potential alternatives, visit our product information page for Transceivers: Juniper Transceivers Product Information.