EPON OLT Transceiver Module for FTTH Networks

This EPON OLT optical transceiver module is engineered for Fiber-to-the-Home (FTTH) deployments, providing reliable connectivity for optical line terminals (OLTs).

• Supports 1.25G data rate for efficient data transmission.
• Operates over single-mode fiber (SMF) up to 20km.
• Features standard SC connector for easy integration.

Technical Specifications of the OLT Transceiver

The module operates on a 1490nm downstream and 1310nm upstream wavelength, with an optical power output ranging from 3-7dBm.

• Wavelength: 1490/1310nm
• Optical Power: 3-7dBm
• Data Rate: 1.25G
• Distance: 20Km
• Fiber Mode: Single Mode Fiber (SMF)
• Connector: SC

Is this OLT Module compatible with my system?

This EPON OLT transceiver module is designed for compatibility with various OLT devices that support 1.25G EPON PX20+ standards.

Its standard SC connector ensures broad compatibility with existing fiber optic infrastructure.

Specifications:

• Fiber Mode: Single Mode Fiber (SMF)
• Optical Power: 3-7dBm
• Distance: 20Km
• Data Rate: 1.25G
• Wavelength: 1490/1310nm
• Model Number: ANDDAR-273

Frequently Asked Questions:

What is the data rate and distance supported by this EPON OLT transceiver?

This EPON OLT transceiver supports a 1.25G data rate and can operate over a distance of up to 20km. It is designed for efficient fiber optic communication.

What wavelengths does the ANDDEAR OLT module use?

The ANDDEAR OLT module uses a wavelength of 1490nm for downstream transmission and 1310nm for upstream transmission. This is standard for EPON systems.

What type of fiber and connector does this OLT transceiver use?

This transceiver is designed for Single Mode Fiber (SMF) and features a standard SC connector for easy and reliable integration into your network.

What is the optical power output of this EPON PX20+ module?

The optical power output of this EPON PX20+ module ranges from 3-7dBm. This specification is crucial for ensuring signal integrity over the desired transmission distance.