Datasheets

Optical Power Monitor

Santec's optical power monitor is a highly reliable device for optical communications that achieves highly accurate optical power measurement and real-time monitoring of signal quality in optical communication networks. It is mainly built into optical transceivers for data communications and is an ultra-compact component that complies with standards such as SFP (Small Form-factor Pluggable) and CFP2 (C Form-factor Pluggable 2).
It is also used in long-distance, high-density optical communications such as WDM networks. As communication infrastructure evolves, constant and highly accurate optical power monitoring is required for stable operation of optical networks. Santec's optical power monitor detects and analyzes optical power without affecting network signals, contributing to visualization of communications quality and early detection of faults.

Tap Integrated optical power monitor Series

Optical power monitors with a tap function, splitting off a minute amount of light from the fiber and detecting it with a photodetector.
This enables real-time measurement of optical power without affecting the optical signal while maintaining the signal path.

Fiber pigtailed Optical Power monitor Series

The PDA series are optical power monitors that use a photodetector to directly detect the light coming from the fiber.
The unidirectional fiber structure and compact package design make it ideal for high-density mounting in sub-modules such as optical transceivers and line cards.
Achieves high performance while still being compact, helping to save device space and improve design freedom.

Multi-channel Optical Power Monitor "MPA-200"

The MPA-200 is a rack-mountable multi-channel Optical Power Monitor ideal for monitoring data centers, telecom equipment, and optical interconnects. Its slim 1U × 19-inch design efficiently monitors the optical power of up to 64 channels while maintaining a compact footprint. It can simultaneously detect and monitor multiple optical signals via LC/SC/MPO multi-fiber connectors, making it ideal for testing 40 GbE / 100 GbE optical transmission devices and transceivers used in data centers.