Image of CIPHOR - Proof of Life Beacon on the satsearch marketplace

Key highlights

Key Features

  • The transmitter’s all-in-one system architecture allows for independent operation, reducing the need for satellite system resources.

  • Engineered with an independent power system for reliable, continuous operation without relying on the satellite's Electrical Power System (EPS).

  • Delivers a robust transmission capability with a maximum output power of 2W, ensuring strong and clear signal transmission.

  • Monitors the satellite's Controller Area Network (CAN) lines for vital system health insights and operational status.

  • Equipped with an intelligent power system that automatically switches to bus power in the event of an onboard power failure, providing an uninterrupted operation.

  • Capable of collecting and relaying telemetry data from the CAN bus for remote satellite monitoring and diagnostics.

  • Designed to draw power directly from the satellite's battery for uninterrupted operation and efficiency.

  • Operates on the Ultra High Frequency (UHF) 70cm band, offering excellent range and signal penetration for reliable communications.


Applications

The Beacon (Proof of Life Transmitter) represents a critical innovation in satellite technology, providing a vital means of confirming the operational status of spacecraft in remote or challenging environments. Designed to emit periodic signals or "beacons," this transmitter serves as a beacon of assurance, indicating the satellite's continued functionality and health. Whether deployed in deep space missions, harsh terrestrial conditions, or for remote asset monitoring, the Beacon Proof of Life Transmitter offers a reliable and essential communication link between satellites and ground control, ensuring mission success and operational continuity.

Operation

The operation of the Beacon Proof of Life Transmitter is designed for simplicity and reliability. This completely standalone module draws power directly from the satellite's battery and incorporates an independent controller and communication unit, ensuring no dependency on other subsystems. Once the satellite is deployed, the transmitter automatically activates, emitting periodic signals that convey the satellite's health and operational status to ground control.

Disclaimer: satsearch is not responsible for any mistakes on this page, although we do our best to ensure correctness. Please report any mistakes to us.

Last updated: 2025-02-07

Proof of Life Beacon

9TRL

lead time: 3 to 5 wk

Image of CIPHOR - Proof of Life Beacon on the satsearch marketplace

Downloads

Export

  • Click here to add the CIPHOR - Proof of Life Beacon to the Valispace engineering tool from satsearch
  • Click here to add the CIPHOR - Proof of Life Beacon to Lynapse Studio by Spacebackend
  • Click here to add the CIPHOR - Proof of Life Beacon to 360 by IENAI

from our blog

Go to blog

Smallsat and CubeSat GPS antennas and GNSS systems

An overview of on-board computer (OBC) systems available on the global space marketplace

An overview of satellite X-band transmitters available on the global marketplace