Optical Communication
// AROBS POLSKA
Advancing Optical Communication
We actively participate in key initiatives to create optical communication links and establish the European Quantum Communication Infrastructure (EuroQCI). As integral members of Poland and Europe’s space tech industry, our aim is to create and define the pillars of the future of communication. We specialize in providing reliable electronics and software solutions crucial for successful space missions.
Paving the Optical Communication Standards
CCSDS standardized ranging
for Optical Communication
Terminals
This project concentrates on developing a demonstration testbed, which will also facilitate standardization. A significant part of the work is the design of optical ranging functionality in FPGA code.
Our specialized team in optical communication standards is actively participating in one of the CCSDS (Consultative Committee for Space Data Systems) working groups. Together with specialists from space agencies such as NASA and ESA, AROBS Polska is working on standardizing laser ranging for optical communication.
This joint effort creates a blue book for laser ranging to send data. Blue books are recommended standards that become ISO standards. Our engineers are participating in developing this future industry standard.
We are the first company in Europe to work on this type of laser ranging that has an optical communication channel as a functionality.
Partner with AROBS Polska for
Optical Communication projects!
Partners in Optical Communication
We maintain our proven track record by executing numerous successful projects commissioned by the European Space Agency (ESA). Our work doesn’t stop here – we’ve also conducted R&D initiatives funded by the National Center for Research and Development (NCBR). Strategic collaborations within the European space sector have solidified our journey to mastery. We’ve created partnerships with key players, including influential stakeholders in the new space market. We leverage this wealth of experience to craft the best solutions for your project’s needs.
Join forces with us, and we will bring innovation,
precision, and strategic advantage.
AROBS Polska specializes in
Optical Communication
Traditional communication methods:
Slow data transfer rates
Conventional radio frequency (RF) communication limits data transfer speeds. Logistically, bigger antennas are required to have a higher transfer rate, which makes it impractical and adds extra costs.
Signal degradation
RF signals can degrade over long distances, leading to weaker connections and data loss.
Security concerns
Traditional RF communication may be more vulnerable to interception, posing potential security risks.
Vulnerability to interference
RF communication can be susceptible to interference from various sources, including other signals and natural phenomena in space.
Advanced communication technologies:
Faster data transfer
Using light to transmit data enables a 40x higher data transfer rate compared to RF communication. The higher bandwidth allows for increased data volumes. The data can be downloaded quicker with no interruption.
Improved signal quality
Optical communication is less susceptible to signal degradation over long distances, ensuring more reliable connections between spacecraft and ground stations.
Enhanced security
The use of a narrower beam reduces the area where unwanted parties can intercept the message.
Reduces costs
The equipment used is smaller and less bulky, reducing weight and reducing costs for power consumption, launch, and administration. Companies can build low-cost ground segments.
Optimize your satellite communication with the optical communication solutions and electronics offered by AROBS Polska.
AROBS Polska's Optical Communication Solutions:
Optical satellite communication is an essential complement to radio communication, especially in the face of ever-increasing amounts of information generated by satellites. We are actively developing technologies to provide significantly higher bandwidth, enhanced security, and reduced energy consumption.
Here are some of the projects AROBS Polska has worked on:
CCSDS Standardized Ranging for Optical Communication Terminals
Laser ranging is a precise distance measurement technique used in this type of communication. AROBS Polska initiated its activities in this field by collaborating with Nicolaus Copernicus University of Toruń (Prime Contractor) and WORK Microwave GmbH on the project implemented for ESA, called “Laser Ranging for Optical Communication Terminals.” This project aims to develop an FPGA code implementation that extends its capabilities to include distance measurement between the optical communication terminal and objects in space.
COTS FPGA Technology for Onboard Switching
“COTS FPGA Technology for Onboard Switching” is an ESA project where AROBS Polska, as the prime contractor, aims to implement and test high-speed FPGA circuits that could become part of the HydRON program – an optical communication network developed by ESA.
Work with reliable experts to propel your mission further than you can imagine.
Optical Communication through Customized Electronic Solutions
Our company specializes in providing key electronic and software components for optical communication solutions. FPGA technology allows us to customize and optimize these electronic components to meet specific requirements and performance standards. When it comes to electronics, we can offer: transmit function, receive function, and control electronics. We collaborate with trusted partners for elements such as lasers, adaptive optics, and optical ground stations. We are here to help you achieve your vision.