Applications

Satellite Free-Space Optical Communications

Photonics for satellites requires reliability, durability, and power.

In order to effectively transmit over such long distances, the source laser requires high optical power to overcome scattering and enable communication between a transmitter and receiver. In space, these payloads must have low power consumption, be small and lightweight with a high capacity of information transfer, as well as be future-proof transmission links.

Using our considerable experience in the design and manufacture of space-grade components, we develop application-specific sub-systems for laser satellite communications by leveraging the world-leading expertise of our core enabling photonic technologies.

A challenge for laser satellite communications is ensuring the optimum operation of equipment in harsh environments. Effects from radiation, shock, vibration, and temperature can damage optical systems and render them non-functional. To ruggedize our optical systems we utilize simulation methods such as finite element analysis, as well as in-situ verification of components and systems during launch and in orbit.

Our meticulous package design delivers excellent thermal performance and allows for high optical power scaling at the component and system level. Due to our knowledge and capabilities, people are coming to us to manufacture the next generation of high-power feed links.

Laser Directed Energy Weapons

Laser directed energy weapons enable the next generation of countermeasure systems for ground, sea and air operations. Laser directed energy weapons (DEWs) represent a cutting-edge advancement in modern warfare technology, harnessing the power of concentrated light to deliver precision strikes at the speed of light. These weapons utilize high-energy lasers (HELs) to generate intense beams capable of damaging or destroying targets with pinpoint accuracy, minimizing collateral damage.

LDEWs are versatile and can be deployed across various platforms, including ground vehicles, ships, aircraft, and even satellites. Laser DEWs offer significant advantages in terms of range, speed, and precision, making them highly effective against a wide array of threats, including drones, missiles, and small boats. Additionally, they provide a virtually unlimited “ammunition supply” as long as there is a power source, and they can be operated at a relatively low cost per shot compared to conventional munitions.

As technology continues to advance, laser directed energy weapons are expected to play an increasingly prominent role in future defense strategies, offering a potent and cost-effective solution for countering emerging threats.

As a proven partner, we’re at the leading edge of LDEW technology related to high-power laser beams and optical pumps.

Electronic Warfare Systems

Photonics plays a critical role in electronic warfare (EW) systems, offering several advantages over traditional electronic technologies. One of the primary applications is in the development of advanced radar systems, where photonic components are used to generate and process high-frequency signals with greater precision and speed. This enhances the radar’s ability to detect and track targets with improved accuracy. Additionally, photonics is used in the creation of highly sensitive optical sensors that can detect and identify electromagnetic emissions from enemy systems, providing valuable intelligence for EW operations.

Photonic technologies also enable the development of more efficient and compact laser-based countermeasure systems, which can be used to disrupt or disable enemy sensors and communication systems. Furthermore, the use of fiber-optic networks in EW systems offers secure and high-bandwidth communication channels that are resistant to jamming and interception. Overall, the integration of photonics in electronic warfare systems enhances their performance, reliability, and effectiveness in modern warfare scenarios.

We are a proven partner providing high-power, low noise laser sources, photodetectors, optical coupler technology and optical transmitter technology for these applications.