Multiple communication satellites are shown orbiting high above Earth.

Technology for Low Earth Orbit

High-reliability electronics and satellite platform architectures for the New Space era.

Arrow works with organizations to bring component selection and supply into alignment for constellation deployment.

Overview

Low Earth Orbit (LEO) satellites are becoming critical infrastructure for global communications, defense, and earth observation. Surging demand for continuous, low-latency coverage is driving large-scale constellation deployment, where satellites operate as coordinated networks to sustain real-time global connectivity.

As these constellations scale, the challenge shifts from building satellites to engineering systems that can be deployed, refreshed, and sustained at volume—balancing radiation tolerance, throughput, power, and reliability.

Arrow enables every stage of the mission. Through deep engineering expertise, access to a global ecosystem of technology partners, and a resilient supply chain, we help you move from concept to constellation faster.

A formation of multiple cube-shaped satellites orbits high above Earth.

Whitepaper: Component Strategies for Scaling LEO Constellations

Explore how LEO constellations are transforming satellite design. This whitepaper examines key considerations across command and data handling, power systems, and payload integration, along with strategies for radiation tolerance, onboard processing, and high-throughput communications.

Gain insights into the technologies and supplier ecosystems enabling next-generation satellite platforms.

A large cylindrical satellite wrapped in reflective gold foil is suspended inside an industrial facility.

App Brief: Designing LEO Satellite Platforms

A practical look at system-level satellite architectures, including payloads, power systems, communications, and control. This application brief highlights key subsystems, component selection considerations, and design approaches for building scalable, reliable LEO platforms.

Ideal for engineers developing next-generation space systems.

New Space Technology Summit 2026

Join Arrow and industry leaders for a focused look at the technologies shaping the future of New Space. This virtual event brings together engineering insights, supplier expertise, and real-world applications across satellite platforms, launch systems, and mission operations. Explore emerging architectures, design challenges, and the innovations enabling scalable LEO constellations.

Register now

New Space Resources

Access a curated collection of technical content designed to support every stage of LEO development. Explore the in-depth resources and virtual events below to accelerate your next mission.

Industry & Application Articles

Technical Sessions & Events

● September 9th | Altera
Powering the Next Comms Network in Space
● September 1st | Microchip
Hybrid Architectures for Space Missions
● August 4th | ams OSRAM
Photonic Components for Future Unmanned Systems
● July 8th | ADI
Commercial Space Screening Approach for Agile Payloads

Bring your design challenges into focus. Arrow’s engineering experts workalong side your team to support system architecture, component selection, and integration across satellite platforms. Whether you’re optimizing performance, managing constraints, or scaling production, we’re here to help move your design forward.

Talk to an Engineer

Featured Technology Partners 

Access a broad ecosystem of leading semiconductor and IP&E suppliers supporting New Space innovation. From compute and RF to power, sensing, and connectivity, Arrow connects you to the technologies required to build and scale high-reliability satellite systems. Our partnerships ensure proven performance, lifecycle stability, and supply chain confidence for constellation-scale programs.

Technology for Low Earth Orbit​