About Us
As AI rack power continues to increase, power delivery systems must accommodate higher current density, tighter thermal limits, and more demanding integration requirements. Astron Connectivity develops high-power connectivity and busbar solutions for the evolving needs of AI servers, HPC systems, and data center infrastructure.
What We Do
Our portfolio includes the BusFlow® series, rack-level busbars, custom high-current connectors, cable assemblies, and high-speed interconnect solutions for demanding compute and power applications. Building on our connector design and manufacturing background, we provide standard and custom solutions tailored to each project.
From early concept and co-design through prototyping, validation, and production, our team considers current capacity, thermal performance, mechanical interfaces, materials, routing, and installation requirements to develop connectivity solutions that are easy to integrate and ready for production.
Active OCP Member
Astron is an active participant in the OCP ecosystem. Our portfolio and development approach are aligned with evolving OCP-related platforms and emerging AI power architectures. Where applicable, product-specific compliance, recognition, and platform support are identified separately.
Selected BusFlow® products support OCP ORv3 48V rack architectures and have received OCP Accepted™ recognition. View our products on the OCP Marketplace.
Practical Solutions, Built to Scale
High-power applications often require more than a standard component. By combining custom development, engineering support, and manufacturing capability, we help customers turn high-power rack requirements into reliable, manufacturable connectivity solutions—from the first design discussion through production.
Looking Ahead
We continue to develop high-speed interconnect, high-power, and modular connectivity solutions for AI, server, and industrial applications. Our focus remains on engineering quality, reliable manufacturing, and long-term customer collaboration as system requirements continue to evolve.