Company

Leading the world in high-speed connectivity solutions

We design industry-leading, high-speed connectivity solutions for customers in high-growth end markets.

  • Data centre
  • AI
  • 5G wireless infrastructure
  • Data networking
  • Autonomous vehicles
  • Solid-state storage

Our leading-edge technology advances push the boundaries of wired connectivity capabilities, enabling data to travel faster, more reliably, and using lower power.

Powering next generation technologies, we serve Tier-One customers in North America, Asia Pacific, Europe, and the UK. Our innovative solutions have repeatedly set industry benchmarks in terms of performance, power consumption, size, and flexibility.

Facts and Figures

Founded in 2017, and profitable since 2018, Alphawave Semi has a world-class track record delivered by our experienced founding management team, supplying global Tier-One customers.

Full factsheet
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$3.2bn

Total worldwide wired interface IP market in 2026

700+

Employees as of 31 December 2022

$244.7m

Bookings FY 2021

20

Customers as of 31 Dec 2021

+173%

Year-on-year revenue growth FY 2021

94%

Gross margin FY 2021

58%

Adjusted EBITDA margin FY 2021

Faster and more flexible connectivity solutions

Our digital approach to silicon is unique and differentiated. Traditional analog methods cannot handle the complexity of today’s data demands. That’s why our industry-leading, unified DSP-based platform enables us to provide customers with proven solutions to the world’s most complex connectivity problems.

The platform supports five product families, which comprise a total of nearly 60 products, allowing us to tailor connectivity solutions that can be optimized for each customer’s specific connectivity need.

Our growth is anchored in the exponential growth of data. We enable data to travel faster, more reliably, and at lower power.”

About Alphawave Semi

Hear from our founders about how Alphawave Semi addresses the critical need for data to travel faster, more reliably and with higher performance at lower power.