1. You began at Sivers in August 2024, can you tell us about your background and what brought you to Sivers?
I have over 25 years of experience in the semiconductor industry, working for several large public companies, as well as a small private company. I have degrees in electrical engineering and business administration. Throughout my career, I have most enjoyed taking opportunities to either continue growing businesses with potential or transform promising technologies into commercially profitable, growing businesses. I am very passionate about engaging talent in the organization and motivating teams to deliver above and beyond through mission clarity and a sense of purpose.
Sivers Semiconductors has critical technologies that help enable the most powerful secular trends in our industry today, namely AI acceleration and mmWave adoption. We’re backed by a very talented workforce and some of the most brilliant engineers who share a passion for our photonics and wireless technologies. I joined the company because, together with support from our board, we’re focused on maximizing the opportunities ahead of us and building a thriving and successful commercial business.
2. Can you tell us more about the company’s structure and some of Sivers’ “metrics” to help our readers better understand the company?
Sivers has two primary businesses, wireless and photonics. The wireless business is primarily focused on mmWave beamforming solutions for SATCOM, while the photonics business is primarily focused on lasers and laser arrays for next-generation AI data center rollouts. While these are our target markets, we also maintain highly selective “Outpost” engagements in fixed wireless access, health sensors and defense.
Our mission is to transform an outstanding engineering company into a thriving products company. Standard product proliferation, revenue from products, improved gross margins, while driving profitability and positive cash flow are key metrics at this stage of our lifecycle.
3. What is the relationship between the wholly owned Sivers subsidiaries? How do these groups interact and benefit one another?
Even though the core technology and products are different in the two businesses, there are a lot of synergies in the areas of project management methodologies, financial analytics, IT infrastructure, Go To Market approaches and to some extent, strategic customers who offer opportunities for both businesses. As part of the “One Sivers” culture, we have cross-functional teams working to make these areas mutually effective and efficient.
4. Sivers was founded over 70 years ago; can you elaborate on your technical and product portfolio? How has Sivers stayed on top of the changing technological landscape, and what is Sivers most excited for as we see an uptick in semiconductor demand? What differentiates Sivers from your competitors?
In our photonics business, we strive to maintain technology leadership with high precision lasers and laser arrays, available in multiple array formats (8x, 16x, 32x) and multiple power levels. We offer the broadest range in this context and lead the competition in laser arrays, enabling a wide range of future system architectures.
In our wireless business, we deliver RF beamformers that are 3-5 times more power efficient than the competition. We also have the capability to design and produce antenna arrays and digitizers to become a dominant signal chain supplier to SATCOM terminals of the future.
As the secular trends of AI acceleration and mmWave adoption rapidly increase, Sivers is well-positioned to capitalize on the market momentum in AI data centers and SATCOM, while also benefiting from the demand for highly differentiated laser and beamformer solutions.
5. What challenges do you expect to face in the next 5-10 years?
We cannot lose focus and execution discipline as we are transforming into a successful product company. We need to stay ahead on technology while ensuring our production partners are ready and well-equipped to rise to the volume ramps in our business. Tariffs and geopolitics will have to be navigated carefully as well in the coming years. Given the size of the markets we are after, competition is always something we keep in mind as we maintain our edge in innovation.
6. Sivers has a sustainability strategy and goal to reduce the carbon footprint of new product lines. Can you elaborate on the product roadmap contributing to the success of this initiative?
Sivers Semiconductors is a critical enabler of a greener data economy with energy-efficient photonics and wireless solutions.
Both our product businesses drive energy-efficient architectures. In AI data centers, our laser arrays can drive a 90 percent reduction in the interconnect power consumption.
In SATCOM, our beamformers deliver 3 to 5 times more energy efficiency, while our integrated antenna arrays reduce signal loss, and our digitizers facilitate intelligent cloud-based data processing with disaggregated SATCOM terminals. Together, these innovations minimize power consumption in both LEO satellites and ground terminals, significantly lowering the carbon footprint as SATCOM becomes an increasingly critical part of tomorrow’s data communications infrastructure.
7. What other values drive Sivers’ technology roadmap?
A relentless focus on understanding customer architectures and the challenges of today allows us to develop the critical technologies that support innovative architectures of tomorrow, ensuring energy efficiency.
8. What else would you like readers to know about Sivers Semiconductors?
Sivers Semiconductors is a powerful investment thesis to our stakeholders of today and the future. We are a unique innovative small cap company that is in the middle of two of the most powerful secular trends to grip our industry, we are engaged with the branded customers in two of the highest momentum markets (AI datacenters and SATCOM) and are bringing two highly differentiated technologies (photonics and wireless) to solve critical challenges for tomorrow’s architectures today.