Latest Marvell Blog Articles
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September 08, 2026
Engineered to Collaborate: Robot Racing as a Microcosm of Marvell
By Vienna Alexander, Marketing Content Professional, Marvell
“You have exactly one hour. Good luck! Go!!” the announcer shouted into the microphone. At the Marvell headquarters in Santa Clara, California, the cafeteria was transformed into an engineering workshop. Every table was filled with a box of mechanical parts containing everything needed to build a robot fit for a race around campus.
Around 170 Marvell employees teamed up in groups of eight to ten to bring their visions to life. The Robot Racing event, a Marvell tradition, sparks creativity and teamwork among colleagues, embodying what Marvell is all about.
“It’s a great opportunity for us to get together, use our brains outside of regular meetings, have a team building event, laugh together and have fun,” said Principal Engineer Anis Weldon. “And if we win? That’s good! And even if we lose, that’s okay. We get the experience.”
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September 01, 2026
Program Spotlight: Marvell New Graduates Accelerate Professional/Technical Skills and Build Community
By Vienna Alexander, Marketing Content Professional, Marvell
Entering the workforce as a new graduate is a big milestone. Marvell aims to set up new grads for success through supportive programming designed to fast-track early career growth and foster community among cohorts.
Approximately 200 new graduate hires across the United States, Canada, and India recently completed the inaugural New Graduate Accelerator Program at Marvell. Through technical learning, professional development and community-building experiences—including connections with senior leaders and engineers across the company—new grads built the technical expertise, skills and relationships needed to navigate the first year at Marvell. Along the way, we also gained a deeper understanding of the company’s business, technology and culture.
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August 20, 2026
Shedding Light on AI's Blindspot
By Uniquely Wired, Profile of Angelina Totović, Principal Engineer, Photonic Fabric Business Unit, Marvell
This article was originally published in Uniquely Wired.
The frontier of photonics is among the least predictable corners of modern engineering, a place where quiet research can grow into $5.5 billion dollar acquisitions inside a five-year window, and where the engineers closest to the science are often so invested in the technological developments that they are the last to learn how much value they have actually created. Angelina has been inside that turbulence from the start. The deal Marvell struck with Celestial AI in late 2025, the largest event in her professional life so far, arrived through her newsfeed the same way it arrived for everyone else. The role she holds today did not exist when she first sat down to work on the technology that produced it. Read across the whole arc, her career has been one long exercise in learning to work with things she could not predict.
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August 12, 2026
The Road Back to Marvell: Finding Impact and Scale in AI Networking
By Moshe Hershkovitz, Embedded Staff Software Engineer, Marvell
There’s a saying in Hebrew that every ending is the first chapter of a new beginning. When it comes to my Marvell story, the new beginning had the same starting point.
I graduated university with a degree in computer engineering and joined Marvell as a Storage Security Firmware Engineer, working within a group focused on building security infrastructure from the ground up. It was a fascinating experience where I learned an immense amount about code, lab environments and firmware development. It was my ideal work environment: high energy, constantly challenging and had a meaningful impact.
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August 05, 2026
Marvell® Photonic Fabric™ Wins AI Infrastructure Award at FMS 2026
By Vienna Alexander, Marketing Content Professional, Marvell
At the Future of Memory and Storage (FMS) trade show, Marvell won the AI Infrastructure award for its Photonic Fabric™ technology, a transformational optical interconnect platform that overcomes the bandwidth and memory bottlenecks limiting AI infrastructure. By replacing electrical interconnects with optical I/O across package-, server- and rack-scale architectures, Marvell® Photonic Fabric™ enables scalable AI systems with dramatically higher bandwidth, lower latency, reduced power consumption and unprecedented memory scalability.
Memory bandwidth, memory locality and data movement are pressing constraints on AI training and inference scalability and token efficiency. Traditional architectures were not designed to support hundreds or thousands of accelerators across multiple racks. Photonic Fabric technology facilitates a new generation of disaggregated memory architectures where memory capacity is no longer constrained by the physical boundaries of individual servers or packages.
Recent Posts
- Engineered to Collaborate: Robot Racing as a Microcosm of Marvell
- Program Spotlight: Marvell New Graduates Accelerate Professional/Technical Skills and Build Community
- Shedding Light on AI's Blindspot
- The Road Back to Marvell: Finding Impact and Scale in AI Networking
- Marvell® Photonic Fabric™ Wins AI Infrastructure Award at FMS 2026
