Marvell Technology’s cover photo
Marvell Technology

Marvell Technology

Semiconductor Manufacturing

Santa Clara, CA 339,960 followers

About us

We believe that infrastructure powers progress. That execution is as essential as innovation. That better collaboration builds better technology. At Marvell, We go all in with you. Focused and determined, we unite behind your goals as our own. We leverage our unrivaled portfolio of infrastructure technology to identify the best solution for your unique needs. And we sit shoulder-to-shoulder with your teams to build it. Agile in our thinking, and our partnerships, we look for unexpected connections that deliver a competitive edge and reveal new opportunities. At Marvell, we’re driven by the belief that how we do things matters just as much as what we do. Because, with a foundation built on partnership, anything is possible.

Industry
Semiconductor Manufacturing
Company size
5,001-10,000 employees
Headquarters
Santa Clara, CA
Type
Public Company
Specialties
Semiconductors, Wireless and Wires Connectivity, Storage Solutions, Consumer Solutions, Enterprise Solutions, Cloud Infrastructure, and IoT

Locations

  • Primary

    5488 Marvell Lane

    Santa Clara, CA 95054, US

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  • 5th Floor, Block B Incubation Center Building, Lot D.01 Tan Thuan Road

    Tan Thuan Export Processing Zone Tan Thuan Dong Ward District 7

    Ho Chi Minh City, VN

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  • 2 Temple Back East Temple Quay

    Bristol , BS1 6EG, GB

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  • 2Fl., No.1, Alley 20, Lane 407, Sec. 2 Ti-Ding Blvd.

    Nei Hu District

    Taipei, Taiwan 114, R,O.C., TW

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  • A-One Business Center Z.A. La Piece 1-A5

    Rolle, 1180, CH

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  • Gran Via #6

    28013

    Madrid, ES

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  • Marvell Asia Pte Ltd

    Tai Seng Centre 3 Irving Road, #10-01

    Singapore, 369522, SG

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  • Laan van Diepenvoorde

    4, 5582

    LA Waalre, NL

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  • 19F Arc Place, 142 (736-1 Youksam Dong) Teheran-ro, Gangnam-gu

    Seoul, 06236, KR

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  • Room #1010, Gwanggyo Techmotower Euidong 1248-3, Yongdonggu

    Suwon-city, Kyungkido, KR

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  • 4F Meguro Hilltop Walk

    4-1-5 Kami-Osaki, Shinagawa

    Tokyo, 141-0021, JP

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  • 6 Hamada Street Mordot HaCarmel Industrial Park

    Yokneam, 20692, IL

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  • 94 Shlomo Shmeltzer Way, Ofer Park

    Petah Tikva, 49527, IL

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  • Global Technology Park, Tower D, 10th & 11th Floors

    Marathahallli - Sarjapur Outer Ring Road

    Bangalore, 560103, IN

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  • ACE (Automotive Center of Excellence) Siemenstrasse 23 D-76275

    Ettlingen, DE

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  • Boge Allé 5 DK-2970

    Hørsholm, DK

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  • Unit 405,406,407 4nd Flr, Sohu Building, Tsinghua Science Park, Bldg 9 No.1, Zhongguancun East Road Haidian District

    Beijing, 100084, CN

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  • Room 203 Wanwei Building (Bao Yao Bldg) No. 5 Fifth Shekow Gongye Road Nanshan District

    Shenzhen, 518067, CN

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  • Bld 4, No.399 Ke Yuan Road, Pudong New District

    Shanghai, 201203, CN

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  • 25th Floor, Bld 10, Zone C, Tianfu Software Park, No.219 of 2nd Tian Hua Road, Gao Xin District

    Chengdu, , Sichuan Province, 610041, CN

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  • 3rd Floor, Bld 7, No.57 Andemen Road,

    Nanjing, 210012, CN

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  • Victoria Place, 5th Floor 31 Victoria Street

    Hamilton HM 10, BM

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  • 128 Lakeside Ave

    Burlington, VT 05401, US

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  • 13915 Burnet Rd.

    #400

    Austin, TX 78728, US

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  • 20333 State Highway 249

    Suite #100

    Houston, TX 77070, US

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  • 3015 Carrington Mill Blvd

    Suite #500

    Morrisville, NC 27560, US

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  • 12900 Whitewater Dr.

    #140

    Minnetonka, MN 55343, US

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  • 600 Nickerson Road

    Marlborough, MA 01752, US

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  • 700 South Clearwater Lane

    Boise, Id 83712, US

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  • 15485 Sand Canyon Ave

    Irvine, California 92618, US

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  • 1750 East Northrop Boulevard

    Suite 100

    Chandler, AZ 85286, US

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  • 112 S Lakeview Canyon Rd

    Lakeview Corporate Center, 1st Floor, Suite 100, 162, 180

    Westlake Village, California 91362, US

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  • 3555 9th St NW

    Suite 400

    Rochester, Minnesota 55901, US

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  • Humberto Primo 680

    6to. Piso Of. 66. Bloque Suquía

    Córdoba, Córdoba X5000FAN, AR

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Employees at Marvell Technology

Updates

  • Partnerships like this are making waves… Marvell and the Indian Institute of Technology Hyderabad (IIT) have joined forces to launch the Marvell Data Acceleration and Offload Research Facility. This state‐of‐the‐art center gives students, researchers and industry professionals access to advanced Marvell technologies—from DPUs and NICs to cutting-edge CXL processors—to accelerate AI, networking and storage innovations. India, which contributes about 20% of the world’s chip design talent, is poised for even greater breakthroughs through initiatives like this. Congratulations to everyone involved in unveiling the facility. Here’s to a future of collaborative research, hands-on training and transformative tech advancements that will empower the next generation of technology leaders. Want to know more about these efforts? Get all the details in this blog: https://mrvl.co/41y5ecu

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  • Unlocking the future of connectivity starts with a simple idea... Plug an optical module into your network switch and power ultra-fast, long-range links. Imagine 800 Gbps speeds reaching 500 km—or even 1,000 km—with technology that’s both compact and cost-effective. This recent lab demo from ServeTheHome explores how coherent optical modules, powered by innovations like the Marvell Orion DSP, are transforming network infrastructure. Gone are the days of bulky, power-hungry equipment. Now, whether it’s connecting AI clusters or extending data centers across cities, long-range optics are making scalable, high-speed networking a reality. Excited to see where this breakthrough takes the industry next. Get more in-depth information here: https://mrvl.co/4k9TFzn

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  • View organization page for Marvell Technology

    339,960 followers

    Custom silicon isn’t just a cool tech project. It’s the engine behind the performance revolution at hyperscalers like AWS, Azure and Google. For years, these giants have harnessed custom chips to optimize compute, power and cost, but the journey doesn’t stop at CPUs. The next frontier? Custom high-bandwidth memory (HBM). By tailoring the memory subsystem, the industry can unlock even greater efficiency and performance for AI and high-performance computing workloads. With partnerships among industry leaders, this innovation is set to redefine data center performance and drive new levels of compute acceleration. To learn more about how this evolution is reshaping the tech landscape, visit this blog featuring Matthew Kimball of Moor Insights & Strategy: https://mrvl.co/41ghVai

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  • View organization page for Marvell Technology

    339,960 followers

    At DesignCon, PCIe Gen 7 was a hot topic. But, did you know the spec isn’t even finalized yet? Right now, it's only at the 0.7 review stage, with hopes for 1.0 by mid-June. Despite this, Marvell is already pushing the boundaries, demonstrating working silicon that meets key PCIe 7.0 performance benchmarks. At 128G per second, the company’s silicon: ↪ Achieves 34dB signal-to-noise ratio requirements ↪ Handles extreme 45dB channel loss (well beyond the spec’s 36dB limit) ↪ Delivers a 1 error per 100 million bits rate—exceeding spec standards PCIe 7.0 may still be in the works, but Marvell technology is already proving its capabilities in real-world conditions. Exciting times ahead for high-speed connectivity. Get even more insights in this video, featuring Michael Kanellos of Marvell and Rick Eads of Keysight Technologies: https://mrvl.co/3Qpfe10

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  • View profile for Radha Nagarajan

    SVP & CTO | Member NAE | Fellow of the IEEE, OSA, IET | Bringing Advanced Technologies to Market

    I have been elected to the National Academy of Engineering (NAE), class of 2025, for advances in high-speed lasers and photonic integration technologies!! It is a great honor and privilege, given that this election covers all fields of Engineering. This is about the high point in anyone’s engineering career. This recognition covers almost the entire span of my career from the work done at UC Santa Barbara on high-speed lasers, to the work on photonics integration at Infinera and Inphi/Marvell Technology. I am very much indebted to the many talented engineering teams that have supported me through this journey!

    National Academy of Engineering Elects 128 Members and 22 International Members

    National Academy of Engineering Elects 128 Members and 22 International Members

    nae.edu

  • What an honor... Dr. Radha Nagarajan, SVP & CTO of Optical Engineering at Marvell, has been elected to the National Academy of Engineering (NAE)—one of the highest professional accolades in the field. Recognized for his groundbreaking work in high-speed lasers and photonic integration technologies, Dr. Nagarajan’s contributions are shaping the future of data center optical interconnects and AI-scale infrastructure. “This is not an honor you work toward as an end game, especially being in an industry where your engineering day job keeps you busy,” notes Dr. Najarian. “But, it is something that defines your career. I am over the moon!” With over 250 patents, multiple prestigious awards and a passion for advancing photonics, his impact on the industry is profound. Congratulations, Dr. Nagarajan, on this well-deserved distinction. Learn more about the NAE and this esteemed recognition in this blog: https://mrvl.co/3X6z70G

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  • View profile for Claire Chan

    Drive for HR transformation. Make positive impact on people to deliver better business results.

    ❤️ Giving from the Heart on Valentine’s Day! ❤️ This Valentine’s Day at Marvell Taiwan, we celebrated love in the most meaningful way—by giving back! Through our Blood Donation Drive, our employees showed that small acts of kindness can make a big difference. At 邁威爾科技有限公司, we are committed to fostering a culture of care and social impact. Thank you to everyone who donated—your generosity helps save lives and makes our workplace even more special! #GreatPlaceToWork #BloodDonationDrive #GivingBack

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  • What is the next big shift in tech investment? For years, digital transformation was the motivating trend behind countless technological advances—from the cloud to mobile networks to the internet of things (IoT). Today, AI has become both the driving trend and the realm of the most rapid technological advances, most notably in the form of AI data centers. AI data center infrastructure is breaking new ground due to: ✔ AI’s insatiable computing demand. AI models require immense processing power, far beyond what general-purpose infrastructure can handle. ✔ Need for specialized hardware. Companies are reallocating investments to AI accelerators and custom devices optimized for their own training and inference workloads. ✔ Energy and efficiency challenges. AI-driven data centers must balance performance with sustainability, leading to innovations in cooling, power management and physical infrastructure design. As hyperscalers and their customers shift their focus to AI, the semiconductor, computing and networking industries are doubling down on AI-ready architecture. How is your organization adapting to this transformation?

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