Marvell has been gradually building itself into a powerhouse supplier of silicon for high-speed applications such as data center and 5G.
Marvell Technology is acquiring Innovium for roughly $1.1 billion in stock. Marvell has spent the last four years reorienting itself as a supplier capable of providing many different kinds of ICs needed by data centers and high-speed 5G networks. Innovium gives Marvell another product line that appears to be gaining good traction within that market segment.
Innovium’s marquee products are Ethernet switches. Innovium built its TeraLynx switch family from the ground up to cater specifically to data centers. Teralynx switch silicon offers large buffers, telemetry to support operational analytics, low latency, and line-rate programmability. The company claims it has the industry’s best power efficiency in terms of performance per watt.
For the last four years, Marvell has been growing through one judicious acquisition after another. Marvell’s first big step in its pivot to cover data centers was the $6 billion acquisition of Cavium in 2017. At the time, Marvell was known for its HDD and SSD storage controllers, and for networking and wireless connectivity silicon. With Cavium, the company picked up multi-core processing, networking communications, storage connectivity and security chips. (See Marvell Buying Cavium for $6 Billion)
In 2019, Marvell bought two operations, the Avera ASIC business from GlobalFoundries for an upfront price of $650 million, and Aquantia for roughly $450 million. Avera is now Marvell’s custom ASIC business, which builds complex, high-speed, high-performance ASICs optimized for applications that notably include cloud data centers, along with 5G and automotive. With Aquantia, Marvell picked up expertise in high-speed Ethernet connectivity, again for a range of applications, again notably including data centers. (See GlobalFoundries Selling ASIC Business to Marvell)
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Late in 2020, Marvell announced it would buy InPhi for an amount estimated to be about $10 billion (the deal closed in April). Inphi specializes in high-speed analog and mix-signal components and optical subsystems. Marvell already had a product line of high-speed copper interconnects; with the purchase of InPhi, the company gained a line of silicon photonic devices that are becoming very important in data centers and in 5G networks. (See Inphi Acquisition: Marvell Bets Growth on Cloud, 5G)
Marvell suggested that the acquisition of InPhi actually presaged the purchase of Innovium. The company said, “Given Marvell’s growing momentum in the cloud data center market, which was further enhanced with the recent acquisition of Inphi, developing dedicated high radix, performance optimized switch silicon for use in hyperscale data centers is of growing strategic importance.”
This latest acquisition automatically drops Marvell into a market that the company said could grow at a 15% CAGR to $2 billion by 2026. Marvell said a Tier 1 cloud customer has already selected Innovium as a supplier, which the company said should lead to significant ramp in sales in 2022. Marvell of course declined to identify the customer.
Marvell said it is positioned as “the semiconductor solutions partner of choice for the cloud,” with a portfolio that includes PAM4 and Coherent DSP chipsets; DCI modules; DPUs for security, offload, and acceleration; custom Arm-based server CPUs; full custom ASICs; flash and HDD-based storage; and —with Innovium — cloud-optimized Ethernet switches.
Marvell said Innovium chief technology officer and founder Puneet Agarwal will join the company. Innovium CEO Rajiv Khemani will serve as an advisor to Marvell.
Marvell is buying Innovium for $1.1 billion in stock, but will will use Innovium cash and equivalents worth approximately $145 million to help finance the deal. Using Innovium’s money would reduce its net cost to $955 million.
This article was originally published on EE Times.
Brian Santo is Editor-in-Chief of EE Times. He has been writing about technology for over 30 years, for a number of publications including Electronic News, IEEE Spectrum, and CED; this is his second stint with EE Times (the first was 1989-1997). A former holder of a Radio Telephone Third Class Operator license, he once worked as an engineer at WWWG-AM. He is based in Portland, OR.