31eee308-eb10-45fc-8695-e69a5d546945_Marvell-Technology-2019-analysis.pdf
Marvell Technology: 2019 Analysis
Marvell
Marvell’s sales are flat year-over year – reflecting the status of many semiconductors with exposure to Huawei. The company reported quarterly revenue of $657 million in fiscal Q2 2019 ending in July with GAAP net loss of $57 million or -$0.09 diluted EPS. The company reports on December 3rd and has guided for $660 million in the mid-range with diluted EPS of -$0.09 and -$0.05 and non-GAAP EPS of $0.15 to $0.19 EPS.
Marvell’s revenue peaked in the quarter ending October of 2018 at $851 million, and in the quarter ending January 2019 at $744 million.
The company has guided for ongoing impact from the Huawei ban, yet stated it would be offset by a “stabilizing storage business and the earlier than expected first production shipments of our 5G solutions.” As many investors are aware, Huawei is building base stations without components made in the United States and this impacts Marvell as Huawei is the current leader in 5G infrastructure. The storage business was down 1% sequentially at $275 million due to the export restrictions on Huawei.
Samsung is increasing their orders, which helps Marvell. Nokia also uses Marvell’s chips. There was an important announcement from Microsoft in regards to using Marvell’s ThunderX in Azure for advanced programming. Lastly, Marvell has recently acquired a former-IBM ASIC chip company for $650 million (plus an additional $90 million when conditions are met), which will help its aim in 5G infrastructure as ASICs are becoming the go-to chip for customized, specific functions.
Beyond the Huawei risk, Marvell also took on quite a bit of debt in 2017 totaling $1.879 billion with a current balance of $1.685 billion in the most recent quarter. This can be problematic as the company is not currently profitable (although did achieve profitability between in 2018, 2017 and for many years prior to 2016). Cash flow from operations in the second quarter was $73 million.
In July of 2018, Marvell completed the acquisition of Cavium for $6 billion, a developer of ARM and MIPS-based SoCs. This helped broaden Marvell across the storage, networking and connectivity solutions markets and doubled the addressable market from $8 billion to $16 billion. The long term debt Marvell secured was due to this acquisition.
Marvell has a forward PE ratio of 23 and a forward price-to-sales of 5.7. Historically, the forward PE ratio is lower than years past because Marvell is forecast to have 13% growth next year. The trailing EV to EBITDA is 54, which is very high. Marvell had a EV to EBITDA of 17 during 2017 and 2018, and this doubled to 30-38 during the first half of 2019.
Although it’s good to be forward looking, to some extent, Marvell’s valuation does not leave room for the risks. This matches my opinion of nearly all semiconductors, as it’s better to buy on trade war pessimism for the long haul rather than all-time highs and trade war optimism.
5G
In the 5G premium analysis, I had outlined key technologies for 5G infrastructure including Massive Multiple Input and Multiple Output (MIMO). MIMO sends data through multiple streams, increasing throughput, and helps to avoid lost signals. Marvell’s fusion processors assemble antennas to help multiply the capacity of the network. Marvell’s Fusion processor also helps high capacity data throughput and reduce power consumption. The comprehensive 5G platform delivers baseband, transport, switching and front-haul and MIMO at base station OEMs.
Marvell supplies components for 5G base stations and both Nokia and Samsung are customers. In turn, Samsung works with Verizon, AT&T, SK Telecom, and KT. Samsung has been able to capture business that Huawei has lost, and the level of this future growth is an important catalyst.
According to Gary Mobley of Wells Fargo, Marvell can generate $600 million in incremental revenue from 5G base station customers compared to the $2.9 billion over the past four quarters (20%) of revenue. Marvell management confirmed they expect $600 million per year from 5G revenue on the last earnings call. The speed of this growth depends on Samsung and Nokia’s market share.
Marvell stated on the most recent earnings call that 5G macro-base station penetration will grow “from about 10% this year to 38% next year, and then onto 55% in calendar year 2021.” According to the executive vice president of China Mobile, Zhengmao Li, 5G will require three times more base stations than LTE and will cost four times more than LTE. IDC states that
5G-related spending will grow at a compound annual growth rate of 118% through 2022. Therefore, there is plenty of green field.
As stated in the intro, one of the primary headwinds is the Huawei entity ban. In 2018, Huawei controlled nearly 30% of the 5G market compared to Nokia at 17% and Ericsson at 13.4%. Samsung had only 2-3% of the market.

Source: SPGlobal Note: other sources place Samsung at 6.6% and ZTE at 7.4%
Most developed countries today face a tough decision: move forward with Huawei’s radio access networks and core equipment or delay the 5G roll-out. According to Mobile UK, a partial to full restriction of Huawei could delay a full 5G launch by 18 to 24 months. This is due to many of the current 4G base systems containing Huawei’s core equipment. Non-standalone 5G systems leverage existing 4G for the roll-outs anticipated next year. In the future, new stand-alone systems will be built with new architecture and many Western countries are unlikely to choose Huawei for the rebuild. In the meantime, Europe, for instance, may be stuck with Huawei for the first roll-out.
Marvell’s 5G potential is based on the likelihood that developed countries will delay roll-outs to minimize security risks. If this does not occur, and countries deploy non-stand-alone 5G based on current 4G base systems (under the assumption the 4G systems were also a security risk), then Marvell’s growth potential relative to 5G will be delayed until stand-alone systems are built.
According to 2018 numbers, Samsung is not a lead competitor – but this could change. Newly available 2019 data tells a different story. Samsung reportedly took first position in global sales in Q1 2019 this year with 36% of sales compared to Huawei’s 28% and Nokia’s 14%. Notably, Samsung and Huawei are the only end to end providers of 5G infrastructure. Wins for Samsung and Nokia are wins for Marvell. Nokia announced 42 commercial 5G contracts in June of this year with 22 major customers such as T-Mobile, Telia Company and SoftBank.
ASICs
In May, Marvell announced plans to acquire Avera Semiconductor for $650 million in cash plus $90 million if the business does well within the next 15 months. The deal is expected to close at the end of fiscal year 2020. Avera is a player in the ASIC market, which will help diversify Marvell as 5G has begun to favor ASICs over FPGAs due to costs and power consumption. ASICs, which stands for application-specific integrated circuit, are customized to perform one very specific function repeatedly rather than general-purpose chips – hence the “application specific.” Broadcom could potentially be challenged by this acquisition. Avera will add $300 million per year to Marvell’s top line.
In contrast to ASICs, the traditional FPGA chips are high in cost and power consumption, according to critics. Marvell is attempting to offer end-to-end network infrastructure with baseband DSPs, Arm multi-core SoCs (system on chips), purposebuilt hardware accelerators, Ethernet connectivity engines and system-level security solutions. Although Marvell aims to offer specific-use ASICs and semi-custom ASICs, the 5G platform that Marvell offers will be adaptable for many use cases to expand on any ASIC limitations.
The primary SoC competitor is Broadcom. NXP Semiconductors and Qualcomm also compete with Marvell. Xilinx is a competitor on FPGAs.

Source: SDX Central
Cloud Infrastructure
It’s important to note that Marvell is also a supplier for cloud infrastructure and data center storage solutions. On November 12th, 2019, Marvell announced that Microsoft Azure is deploying production-level servers with Marvell’s Thunder X2 Armbased processors.
Thunder X2 is the second generation of the Armv8-based server and is based on the computational performance of an Arm server along with balanced IO connectivity, memory bandwidth and capacity.
Following this announcement, Nvidia announced a collaboration with Marvell’s ThunderX to port its CUDA-X AI and high performance computing libraries and tools to the platform. This will help Marvell secure an entry into the AI and ML market through the Arm architecture. ThunderX has over 100 partners across commercial, open source and industry standard engagements. The Nvidia partnership will open up more than 600 HPC applications and AI frameworks.
If you’d like some history on ThunderX during the then-pending Cavium acquisition, this article on Forbes is a good resource.
Conclusion:
Marvell is certainly a lesser known name at $17 billion market cap compared to the $100 billion market cap competitors. Typically, investors overestimate the ability of the larger competitors and don’t give enough attention to the fast-moving innovators. The reason I wrote this analysis is because Marvell is doing all of the right things across its product line to overcome the current challenges.
Huawei is overshadowing their product strength and with some luck, this can subside and the Fusion processor can find real growth again. On one hand, you have the very real possibility that Samsung picks up market share and Nokia maintains market share, especially among Western regions.
ASICs are also a strategic play as they are becoming favored over FPGAs. Lastly, there is the ThunderX platform that delivers acceleration in the cloud, which will need time to be adopted, yet is an area of product-market fit that I am tracking.
At the right price, Marvell is worth the risk as any turn in one of these events can make an impact on the company’s fundamentals. Knox will follow up with some technical analysis shortly.
Have a great Thanksgiving!




















