How does Arm's licensing business model work?

Arm's revenue comes from two streams: Licensing fees — chip designers pay upfront license fees to access Arm's architecture and processor designs; fees range from $1M-100M+ depending on what's licensed (full architecture license vs. specific core design like Cortex-A78); customers may pay annual Technology Subscription Access (TSA) fees for ongoing access to Arm's portfolio. Royalties (per-chip) — when a chip manufacturer ships a chip containing Arm technology, they pay Arm a per-unit royalty; royalty rates are typically 0.5-3% of the chip's average selling price; across tens of billions of Arm-based chips shipped annually, these royalties compound to substantial revenue. Architecture license vs. design license: an architecture license allows the company to design their own CPU implementing the Arm ISA (Apple does this for A-series chips); a design license provides Arm's reference CPU design that the chip maker integrates directly. Apple, Qualcomm, Ampere, and Amazon's Annapurna Labs have architecture licenses; most other chip makers use Arm's reference designs.

What RISC-V companies or investments exist for interested investors?

Since RISC-V International is a non-profit and SiFive (the leading RISC-V IP vendor) is private, direct RISC-V investment options are limited: Andes Technology (TWSE: 6533) — a Taiwan-listed RISC-V IP company; publicly traded on the Taiwan Stock Exchange; provides RISC-V CPU IP cores for embedded and IoT applications. Western Digital (WDC) — uses RISC-V cores in its SSD and HDD controller chips and has invested heavily in RISC-V development. Alibaba/BABA — Alibaba's T-Head semiconductor division has developed RISC-V-based AI chips (XuanTie series). Esperanto Technologies and StarFive Technology — private companies developing RISC-V processors for AI accelerators and Linux computing respectively. The most accessible public RISC-V investment outside Taiwan is through semiconductor ETFs (SOXX, SMH), or through companies like Western Digital actively substituting ARM cores with RISC-V in their storage products.

Which computing segments is RISC-V winning and where is Arm still dominant?

RISC-V current adoption (where it is gaining): Microcontrollers and embedded — ESP32-C3/C6 (Espressif Systems), CH32 series (WCH), RISC-V microcontrollers in IoT devices; competes effectively here because embedded firmware is often rewritten for new platforms. Storage controllers — Western Digital and other SSD/HDD controller manufacturers use RISC-V to eliminate Arm royalty cost in high-volume thin-margin chips. AI accelerators — custom AI chips often embed RISC-V cores for control functions alongside custom compute units. China sovereign computing — Alibaba T-Head, Spacemit, and government programs building RISC-V server CPUs. Arm current dominance: Smartphones — Apple A-series, Qualcomm Snapdragon; ARM's 30 years of software ecosystem is impossible to displace near-term. Laptops and PCs — Apple M-series, Snapdragon X Elite; Arm is gaining share from x86; RISC-V is not competitive. Servers — Amazon Graviton, Microsoft Cobalt, Ampere; custom Arm server CPUs are growing fast; RISC-V server CPUs exist mainly in China.

brimindinvest.com / compare / arm-vs-riscvLIVE

ARM

Arm Holdings plc · Technology - Semiconductor Intellectual Property

$300.24

-13.32% this month

VERSUS

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SIFP

RISC-V Ecosystem (No Single Publicly Traded Entity) · Technology - Open-Source Semiconductor Architecture

N/A

N/A this month

Scoreboard verdict

Across AI score, momentum, valuation, upside, operating margin

ARM

0

SIFP

0

MIXED SETUP

Comparison scoreboard

MIXED SETUP

AI Score

ARM 41.6

SIFP N/A

1Y Return

ARM +103.15%

SIFP N/A

Fwd P/E

ARM 97.45

SIFP N/A

Target Up.

ARM -0.47%

SIFP N/A

Op. Margin

ARM N/A

SIFP N/A

Metrics last refreshed: 7/9/2026

Quick take

ARM vs RISC-V Architecture Comparison: AI Score, Valuation, Performance and Upside

ARM (Arm Holdings) and RISC-V represent the two dominant CPU architecture paradigms — ARM's proprietary licensed architecture that dominates smartphones and embedded systems globally with a growing data center presence, versus RISC-V's open-source, royalty-free architecture gaining adoption in embedded systems, Chinese AI chips, and government-sponsored initiatives seeking to avoid ARM royalty dependencies. ARM is publicly traded; RISC-V is an open standard with no direct investable entity.

ARM vs RISC-V is the tension between the world's dominant proprietary CPU architecture (Arm Holdings' royalty-generating IP licensing business with billions of ARM-based chips shipping annually across mobile, embedded, and data center) versus the growing open-source RISC-V ecosystem that allows chip designers to eliminate royalty payments at the cost of a less mature software stack — proprietary IP with embedded ecosystem leverage versus open-standard architecture with royalty-free economics.

Live analysis · updated 7/9/2026

ARM and SIFP are closely matched — they split the tracked metrics evenly.

Normalized 1Y performance

ARM

SIFP

Not enough data to chart yet.

Recent returns

ARM

SIFP

Analyst price targets & sentiment

ARM · 37 analysts

STRONG BUYHOLDSTRONG SELL

Buy (1.9/5.0)

Price target range

analyst low$125.00
analyst high$500.00
analyst mean$298.84
current price$300.24

-0.5% upside to analyst mean

SIFP

Price target data unavailable

N/A

Who should consider this stock?

ARM stock may suit investors who:

→Want exposure to global semiconductor growth through Arm's royalty model — billions of ARM-based chips ship annually; as IoT, automotive, and AI applications grow chip shipments, ARM's royalty pool grows without proportional cost increases
→Value Arm's architectural dominance in mobile (virtually 100% of smartphone CPUs) as a durable moat given the decades-long software ecosystem lock-in that makes switching to RISC-V costly for high-end applications
→See Armv9 architecture adoption driving royalty rate expansion over the next 3-5 years as device makers upgrade from Armv8, increasing ARM's revenue per chip without requiring volume growth

RISC-V adoption matters to ARM investors because:

→RISC-V's royalty-free economics create competitive pressure on ARM's pricing power — if large chip producers adopt RISC-V for more applications, ARM's ability to increase royalty rates may be constrained
→Chinese tech investment in RISC-V (Alibaba's T-Head, government-backed startups) reduces Chinese demand for ARM licenses — a meaningful risk given China is a major ARM royalty revenue source
→RISC-V's embedded and IoT adoption demonstrates real-world production viability, though displacing ARM in high-performance application processors remains a multi-decade challenge

Performance & AI score

Metric	ARM	SIFP
AI score	41.6	N/A
AI rank	#900	N/A
Latest close	$300.24	N/A
1M return	-13.32%	N/A
6M return	+159.88%	N/A
1Y return	+103.15%	N/A

$10,000 invested — hypothetical growth (dividends reinvested)

How much would $10,000 be worth today if invested at the start of each period, with all dividends reinvested?

Period	ARM	SIFP
1Y ago	$20.32K (+103.2%) started 2025-07-08	N/A
5Y ago	$47.21K (+372.1%) started 2023-09-14	N/A
10Y ago	$47.21K (+372.1%) started 2023-09-14	N/A

Hypothetical — past performance does not guarantee future results.

Valuation & upside potential

Metric	ARM	SIFP
Market cap	$320.68B	N/A
Trailing P/E	357.43	N/A
Forward P/E	97.45	N/A
Price/Sales	65.18	N/A
EV/Revenue	64.55	N/A
Analyst target	$298.84	N/A
Target upside	-0.47%	N/A

Growth, profitability & risk

Metric	ARM	SIFP
Revenue growth	20.10%	N/A
Earnings growth	47.90%	N/A
EPS growth	+47.90%	N/A
FCF margin	+15.25%	N/A
Operating margin	N/A	N/A
Profit margin	18.37%	N/A
ROIC proxy	11.95%	N/A
Return on equity	11.95%	N/A
Dividend yield	0.00%	N/A
Beta	3.77	N/A
Debt/equity	5.93	N/A
Current ratio	6.00	N/A
Quick ratio	5.83	N/A

Drawdown & downside risk

Lower drawdown and smaller single-period drops generally indicate a smoother ride, though they do not guarantee lower future risk.

1Y risk snapshot

ARM max drawdown41.47%

SIFP max drawdownN/A

ARM max wkly drop25.35%

SIFP max wkly dropN/A

5Y risk snapshot

ARM max drawdown53.97%

SIFP max drawdownN/A

ARM max wkly drop30.98%

SIFP max wkly dropN/A

10Y risk snapshot

ARM max drawdown53.97%

SIFP max drawdownN/A

ARM max wkly drop30.98%

SIFP max wkly dropN/A

Performance metrics by period

Period	Metric	ARM	SIFP
1Y	Growth	+103.15%	N/A
	CAGR	+103.25%	N/A
	Sharpe ratio	1.28	N/A
	Max drawdown	41.47%	N/A
	Max daily drop	13.44%	N/A
	Max wkly drop	25.35%	N/A
5Y	Growth	+372.15%	N/A
	CAGR	+73.58%	N/A
	Sharpe ratio	1.03	N/A
	Max drawdown	53.97%	N/A
	Max daily drop	19.46%	N/A
	Max wkly drop	30.98%	N/A
10Y	Growth	+372.15%	N/A
	CAGR	+73.58%	N/A
	Sharpe ratio	1.03	N/A
	Max drawdown	53.97%	N/A
	Max daily drop	19.46%	N/A
	Max wkly drop	30.98%	N/A

Business comparison

Category	ARM	SIFP
Company	Arm Holdings plc	RISC-V Ecosystem (No Single Publicly Traded Entity)
Sector	Technology - Semiconductor Intellectual Property	Technology - Open-Source Semiconductor Architecture
Industry	N/A	N/A
Core business	Arm Holdings designs CPU architectures and licenses those designs to semiconductor companies worldwide. Rather than manufacturing chips, Arm sells IP licenses: chip makers (Apple, Qualcomm, Samsung, MediaTek, Nvidia, and hundreds of others) license Arm's architecture to design custom processors. Arm's CPU architecture (ISA — Instruction Set Architecture) powers virtually all smartphones globally (Apple A-series, Qualcomm Snapdragon), embedded microcontrollers, automotive systems, and increasingly data center servers (Amazon Graviton, Microsoft Cobalt, Ampere Computing). Arm IPO'd on Nasdaq in September 2023; SoftBank retains approximately 90% ownership.	RISC-V is an open-source instruction set architecture (ISA) — a specification for how a CPU's instructions are structured and executed — developed at UC Berkeley in 2010 and now governed by RISC-V International (a Switzerland-based non-profit). Unlike Arm (proprietary, licensed), RISC-V is royalty-free: any company can design a RISC-V processor without paying IP licensing fees. RISC-V is gaining adoption in: microcontrollers and embedded systems (ESP32-C3/C6 chips, WCH processors), storage controllers (Western Digital uses RISC-V in drive controllers), AI accelerators (many custom AI chips include RISC-V cores for control functions), and emerging data center CPUs (Chinese tech giants building RISC-V server CPUs). Note: RISC-V International is a non-profit; SiFive (the leading RISC-V IP vendor) is private.
Investor focus	Investors track Arm's royalty revenue (per-chip royalty from billions of ARM-based chips shipped annually), licensing revenue (up-front fees for new architecture licenses and technology subscriptions), royalty rate trends (newer Armv9 architecture commands higher royalties than older Armv8), and Arm's penetration into AI data center CPUs.	Since RISC-V International is a non-profit and SiFive is private, investors cannot directly invest in RISC-V as a company. RISC-V adoption can be tracked as a competitive threat to ARM's licensing model. Public exposure exists through RISC-V-adopting companies (Western Digital — WDC, Alibaba — BABA) and Andes Technology (TWSE: 6533 — a Taiwan-listed RISC-V IP company). Semiconductor ETFs (SOXX, SMH) provide broad exposure including ARM.

ARM strengths

→Dominant CPU IP position across mobile, embedded, and increasingly data center — virtually every smartphone globally uses Arm CPUs; this installed base creates ecosystem lock-in (developers write for Arm, software is optimized for Arm, tools target Arm) creating a self-reinforcing platform
→Royalty model creates leveraged exposure to semiconductor cycle growth — for every Arm-based chip shipped globally, Arm earns a royalty; as global chip shipments grow across automotive, IoT, and AI applications, Arm's royalty pool grows without proportional cost increases
→Armv9 architecture transition drives royalty rate expansion — Armv9 (introduced 2021) commands royalty rates approximately 2x higher than Armv8; as the ecosystem transitions from older Armv8 to Armv9 chips over the next 3-5 years, Arm's revenue per chip increases without volume growth

SIFP strengths

→Zero royalty cost eliminates the per-chip cost that Arm architecture licenses impose — large chip producers can save hundreds of millions in royalties by adopting RISC-V; for commodity microcontrollers shipped in billions of units, even small royalty savings compound significantly
→Open ecosystem with no single-vendor dependency risk — RISC-V chip designers are not dependent on Arm Holdings' commercial decisions or pricing; this is particularly appealing for Chinese tech companies seeking to avoid dependence on U.S.-headquartered IP vendors
→Modularity and extensibility for custom AI and domain-specific architectures — RISC-V's open standard allows chip designers to add custom instructions without licensing restrictions; this makes RISC-V particularly attractive for AI accelerator and domain-specific chip design

Risks to watch — ARM

→RISC-V open-source architecture is a growing alternative that avoids Arm royalties — large companies (Google, Alibaba, Western Digital, Intel) have invested in RISC-V chip development; governments (China, EU) are promoting RISC-V to reduce dependence on proprietary Western CPU IP; RISC-V eliminates the royalty cost that Arm charges
→China revenue concentration and geopolitical risk — Arm licenses technology to Chinese chip makers; U.S. export controls and restrictions on technology transfer to China create uncertainty about Arm's largest geographic market
→SoftBank's large ownership stake creates liquidity and governance risk — SoftBank retains ~90% of ARM; as SoftBank manages its own financial obligations, secondary sales of ARM stock could suppress the share price

Risks to watch — SIFP

→Ecosystem maturity gap versus Arm's 30+ year established software ecosystem — Arm's most powerful advantage is decades of software, tools, operating systems, and developer familiarity; RISC-V toolchains and developer tooling are advancing but remain less mature
→No performance-leading RISC-V processor competes with Arm in high-performance applications — for smartphones or laptops, there is currently no RISC-V processor matching the performance of Apple Silicon or Qualcomm Snapdragon X Elite; RISC-V penetration is primarily in embedded/IoT
→RISC-V commercial investment requires working with fragmented vendor ecosystem — unlike Arm (one vendor, comprehensive support), RISC-V commercial customers must navigate multiple vendors for IP, tools, and support

Frequently asked questions

A CPU instruction set architecture (ISA) is the fundamental specification defining how software communicates with hardware — it defines what operations (instructions) a processor can execute, how those instructions are encoded in binary, how memory is addressed, and how registers work. Software compiled for one ISA cannot run natively on a processor with a different ISA without emulation. Why ISAs matter: ecosystem lock-in — all software, operating systems, compilers, debuggers, and tools target a specific ISA; switching ISAs requires recompiling or rewriting software; IP licensing — proprietary ISAs like Arm require licensing fees; open ISAs like RISC-V have zero licensing cost. The major ISAs: x86/x86-64 (Intel/AMD) — dominates PCs and servers; Arm (AArch64/AArch32) — dominates mobile, embedded, growing in servers; RISC-V — open standard, growing in embedded, IoT, AI chips; MIPS and PowerPC are declining. Arm and x86 together represent over 95% of global CPU shipments by revenue.

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