# Qualcomm

> Source: https://aiwiki.ai/wiki/qualcomm
> Updated: 2026-06-21
> Categories: AI Companies, AI Hardware
> From AI Wiki (https://aiwiki.ai), a free encyclopedia of artificial intelligence. Quote with attribution.

**Qualcomm Incorporated** is an American semiconductor and wireless technology company headquartered in [San Diego](/wiki/san_diego), California, and is the world's largest fabless mobile chip designer. Founded on July 1, 1985 by [Irwin Jacobs](/wiki/irwin_jacobs), [Andrew Viterbi](/wiki/andrew_viterbi) and five other engineers from Linkabit, Qualcomm built its early business around [CDMA](/wiki/cdma) cellular technology and grew dominant through its [Snapdragon](/wiki/snapdragon) system-on-chip family. The company is now a major supplier of AI silicon for phones, laptops and data centers through the [Hexagon NPU](/wiki/hexagon) integrated into Snapdragon, the [Snapdragon X](/wiki/snapdragon_x) Copilot+ PC platform, the [Cloud AI 100](/wiki/cloud_ai_100) inference accelerator, and, as of October 2025, the AI200 and AI250 rack-scale data-center inference systems. Qualcomm reported record revenue of $44.3 billion in fiscal year 2025 (ended September 28, 2025), with [Cristiano Amon](/wiki/cristiano_amon) serving as president and CEO since June 2021.[39][40]

## Infobox

| Field | Value |
| --- | --- |
| Type | Public |
| Traded as | NASDAQ: QCOM (since 1991) |
| Founded | July 1, 1985 |
| Founders | [Irwin Jacobs](/wiki/irwin_jacobs), [Andrew Viterbi](/wiki/andrew_viterbi), Franklin Antonio, Adelia Coffman, Andrew Cohen, Klein Gilhousen, Harvey White |
| Headquarters | [San Diego](/wiki/san_diego), California, United States |
| Key people | [Cristiano Amon](/wiki/cristiano_amon) (president, CEO), Akash Palkhiwala (CFO and COO), Mark McLaughlin (chair) |
| Products | [Snapdragon](/wiki/snapdragon) SoCs, [Hexagon NPU](/wiki/hexagon), Snapdragon X laptop platforms, Snapdragon Auto, Snapdragon Wear, [Cloud AI 100](/wiki/cloud_ai_100), AI200/AI250 data-center systems, modem and RF chips, patent licensing |
| Segments | QCT (semiconductors), QTL (licensing), QSI (strategic investments) |
| Revenue | US$44.3 billion (FY2025) |
| Employees | ~49,000 (FY2024) |
| Website | qualcomm.com |

## History

### Founding and Linkabit roots (1985)

Qualcomm was incorporated on July 1, 1985 in [San Diego](/wiki/san_diego) by seven former Linkabit employees: [Irwin Jacobs](/wiki/irwin_jacobs), [Andrew Viterbi](/wiki/andrew_viterbi), Franklin Antonio, Adelia Coffman, Andrew Cohen, Klein Gilhousen and Harvey White. Jacobs and Viterbi had founded Linkabit in 1968 as a defense communications consultancy and sold it to M/A-COM in 1980. After leaving M/A-COM, the group started Qualcomm (a contraction of "Quality Communications") with the goal of building products around [CDMA](/wiki/cdma) and other digital wireless ideas. The first office was a space above a strip mall pizza restaurant. Initial revenue came from contract research, satellite communications hardware and the OmniTRACS satellite-based fleet tracking service for the trucking industry.[1][2]

### CDMA breakthrough (1989 to 1995)

On November 7, 1989 Qualcomm publicly demonstrated a CDMA digital cellular system at the Telecommunications Industry Association (TIA) meeting in San Diego. At the time most of the industry favored TDMA-based standards, and academic skeptics argued that CDMA could not scale. The TIA adopted Qualcomm's design as Interim Standard 95 (IS-95) in July 1993, and the first commercial cdmaOne network went live in Hong Kong in 1995, operated by Hutchison Telecom.[3]

Qualcomm filed an initial public offering in late 1991 on the NASDAQ exchange under the ticker QCOM, raising about $68 million. CDMA royalties and chip sales eventually pushed the company to profitability and made it one of the most-watched stocks of the late 1990s.[4]

### Snapdragon and the smartphone era (2007 to 2014)

Qualcomm shipped the first [Snapdragon](/wiki/snapdragon) SoC in November 2007, branding the integrated mobile processor as a single chip combining CPU, GPU, modem, GPS and multimedia blocks. Snapdragon adoption accelerated with Android, and by the early 2010s Qualcomm was the dominant supplier of premium application processors and 3G/4G modems. Hexagon, a [VLIW](/wiki/vliw) digital signal processor introduced inside earlier modem chips and brought into the application processor with the Snapdragon 800 in 2013, would later evolve into the company's NPU.[5]

In March 2014 Steve Mollenkopf became CEO, succeeding Paul Jacobs (son of co-founder Irwin Jacobs), who had held the role since 2005.[6]

### Litigation, blocked deals and the Apple settlement (2017 to 2019)

The second half of the 2010s was unusually turbulent. The U.S. Federal Trade Commission filed an antitrust case against Qualcomm in January 2017 challenging its "no license, no chips" practice. Apple filed parallel suits the same month, accusing Qualcomm of charging excessive royalties and withholding rebates. South Korea's KFTC had already imposed a fine of about KRW 1.03 trillion ($854 million) in December 2016, and the European Commission added a EUR 997 million fine in January 2018 over an exclusivity arrangement with [Apple](/wiki/apple).[7][8]

In November 2016 Qualcomm announced a $44 billion bid for NXP Semiconductors. The deal cleared eight regulators but never received approval from China's State Administration for Market Regulation; Qualcomm terminated the agreement on July 26, 2018 and paid NXP a $2 billion breakup fee.[9]

Broadcom (then domiciled in Singapore) launched a hostile bid for Qualcomm that climbed to $117 billion. On March 12, 2018 President Donald Trump signed an executive order blocking the takeover on national-security grounds following a recommendation from the Committee on Foreign Investment in the United States (CFIUS). The order cited fears that a Broadcom-controlled Qualcomm would cut R&D and cede 5G leadership to Chinese competitors.[10]

Qualcomm and Apple ended their global litigation on April 16, 2019 with a six-year license, a multi-year chip supply agreement and a one-time payment from Apple later estimated at $4.5 to $6 billion. The next year, on August 11, 2020, the Ninth Circuit Court of Appeals reversed the district-court ruling in FTC v. Qualcomm, holding that the licensing practices did not violate the Sherman Act.[11][12]

### Nuvia, 5G and the Amon era (2021 to 2024)

Qualcomm completed its $1.4 billion acquisition of [Nuvia](/wiki/nuvia) in March 2021, picking up a server-CPU startup founded by former Apple silicon leads. Nuvia's design team became the foundation for Qualcomm's custom Oryon CPU cores, which now anchor both the Snapdragon X laptop chips and recent flagship phone SoCs.[13]

[Cristiano Amon](/wiki/cristiano_amon), a Brazilian engineer who had joined Qualcomm in 1995 and led the chip business as president, took over as CEO from Mollenkopf on June 30, 2021. Under Amon, Qualcomm shipped the Snapdragon X Elite in mid-2024 to power the first wave of [Microsoft](/wiki/microsoft) Copilot+ PCs, announced the Snapdragon 8 Elite for premium Android phones in October 2024 and grew the automotive business around the Snapdragon Digital Chassis.[14]

In September 2024, Reuters and Bloomberg reported that Qualcomm had approached [Intel](/wiki/intel) about a possible takeover or carve-out of Intel's PC client business. By late November 2024, follow-up reports said interest had cooled because of the deal's complexity, and no transaction materialized.[15]

In February 2025, [ARM](/wiki/arm) abandoned its appeal in the Nuvia-related licensing dispute after a Delaware jury found largely in Qualcomm's favor. Qualcomm announced on March 10, 2025 that it had agreed to acquire Edge Impulse, a developer platform for on-device machine learning, to strengthen its IoT and edge-AI offering. In September 2025, the company introduced the Snapdragon X2 Elite and X2 Elite Extreme PC platforms, which lift the integrated Hexagon NPU to 80 TOPS.[16][17][18]

### Data-center push and record revenue (2025)

On October 27, 2025 Qualcomm formally entered the data-center accelerator market, unveiling the AI200 and AI250 rack-scale inference systems built on its Hexagon NPU architecture. The announcement positioned Qualcomm as a new challenger to NVIDIA and AMD in AI inference, and the company's stock surged more than 20% intraday on the news, closing up roughly 11%. Saudi AI firm Humain was named the first customer, committing to deploy 200 megawatts of AI200 and AI250 systems starting in 2026.[40][41] Qualcomm closed fiscal 2025 (ended September 28, 2025) with record revenue of $44.3 billion, record QCT chip-segment revenue of $38.4 billion, and record free cash flow of $12.8 billion.[39]

## Business segments

Qualcomm reports its results across three segments. QCT is the operating chip business and the bulk of revenue; QTL collects royalties on the company's wireless patents; QSI holds venture investments.

| Segment | What it does | FY2024 revenue |
| --- | --- | --- |
| QCT (Qualcomm CDMA Technologies) | Designs and sells [Snapdragon](/wiki/snapdragon) SoCs, modems, RF front-ends, Wi-Fi and Bluetooth chips, [Cloud AI 100](/wiki/cloud_ai_100) and automotive platforms | ~$33.2 billion (Handsets, IoT, Automotive) |
| QTL (Qualcomm Technology Licensing) | Licenses Qualcomm's wireless patent portfolio (CDMA, OFDMA, 4G, [5G](/wiki/5g) standards-essential and other patents) | ~$5.6 billion |
| QSI (Qualcomm Strategic Initiatives) | Makes minority equity investments in companies aligned with Qualcomm's roadmap | ~$0.1 billion |

Within QCT, Handsets remained the largest line at roughly $24.9 billion in FY2024, followed by Automotive (about $2.9 billion) and IoT (about $5.4 billion). Cloud AI 100 revenue is reported inside the IoT and Compute lines rather than broken out separately. In fiscal 2025, QCT revenue rose 16% to a record $38.4 billion, with combined Automotive and IoT revenue up 27% year over year (Automotive up 36%, IoT up 22%) as Qualcomm pushed to diversify away from its handset base.[19][39]

## Products

Qualcomm's product portfolio spans mobile, PC, automotive, XR, wearable, networking and data-center silicon. Almost all of these chips share common building blocks: an Oryon or [ARM](/wiki/arm) Cortex CPU, an Adreno GPU, the Hexagon NPU, a Snapdragon X-series modem and integrated Wi-Fi.

| Family | Target market | Notable members |
| --- | --- | --- |
| [Snapdragon](/wiki/snapdragon) 8 mobile | Premium Android smartphones | Snapdragon 8 Gen 1 (2021), Gen 2 (2022), Gen 3 (2023), 8 Elite (2024) |
| Snapdragon 7, 6, 4 series | Mid-range and entry smartphones | 7 Gen 3, 6 Gen 1, 4 Gen 2 |
| [Snapdragon X](/wiki/snapdragon_x) PC | ARM-based Windows laptops | Snapdragon X Plus, X Elite (2024), X2 Elite, X2 Elite Extreme (2025) |
| Snapdragon Auto | Automotive cockpit, ADAS, telematics | Snapdragon Cockpit (Gen 1 to 4, Cockpit Elite), Snapdragon Ride, Ride Elite, Auto Connectivity |
| Snapdragon XR | AR/VR/MR headsets | XR2, XR2+ Gen 2 (used in Meta Quest 3), AR2 Gen 1 |
| Snapdragon Wear | Smartwatches and wearables | Wear 3100, 4100, 4100+, W5+ Gen 1, Wear Elite (2026) |
| Snapdragon Modem-RF | Discrete cellular modems and RF front-ends | Snapdragon X75, X80 5G modems |
| [Cloud AI 100](/wiki/cloud_ai_100) | Data-center inference accelerators | Cloud AI 100 Standard, Pro, Cloud AI 100 Ultra (2024) |
| AI200 / AI250 | Rack-scale data-center inference systems | AI200 (2026), AI250 (2027) |
| Dragonwing | Industrial and embedded IoT processors | Dragonwing IQ and QCS series (2025) |

### Snapdragon mobile

The Snapdragon brand launched in November 2007 and quickly became the default high-end SoC for Android. The 8 series was renamed in 2021 from the prior 8xx numbering scheme; the Snapdragon 8 Gen 1 (2021), 8 Gen 2 (2022), 8 Gen 3 (2023) and 8 Elite (October 2024) have anchored the flagship phone market. The 8 Elite uses second-generation custom Oryon cores at clock speeds up to 4.32 GHz and is the first 8-series part without ARM Cortex reference cores.[20]

### Snapdragon X laptop chips

The Snapdragon X Elite and X Plus, announced in October 2023 and shipping in mid-2024, are Qualcomm's serious push into Windows on ARM. All Snapdragon X SKUs ship with a Hexagon NPU rated at 45 TOPS, which qualifies them for [Microsoft](/wiki/microsoft) Copilot+ PC certification. The original lineup of more than 20 Copilot+ machines from Acer, ASUS, Dell, HP, Lenovo, Microsoft and Samsung went on sale on June 18, 2024. The follow-on Snapdragon X2 Elite and X2 Elite Extreme, unveiled in September 2025 on a 3 nm node, raise NPU throughput to 80 TOPS and add new Oryon Prime cores boosting up to 5.0 GHz.[21][22]

### Snapdragon Auto

The Snapdragon Digital Chassis bundles Snapdragon Cockpit (infotainment), Snapdragon Ride (ADAS and autonomy), Auto Connectivity (5G, C-V2X, Wi-Fi) and Car-to-Cloud services. Qualcomm has design wins with most major automakers and reports a long-term automotive design pipeline measured in tens of billions of dollars. The 2024 Snapdragon Cockpit Elite and Ride Elite platforms also use Oryon CPU cores and integrate Hexagon NPUs for in-car generative AI.[23]

### Snapdragon XR

The Snapdragon XR2 series powers a long list of standalone headsets, including the Meta Quest 2, Quest 3 and Quest 3S; the AR2 Gen 1 targets lightweight smart glasses. XR designs lean heavily on the Hexagon NPU for hand tracking, eye tracking and passthrough vision processing.

### Snapdragon Wear

The Snapdragon Wear platforms power smartwatches, fitness trackers and connected wearables. The W5+ Gen 1 is widely used in Wear OS devices, and the Snapdragon Wear Elite, announced for shipment in late 2026, is the first wearable Qualcomm part with a dedicated Hexagon NPU sized for on-device models up to two billion parameters.[24]

### Cloud AI 100

Qualcomm announced the [Cloud AI 100](/wiki/cloud_ai_100) inference accelerator in 2019 and made it generally available in 2020 as a PCIe and M.2 card aimed at low-power inference. The Cloud AI 100 Ultra, launched in 2024, packs 64 AI cores in a single 150 W PCIe card with 128 GB of LPDDR4x memory at 548 GB/s and is rated at 870 INT8 TOPS plus 1,044 FP8 TFLOPS. A single Ultra card can host LLMs up to 100 billion parameters; two cards in tandem stretch that to about 175 billion. MLPerf Inference v4.0 results in 2024 showed up to a 2.5 to 3 times performance lift over the original Cloud AI 100 generation and significantly lower power per query than comparable GPU servers.[25][26]

### AI200 and AI250 data-center systems

On October 27, 2025 Qualcomm unveiled the AI200 and AI250, its first rack-scale data-center inference systems and a direct move into a market dominated by NVIDIA and AMD. Both are built on the company's Hexagon NPU architecture and target generative-AI inference rather than training. Each AI200 accelerator card carries 768 GB of LPDDR memory, using PCIe for scale-up within a rack and Ethernet for scale-out across racks, with direct liquid cooling and a power envelope of 160 kW per rack. The AI250, due a year later, adds a near-memory compute architecture that Qualcomm says delivers more than 10 times higher effective memory bandwidth at much lower power. The AI200 is expected to be commercially available in 2026 and the AI250 in 2027.[40][41]

Durga Malladi, Qualcomm's senior vice president and general manager for technology planning, edge solutions and data center, framed the launch around total cost of ownership: "With Qualcomm AI200 and AI250, we're redefining what's possible for rack-scale AI inference. These innovative new AI infrastructure solutions empower customers to deploy generative AI at unprecedented TCO, while maintaining the flexibility and security modern data centers demand."[41] Saudi Arabia's Humain was named the first customer, planning to deploy 200 megawatts of the new systems beginning in 2026.[40]

## Artificial intelligence and machine learning

Qualcomm's AI story breaks into three layers: the on-device Hexagon NPU and surrounding Snapdragon AI Engine in mobile, PC and automotive parts; the [Cloud AI 100](/wiki/cloud_ai_100) family and the new AI200/AI250 systems for data-center inference; and a software stack built around the Qualcomm AI Hub, AI Engine Direct (QNN) and the [Edge Impulse](/wiki/edge_impulse) platform acquired in 2025.

### How has the Hexagon NPU evolved?

Hexagon began life in 2006 as Qualcomm's own DSP architecture (QDSP6), used inside cellular modems for baseband and audio work. It was promoted into the Snapdragon application processor with the Snapdragon 800 in 2013 and added wider vector units in subsequent generations. With the Snapdragon 855 (2018) Qualcomm bolted on a dedicated Hexagon Tensor Accelerator (HTA), and the chip line started being marketed as the Hexagon NPU around the Snapdragon 8 Gen 1 era. The 2020 redesign fused scalar, vector and tensor units behind a shared on-die scratchpad, which Qualcomm credits as the basis for the modern NPU's energy efficiency.[27][28]

The table below tracks NPU performance on flagship Snapdragon parts based on Qualcomm's published numbers and independent reporting.

| SoC | Year | Hexagon NPU peak | Notes |
| --- | --- | --- | --- |
| Snapdragon 8 Gen 1 | 2021 | ~26 TOPS (Hexagon AI Engine, INT8) | First 4 nm flagship; AI Engine spans NPU, GPU and CPU |
| Snapdragon 8 Gen 2 | 2022 | ~26 TOPS | Adds INT4 inference, micro-tile inferencing |
| Snapdragon 8 Gen 3 | 2023 | ~34 TOPS | Generative-AI tuned NPU; on-device Stable Diffusion demos |
| Snapdragon X Elite / X Plus | 2024 | 45 TOPS | First Copilot+ PC qualified NPU |
| Snapdragon 8 Elite | 2024 | NPU about 45% faster than 8 Gen 3 (Qualcomm) | Second-gen Oryon CPU cores |
| Snapdragon X2 Elite / X2 Elite Extreme | 2025 | 80 TOPS | 3 nm; Oryon Prime cores up to 5.0 GHz |

### Snapdragon AI Engine

Qualcomm uses "Snapdragon AI Engine" as an umbrella term for the heterogeneous AI compute on its mobile and PC chips. In practice it covers the Hexagon NPU, the Adreno GPU's matrix-friendly compute path, and the Kryo or Oryon CPU cores' ARM SVE and dot-product extensions, all unified through the AI Engine Direct (Qualcomm Neural Network, QNN) software runtime. Workloads are scheduled across these processors based on a model's structure, latency budget and power envelope.[29]

### Cloud AI 100 in production

[Cloud AI 100](/wiki/cloud_ai_100) targets data-center inference rather than training. Customers and partners include Cirrascale (which offers Cloud AI 100 instances on its AI Innovation Cloud), Lenovo (which sold a ThinkSystem PCIe variant), HPE and Dell. The Ultra generation introduced in 2024 has been pitched as a low-power host for 70 billion to 175 billion parameter LLMs in HPC clusters, and a 2025 academic study from arXiv (paper 2507.00418) compared Cloud AI 100 Ultra clusters against high-performance GPU systems for LLM serving in HPC environments.[30]

### What are Copilot+ PCs, and how does Snapdragon X power them?

The Snapdragon X Elite became the launch silicon for [Microsoft](/wiki/microsoft)'s Copilot+ PC initiative in May 2024. Microsoft set a 40-TOPS NPU floor for Copilot+ certification, and Qualcomm's 45 TOPS Hexagon NPU was the only Windows-compatible part above that bar at launch. The platform runs Microsoft's local Phi Silica model and supports Recall, Cocreator, Live Captions and Windows Studio Effects. The Snapdragon X2 Elite, unveiled in September 2025, raises that bar to 80 TOPS for the next wave of Copilot+ machines.[31][32]

### Qualcomm AI Hub

The Qualcomm AI Hub is a developer platform first shown at MWC 2024 in Barcelona and expanded to Snapdragon X PCs at Microsoft Build 2024 in May. It provides more than 100 pre-optimized models that target the Hexagon NPU, including Stable Diffusion, ControlNet, Whisper, Llama 3, Phi-3, Mistral, Baichuan and various YOLO detectors. Developers can also upload their own PyTorch, TensorFlow or ONNX models, have them quantized and compiled for Snapdragon, and benchmark them on real hardware in Qualcomm's farm before deploying.[33]

### Can large language models run on a phone?

Qualcomm has demonstrated 7 billion to 10 billion parameter LLMs running locally on phone-class Snapdragon SoCs, and was first to show full-size Stable Diffusion generating images on a phone in under 15 seconds. Public partner work includes Meta's Llama family (optimized for Snapdragon under a 2023 collaboration), Microsoft's Phi series on Snapdragon X, and Mistral's Saba and Mistral 7B on Snapdragon 8 Elite. Stability AI, OpenAI's Whisper and Google's Gemini Nano have all been demonstrated running on Hexagon hardware.[34]

### Edge Impulse and edge AI

Qualcomm announced an agreement to acquire [Edge Impulse](/wiki/edge_impulse) on March 10, 2025. Edge Impulse, based in San Jose, runs a low-code platform used by more than 170,000 developers to collect data, train models and deploy them on microcontrollers, MCUs, CPUs, GPUs and NPUs. Qualcomm's stated rationale was to plug Edge Impulse into the new Dragonwing industrial-IoT processor line and broaden its developer reach beyond Snapdragon. Edge Impulse continues to support non-Qualcomm hardware after the deal.[35]

## Patent licensing and notable lawsuits

Qualcomm holds roughly 140,000 issued patents and pending applications globally, covering CDMA, OFDMA, 4G LTE and [5G](/wiki/5g) NR standards as well as Wi-Fi, Bluetooth and various device technologies. The company licenses these on a fair, reasonable and non-discriminatory (FRAND) basis to nearly every handset OEM, and the licensing business (QTL) has historically run at margins above 70% before tax. Qualcomm's "no license, no chips" policy, in which a customer must hold a patent license to buy Qualcomm modems, has been the central friction in most of its big legal disputes.

Key actions:

- **South Korea (KFTC, 2009 and 2016).** Two separate KFTC fines, the second worth roughly KRW 1.03 trillion, found Qualcomm's licensing practices abused its dominant position. The Supreme Court of Korea largely upheld the second fine in 2023 but sent some elements back for recalculation.
- **European Commission (January 2018).** EUR 997 million fine over an exclusive supply arrangement with Apple for LTE modems between 2011 and 2016. The General Court of the EU annulled the fine in June 2022; the Commission did not appeal.
- **Apple v. Qualcomm (2017 to 2019).** Apple challenged Qualcomm's royalty model worldwide. Settled April 16, 2019 with a six-year license, multi-year supply agreement and a one-time payment.
- **FTC v. Qualcomm (2017 to 2020).** The U.S. district court initially ruled against Qualcomm in May 2019; the Ninth Circuit unanimously reversed in August 2020, holding that Qualcomm had no antitrust duty to license rivals.
- **ARM v. Qualcomm (2022 to 2025).** [ARM](/wiki/arm) sued over the transfer of Nuvia's CPU IP to Qualcomm without consent. A Delaware jury sided largely with Qualcomm in December 2024, and ARM dropped its appeal in February 2025.[36][37][38]

## Acquisitions

Qualcomm has been an active acquirer, mostly to fill in chip-design capability rather than enter new markets wholesale. Selected deals:

| Year | Target | Approximate price | Purpose |
| --- | --- | --- | --- |
| 2011 | Atheros | $3.1 billion | Wi-Fi, Ethernet and powerline networking IP |
| 2015 | CSR plc | $2.5 billion | Bluetooth, audio and automotive infotainment IP |
| 2018 | NXP Semiconductors (terminated) | $44 billion (proposed); $2 billion breakup fee paid | Automotive, security, MCUs; deal collapsed without China approval |
| 2021 | [Nuvia](/wiki/nuvia) | $1.4 billion | Custom Oryon ARM CPU cores |
| 2022 | Arriver (from SSW Partners) | $4.5 billion | Vision and ADAS software for Snapdragon Ride |
| 2024 | Autotalks | undisclosed | V2X (vehicle-to-everything) RF chips |
| 2025 | [Edge Impulse](/wiki/edge_impulse) | undisclosed | Edge-AI developer platform for IoT |

## Financial overview

Qualcomm's fiscal year ends in late September. FY2024 ran October 2, 2023 to September 29, 2024; FY2025 ran September 30, 2024 to September 28, 2025.

| FY | Revenue (US$) | Notes |
| --- | --- | --- |
| FY2021 | $33.6 billion | Smartphone supercycle, 5G ramp |
| FY2022 | $44.2 billion | Record handset and automotive demand |
| FY2023 | $35.8 billion | Handset slowdown; QCT down sharply |
| FY2024 | $38.96 billion | Snapdragon 8 Gen 3, Snapdragon X Elite launch; FCF $11.2 billion |
| FY2025 | $44.3 billion | Record revenue; record QCT $38.4 billion; Auto +36%, IoT +22%; FCF $12.8 billion |

FY2024 GAAP earnings per diluted share were $9.40; non-GAAP EPS was $10.22, up 21% year over year. Capital returns to shareholders in Q4 FY2024 alone totaled $2.2 billion in buybacks and dividends. In fiscal 2025 Qualcomm posted GAAP EPS of $5.01 and non-GAAP EPS of $12.03 on record revenue of $44.3 billion. The company's market capitalization has hovered between $150 billion and $200 billion since 2021.[39]

## Criticisms and antitrust history

The central, recurring criticism of Qualcomm is its licensing model. Because almost every cellular device contains essential intellectual property covered by Qualcomm patents, OEMs effectively have to sign a separate license, paid as a percentage of the device's wholesale price, on top of paying for the chip itself. Critics including [Apple](/wiki/apple), Intel, Samsung and Huawei have argued at various points that this constitutes double-dipping; Qualcomm responds that the chip price reflects only the silicon, not the underlying R&D embedded in the patents, and that its rates are FRAND.

This position has been litigated on several continents. The KFTC, EU and FTC each opened cases between 2009 and 2017. Qualcomm prevailed on appeal in the U.S. and the EU; the Korean fine was largely upheld but partly recalculated. Civil class actions in California ended in summary judgment in Qualcomm's favor.

A second, narrower line of criticism involves Qualcomm's modem dominance. After Intel exited the 5G modem business in 2019 and Apple began its multi-year effort to develop its own modem, Qualcomm became the only practical supplier of high-end 5G modems to the broader Android ecosystem and to Apple's iPhone. Qualcomm extended its iPhone modem supply agreement multiple times because Apple's in-house design slipped.

Anti-corruption watchdogs have flagged occasional issues. In 2016 Qualcomm settled with the U.S. Securities and Exchange Commission for $7.5 million over Foreign Corrupt Practices Act allegations involving hiring relatives of Chinese officials. China's National Development and Reform Commission imposed a CNY 6.088 billion (about $975 million) fine in 2015 over licensing practices in the local market.

## Leadership timeline

| Tenure | CEO | Notes |
| --- | --- | --- |
| 1985 to 2005 | [Irwin Jacobs](/wiki/irwin_jacobs) | Co-founder; led Qualcomm through CDMA standardization and IPO |
| 2005 to 2014 | Paul Jacobs | Son of Irwin Jacobs; oversaw the Snapdragon ramp |
| 2014 to 2021 | Steve Mollenkopf | 26-year Qualcomm veteran; led 5G transition and the Apple settlement |
| 2021 to present | [Cristiano Amon](/wiki/cristiano_amon) | Joined Qualcomm in 1995; previously president; pushed Snapdragon X and edge AI strategy |

## See also

- [Snapdragon](/wiki/snapdragon)
- [Hexagon NPU](/wiki/hexagon)
- [Cloud AI 100](/wiki/cloud_ai_100)
- [Snapdragon X](/wiki/snapdragon_x)
- [Nuvia](/wiki/nuvia)
- [Edge Impulse](/wiki/edge_impulse)
- [ARM](/wiki/arm)
- [NPU](/wiki/npu)
- [5G](/wiki/5g)
- [CDMA](/wiki/cdma)
- [Cristiano Amon](/wiki/cristiano_amon)
- [Irwin Jacobs](/wiki/irwin_jacobs)
- [Andrew Viterbi](/wiki/andrew_viterbi)
- [San Diego](/wiki/san_diego)

## References

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2. "Qualcomm," Wikipedia. Retrieved May 2026 from https://en.wikipedia.org/wiki/Qualcomm.
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4. "Qualcomm Stock History: How a Mobile Chip Giant is Born," The Motley Fool (19 Nov 2016). Retrieved May 2026 from https://www.fool.com/investing/2016/11/19/qualcomm-stock-history-how-a-mobile-chip-giant-is.aspx.
5. "Qualcomm Snapdragon," Wikipedia. Retrieved May 2026 from https://en.wikipedia.org/wiki/Qualcomm_Snapdragon.
6. "Qualcomm Announces Cristiano Amon Appointed Chief Executive Officer-Elect," Qualcomm press release (5 Jan 2021). Retrieved May 2026 from https://www.qualcomm.com/news/releases/2021/01/qualcomm-announces-cristiano-amon-appointed-chief-executive-officer-elect.
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8. "Antitrust: Commission fines Qualcomm EUR 997 million for abuse of dominant market position," European Commission (24 Jan 2018). Retrieved May 2026 from https://ec.europa.eu/commission/presscorner/detail/en/IP_18_421.
9. "Qualcomm Announces Termination of NXP Acquisition and Board Authorization for $30 Billion Stock Repurchase Program," Qualcomm press release (26 Jul 2018). Retrieved May 2026 from https://www.qualcomm.com/news/releases/2018/07/qualcomm-announces-termination-nxp-acquisition-and-board-authorization-30.
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11. "Qualcomm and Apple Agree to Drop All Litigation," Qualcomm and Apple joint statement (16 Apr 2019). Retrieved May 2026 from https://www.qualcomm.com/news/releases/2019/04/qualcomm-and-apple-agree-drop-all-litigation.
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