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Qualcomm v. Intel — Power Tracker Patent Appeal | PatSnap
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Case ID22-1826
FiledMay 2022
ClosedSep 2024
Patent Litigation

Qualcomm v. Intel: Federal Circuit Affirms in Part on Power Tracker Patent

Qualcomm appealed an invalidity/cancellation action brought by Intel over US9608675B2, a patent covering power tracker technology for multiple simultaneous transmit signals. The Federal Circuit returned a split ruling — affirming in part and dismissing in part — after 851 days of appellate proceedings.

Resolution time
851days
851 days — above the median Federal Circuit patent appeal duration of ~600 days
Patents asserted
1
US9608675B2 — power tracker for multiple simultaneous transmit signals
Outcome
Appeal Dismissed in Part
Lower decision partially upheld; appeal dismissed as to remaining issues — no full reversal
Cost ruling
Each Party Bears
Costs and fees allocation not specified in the public record for this appeal
Published by PatSnap Insights Team · Verified by PatSnap Eureka Data
Case overview

A split Federal Circuit ruling in a high-stakes Qualcomm–Intel patent dispute

Filed on 26 May 2022, Case No. 22-1826 pits semiconductor giants Qualcomm, Inc. against Intel Corp. before the Court of Appeals for the Federal Circuit. At issue is US9608675B2 — a Qualcomm patent covering power tracker technology designed to manage multiple transmit signals sent simultaneously, a capability central to modern multi-band wireless communications. Intel had pursued an invalidity or cancellation action at the trial level, challenging the patentability of Qualcomm’s claimed technology.

The Federal Circuit issued a verdict of ‘Affirmed in Part and Dismissed in Part’ on 23 September 2024. The affirmance component means the court found no reversible error in the lower tribunal’s decision with respect to those issues it addressed on the merits. The dismissal-in-part component indicates that certain aspects of Qualcomm’s appeal were terminated without a merits ruling — typically for procedural reasons such as lack of standing or jurisdiction over those specific issues.

The 851-day duration is notably longer than the typical Federal Circuit patent appeal, suggesting substantive complexity in the patentability arguments and potentially contested procedural questions around appellate standing. The split outcome — partial affirmance alongside partial dismissal — is analytically significant: it prevents either party from claiming a clean win and leaves portions of the underlying dispute’s legal landscape unsettled. The precise scope of what was affirmed versus dismissed is not fully detailed in the public record, warranting close review of the full opinion.

Case at a glance
Case no.22-1826
DefendantIntel, Corp.
CourtCourt of Appeals for the Federal Circuit
JudgeN/A
FiledMay 26, 2022
ClosedSeptember 23, 2024
Duration851 days
OutcomeAppeal Dismissed in Part
Verdict causePatentability
BasisAppeal Dismissed in Part
Prior Art Intelligence
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Case timeline

Filing to Appeal Dismissed in Part in 851 days

851 days — above the median Federal Circuit patent appeal duration of ~600 days

Case timeline: Appeal filed MAY 26 2022, JUL–AUG — 851 days total Horizontal timeline showing the three key events in Qualcomm, Inc. v Intel, Corp. from filing to resolution. Source: PACER, Court of Appeals for the Federal Circuit. MAY 26 2022 Appeal filed Pre-trial proceedings SEP 23 2024 Appeal Dismissed in Part 851 DAYS TOTAL
Court ruling

Federal Circuit affirms in part: what the split ruling means for both parties

Legal mechanism

What ‘Affirmed in Part, Dismissed in Part’ means at the Federal Circuit

‘Affirmed in Part’ signals that the Federal Circuit reviewed the merits of certain issues and found no reversible error in the lower tribunal’s decision — those rulings stand. ‘Dismissed in Part’ means the court declined to reach the merits of remaining issues, likely due to procedural barriers such as lack of appellate standing, mootness, or jurisdictional deficiency. Together, the split verdict reflects a court that validated some outcomes below while closing off other appellate avenues entirely.

Partial merits review
Patent holder outcome

Qualcomm’s power tracker patent survives — but not on all fronts

For Qualcomm, the affirmance component preserves the patentability determinations upheld below on the issues the Federal Circuit addressed. US9608675B2 retains enforceability to the extent those affirmed claims remain valid. However, the partial dismissal suggests Qualcomm could not sustain an appellate challenge on all grounds it raised, limiting the full scope of relief it sought. The patent’s commercial value in licensing negotiations and enforcement actions is partially, but not wholly, reinforced by this outcome.

Partial patent survival
Challenger outcome

Intel avoids full reversal, but the affirmed claims remain a licensing risk

Intel’s invalidity/cancellation challenge succeeded in part — the dismissal of portions of Qualcomm’s appeal effectively ends those issues in Intel’s favour without the Federal Circuit ruling against it on the merits. However, the affirmance of lower-level findings against Intel on the remaining issues means that the claims upheld below continue to stand, potentially sustaining Qualcomm’s leverage in any ongoing licensing or enforcement context. Intel’s appellate options on the affirmed portion are now exhausted at the Federal Circuit level.

Challenge partially successful
Commercial implications

Power management IP in wireless remains contested territory post-ruling

A split affirmance in a Qualcomm–Intel dispute over power tracker technology signals that multi-transmit power management patents remain viable enforcement assets, even under aggressive invalidity challenge. For chipmakers and wireless device OEMs operating in the multi-band RF space, the survival of core claims in US9608675B2 elevates the FTO risk profile for competing power tracker architectures. The outcome also suggests that procedural strategy — specifically, which claims are appealed and on what basis — is as critical as substantive patentability arguments at this level.

Elevated FTO risk in RF power IP
Legal analysis based on PACER docket records for case 22-1826 and PatSnap Eureka litigation intelligence Search PatSnap Eureka ↗
Parties and representation

Full party and counsel information

RoleNameTypeDetail
PlaintiffQualcomm, Inc.CompanySemiconductor IP licensor — holder of US9608675B2 (power tracker patent)Search in Eureka ↗
DefendantIntel, Corp.CompanyIntel Corp. — global semiconductor manufacturer and Qualcomm patent challengerSearch in Eureka ↗
Plaintiff counselMatthew JohnsonAttorneyCounsel for Qualcomm, Inc.Search in Eureka ↗
Plaintiff law firmJones DayLaw FirmRepresenting Qualcomm, Inc.Search in Eureka ↗
Defendant counselDavid Langdon CavanaughAttorneyCounsel for Intel, Corp.Search in Eureka ↗
Defendant law firmWilmer Cutler Pickering Hale & Dorr LLPLaw FirmRepresenting Intel, Corp.Search in Eureka ↗
Presiding judgeJudge N/AJudgeCourt of Appeals for the Federal CircuitSearch in Eureka ↗
Official verdict

Official order — verbatim text

“AFFIRMED IN PART AND DISMISSED IN PART”
Source: PACER Docket, Case 22-1826, Court of Appeals for the Federal Circuit

The Federal Circuit’s verdict of ‘Affirmed in Part and Dismissed in Part’ reflects a bifurcated appellate review. On the affirmed issues, the court applied its standard of review — likely de novo for legal questions of patentability and clear error for underlying factual findings — and found no reversible error in the lower tribunal’s determination. The dismissal-in-part, by contrast, carries no merits weight: those issues were terminated for procedural reasons, most commonly lack of appellate standing under the doctrine elaborated in cases like JTEKT Corp. v. GKN Automotive. The net effect is that Intel’s cancellation success below is partially preserved, while Qualcomm retains enforceability of the affirmed claims.

PACER case 22-1826 · Public docket record Explore in Eureka ↗
Patent at issue

US9608675B2 — Power Tracker for Multiple Simultaneous Transmit Signals

Publication No.US9608675B2
Application No.US13/764328
Patent details
ProductPower tracker for multiple simultaneous transmit signals in wireless chipsets
Cited in actionMay 26, 2022

US9608675B2, filed under application number US13/764328, protects power tracker technology enabling a single device to manage power envelopes across multiple transmit signals sent simultaneously. This is foundational to carrier aggregation and multi-band LTE/5G implementations where power efficiency and signal fidelity must be maintained in parallel across frequency bands. The patent sits within Qualcomm’s RF front-end portfolio — a strategically critical domain as wireless standards demand ever-higher spectral efficiency.

Power management IP of this type is commercially significant because it underpins chipset design decisions for handset OEMs, base station manufacturers, and IoT device makers. Qualcomm’s enforcement of US9608675B2 against Intel — a direct competitor in the modem and RF chipset space — signals that power tracker architecture is an active battleground. Any party designing multi-carrier transmit chains, envelope tracking modules, or digital pre-distortion systems should treat this patent family as a freedom-to-operate priority.

Patent data sourced from USPTO via PatSnap Eureka patent database Search patent records in Eureka ↗
Freedom to operate

Should your team run an FTO analysis against US9608675B2?

If your organisation designs or sources chipsets, RF front-end modules, or transceiver architectures incorporating simultaneous multi-band transmission, US9608675B2 presents a live FTO concern. The Federal Circuit’s partial affirmance means that at least a subset of claims survived rigorous invalidity scrutiny — those claims are presumed valid and enforceable. This is particularly relevant for modem designers, envelope tracking suppliers, and OEMs integrating multi-carrier aggregation features into consumer or industrial wireless devices.

PatSnap Eureka’s FTO Search Agent can map the affirmed claim language of US9608675B2 against your product architecture, identify file wrapper estoppel boundaries from the prosecution history, and surface related Qualcomm family members you may not yet be monitoring. Eureka also flags co-pending applications and continuation risk — essential for assessing whether design-arounds remain viable after this Federal Circuit ruling.

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Run a freedom-to-operate analysis on US9608675B2 to assess your product’s exposure

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Related litigation

Similar Federal Circuit patent appeals in semiconductor and RF power IP

Cases involving patentability challenges to wireless power management and RF chipset patents at the Federal Circuit, with comparable split or partial affirmance outcomes.

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Qualcomm, Inc. patent enforcement history, Court of Appeals for the Federal Circuit case history, Qualcomm, Inc.’s full IP portfolio, and comparable case analysis
Intel IPR appeal outcomesQualcomm Federal Circuit winsRF power management patentsEnvelope tracking IP disputes
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Strategic implications

What this case signals for the semiconductor and wireless IP landscape

A Federal Circuit split verdict between Qualcomm and Intel over power tracker technology carries broad implications for RF chipset IP strategy.

Power tracker patents remain enforceable assets after Federal Circuit review

The partial affirmance confirms that US9608675B2’s core claims withstood a sophisticated invalidity challenge from Intel. Companies developing multi-band transmitter architectures should treat surviving Qualcomm power tracker claims as live licensing risks, not neutralised prior art.

Procedural standing matters as much as substantive arguments on appeal

The dismissal-in-part component suggests that Qualcomm was unable to sustain appellate standing or jurisdiction on certain claims. This is a recurring Federal Circuit dynamic in IPR appeals: challengers and patent holders alike must carefully audit which grounds survive the standing threshold before committing appellate resources.

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Unlock semiconductor-specific strategic analysis from this Federal Circuit appeal, including claim-level enforcement risk and licensing posture insights.
Qualcomm licensing postureIntel’s post-appeal optionsRF power IP claim mapping
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Frequently asked questions

Qualcomm v Intel — key questions answered

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Stay ahead of RF power management patent enforcement

Use PatSnap Eureka to run an FTO analysis against US9608675B2’s affirmed claims and monitor Qualcomm’s continuation pipeline. Set litigation alerts to track how this Federal Circuit ruling affects future enforcement activity in the wireless chipset sector.

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