Book a demo
Collabo Innovations v. Advanced Micro Devices — APU Processor Patent Dispute | PatSnap
Explore in Eureka
Case ID1:18-cv-00552
FiledJul 2018
ClosedFeb 2024
Patent Litigation

Collabo Innovations v. AMD — Dismissed With Prejudice After 5+ Years of Litigation

Collabo Innovations, Inc. asserted US7930575B2 against Advanced Micro Devices’ 14h through 17h APU Core C6 processor families in the Western District of Texas. After more than five and a half years of litigation before Judge Alan D. Albright, the parties jointly stipulated to dismissal with prejudice — each side absorbing its own costs.

Resolution time
2046days
Duration from filing to close — a lengthy district court patent dispute
Patents asserted
1
US7930575B2 — AMD APU Core C6 processor power management technology
Outcome
Dismissed with Prejudice
With prejudice — Collabo cannot refile these claims against AMD
Cost ruling
Own costs
Each party bears its own costs, expenses, and attorneys’ fees
Published by PatSnap Insights Team · Verified by PatSnap Eureka Data
Case overview

A prolonged processor IP dispute ends quietly in Waco

On 2 July 2018, Collabo Innovations, Inc. filed suit against Advanced Micro Devices, Inc. in the Western District of Texas, asserting infringement of US7930575B2 — a patent directed at power management or state-control technology relevant to AMD’s 14h, 15h, 16h, and 17h APU families of Core C6 processors. The case was assigned to Judge Alan D. Albright in the Waco Division, a forum that became one of the most active patent litigation venues in the United States during this period.

The litigation closed on 7 February 2024 via a joint stipulation of dismissal with prejudice, accepted and ordered by the Court. All of Collabo’s infringement claims against AMD, and any counterclaims AMD had asserted against Collabo, were extinguished permanently. Neither party was awarded costs, expenses, or attorneys’ fees — a mutual cost-bearing arrangement that is standard in negotiated resolutions but notable given the duration of proceedings.

The case spanned approximately 2,046 days — a timeline consistent with complex patent litigation that survived multiple stages before resolution. The simultaneous dismissal of any AMD counterclaims suggests the parties reached a comprehensive settlement, though the specific financial or licensing terms, if any, are not part of the public record. The with-prejudice designation provides AMD with certainty that these specific patent claims cannot be relitigated by Collabo.

Case at a glance
Case no.1:18-cv-00552
CourtTexas Western
JudgeAlan D Albright
FiledJuly 2, 2018
ClosedFebruary 7, 2024
Duration2046 days
OutcomeDismissed with Prejudice
Verdict causeInfringement Action
BasisDismissed with Prejudice
Prior Art Intelligence
See what prior art exists on this patent.
Eureka scans millions of patents and papers to surface prior art that may have invalidated these claims before costly litigation begins.
Check Prior Art
Case data sourced from PACER / Texas Western District Court via PatSnap Eureka Litigation Intelligence Explore similar cases ↗
Case timeline

Filing to filing in 2046 days

Duration from filing to close — a lengthy district court patent dispute

Case timeline: Complaint filed May 13 2025, APR–MAY — 2046 days total Horizontal timeline showing the three key events in Collabo Innovations, Inc. v Advanced Micro Devices, Inc. from filing to voluntary dismissal. Source: PACER, Texas Western District Court. JUL 2 2018 Complaint filed APR–MAY 2018 Pre-trial proceedings FEB 7 2024 Ongoing in progress 2046 DAYS TOTAL
Parties and representation

Full party and counsel information

RoleNameTypeDetail
PlaintiffCollabo Innovations, Inc.CompanyPatent assertion entity — holder of US7930575B2 targeting processor power managementSearch in Eureka ↗
DefendantAdvanced Micro Devices, Inc.CompanyAdvanced Micro Devices, Inc. — global semiconductor company, designer of AMD APU processorsSearch in Eureka ↗
Plaintiff counselHenry B. Gonzalez , IIIAttorneyCounsel for Collabo Innovations, Inc.Search in Eureka ↗
Defendant counselAashish G. KapadiaAttorneyCounsel for Advanced Micro Devices, Inc.Search in Eureka ↗
Defendant counselAhimsa E. HodariAttorneyCounsel for Advanced Micro Devices, Inc.Search in Eureka ↗
Defendant counselBrian K. EricksonAttorneyCounsel for Advanced Micro Devices, Inc.Search in Eureka ↗
Defendant counselChris M. KatsantonisAttorneyCounsel for Advanced Micro Devices, Inc.Search in Eureka ↗
Defendant counselChristopher DeckAttorneyCounsel for Advanced Micro Devices, Inc.Search in Eureka ↗
Defendant counselClark OberembtAttorneyCounsel for Advanced Micro Devices, Inc.Search in Eureka ↗
Defendant counselDaniel ValenciaAttorneyCounsel for Advanced Micro Devices, Inc.Search in Eureka ↗
Defendant counselDouglas R. WilsonAttorneyCounsel for Advanced Micro Devices, Inc.Search in Eureka ↗
Defendant counselErin E. LarsonAttorneyCounsel for Advanced Micro Devices, Inc.Search in Eureka ↗
Defendant counselErin P. GibsonAttorneyCounsel for Advanced Micro Devices, Inc.Search in Eureka ↗
Defendant counselJennifer Librach NallAttorneyCounsel for Advanced Micro Devices, Inc.Search in Eureka ↗
Defendant counselJohn Michael GuaragnaAttorneyCounsel for Advanced Micro Devices, Inc.Search in Eureka ↗
Defendant counselKevin J. MeekAttorneyCounsel for Advanced Micro Devices, Inc.Search in Eureka ↗
Defendant counselMichelle E. ArmondAttorneyCounsel for Advanced Micro Devices, Inc.Search in Eureka ↗
Defendant counselPuneet KohliAttorneyCounsel for Advanced Micro Devices, Inc.Search in Eureka ↗
Presiding judgeJudge Alan D AlbrightChief JudgeTexas Western District Court — Chief JudgeSearch in Eureka ↗
Official verdict

Stipulation of dismissal — official text

“Before the Court is the Joint Stipulation of Dismissal of Plaintiff Collabo, Inc. (“Collabo”) and Defendant Advanced Micro Devices, Inc. (“AMD”) pertaining to the abovecaptioned action. Having considered the Agreed Stipulation of Dismissal, which the Court accepts and acknowledges, and finding that good cause exists for granting it, the Court is of the opinion that the Agreed Stipulation of Dismissal should be, in all respects, GRANTED. IT IS THEREFORE ORDERED that Collabo’s claims against AMD and AMD’s counterclaims, if any, against Collabo in the above-captioned action are hereby DISMISSED WITH PREJUDICE, with each party to bear its own costs, expenses, and attorneys’ fees.”
Source: PACER Docket, Case 1:18-cv-00552, Texas Western District Court · Filed February 7, 2024

The order’s language — ‘finds good cause exists’ and ‘in all respects, GRANTED’ — reflects a court accepting a fully agreed termination without independently evaluating merits. The with-prejudice designation is consequential: it carries the same legal weight as a final judgment, permanently barring Collabo from reasserting these claims. The ‘if any’ qualifier on AMD’s counterclaims is standard protective drafting in stipulated dismissals and does not imply AMD lacked viable defences.

PACER case 1:18-cv-00552 · Public docket record Explore in Eureka ↗
Patent at issue

US7930575B2 — Processor power-state management for AMD APU families

Publication No.US7930575B2
Application No.US11/898145
Patent details
AssigneeCollabo Innovations, Inc.
ProductUS7930575B2 — AMD 14h–17h APU Core C6 power management
Publication typeB2 — grant (with prior publication)
Cited in actionJuly 2, 2018

US7930575B2, filed under application number US11/898145, covers technology in the domain of processor power state management — specifically mechanisms associated with the Core C6 (CC6) low-power state used in AMD’s APU processor families spanning the 14h (Jaguar/Kabini), 15h (Bulldozer/Piledriver), 16h (Beema/Mullins), and 17h (Zen) microarchitectures. CC6 states involve flushing and restoring CPU core context to allow deep power reduction, making them central to mobile and embedded processor efficiency claims.

The strategic significance of this patent lies in its breadth across consecutive AMD microarchitecture generations. Asserting a single patent against four distinct APU families suggests the claims were drafted — or interpreted — at a level of abstraction that transcends specific silicon implementations. For competitors and licensees in the x86, ARM, or RISC-V processor space implementing comparable deep C-state or power-gating mechanisms, this patent represents a reference point for freedom-to-operate analysis in processor power management.

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 US7930575B2?

Any R&D team designing processors, SoCs, or embedded chips that implement deep core power states — including C6-equivalent sleep states, context flush/restore mechanisms, or fine-grained power gating — should assess US7930575B2 before tape-out or product launch. The claims were considered viable enough to survive more than five years of litigation against one of the world’s largest chip designers, which suggests non-trivial claim breadth.

PatSnap Eureka’s FTO Search Agent can map US7930575B2’s independent claims against your product architecture, identify related continuation or divisional patents in the same family, and flag any co-pending applications that could extend risk. Claim monitoring against this patent and its US11/898145 application lineage is recommended for product teams shipping APU-class or power-managed processor designs into US markets.

PatSnap Eureka FTO Search

Run a freedom-to-operate analysis on US7930575B2 to assess your product’s exposure

Run FTO in Eureka →
Related litigation

Similar processor patent infringement cases in the Western District of Texas

PatSnap Eureka tracks related litigation across truck body equipment, vehicle accessories, and comparable infringement actions in the Georgia district system.

🔍
Access 40+ similar cases in PatSnap Eureka
Collabo Innovations, Inc. patent enforcement history, Texas Western case history, Collabo Innovations, Inc.’s full IP portfolio, and comparable case analysis
PAE v. AMD — other suitsAlbright court — chip IP casesPower management patent suitsCollabo Innovations filings
Unlock similar cases in Eureka →
Strategic implications

What this case signals for the semiconductor processor IP landscape

A five-year patent assertion against AMD’s APU line in Judge Albright’s court carries strategic lessons for anyone operating in processor architecture IP.

Judge Albright’s court remains a high-stakes venue for semiconductor IP

The Western District of Texas under Judge Albright became the US’s busiest patent court during this case’s lifespan. Filing here — as Collabo did in 2018 — signals a plaintiff’s intent to leverage venue-specific scheduling advantages. Companies with processor products sold into Texas markets should maintain active monitoring of PAE filings in this district.

Core C6 power-state technology is an active assertion target

US7930575B2 targets processor power management — specifically the Core C6 sleep/wake state mechanism present across multiple AMD APU generations. Any company designing or shipping ARM, x86, or hybrid processors with similar C-state management should assess their exposure to patents in this family before product launch.

🔒
Full strategic analysis in PatSnap Eureka
Includes sector IP trends, Judge Treadwell’s case history, and FTO risk assessment for the truck equipment space
Collabo’s other active suitsUS7930575 family exposureAMD’s PAE defence playbook
Unlock full analysis →
Analysis powered by PatSnap Eureka Litigation Intelligence Explore in Eureka ↗
Frequently asked questions

Collabo v Advanced — key questions answered

Still have questions? PatSnap Eureka can answer them instantly from patent and litigation data. Ask Eureka ↗
PatSnap Eureka

Run your own FTO analysis on processor power-management patents

Use PatSnap Eureka to map US7930575B2 claim scope against your chip architecture, monitor the US11/898145 patent family for new filings, and track PAE enforcement patterns in key US venues before your next product launch.

Ask anything about this case.
PatSnap Eureka searches patents and litigation data to answer instantly.
Powered by PatSnap Eureka
Link copied to clipboard

Help us improve this page

Found incorrect or outdated information? Let us know and we'll get it fixed.