RCR Wireless
  • News
  • Channels
    • 5G
    • 6G
    • BSS OSS
    • Carriers
    • IoT
    • Network Infrastructure
    • Open RAN
    • Private 5G
    • Telco AI
    • Telco Cloud
    • Test & Measurement
  • Resources
    • Reports
    • Webinars
    • White papers
    • AI Fundamentals
    • Analyst Angle
    • Editorial Calendar
    • Fundamentals
      • 5G NR Release 17
      • AI
        • Telco AI in 2025
    • Podcasts
      • Let’s Get Digital with Carrie Charles
      • Wireless Connectivity to Enable Industry 4.0 for the Middleprise
      • Well Technically…
      • Will 5G Change the World
      • Accelerating Industry 4.0 Digitalization
  • AI Infrastructure
  • Programs
  • Events
  • RCRtv
  • Advertise
  • Subscribe
Wednesday, August 5, 2026
RCR Wireless
  • News
  • Channels
    • 5G
    • 6G
    • BSS OSS
    • Carriers
    • IoT
    • Network Infrastructure
    • Open RAN
    • Private 5G
    • Telco AI
    • Telco Cloud
    • Test & Measurement
  • Resources
    • Reports
    • Webinars
    • White papers
    • AI Fundamentals
    • Analyst Angle
    • Editorial Calendar
    • Fundamentals
      • 5G NR Release 17
      • AI
        • Telco AI in 2025
    • Podcasts
      • Let’s Get Digital with Carrie Charles
      • Wireless Connectivity to Enable Industry 4.0 for the Middleprise
      • Well Technically…
      • Will 5G Change the World
      • Accelerating Industry 4.0 Digitalization
  • AI Infrastructure
  • Programs
  • Events
  • RCRtv
  • Advertise
  • Subscribe
Add RCR Wireless as a preferred source on Google
  • Qualcomm 6G Insights
  • Huawei Content Hub
  • Qualcomm – 6G Vision
  • OSS/BSS Channel
  • RCRTech Roundtable: AI Infrastructure
RCR Wireless
RCR Wireless
  • Advanced Mimo
  • Mobile mmWave
  • 5G Positioning
  • Green Networks
  • Metaverse
  • Automotive
  • Industrial and Wide-area IoT
Copyright 2021 - All Right Reserved
Home - Would you pay $1.41 for 15 minutes of your iPhone battery-life?
Analyst AngleChips - SemiconductorDevices

Would you pay $1.41 for 15 minutes of your iPhone battery-life?

by Prakash Sangam March 15, 2019
written by Prakash Sangam March 15, 2019 Share
LinkedinEmail
Share 0LinkedinEmail
Qualcomm NXP deal 5G SoC
162

A significant win for Qualcomm for its non-SEPs against Apple in a trail San Diego

The jury said yes. I mean they agreed that Apple has infringed Qualcomm’s three patents that increase battery-life and decrease the cost of iPhones. The jury also agreed to the full damages that amount to a total of $31 million, which comes to $1.4 for each of the infringed iPhone 7, 8 and X using Intel modems.

But, as I said before, this case was much more than the money involved, but more to decide what value Qualcomm’s non-Standard Essential Patents (SEP) have. And $1.41 for just three such patents is very significant value, considering that Qualcomm’s licenses contain almost 140,000 patents.  

In this trial, both the companies put a spirited fight. Qualcomm took a straight-forward, fact-based approach. On the contrary, Apple took a convoluted stance trying to make this fight more than just the patents under scrutiny. They argued that this is to do with their decision to start using modems from Qualcomm’s competitor, Intel.

The arguments were very intense with many third-party expert witnesses as well as the employees of both companies and Intel. Many times, it came to as ridiculous as hairsplitting and defining the words in the English language. Of course, it was highly-technical as well, including jury listening to an trying to understand excruciating details about packet headers, graphics instructions and others.

Here is a brief description of the arguments from both parties. Please refer to my earlier article regarding the details of the patents:

US Patent # 9,535,490 

This was the paten with arguments akin to hair-splitting and trying to understand the meaning of English words.

Apple’s argument – The patent, as written requires the processors to “hold” i.e. store the data in its own memory, and iPhone processors don’t store data in their onboard memory, instead on a separate connected memory, hence the patent is not infringed. Also, patent requires that uplink transmission commence after completing downlink transmission. Since iPhones have overlapping downlink and uplink transmissions there is not infringement.

Qualcomm’s argument – The meaning of “hold” is not to “store” the data but to “accumulate” until there is enough to send, all of it one go. Also, the patent doesn’t say that downlink transmission doesn’t have to be complete before starting uplink.

Here is the question came to defining what the word “hold” means, does it mean store or accumulate. Also, does “after transmission” mean after completion of transmission or does it mean after the start of transmission.

I think the jury went with the intent of the patent and deemed it to be valid and infringed. Damages – $0.42 per infringed iPhone.

US Patent # 8,633,936 

Apple’s argument – The patent requires that there be a single compiler, whereas iPhones have three separate compilers, hence there is no infringement.

Qualcomm’s argument – The three separate compilers that Apple claims are not separate, but three phases/stages of a single compiler, hence there is infringement.

Jury’s decision was that there indeed is an infringement. Damages – $0.55 per infringed iPhone.

US Patent # 8,838,949

For this patent, there was a lot of drama and back and forth regarding one of Apple’s witnesses, Mr. Arjun Siva. In the opening statement, Apple’s counsel dramatically said that Mr. Siva was so angry when he found out about the patent, he voluntarily agreed to testify, taking time off from his work (he currently works for Google). She said that he will look in the eyes of the jury and say that this was his invention. But Mr. Siva had to be subpoenaed to testify. There were also allegation by Apple counsel of  witness tampering, which was retracted after Qualcomm counsel’s strongly objection. Even after all the theatrics, when asked, Mr. Siva said that he was not there to claim he should be a co-inventor on the patent!

Apple’s argument – The original idea for the patent came from Arjuna Siva, who was Apple employee at the time, and he should have been included as a co-inventor. Since he was not included, the patent is invalid and not infringed.

They also said the patent requires each data segment in the communication between the application processor and the modem be scatter loaded into memory, but the “Segment 0”, which they claim is a data segment is not scatter loaded, hence no infringement.

Qualcomm’s argument – Arjuna Siva himself declined to claim the inventorship during his testimony. There is prior art relevant to what Mr. Siva provided, which is based on Qualcomm’s old Gobi technology. Also, “Segment 0” is not just any data segment, so not scatter loading it will not invalidate the patent.

Again, jury opined that all of Qualcomm’s claim was true and infringed. Damages – $0.44 per infringed iPhone.

This conclusive win gives Qualcomm a strong boost going into many other cases being fought in the near future.  One big trial is coming again in San Diego, in just a couple of weeks. For Apple, they have to reevaluate their strategy of trivializing the value of Qualcomm’s non-SEPs, and possibly reconsider their larger argument that it’s not just the patents in the trial but Apple’s move away from Qualcomm’s modem that is making latter to fight these cases.

You Might Also Like
  • Wi-Fi carries over 80% of traffic; monetizing it is not a done deal (Analyst Angle)
  • Japan’s private 5G market is finally moving beyond demo experiments (Analyst Angle)
  • The 6G AI uplink panic (Analyst Angle)
  • Network agents are “ready” for commercial use, but are telcos? (Analyst Angle)
  • Netgear’s quiet reinvention as a B2B and SaaS company (Analyst Angle)
  • Fifteen years on, how did that 1,000x mobile broadband forecast fare? (Analyst Angle)
Share 0 LinkedinEmail
Prakash Sangam

Prakash Sangam is the founder and principal at Tantra Analyst, a leading research and consultancy firm covering IP strategy, 5G, IoT, AI, as well as client and cloud computing. He has more than 20 years of wireless industry experience working for Qualcomm, Ericsson, and AT&T. A prolific writer, blogger, and speaker, Prakash enjoys analyzing technical and business challenges and transforming them into impactful strategies and persuasive messaging. He is a regular contributor to Forbes, EETimes, RCR Wireless, Medium, and other leading publications and has been on the speaking circuit for leading industry events, including Mobile World Congress, and CTIA. Prakash holds a Bachelor’s of Engineering in electronics and communications from Karnatak University in India, and a Masters of Business Administration from San Diego State University. He can be reached on twitter @MyTechMusings

previous post
Americans still afraid of fully autonomous vehicles, AAA study finds
next post
Kagan: How 5G wireless change wave will impact every industry

White Papers

  • Norton eBook: The 2026 Telco Playbook

  • Enea White Paper: Why Intelligent AAA is the Swiss Army Knife of Telecom

  • CSG White Paper: Telco AI Enabler: Mediation’s Defining Role

  • Enea White Paper: Scalable Database Design for 5G and Beyond

  • Supermicro and NVIDIA Whitepaper: Powering sovereign AI at scale

Editorial Reports

  • Market Pulse Report: Telco AI in 2026 – Trends, Challenges and Opportunities

  • Nvidia Report: The State of AI in Telecommunications: 2026 Trends

  • Report: Scaling Optical Networks For The Hyperscale And AI Era

Webinars

  • Webinar: Building 6G — aligning technology, policy and purpose

  • SIMCom Webinar: Scaling your next deployment – from plastic to provisioning

  • Webinar: Rethinking the RAN as AI, cloud and openness converge

  • Webinar: Scale-Up, Scale-Out, Scale-Across – Building AI-Era Network Fabrics

  • Webinar: NTN in motion – evolving standards, expanding services

Since 1982, RCR Wireless News has been providing wireless and mobile industry news, insights, and analysis to mobile and wireless industry professionals, decision makers, policy makers, analysts and investors.

Facebook Twitter Youtube Linkedin Envelope Rss

Useful Links

  • Subscribe
  • About RCR Wireless News
  • Contact Us
  • Advertise
  • Editorial Calendar
  • Archive
  • RSS
  • Wireless News Archive
  • Subscribe
  • About RCR Wireless News
  • Contact Us
  • Advertise
  • Editorial Calendar
  • Archive
  • RSS
  • Wireless News Archive

Edtior's Picks

SpaceX targets US carriers with small-cell terrestrial rollout and mega demand from physical...
SoftBank lifts AI growth outlook as cloud infrastructure enters monetization phase
Agentic AI is exposing telecom’s visibility problem (Reader Forum)

Latest Articles

SpaceX targets US carriers with small-cell terrestrial rollout and mega demand from physical AI
SoftBank lifts AI growth outlook as cloud infrastructure enters monetization phase
Agentic AI is exposing telecom’s visibility problem (Reader Forum)
Tuesday (telco diary) | More about ISAC – on battlefields and sportsfields

© 2026 RCR Wireless News All Right Reserved. Developed by Eight Hats.

Cookie Policy | Privacy Policy

RCR Wireless
  • News
  • Channels
    • 5G
    • 6G
    • BSS OSS
    • Carriers
    • IoT
    • Network Infrastructure
    • Open RAN
    • Private 5G
    • Telco AI
    • Telco Cloud
    • Test & Measurement
  • Resources
    • Reports
    • Webinars
    • White papers
    • AI Fundamentals
    • Analyst Angle
    • Editorial Calendar
    • Fundamentals
      • 5G NR Release 17
      • AI
        • Telco AI in 2025
    • Podcasts
      • Let’s Get Digital with Carrie Charles
      • Wireless Connectivity to Enable Industry 4.0 for the Middleprise
      • Well Technically…
      • Will 5G Change the World
      • Accelerating Industry 4.0 Digitalization
  • AI Infrastructure
  • Programs
  • Events
  • RCRtv
  • Advertise
  • Subscribe
RCR Wireless
  • News
  • Channels
    • 5G
    • 6G
    • BSS OSS
    • Carriers
    • IoT
    • Network Infrastructure
    • Open RAN
    • Private 5G
    • Telco AI
    • Telco Cloud
    • Test & Measurement
  • Resources
    • Reports
    • Webinars
    • White papers
    • AI Fundamentals
    • Analyst Angle
    • Editorial Calendar
    • Fundamentals
      • 5G NR Release 17
      • AI
        • Telco AI in 2025
    • Podcasts
      • Let’s Get Digital with Carrie Charles
      • Wireless Connectivity to Enable Industry 4.0 for the Middleprise
      • Well Technically…
      • Will 5G Change the World
      • Accelerating Industry 4.0 Digitalization
  • AI Infrastructure
  • Programs
  • Events
  • RCRtv
  • Advertise
  • Subscribe
@2020 - All Right Reserved. Designed and Developed by PenciDesign