Ericsson aims $1.6 bn IPR revenues in 2015, settles patent dispute with Apple

Ericsson 2014 Networked Society City Index
Ericsson today said its estimates IPR revenues of SEK 13-14 billion or $1.6 billion in 2015 following the settlement of its patent dispute with Apple.

Apple and Ericsson have agreed on a global patent license agreement includes a cross license that covers patents relating to both companies’ standard-essential patents including the GSM, UMTS and LTE cellular standards.

In addition, the agreement includes releases that resolve all pending patent-infringement litigation between the companies.

As part of the seven-year agreement, Apple will make an initial payment to Ericsson and, thereafter, will pay on-going royalties. Ericsson did not reveal specific details on payment from Apple.

This patent agreement ends investigations before the U.S. International Trade Commission, lawsuits pending in the U.S. District Court for the Eastern District of Texas and Northern District of California, and the United Kingdom, Germany and the Netherlands.

In addition, the companies will collaborate in multiple technology areas, including the development of the next generation 5G cellular standards, the optimization of existing wireless networks for the benefit of operators and users worldwide, and video traffic optimization.

editor@telecomlead.com

LEAVE A REPLY

Please enter your comment!
Please enter your name here

Latest

More like this
Related

5G Mobile Core Network revenue surges: Dell’Oro

The global Mobile Core Network (MCN) market recorded a...

MWC 2026: Ericsson launches Agentic rApp as a Service on AWS to accelerate AI-driven autonomous networks

Ericsson has introduced Agentic rApp as a Service (rApp...

Nokia Q4 2025 Revenue Hits €6.13 bn as Optical Networks Soar Amid AI and Cloud Demand

Telecom network provider Nokia reported revenue of €6.125 billion...

SoftBank and Ericsson Deploy AI-Driven Massive MIMO Coverage Optimization at Major Event Venues in Japan

SoftBank and Ericsson have deployed an AI-powered, externally controlled...