Skip to main content

Following Patent Deal, Every Time Apple Sells An iPhone, Ericsson Gets A Bit Of Money


Telecommunications infrastructure company Ericsson just announced that it has reached an agreement with Apple over an ongoing patent dispute. For the next seven years, Apple will pay a fraction of its iPhone and iPad profit to Ericsson in royalties.
Back in February, Ericsson filed suits in many different jurisdictions for patent infringement (the International Trade Commission, the U.S. District Court for the Eastern District of Texas, the U.S. District Court for the Northern District of California, as well as courts in the U.K., Germany and the Netherlands). According to the Swedish company, Apple has been violating 41 patents over the past few years with its iPhone and iPad, in particular patents related to GSM, UMTS and LTE technologies.
As expected, the two companies have reached an agreement and Ericsson is dropping all of its lawsuits. Today’s news isn’t particularly surprising as Ericsson holds more than 35,000 patents. Many of them are related to wireless technologies, and many phone manufacturers have licensing agreements in place with Ericsson. But it looks like Apple didn’t want to agree to these terms.
Apple is going to make a lump-sum payment to Ericsson for 2015 and pay royalties in the future. It’s unclear how much money Ericsson is going to make with this new deal. But given Apple’s dominant position in the mobile industry, it could be a significant sum.
Ericsson’s licensing revenue for 2015 will amount to $1.5 to $1.6 billion (13 to 14 billion SEK). According to Reuters, this number is up from $1.2 billion last year (9.9 billion SEK).
Finally, the two companies are staying in good terms as they are going to collaborate on 5G technologies, video networks traffic management and network optimization — keep your friends close and your enemies closer.

Comments

Popular posts from this blog

Facebook Now Supports PGP To Send You Encrypted Emails

You can now instruct Facebook to encrypt every email it sends to you so nobody — not even the NSA — is likely to be able to read your messages anytime soon. All you have to do is import your public PGP key into your Facebook settings and you’re good to go. The problem here, of course, is that most people have no idea how public/private key email encryption works and how to even get started with it. In the wake of Edward Snowden’s leaks, a number of organizations, including Google, promised to completely hide the complexities of end-to-end email encryption from regular users. Very few of these products have materialized so far, however — not for lack of trying, but because this is actually a very complex problem, both from a technical and user experience perspective. Facebook uses the well-established PGP scheme (the GNU Privacy Guard implementation of  OpenPGP, to be precise) to encrypt messages and tools lik...

Laser gun is deployed and operational on U.S. Navy warship

After several years of research and testing, the U.S. Navy has introduced a new laser gun designed to protect ships without using ammunition.   Another entry on our  timeline  is now a reality as the U.S. Navy has authorised the first operational use of a laser weapon. This new hi-tech system – known as the Laser Weapon System (LaWS) – is designed to serve as a form of defence against drones and other small flying vehicles or small-boat enemies including suicide attackers. It is highly accurate, able to hit objects moving at up to 300 mph (480 km/h). The LaWS fires a solid-state infrared beam with two modes: high output to destroy a target, and low output for optical "dazzling", warning shots or to cripple a potential attacker. Among the advantages of this device versus projectile weapons is the low cost per shot, as each firing of the weapon requires only minimal cost for generating the energetic pulse; by contrast ordnance for projectile weapons must be des...

Intel announces the first 14 nanometre processor

At the Computex conference in Taipei, chipmaker Intel has revealed a fanless mobile PC reference design using the first of its next-generation 14nm "Broadwell" processors. The 2 in 1 pictured here is a 12.5" screen that is just 7.2 mm thick with keyboard detached and weighs 670 grams.  The Surface Pro 3  – for comparison – is 9.1 mm thick and weighs 800 grams. It includes a media dock that provides additional cooling for a burst of performance. The next-generation chip is purpose-built for 2 in 1s and will hit the market later in  2014 . Called the Intel Core M, it will be the most energy-efficient Intel Core processor in the company's history with power usage cut by up to 45 percent, resulting in 60 percent less heat. The majority of designs based on this new chip are expected to be fanless, with up to  32 hours of battery life,  offering both a lightning-fast tablet and razor-thin laptop. Intel is also delivering innovation and performance for the ...

How to Choose BitLocker Drive Encryption Method and Cipher Strength in Windows 10?

BitLocker is an encryption method that enables users to lock the different drives in  Windows . The drives which are protected by BitLocker are accessed by passwords. Windows has provided opportunity for users to choose and configure the  cipher  strength and algorithm used by BitLocker Drive Encryption. This can be achieved via the Local Group Policy editor. The Local Policy Editor will let you configure and select the cipher method for BitLocker encryption. By default it is not configured but you can choose your choiceable encryption method by enabling the Policy Setting. If the drive is already encrypted or if encryption is in progress, the encyption method will have no effect. If you leave the policy unconfigured, then BitLocker will use the default encryption method of AES 128-bit with Diffuser or the encryption method specified by the setup script. Steps to Choose BitLocker Drive Encryption Method and Cipher Strength in Windows 10 1.  ...

Metaio’s Thermal Touch Gets A Little Bit Smaller At MWC 2015

We first reported on  Metaio’s Thermal Touch concept  for Augmented Reality interaction last spring. Still in its infancy, the concept relies on thermal imaging cameras to track residual heat your body leaves on surfaces that it touches. Metaio’s software can track these heat signatures so they act as “clicks” or “touches” in Augmented Reality interfaces that only the user sees on interactive eyewear or devices. It’s a pretty interesting concept and will undoubtedly open a new realm for User Experience and User Interface experts to ponder. The first prototype we looked at was crude and completely impractical—an iPad with a giant thermal camera attached to it. Indeed, a few people pointed out to me “why would you need to touch external surfaces, when the iPad screen is right in front of you?” However that question totally misses the point of the prototype, which was really just proving the concept was worth further exploration. This next concept for thermal touc...