Skip to main content

Motorola ordered to cough up $10 million to Fujifilm for patent infringement

Fujifilm X-T1 camera review sensor
Image used with permission by copyright holder
Motorola Mobility hit a bit of a snag earlier today when a court ordered the Lenovo-owned company to pay $10 million to Fujifilm for using its patented technology without permission, reports Reuters.

This patent riff-raff began in 2012, when Fujifilm originally sued Motorola for $40 million. Fujifilm argued that Motorola infringed on four of its patents, three of which dealt with digital camera functions. Unfortunately for Fujifilm, the San Francisco jury concluded that Motorola only infringed on one of the four patents: a patent that deals with converting color images to monochrome.

Recommended Videos

Motorola wanted to cancel all of the four patents Fujifilm brought forth, arguing they were either relatively old or didn’t stand out when compared to similarly patented inventions. The jury only saw eye to eye with Motorola on three of the four patents and decided that Motorola did infringe on the fourth patent. The end result is that Motorola was ordered to pay Fujifilm significantly less than what Fujifilm originally sought.

Regardless, it looks like Motorola doesn’t want to be on the hook for that fourth patent. “We are pleased with the verdict related to three out of the four patents and are evaluating our options on the one patent on which we did not prevail,” said Motorola spokesperson William Moss in an email sent to Reuters.

Motorola’s response isn’t surprising and could indicate that the company is willing to draw this patent battle out. Given its four-year patent battle with Apple and year-long dispute with Microsoft, Motorola seems to be very familiar with patent disputes. Motorola ended its patent trial with Apple by agreeing with the Cupertino-based company to dismiss all patent litigation. Meanwhile, its patent dispute with Microsoft was tossed out by the International Trade Commission (ITC).

Williams Pelegrin
Former Digital Trends Contributor
Williams is an avid New York Yankees fan, speaks Spanish, resides in Colorado, and has an affinity for Frosted Flakes. Send…
Two of 2023’s best Motorola phones are finally getting Android 14
Apps on the Motorola Razr Plus.

The Motorola Razr Plus 2023 Andy Boxall / Digital Trends

The Motorola Razr 2024 and Razr Plus 2024 were announced not so long ago, with both running Android 14. That's great for those who wanted to buy the new devices, but not so great for owners of last year’s models, the Razr 2023 and Razr Plus 2023, who had been waiting for almost a year without an update to Android 14 in sight.

Read more
Motorola’s new $200 Android phone looks like a great deal
Moto S50 Neo.

Another day, another $200 smartphone is making its debut in China. Yesterday, we told you about the Honor Play 60 Plus. Today, say hello to the Moto S50 Neo. The new offering features a 6.7-inch pOLED display (FHD+ and 120Hz) with a Snapdragon 6s Gen 3 chipset inside. According to GSMArena, the phone also includes a 5,000mAh battery with 30W charging. The phone runs on Android 14.

The Moto S50 Neo is a beautifully designed smartphone that ships in Gray, Olivine, and Surf. The Olivine and Surf models feature a textile-like nanotexture back that is considered "skin-friendly" and wear-resistant, adding "a touch of style." Pantone developed those two unique colors.

Read more
The Motorola Razr just got some tough competition
Honor Magic V Flip cover display.

Honor has launched its very first foldable clamshell phone in China in the form of the Honor Magic V Flip. Though Honor has already been an established player in the foldable market with the Magic V series, this is the brand’s first flip phone, which joins the likes of Motorola Razr Plus, Samsung Galaxy Z Flip 5, Oppo Find N3, and more.

The Honor Magic V Flip is quite an impressive flip phone. It appears to be ahead of the competition with the large 4-inch cover display, which is the largest we’ve seen yet, and it provides a unique dual-screen experience.

Read more