Skip to main content

Intel making a huge push for the iPhone chipmaker position

intel apollo lake cpus pentium celeron launched intelhq
Shutterstock
Intel wants to be the modem supplier for the next iPhone, and has tasked a team of over 1,000 engineers to make it happen. The Santa Clara-based chip maker has been meeting with Apple over the past few months to discuss the implementation of the 7360 LTE modem in the iPhone 7.

It would be the first time Apple has not used a Qualcomm modem chip, though according to VentureBeat, the company is planning to dual-source the modem. Apple uses a similar approach to sourcing the A9 chip, using TSMC (Taiwan Semiconductor Manufacturing Company) and Samsung to manufacture the chipset.

The new Intel 7360 modem is capable of providing 3G CDMA, critical for Apple’s operations in China and Verizon Wireless in the United States. The modem offers max speed of 450 mbps and 3X carrier aggregation, which is faster than current LTE modems. The Qualcomm 9X45 is the current LTE modem in the iPhone 6S and 6S Plus, which only offers 100 mbps and 2X carrier aggregation.

Intel is not content with just modems however, and is apparently also gunning for the position of system-on-a-chip (SOC) manufacturer. Apple took an interest to Intel’s advanced work on a 10-nanometer process, which should be available in two years. This could vastly reduce the size and energy needed for the mobile battery, while maintaining its power.

The report mentions that over a dozen workers from Infineon — a company acquired by Intel in 2011 — are now working for Apple. This is part of a supposed deal struck between Apple and Intel to build LTE modem, but most of the engineers have been at Apple for over three years now, making it seem like a somewhat poorly timed arrangement.

Intel needs to win some ground in the mobile market, after completely failing to capitalize on the growth in the early years. The company has been struggling to win Android manufacturers, but is investing a large amount into wearables and smart home devices as well in a separate bid to capture these emerging markets.

Editors' Recommendations

David Curry
Former Digital Trends Contributor
David has been writing about technology for several years, following the latest trends and covering the largest events. He is…
Watch how the iPhone 15 handles the bend test that busted the Pro Max
YouTuber Zack Nelson bending an iPhone 15 to test its strength.

Earlier this week, we reported how popular tech YouTuber Zack Nelson busted the back of an iPhone 15 Pro Max when he subjected it to his bend test.

The back glass shattered with relatively little effort, which came as a great surprise not only to Nelson but to everyone watching, too.

Read more
Got an iPhone 15 Pro? Make sure to change this one setting
iPhone 15 Pro in Natural Titanium held in hand in rose garden archway.

Apple’s iPhone 15 and iPhone 15 Pro are now widely available, and so far, it appears they’ve been a massive success. The iPhone 15 is a huge upgrade from previous base models thanke to the Dynamic Island, a 48MP main camera, the A16 Bionic chipset, and a USB-C port.

But people who want even more have the iPhone 15 Pro as an option. Apple has replaced the stainless steel frame with titanium, the mute switch is gone in favor of the mighty Action button, and we have the A17 Pro with more RAM — plus two additional focal lengths for the 48MP main camera.

Read more
The iPhone 15 Pro is overheating due to design compromises, prominent analyst says
Renders of the iPhone 15 Pro next to the iPhone 15 Pro Max.

Apple’s new iPhone 15 handsets have been largely well received since their release on Friday, though one troubling issue has emerged with the pricier Pro versions of the device.

As reported by Digital Trends on Monday, some owners of the iPhone 15 Pro and iPhone 15 Pro Max have taken to online forums to express concerns that their new iPhone is heating up way beyond what seems normal, and certainly to a greater extent than their previous iPhone when performing the same or similar tasks.

Read more