Skip to main content
  1. Home
  2. Phones
  3. Mobile
  4. Legacy Archives

Digital Trends may earn a commission when you buy through links on our site. Why trust us?

Nvidia’s latest chip has 192 cores and it’s own crop circle … but no LTE?

Add as a preferred source on Google

Nvidia has made a big deal over its new Tegra K1 mobile processor. For a start, it’s telling us the chip has 192 cores. While this may be factually correct, behind all the graphics cores, the K1 is still the familiar old four-core-one-companion-core chip we’re used to seeing from Nvidia. It doesn’t stop there either. We’re told it’s the first mobile processor to use a PC-style graphics chip and will come in 32-bit and 64-bit versions. Crop circle evidence (not really) also points to it being made with alien technology. Yep, Nvidia is very keen to let us know the Tegra K1 is really exciting. However, it’s what’s missing from the feature line up which will dictate how many smartphones end up using the K1; and it’s the same problem which plagued the Tegra 4: lack of 4G LTE.

Before we get too negative, let’s look at what does make the Tegra K1 standout. Nvidia has pushed it as the first mobile chip to blur the lines between mobile, desktop, and console gaming, saying that for the first time “Next generation PC gaming will be available on mobile platforms.” The K1 is equipped with the same Kepler architecture seen on its most successful PC graphics cards, supports DirectX 11 and Open GL 4.4, and is the first mobile processor to support Nvidia’s own CUDA platform. It’ll run Epic Games’ Unreal Engine 4, and Nvidia claims it has faster performance than the Xbox 360 and PlayStation 3.

Recommended Videos

During the first half of 2014, Nvidia will produce a 32-bit version of the Tegra K1, based on the ARM Cortex A15 with the same 4-Plus-1 companion core system used in previous Tegra chips. The quad-core processor will be capable of speeds up to 2.3GHz. In the second half of the year, a 64-bit dual-core Tegra K1 should arrive, with an increase in speed to 2.5GHz, all based on ARMv8 architecture.

Nvidia 192-core processor
Image used with permission by copyright holder

So, mobile gamers can rejoice, as it bodes well for the future. Except, we’re not sure how many manufacturers will choose to adopt the Tegra K1. The perfectly capable Tegra 4 severely lost out to Qualcomm’s Snapdragon 800 during 2013, thanks to its lack of high speed data. We’re still waiting for the Tegra 4i to arrive, inside which will be Nvidia’s own Icera 4G LTE modem. Why hasn’t this been included in the K1’s spec?

In February 2013, Nvidia CEO Jen-Hsun Huang was quoted as saying “we’re not expecting to have a whole lot of phone design wins until we engage the market with LTE.” Strange then, it should decide to announce another high-end, non-LTE chip nearly twelve months on. Stranger still, Nvidia snapped up Icera back in 2011 (for a mere $370 million), with the intention of creating a 4G Tegra, “Super chip.” Nvidia claims it created the strange crop circles you see above because the K1 is so cool it’s “otherworldly.” We feel bad for the aliens without LTE. But maybe the real reason why Nvidia has chosen to promote the Tegra K1 using crop circle pictures is to get some help. It can’t figure out LTE, but maybe someone in the cosmos has. Perhaps a Qualcomm ship will pass by at LTE speeds soon.

Andy Boxall
Andy has written about mobile technology for almost a decade. From 2G to 5G and smartphone to smartwatch, Andy knows tech.
Google’s new Android XR tools let developers test apps without needing to buy expensive smart glasses
Gentle Moster smart glasses powered by Android XR

At the 2026 Android Dev Summit, Google has announced some interesting features coming to both Android XR and Android CLI. Developers can now build and test apps for smart glasses without owning the hardware, while Android's command-line tools are getting upgrades that help AI coding agents test applications and identify performance problems. Both announcements could eventually mean better apps for both Android and extended reality hardware users.

Building Android XR apps without owning smart glasses

Read more
Google is making it easier to adapt Android apps for laptops and foldable phones
Google is helping developers make Android apps work beyond smartphones
Electronics, Phone, Mobile Phone

Google updated its adaptive Compose skill to help developers adapt existing Android apps for laptops, foldable phones, tablets, and other form factors, including the upcoming Googlebook platform. The goal of this update is to help AI coding agents customize apps for different screen sizes and input methods without developers having to maintain separate codebases for different devices.

The new skill goes beyond responsive layouts, adding support for desktop-focused features and foldable-specific interface adjustments. Google is also signaling that adaptive app experiences will be more prominent on Google Play, with the company planning to pay more attention to how apps and games perform on foldable devices next year.

Read more
Meta’s next cute attempt at forcing AI into your life is an AI pet journal app
Meta wants you to tell your secrets to a cute AI pet in Waddle World app.
meta-waddle-world-ai-pet-journal

Meta wants to make its AI feel like a cute tiny friend through a newly launched pet journal app called Waddle World. Think of it as Tamagotchi, but the pixelated pet can actually chat with you and doodle little illustrations based on what you tell it about your day. Right now, this free app is available on iOS and Android only in the Philippines, with access limited to adults.

Waddle World is a pet that wants to know about your day

Read more