Skip to main content
  1. Home
  2. Computing
  3. Virtual Reality
  4. News

HoloLens 2 could pack a Qualcomm chip for ‘extended reality’

Add as a preferred source on Google

The next version of Microsoft’s HoloLens headset for augmented reality will supposedly feature Qualcomm’s new Snapdragon XR1 processor. The rumor arrives by way of an anonymous source who claims the second-generation headset packing the XR1 chip, currently dubbed HoloLens 2, will make an appearance in January 2019. That means we could see the headset’s debut in six months during the CES 2019 show in Las Vegas. 

Qualcomm introduced the Snapdragon XR1 processor in late May, a mobile chip optimized for extended reality (XR), an umbrella term that covers augmented reality, virtual reality, and mixed reality. The chip targets mainstream devices, or rather affordable products, to provide high-quality XR experiences without having to invest in high-priced hardware. The chip is mostly optimized for augmented reality powered by artificial intelligence. 

Recommended Videos

That said, unlike Qualcomm’s other Snapdragon-branded chips, the XR1 isn’t meant for smartphones. Instead, companies including Meta, HTC’s Vive division, Pico, and Vuzix have already jumped on the XR1 bandwagon to produce new products, such as the next-generation Vuzix Blade headset for augmented reality. Microsoft wasn’t mentioned during Qualcomm’s XR1 announcement, but speculation points to a possible hush-hush until the official HoloLens 2 reveal next year. 

Currently, Microsoft has two HoloLens bundles: the $5,000 Commercial Suite and the “cheaper” $3,000 Development Edition. Based on the prices alone, neither are meant for mainstream use. The Development Edition is designed for individual augmented reality application developers although the headset is used extensively in medical, retail, manufacturing, and other industries. The Commercial Suite adds enterprise-focused features like remote management to the developer-focused bundle. 

HoloLens made its debut in March 2016 packing an Intel “Cherry Trail” processor running at 1GHz, 2GB of system memory, 1GB of memory dedicated to an embedded Holographic Processing Unit, a 2.4MP camera, and 64GB of storage. More than two years later, we have yet to see a second-generation unit although previous rumors pointed to the next version, codenamed Sydney, launching in the first quarter of 2019. 

Previous rumors also expected the next-generation HoloLens to include Qualcomm’s Snapdragon 845 chip, which is currently making its way into smartphones such as Samsung’s Galaxy S9 and S9 Plus. But now that Qualcomm officially revealed the Snapdragon XR1, this latter chip makes more sense for Microsoft. Either way, the company appears to be moving toward an ARM-based headset, ditching Intel’s x86-based platform.  

Qualcomm and Microsoft already have a newfound alliance with their “always connected” initiative. They created a Windows 10 platform based on Qualcomm’s Snapdragon processors that promises notebooks with a high performance, long battery life beyond 20 hours, a constant internet connection thanks to 4G LTE connectivity and an affordable price. The HoloLens 2 could be part of that initiative. 

If Microsoft takes the Snapdragon XR1 route with its next HoloLens, the company is already set software-wise thanks to Windows on ARM. This is a version of Windows 10 that works on ARM-based processors, which “speak a different language” than CPUs produced by AMD and Intel. It’s Microsoft’s second attempt at supporting ARM-based hardware after Windows RT failed to win customers over during the Windows 8 era. 

Kevin Parrish
Kevin started taking PCs apart in the 90s when Quake was on the way and his PC lacked the required components. Since then…
The Mac Pro nearly received an M3 Extreme chip twice as powerful as M3 Ultra
High production costs likely killed Apple’s M3 Extreme plans
Apple's Mac Pro on a table at a press event.

Apple discontinued the Mac Pro earlier this year, ending a 20-year run for a computer that once represented the very best of the company’s desktop lineup. However, Apple reportedly had much bigger plans for the machine before ultimately replacing it with the Mac Studio.

According to Bloomberg’s Mark Gurman, Apple developed an M3 Extreme chip that could have offered twice as many CPU and GPU cores as the M3 Ultra. The processor was intended to sit above the Ultra tier and could have finally given the Mac Pro the performance advantage it badly needed. Apple eventually abandoned the chip due to concerns over production costs and limited demand for such an expensive machine.

Read more
Hidden prompts can secretly rewrite an AI’s memory, and researchers say that’s a serious problem
Researchers discover AI attack that rewrites an assistant's long-term memory
Chatbot on a smartphone.

Large language models are getting better at remembering us. Whether it's your preferred writing style, recurring tasks, shopping habits or project deadlines, AI assistants are increasingly storing long-term memories to make future conversations feel more personal and useful. But according to new research, that same feature could become one of AI's biggest security vulnerabilities.

Researchers from New Mexico State University have demonstrated a new attack called GhostWriter, capable of secretly planting false memories inside AI agents. Rather than stealing information outright, the attack manipulates what an AI remembers, potentially causing it to make dangerous decisions long after the original attack has taken place.

Read more
This experiment shows how easy it is to poison an open-weight AI model for under $100
This research raises new doubts about trusting open weight AI models.
Computer, Electronics, Laptop

Open-weight AI models have been having a moment lately. Just this month, Moonshot's massive Kimi K3 model landed close behind Claude Fable 5 and GPT 5.6 Sol in several benchmarks, all while remaining fully open-weight and downloadable by anyone.

However, Katie Paxton-Fear, a cybersecurity lecturer at Manchester Metropolitan University and staff security advocate at Semgrep, managed to poison an open-weight model and proved how easily that openness can be turned against you (via The Register).

Read more