Qualcomm unveils Samsung’s XR headset chipset 

Qualcomm has unveiled the powerful Snapdragon XR2+ Gen 2 chipset that is destined for Samsung's upcoming extended reality (XR) headset.

“Snapdragon XR2+ Gen 2 unlocks 4.3K resolution which will take XR productivity and entertainment to the next level by bringing spectacularly clear visuals to use cases such as room-scale screens, life-size overlays and virtual desktops,” said Hugo Swart, VP and GM of XR at Qualcomm.

“We are advancing our commitment to power the...

Vodafone, Ericsson and Qualcomm achieve first RedCap RAN data sessions

Vodafone, Ericsson, and Qualcomm have demonstrated a new 5G technology optimised for connecting IoT devices in a simpler, more efficient way.

In trials on September 21 using Vodafone's live 5G test network CREATE in Spain, the companies achieved the first data sessions leveraging Reduced Capability (RedCap) RAN. Unlike 5G smartphones, RedCap provides basic connectivity tailored for less complex, low-power IoT gadgets.

The successful use of RedCap is a significant step...

Qualcomm sets launch window for its next-gen XR chip

Qualcomm has revealed its plans to launch its next-generation chip for XR (Extended Reality) devices in Q1 2024.

The revelation came from Qualcomm's GM & VP of XR, Hugo Swart, during an interview with Korean news outlet ETNews.

Qualcomm’s next-generation XR chip is expected to power upcoming mixed-reality devices, including Samsung's first mixed-reality headset.

This announcement follows Samsung's recent revelation during the Galaxy S23 smartphone launch...

Qualcomm will connect Snapdragon devices for demanding workloads

Qualcomm will leverage the ubiquity of its CPUs to connect Snapdragon devices to handle demanding workloads.

In a keynote address at COMPUTEX, Alex Katouzian, SVP and General Manager for Mobile, Compute, and XR at Qualcomm, highlighted the prevalence of Snapdragon CPUs across various devices such as PCs, smartphones, smartwatches, and extended reality glasses. 

Katouzian emphasised the increasing demand for AI workloads and the resource-intensive nature of such...

Qualcomm Aware Platform launched to simplify IoT across multiple industries

An overview of a warehouse.

Qualcomm Technologies has unveiled the Qualcomm Aware Platform, which empowers developers and enterprises to harness real-time information and data insights to accelerate their digital transformation programs.

Today, ecosystem fragmentation and system design complexity often prevents IoT deployments from meeting their fullest potential. By combining industry-leading silicon and an extensive ecosystem of hardware and software partners with a developer-friendly cloud framework,...

Qualcomm launches autonomous drone platform with 5G and AI capabilities

Qualcomm has launched Flight RB5 5G, the “world’s first” autonomous drone platform with 5G and AI capabilities.

The company says the platform will support and accelerate the development and deployment of autonomous drones for commercial, enterprise, and industrial purposes. An onboard Qualcomm Secure Processing Unit achieves the modern cybersecurity requirements for drones.

https://www.youtube.com/watch?v=0knh2K98Ugo

Dev Singh, Senior Director of Business...

Oppo could miss the opportunity to launch the first interesting WearOS smartwatch in years

WearOS may need to wait a bit longer for the spark it needs, with Oppo’s upcoming smartwatch appearing to miss a big opportunity..

Oppo has announced that it will debut a WearOS smartwatch on July 31st. The new watch could’ve been the first to market packing the Snapdragon Wear 4100.

Qualcomm’s Wear 4100 is the first true upgrade for a WearOS chip since the Wear 2100 launched in 2016 (a Wear 3100 was released in 2018, but it featured the same main processor and...

Opinion: Pixel Watch is more likely now a decent WearOS processor is available

Rumours of a Pixel Watch are now more believable following the release of a competent WearOS processor.

Unlike wearables from Apple and Samsung, Google relies heavily on third-parties. The main reason WearOS manufacturers have struggled is the inability to access hardware which can compete with the in-house chips used by Apple and Samsung for their wearables.

The main critiques of WearOS devices are they’re slow and have poor battery life. The OS didn’t help in the...