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We’ve all been there—the laptop dies at the worst possible moment. Maybe you’re running through an airport hunting for an outlet, or sitting on a flight only to realize your seat’s charging ports are out of order. Remote professionals often shape their day around power access, choosing low-demand apps to stretch battery life while racing against that draining percentage. This constant “battery anxiety” has become a universal frustration in the modern hybrid workplace.
As the professional world becomes increasingly mobile, reliable performance away from a power source is no longer optional—it’s essential. Qualcomm has made this the focus of its Windows on Snapdragon initiative, moving away from x86 architecture to deliver a new generation of enterprise computing. With multi-day battery life, lightning-fast CPU performance, AI support from a next-gen NPU, and enterprise-grade security, the platform aims to change not just devices, but the way professionals work.
Qualcomm’s Vice President of Information Technology, Zeeshan Sabir, has had a front-row seat to the transition. With engineers making up 75% of Qualcomm’s workforce, complaints once poured in about bulky power adapters, overheating fans, and battery drain during coding workloads. Devices often crashed when unplugged, and batteries depleted over weekends even when fully charged.
Today, Sabir points out a noticeable shift: “Walk into any Qualcomm conference room and you’ll see people carrying laptops without power adapters. That’s the easiest way to tell who’s running Windows on Snapdragon versus those still on x86.”
At the center of Snapdragon’s success is its NPU (Neural Processing Unit), designed to harness AI while consuming less power. For enterprise users, this means running demanding workloads—from coding to large language model (LLM) integration—without draining the battery or overheating the system. Unlike traditional CPUs, which struggle to balance performance with efficiency, the NPU enables developers and professionals to maintain peak productivity on the go.

Battery life alone isn’t enough—compatibility matters. Qualcomm has worked closely with thousands of independent developers to ensure that popular apps run seamlessly on Windows on Snapdragon, many of them now optimized to take advantage of the NPU. This means users can transition without sacrificing workflows, whether they’re engineers, sales teams, or program managers.
While competing processors can match Snapdragon’s performance when plugged in, they falter in terms of battery power. Reports suggest that Intel-based laptops may lose up to 45% of their performance when unplugged. In contrast, Windows on Snapdragon maintains strong, consistent performance throughout extended battery use, making it a forward-looking solution for professionals investing in four-year laptop cycles.
Sabir emphasizes the long-term value: “A laptop is a four-year investment. You have to get one that’s ready for everything on the horizon. LLMs are only going to keep growing, and we’ll need reliable devices with strong processing that doesn’t compromise user experience.”
With Windows on Snapdragon, the frustrating scramble for an outlet could soon be a thing of the past—just as obsolete as the pay phones we once depended on.
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