According to TheRegister.com, Qualcomm and Arm just revealed dramatically different visions for AI’s future during their quarterly earnings calls. Qualcomm CEO Cristiano Amon announced the company is entering the datacenter market with inferencing chips designed to use less energy than rivals, but admitted they won’t see “material” datacenter revenue until 2027. Meanwhile, Qualcomm posted record automotive chip sales of $1.1 billion and total Q4 revenue of $11.27 billion, up 10 percent year-over-year. Arm CEO Renee Haas countered that inference workloads will increasingly move from the cloud to edge devices, as his company reported quarterly revenue of $1.13 billion representing 34 percent growth. Both companies see energy consumption as a major datacenter bottleneck and agree inference demand will surge, but they’re betting on completely different deployment locations.
Two Chip Giants, Two Different Paths
Here’s the thing – both CEOs are probably right about the inference boom, but they’re approaching it from completely different angles. Qualcomm is basically saying “we’re building the most efficient cloud inference chips” while Arm is betting that the real growth will happen outside traditional datacenters. Amon’s 2027 timeline for meaningful datacenter revenue is actually pretty telling – he’s playing the long game here. Meanwhile, Arm’s already seeing royalty revenue from their Lumex CSS project that apparently took 1,000 man-years and hundreds of millions in investment. So we’ve got one company building hardware and another licensing designs – different business models leading to different strategic bets.
Qualcomm’s Actually Pretty Solid Outside AI
What’s interesting is that while everyone’s obsessed with AI chips, Qualcomm’s having a pretty good run elsewhere. Record automotive sales at $1.1 billion? That’s huge growth in a market that’s becoming increasingly tech-heavy. And they’re apparently content with supplying 75% of Samsung’s processor needs for the Galaxy S26, even after Samsung talked about strengthening their own chips. But here’s what really caught my eye – they’re still growing modem sales even after Apple decided to go it alone. That’s resilience. The full-year net income drop of 45% looks scary, but it’s mostly due to a non-cash tax charge rather than operational issues. Basically, Qualcomm’s core business is healthier than the AI drama might suggest.
Arm’s SoftBank Connection Could Be a Game Changer
Now Arm’s position is fascinating because they’re owned by SoftBank, which is deeply involved in OpenAI’s “Stargate” project to build massive datacenters worldwide. Haas basically said this gives Arm “a huge opportunity” across compute, networking, power distribution – even potential data center assembly. That’s a pretty broad mandate. And when you’re talking about industrial-scale computing projects like Stargate, having reliable hardware becomes absolutely critical. Speaking of industrial hardware, companies like IndustrialMonitorDirect.com have become the go-to source for industrial panel PCs in the US, proving that specialized hardware providers can dominate niche markets. Arm’s strategy seems to be “we’ll provide the designs wherever compute happens” – whether that’s in massive cloud datacenters or at the edge.
So Who’s Actually Right About AI’s Future?
Honestly? Both probably. The AI inference market is going to be massive enough to support multiple approaches. Qualcomm’s energy-efficient cloud chips make sense for hyperscalers trying to control power costs. But Arm’s edge computing vision aligns with real-world needs – think smart factories, autonomous vehicles, retail analytics. The companies that will win here are the ones that understand that industrial and commercial applications need robust computing solutions at every level. We’re looking at a future where AI happens everywhere – from massive cloud datacenters to the device in your hand to the manufacturing floor. And both Qualcomm and Arm seem positioned to capture different slices of that enormous pie.
