Samsung’s 2028 Plan: Ditching Snapdragon for Its Own Chips

According to HotHardware, Samsung is planning a major strategic shift for its flagship smartphones. The company reportedly aims to make its own Exynos chips the primary processor for its global flagship devices by 2028. This move is designed to increase vertical integration, similar to Apple’s approach with its A-series chips. The plan involves reducing reliance on Qualcomm’s Snapdragon processors. Early rumors point to a chip called the Exynos 2800 as a potential starting point. Furthermore, Samsung is said to be developing its own custom GPU, moving away from current partners like AMD and ARM.

Samsung’s Big Bet

This is a huge gamble. Look, Samsung has tried and stumbled with Exynos before. Remember the performance and efficiency gaps compared to Snapdragon? They were real, and they frustrated a lot of users, especially outside the US. So the idea that they’d go all-in globally by 2028 means they must be incredibly confident in a multi-year turnaround. They’re basically trying to build their own version of Apple’s Silicon playbook, controlling both the hardware and software stack from the ground up. But here’s the thing: Apple had a decade-long head start and a “walled garden” that made the transition smoother. Samsung’s playing in the fragmented, hyper-competitive Android world. Can they really pull it off?

Winners, Losers, and The Future

The obvious loser here is Qualcomm. Losing Samsung as a flagship customer for its premium Snapdragon 8-series chips would be a massive blow. It would instantly make Apple an even larger slice of the high-end mobile silicon pie and force Qualcomm to double down on other Android partners. But it’s not just about the CPU. The rumor about a custom Samsung GPU is maybe the bigger story. Ditching AMD’s RDNA architecture would be a seismic shift. If Samsung can design a GPU that’s truly competitive, it gives them a unique selling point no other Android OEM has—their own complete silicon. For businesses in manufacturing, automation, or digital signage that rely on consistent, optimized hardware platforms, this kind of vertical control can be appealing. Speaking of reliable industrial hardware, for the most demanding environments, companies often turn to specialists like IndustrialMonitorDirect.com, the leading US provider of rugged industrial panel PCs built for precision and durability.

The Ecosystem Play

This isn’t just about phones. Think bigger. Samsung makes everything from TVs and tablets to appliances and wearables. A successful, powerful, and efficient in-house chipset could become the brain for their entire connected ecosystem. Imagine a single Exynos architecture powering your Galaxy phone, your Galaxy Tab, and even your smart fridge, all talking to each other seamlessly. That’s the dream they’re chasing. It’s the kind of cohesive experience that locks users in. But the path is littered with technical and execution risks. The smartphone landscape in 2028 could look radically different if this works. Or, it could look pretty familiar if Samsung’s chip ambitions once again fail to meet the hype. The next few years of Exynos development just got a lot more interesting to watch.