Qualcomm's Next-Gen Snapdragon X2 Chips to Feature 18 Cores and Innovative SiP Design

BigGo Editorial Team
Qualcomm's Next-Gen Snapdragon X2 Chips to Feature 18 Cores and Innovative SiP Design

Qualcomm appears to be making significant strides in the PC processor market with its upcoming Snapdragon X2 chips. Recent leaks suggest the company is preparing to challenge traditional PC processor manufacturers with an innovative approach that could redefine how we think about system architecture.

The stylish design represents Qualcomm's innovative approach to the PC processor market with the upcoming Snapdragon X2 chips
The stylish design represents Qualcomm's innovative approach to the PC processor market with the upcoming Snapdragon X2 chips

Massive Core Count Increase

The next generation of Qualcomm's PC processors, reportedly called Snapdragon X2, will feature up to 18 Oryon V3 cores according to information obtained by German tech site WinFuture. This represents a substantial 50% increase from the 12 cores found in the current Snapdragon X Elite processors. The significant boost in core count signals Qualcomm's serious intentions to compete in the high-performance PC market, targeting both premium laptops and potentially desktop systems.

Revolutionary System-in-Package Design

Perhaps the most intriguing aspect of the leaked information is Qualcomm's apparent plan to implement a System-in-Package (SiP) design that integrates not just the processor cores but also memory and storage components. Documents referenced by WinFuture suggest that the SC8480XP model (the reported model number for Snapdragon X2) features 48GB of SK Hynix RAM and a 1TB SSD directly incorporated into the processor package. This approach differs dramatically from traditional PC architecture where these components are separate entities connected via motherboard interfaces.

Desktop Ambitions

Qualcomm appears to be testing these new chips with desktop-class cooling solutions, including an all-in-one liquid cooler with a 120mm radiator. This testing suggests the company is exploring performance capabilities beyond the thermally constrained environments of laptops where its processors typically operate. By moving into the desktop space, Qualcomm could potentially leverage the additional thermal headroom to push its ARM-based architecture to new performance heights.

Market Positioning

The reports indicate that Qualcomm might brand these high-end offerings as Snapdragon X2 Ultra Premium, suggesting a tiered approach to the market. This strategic positioning would allow Qualcomm to target different segments of the PC market with appropriately configured and priced options, from mainstream laptops to high-performance desktops.

Verification and Timeline

While these details come from what WinFuture describes as import-export database leaks, they align with previous reports about Qualcomm's Project Glymur - the codename for the Snapdragon X2 development. The Mobile World Congress (MWC) in Barcelona could potentially provide more official information about Qualcomm's plans, though it remains to be seen if the company will discuss these specific desktop-oriented processors at what is traditionally a mobile-focused event.

Industry Impact

If these reports prove accurate, Qualcomm's approach could represent a significant shift in PC architecture. The integration of memory and storage directly into the processor package could potentially offer performance, power efficiency, and space-saving advantages. However, it would also raise questions about upgradability and repairability - concerns that have become increasingly important to consumers and businesses alike.

Competitive Landscape

With AMD and Intel both heavily invested in the PC processor market, Qualcomm's push with significantly higher core counts and innovative package designs represents a bold attempt to carve out market share. The company's experience in mobile processors gives it certain advantages in power efficiency, but the desktop and high-performance laptop markets have different requirements and expectations that Qualcomm will need to address to be successful.