Qualcomm, at the Snapdragon Summit 2026 in Maui, announced two new flagship chipsets: the Snapdragon 8 Elite Gen 6 and the new Snapdragon 8 Elite Extreme Gen 6. At the summit, Counterpoint Senior Analyst Emily Herbert sat down with Lekha Motiwala, Senior Director of Mobile Product Management at Qualcomm, to discuss the dual-flagship strategy, the role of AI-native Adreno Matrix cores in gaming, and why sustained performance is becoming more important as workloads get more complex.

Lekha also touched upon intelligent pixel control, always-on sensing, on-device AI and privacy, along with the new offset package-on-package design, and why Qualcomm sees the smartphone as an “AI anchor” for the broader ecosystem of PCs, wearables and XR devices. 

The Interview

Key Takeaways from the Discussion

Lekha on Dual-Flagship Strategy

• Growing diversity of premium smartphones, use cases and the rising demand from agentic AI, gaming and creator workflows drove the dual-flagship strategy.
• The Snapdragon 8 Elite Gen 6 targets broad flagship experiences, whereas the Extreme variant is designed for more demanding workloads.
• OEMs also get more flexibility to tier devices and differentiate based on performance, form factor and target consumers.

Sustained Performance Over Peak Performance

• Peak performance can help win in benchmarks, but sustained performance shapes real-world user experience.
• Gamers play for long sessions, not 30 seconds as the benchmark runs.
• Agentic AI workflows run CPU, GPU and NPU concurrently, which demands sustained output.

AI-Native Gaming

• The Adreno Matrix cores are a first for the Snapdragon mobile platform, running AI models inside the graphics pipeline.
• These cores enable neural rendering, super resolution and frame generation on the GPU instead of the NPU.
• This results in low power consumption as well as lower latency, both of which are important for gaming. 

Offset PoP Offering Smarter Cooling

• With Offset Package-on-Package (PoP) on the Snapdragon 8 Gen 6 SoCs, the memory is offset rather than stacked directly on the processor. 
• This helps in making room for a copper thermal dissipator, enabling it to hold higher peaks for longer, especially on the Extreme Gen 6 variant. 
• The offset PoP also balances thermal gains against package size, helping OEMs keep room for larger camera sensors and other components.

The Smartphone as AI Anchor

• Smartphones hold contextual data, making them a hub for PCs, wearables and XR devices.
• Lekha shared how she uses agentic flows for calendar management and her creator workflow.

Analyst Take

• Qualcomm steering to a dual-flagship strategy is a reflection of the growing premium smartphone segment over other price-tier segments. The tiered premium offerings from Qualcomm through the Snapdragon 8 Elite Gen 6 and the Extreme model allow OEMs to better align chipset capabilities within that price tier, allowing for diversification of premium portfolios. 
• The focus on sustained performance highlights how the shift in smartphone use cases needs different hardware specs for optimal customer experience. The focus on agentic AI, gaming and content creation for smartphone use now requires more sustained performance rather than just peak performance. Qualcomm focusing on thermal efficiency and sustained output could help OEMs deliver improvements for everyday users as the way people interact with their smartphone changes. 
• As the push for agentic AI continues, Qualcomm brings enhancements to the camera to provide contextualizing information for the agentic AI experience. The role of the camera has now gone past just taking photos; it is now an important sensor for the smartphone to interact with the world around it that is necessary for agentic AI use cases to fully integrate into the user’s lifestyle. Adoption of agentic AI will still largely rely on how the OEM demonstrates the capabilities and addresses the concerns of privacy, battery consumption and the use of personal data from sensors like the camera.
• Qualcomm has set the goal of the smartphone being an AI anchor that can act as the central hub of a person’s own agentic AI ecosystem across connected devices. Wearables, PCs and XR devices have become more intelligent, but the maturity of the smartphone market globally will allow these devices to be the centre of growing out these ecosystems, as it is well positioned to co-ordinate the AI experience. This anchoring of the smartphone could create new opportunities for OEMs to diversify their portfolio through cross-platform experience rather than depending on hardware performance alone.