Qualcomm Snapdragon C Series Leaked Specs: 6nm, Eight-Core CPU

Qualcomm is preparing to launch the Snapdragon C series, a new system-on-chip designed for budget Windows PCs. The announcement comes on May 29, and it targets devices priced at $300 or more. The Snapdragon C series targets entry-level laptops by providing efficient computing capabilities within a compact package.

Leaker reveals early hardware details for the upcoming budget Windows processor

The processor uses a six-nanometer manufacturing process to balance performance with power efficiency. It features an eight-core CPU arranged in a one-plus-three-plus-four configuration, combining different core types for various tasks. The graphics unit is an Adreno GPU running at 900MHz, which handles display output and basic gaming.

Memory support is limited to a 32-bit LPDDR5 bus, which may restrict bandwidth compared to higher-end chips. Connectivity includes two PCIe Gen3 channels for storage and peripheral expansion. The entire package measures just 14mm by 12mm, making it suitable for thin and light device designs.

Official details regarding precise performance benchmarks and thermal specifications remain unconfirmed by Qualcomm. Leaker @Reptalicant suggests the codename 'Kenai' refers to this series, but that claim remains unverified. These processors are designed for affordable devices intended for everyday tasks and basic productivity workloads.

Devices built around the Snapdragon C series will likely start at $300 USD, according to early reports. The platform competes within the budget segment alongside various x86 and ARM-based Windows devices. The chip does not meet Copilot+ PC requirements due to its NPU capabilities falling short of Microsoft's thresholds.

This launch expands Qualcomm's presence into the budget sector following its introduction of premium Snapdragon X chips. While earlier Snapdragon X processors targeted high-end laptops, the new C series prioritizes cost-effective solutions for budget devices. Users can anticipate support for standard office applications and web browsing, though heavy computational tasks may be limited.