Qualcomm is finally unveiling the specifications of its entry-level, low-cost Snapdragon C platform. According to the specifications, the platform features up to eight Arm cores for systems expected to start around the $300 mark. In a market where DRAM and NAND Flash are extremely expensive, Qualcomm aims to give students, families, and basic office workers a modern laptop at a low price of just $300. Snapdragon C uses Qualcomm’s Kryo CPU architecture, with frequencies reaching up to 3.0 GHz for single-core workloads and 2.0 GHz for multicore scenarios. The chip also includes 2 MB of cache, an integrated Adreno A643 GPU clocked at up to 900 MHz, and surprisingly a Hexagon NPU for lighter AI workloads. Qualcomm supports up to 16 GB of LPDDR4x, LPDDR5, or LPDDR5x memory, along with PCIe 3.0 NVMe storage, UFS 2.2/3.1, and a wide range of connectivity options. Interestingly, LPDDR4x memory might be less expensive compared to the others, which could make a $300 laptop dream feasible.
The company is comparing Snapdragon C against Intel’s N250 “Twin Lake” platform and claims significant performance advantages while running on battery. Depending on the workload, Qualcomm reports gains ranging from 24% to 67%, with Cinebench showing the largest differences at 50% faster single-threaded performance and up to 67% better multithreaded performance. Geekbench and Speedometer, which may better represent everyday laptop usage, are also claimed to favor Snapdragon C. Qualcomm’s figures also indicate substantially better efficiency, including 106% higher efficiency during Netflix playback, 68% during web browsing, and 74% during Teams video calls. The company promotes this chip for all-day battery life, although real-world runtime will heavily depend on the configuration chosen by each manufacturer.
The Snapdragon C platform will soon appear in laptops from Acer, ASUS, HP, and Lenovo, giving Qualcomm a chance to carve out a niche in the budget Windows-on-Arm segment. With budget section adopting Qualcomm’s WoA designs, they will naturally transition to more powerful Snapdragon X2 Plus and X2 Elite designs. The $300 target will be particularly interesting given rising memory and component costs, which have made cheaper laptops harder to produce. On paper, Snapdragon C could offer a compelling combination of responsiveness, low power consumption, and modern connectivity at the lower end of the market. Whether Qualcomm’s performance and efficiency claims translate into a genuinely better $300 laptop will ultimately depend on actual retail pricing, and what memory/storage configurations come at that price point.