Allwinner H313 Antutu //free\\

While the Allwinner H616 offers slightly higher CPU clock speeds and better peripheral support, the real-world performance delta between the H313 and H616 is minimal. However, if your budget allows jumping to an or S905X4 device, the performance increase is highly noticeable. Tips to Maximize Allwinner H313 Performance

The Allwinner H313’s AnTuTu score of ~60,000 accurately reflects its status as a foundational, entry-level processor. It is not built for power users, multitaskers, or mobile gamers.

The Allwinner H313 is a workhorse, powering a wide range of affordable streaming devices from various brands. Its popularity stems from its ability to provide a "good enough" 4K streaming experience at a low cost. Here are some of the most common models:

If you already own a box with this chip, follow these steps for an accurate, repeatable score: allwinner h313 antutu

The is a highly popular, budget-friendly chipset found in low-cost Android TV boxes, streaming sticks, and automotive infotainment systems . If you are shopping for an affordable media player, you have likely encountered this processor.

The typically achieves an AnTuTu benchmark score of approximately 46,000 , making it a budget-focused processor designed primarily for entry-level Android TV boxes and IPTV streaming devices.

The Allwinner H313’s AnTuTu score of ~62,000 confirms its status as an . While the Allwinner H616 offers slightly higher CPU

The H313 sits in the middle. It destroys older Rockchip chips but is significantly slower than modern Amlogic processors.

Android 10 (native), often seen up to Android 14 in newer iterations 28nm technology (runs warmer under load) 📝 Performance Review ✅ The Pros

Allwinner H313 is a budget-friendly chipset designed primarily for entry-level Android TV boxes like the It is not built for power users, multitaskers,

Many cheap TV boxes put the H313 in a plastic case with zero heatsink. After 3 minutes of Antutu’s CPU test, the temperature hits 85°C+ and the CPU throttles to 800 MHz.

Efficient handling of H.265 and VP9 video formats.