tri-cluster architecture - they bundled together two powerful Cortex-A72 units, clocked at 2.5 GHz, then four lowly Cortex-A53 pieces, running at 2 GHz maximums, then a quad pack of Cortex-A53s again, which had been clocked the lowest, at mere 1.4 GHz, for the unassuming tasks. Don't be fooled, though, the ten-core chipset is actually aimed at the upper midrange phones of the future, says MediaTek, as is suggested by the inclusion of only a pair of powerful Cortex-A72s, too.MediaTek achieved this deca-core status with the so-called
Looking at the direct comparison with Snapdragon 820 in the table below, it becomes clear why. The 820 sports four custom Kryo cores that are at least as powerful as ARM's standard Cortex-A72 architecture, and also features DDR4 RAM tech support, while the Helio X20 maxes out at DDR3. Snapdragon 820 also has a custom GPU that supports screens with higher resolution than the X20, as well as 4K video encoding at double the framerate of MediaTek's deca-core champ. Last but not least, Helio X20 is built with the 20nm process, against 14nm for Snapdragon 820, and Qualcomm has bundled its upcoming juggernaut with LTE Cat. 10 modem, while the X20 sports a Cat. 6 radio only.