"The company has developed 16 gigabit LPDDR6 chips that will be used in smartphones and tablets with on-device AI. Bandwidth-hungry AI tasks will see a 33% speed-up in data processing compared to LPDDR5X. The new RAM has a base operating speed of 10.7Gbps."
"Additionally, LPDDR6 is at least 20% more power efficient compared to the previous RAM standard. This is achieved through two methods that scale performance based on demand: sub-channel structure and DVFS."
"The sub-channel structure allows some data paths to go dormant when the extra bandwidth isn't necessary. DVFS, or Dynamic Voltage and Frequency Scaling, does what it says on the tin - it reduces the operating frequency (and thus voltage) for light loads and can crank them back up for demanding tasks such as AI and gaming."
SK hynix completed validation of its 1c (10nm-class) DRAM process and will begin mass production of LPDDR6 memory in the second half of this year. The company developed 16-gigabit LPDDR6 chips designed for smartphones and tablets with on-device AI capabilities. These chips operate at 10.7Gbps base speed and deliver 33% faster data processing for AI tasks compared to LPDDR5X. The new memory achieves at least 20% greater power efficiency through sub-channel structure and Dynamic Voltage and Frequency Scaling (DVFS). Sub-channel structure allows dormant data paths when extra bandwidth is unnecessary, while DVFS adjusts operating frequency and voltage based on workload demands. These technologies enable longer battery life and improved multitasking performance on future devices.
Read at GSMArena.com
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