Pioneering premium low-power DRAM
With speeds 1.3 times faster than the previous generation and 20% better power efficiency,
premium low-power DRAM LPDDR5X is going beyond mobile - leading the low-power DRAM market
further than ever to empower high-performance PCs, servers, and vehicles in all new ways.
Bar-raising speed
The era of digital transformation has brought enormous amounts of data to our doorstep. With future-facing technologies like
5G, AI, AR, VR, autonomous driving, and the metaverse require high-performance memory to make that data useful,
LPDDR5X is here to answer the call for better, faster memory. With ultra-high 8.5 Gbps data processing speeds,
it's the memory solution built to prepare fast-growing IT industries for what's next.
Premium power savings
It took the industry's most advanced 14nm process technology and innovative circuit designs to make a memory this powerful a reality.
Through dynamic voltage and frequency scaling (DVFS)*, performance in the LPDDR5X has leaped forward massively while
power consumption has been reduced by nearly 20%. That means a longer run time for your mobile devices like smartphones and laptops,
and reduced CTO for your data center servers - cutting carbon emissions in the process.
*DVFS describes the adjustment of voltage settings on a computing device’s various processors, controller chips, and peripheral
devices to optimize resource allotment for tasks and maximize power savings when those resources are not needed.
Enabling breakthroughs
beyond mobile devices
With a breakthrough 64GB capacity, LPDDR5X delivers high-performance memory to more than
just smartphones and laptops, powering the fastest PCs and the most demanding servers. Plus,
LPDDR5X memory is AEC-Q100* certified, so it provides stable performance in various environments,
even at extreme temperatures - making it the ideal memory solution for high-stress automotive environments.
*AEC-Q100 (Automotive Electronic Council) is an industry-standard specification
that outlines the assessment procedures that measure
the credibility of electronic components used in automobiles.
