Some customers do wonder why smartphones cannot install 6GB or 8GB of RAM. The quantity of memory assimilated into a device is mostly restricted by what the CPU is capable of supporting, but according to reports from China the amount of memory could considerably increase with the release of a new Qualcomm SoC.
Smartphones to be Introduced with 8GB RAM Soon
Qualcomm lately introduced the Snapdragon 820 processor into the world. However, reports from China, and in particular from analyst Pan Jiutang, revealed that Qualcomm is already scheduling the announcement of the Snapdragon 830 series SoC that has actually been confirmed to transmit the internal msm8998 codename.
If the news about the introduction of the Snapdragon 830 by next year becomes true, then it seems that we would be able to welcome devices into the market that would have up to 8GB of RAM. In order to install 8GB RAM into a smartphone or tablet, the incorporated SoC requires to actually support that amount of memory, many individuals were not aware about these restrictions. It’s not hard to trust that Qualcomm is already working on a new 830 series that will denote the next-generation of its chips, but the emphasis on it supporting up to 8GB of RAM looks missing, particularly in the mobile device world.
It is also being informed that the new Snapdragon 830 chip would use a 10nm manufacturing process, compared to the 14nm used for the Snapdragon 820. This may provide the 830 a slender advantage over the 820 in terms of power consumption and better overall energy management.
Companies like Apple have constantly proven that there is a lot to be said for adding lesser amounts of RAM and achieving further performance through improving the software that runs on the hardware, rather than just up-grading the amount of available memory. It’s most probable that any Snapdragon 830 series that ultimately sees the sidereal day will have a lot more to concentrate on rather than just its capability to support up to 8GB of RAM, such as the speculated 10nm manufacturing process.