Samsung to start mass production of 12GB lpddr5 for smartphones this month
Samsung will start mass production of 12GB packages of lpddr5 memory for smartphones in July. The modules are made up of eight 12Gbit chips and will most likely end up in Samsung’s Galaxy Note 10.
Samsung has already started mass-producing 12Gbit chips from lpddr5 and will release the 12GB modules later this month, the company announced. With a throughput of 5.5Gbit/s, the lpddr5 chips are 1.3 times faster than the current lpddr4x working memory with its 4.2Gbit/s.
As part of a 12GB module, it can process lpddr5 over a 64-bit wide bus at 44GB per second, where 12GB-lpddr4x gets stuck at 34.1GB/s. Moreover, according to Samsung, lpddr5 is thirty percent more efficient thanks to the application of new techniques for clocking and low-power modes. Production of lpddr5 16Gbit chips should start next year.
Samsung does not announce which smartphones will receive the memory first, but according to rumors there will be a variant of the upcoming Galaxy Note 10 with 12GB lpddr5. According to SamMobile, it is the version of the Note 10 with 1TB storage. Samsung would also release variants with 256GB and 512GB storage.
Timeline of Samsung’s dram production for mobile devices | |||
Date | Module size | Process | chip, speed |
August 2012 | 2GB | 30nm class | 4Gbit lpddr3, 1600Mbit/s |
April 2013 | 2GB | 20nm class (2y) | 4Gbit lpddr3, 2133Mbit/s |
Nov 2013 | 3GB | 20nm class (2y) | 6Gbit lpddr3, 2133Mbit/s |
September 2014 | 3GB | 20nm class (2z) | 6Gbit lpddr3, 2133Mbit/s |
Dec 2014 | 4GB | 20nm class (2z) | 8Gbit lpddr4, 3200Mbit/s |
August 2015 | 6GB | 20nm class (2z) | 12Gbit lpddr4, 4266Mbit/s |
September 2016 | 8GB | 10nm class (1x) | 16Gbit lpddr4, 4266Mbit/s |
July 2018 | 8GB | 10nm class (1y) | 16Gbit lpddr4x, 4266Mbit/s |
March 2019 | 12GB | 10nm class (1y) | 16Gbit lpddr4x, 4266Mbit/s |
June 2019 | 6GB | 10nm class (1y) | 12Gbit lpddr5, 5500Mbit/s |
July 2019 | 12GB | 10nm class (1y) | 12Gbit lpddr5, 5500Mbit/s |