| Developers: | Micron Technology |
| Date of the premiere of the system: | 2021/10/28 |
| Branches: | Electrical and microelectronics |
Main articles:
2021: Micron Crucial DDR5 Memory Release
On October 28, 2021, the company Micron Technology announced the release of Micron Crucial DDR5 memory modules for desktop. PERSONAL COMPUTER
According to the company, updates to Micron's DDR5 memory technologies give higher throughput per core and almost twice as efficient memory throughput. This enables multi-core processors to provide the data they need for multitasking and especially demanding applications.
Key capabilities include:
- Compatible with 12th generation Intel Core processors that support DDR5 and various motherboards.
- Speeds from 4800 MT/s available for 8 GB, 16 GB, and 32 GB modules.
- 2x faster data transfer than DDR4 - this helps multi-core processors work with data needed for multitasking.
- Four times the module density compared to 16 GB to 64 GB DDR4.
- The operating voltage is reduced to 1.1V, which allows you to significantly optimize energy efficiency.
- XMP support for easy recovery to JEDEC speeds. DDR5 optimizes energy efficiency by reducing the operating voltage to 1.1 volts. In addition, its features allow you to optimize the density of chips from 16 GB to 24 GB, 32 GB or more in the future, which quadruples the density of DDR5 modules compared to DDR4 DRAM. This provides future headroom and scalability for DDR5-enabled systems. Optimizing bus efficiency results in higher bandwidth efficiency. Combining higher throughput, lower power consumption, and higher density, DDR5 optimizes performance for various PC applications. For example, for creating 4K and 8K content, interactive entertainment, virtual reality.
Micron Crucial DDR5 memory has passed validation and is compatible processorsIntel with 12th generation Core, supporting DDR5, as well as with many of the main motherboards available in the motherboard. Micron Crucial DDR5 DRAM has pre-installed XMP profiles that allow users to restore memory performance to JEDEC speeds in the event of a decrease in memory speed at the system level.
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