The highly productive G.SKIll memory manufacturer has just announced that he had achieved a milestone on the occasion of the CAMM2 circle. This novel standard of memory has been designed to replace SO-DIMM and Udimm formats, to which we are used to a thinner and faster substitute, and the first modules will go to the market around mid-2024. . The company said that he hit the milestone of the Memtest stable memory speed using the CAMM2 64 GB memory module on the non -standard motherboard ASUS ROG Maximus Z890 Hero Camm2 in combination with the Intel Core Ultra 7 265K processor.
This is a significant improvement compared to the official JedEC specification for DDR5, which has speeds from 4800 to 8800 Mt/s. The current memory record is stored by the Canadian SaltyCroissant transfer, which struck DDR5-12054 using the G.SKIll TRIDENT ZS DDR5-8000 48 GB (2x24GB) CL38 memory and spotless air cooling. Although the DDR5-10000 record achieved with the assist of CAMM2 memory modules may not yet be potentially breaking this record, because it has been specially designed for action faster than widely available sticks on the market.
Despite its advantages, it would be complex to find CAMM2 modules and motherboards on the market. Although manufacturers such as G.Skill, TeamGroup and Kingston have shown CamM2 memory modules on Computex 2025, they are still not easily accessible to retail sellers. The only key is the only one that sells CAMM2-in particular LPCAMM2 LPDDR5X-7500 memory in 32 GB and 64 GB. In addition, PC manufacturers did not release the CAMM2 version of their motherboards. So, even if you want to be on the latest technology and apply CAMM2 memory for your latest version, it just won’t happen, at least today.
Despite this, the CAMM2 form offers advantages that make it a valuable investment. Due to the advantage of the size, laptop and manual device manufacturers can abandon soldered RAM on their products with LPCAMM2 modules. In this way, they can have an update and repair without harming the thickness. It can also reduce production costs, enabling a single production line for handling all variants of RAM capacity, instead of configuring separate pillows for soldering various memory configurations.
CAMM2 will take time to achieve the mainstream, especially when DIMM is deeply rooted in our current hardware infrastructure, arriving with Intel Pentium processors since the early 1990s, but as the novel generation of novel generation of artificial intelligence increases for AAA-Refrigerators, I can finally take a central place.
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