OpenAI CEO Sam Altman argues that RAM memory should be allocated in data centers and not in user PCs
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Olhar Digital
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OpenAI CEO Sam Altman argues that RAM memory should be allocated in data centers and not in user PCs

Sam Altman, CEO of OpenAI, expressed his opinion that keeping large volumes of RAM memory in personal computers constitutes a waste, considering the current global scarcity of this component. For the executive, it would be more advantageous to direct these resources to data centers, thus optimizing existing capacity.

This statement was made during his participation in the Cheeky Pint podcast, in a debate about bottlenecks in technology supply chains. Altman voiced specific criticisms against the notion that open-source artificial intelligence (AI) models, run directly on users' devices, could reduce the need for vast processing centers.

He pointed out that many individuals believe that running models locally would solve part of the demand for AI infrastructure. However, the executive argues that this approach is not necessarily the ideal way to manage a scarce resource.

Altman stated: 'From a global allocation perspective, it is truly bad that everyone has a portion of the world's limited DRAM supply sitting idle in their own computer, only being used 5% of the time.' According to the CEO's analysis, the available memory needs to be used with maximum efficiency possible. He added: 'You want maximum utilization in the cloud if you are trying to deal with this extremely restricted supply environment.'

Altman's perspective contrasts with the interest of developers and users in running AI models directly on their PCs. This option has the potential to decrease dependence on cloud-hosted services and enable certain tasks without constantly relying on the infrastructure of large corporations.

On the other hand, the executive's argument is based on the premise that the memory installed in data centers can be utilized much more intensely, while personal computers tend to remain on without fully exploiting their capacity.

This debate highlights a conflict between two methodologies of computational resource distribution: either keeping processing power in the hands of users or centralizing it in large shared structures.

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DDR5 RAM memory selection on sale on Amazon to boost PC performance
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DDR5 RAM memory selection on sale on Amazon to boost PC performance

If your computer needs greater processing capacity, this is the ideal time to invest in quality RAM. Three options for DDR5 memory that are on sale on Amazon have been selected, all recognized for their good market reputation and capable of elevating your equipment's level.

One of the options presented is a Corsair memory with a frequency of 5200MHz and CL40-40-40-77 latencies. This module operates at 1.25V and supports both AMD Expo and Intel XMP 3.0, facilitating overclocking adjustments directly through the BIOS. It is recommended for building high-performance desktops that require broad compatibility with current technologies.

Another model from the Corsair Vengeance line, also with 16GB and 5200MHz, was highlighted for being suitable for desktops that prioritize stability and consistent performance. The Vengeance line is known for its reliability and support for XMP profiles, which allows extracting maximum frequency without difficulty, making it a robust alternative for memory expansion while maintaining brand credibility.

For users who build smaller PCs or wish to add an additional module without incurring large costs, Adata offers an 8GB DDR5 that runs at 5600MHz. This frequency exceeds the expected average for the entry-level DDR5 standard and focuses on energy efficiency and good performance in daily use, making it ideal for compact systems or as a starting point for future upgrades.

It is important to note that promotions on Amazon can change quickly, encouraging interested parties to access the links immediately to secure the current conditions. A RAM upgrade represents one of the most direct ways to improve computer performance, whether for gaming, professional tasks, or intensive multitasking.

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