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Nvidias New Components Make it Possible to Create a Supercomputer Nvidias New Components Make it Possible to Create a Supercomputer

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Nvidia’s New Components Make it Possible to Create a Supercomputer with Performance Over 10 exaFLOPS, But There’s a Catch

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Today we learned that the world’s first supercomputer with a performance of over 1 exaFLOPS has appeared, moreover, based on AMD components. Nvidia decided to answer this at least informationally.

Nvidia's New Components Make it Possible to Create a Supercomputer with Performance Over 10 exaFLOPS, But There's a Catch

It issued a press release revealing that a number of leading manufacturers are already using its Grace CPU Superchip to build next-generation supercomputers. This is about exascale computing.

So, Grace CPU Superchip processors and Grace Hopper accelerators are already planning to use Atos, Dell Technologies, Gigabyte, HPE, Inspur, Lenovo and Supermicro.

As supercomputing enters the era of exascale artificial intelligence, Nvidia is teaming up with our OEM partners to empower researchers to tackle big, never-before-seen problems. From climate science, energy research, space exploration, digital biology, quantum computing and more, the Grace CPU Superchip and Grace Hopper Superchip form the backbone of the world’s most advanced HPC and AI platform

Separately, Nvidia is talking about the Venado system, which will be installed at the Los Alamos National Laboratory. This supercomputer is expected to have performance in excess of 10 exaFLOPS, but it needs to be said that Nvidia is talking about AI performance. That is, it will be so in some separate tasks.

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Laptops

Lenovo’s first AI laptop will be very quiet, but not always. Details about Xiaoxin Pro AI Ultrabook 2024

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Lenovos first AI laptop will be very quiet but not

Lenovo has published a teaser dedicated to its first AI laptop – Xiaoxin Pro AI Ultrabook 2024. One of the main features of the device will be low noise level.

Lenovo's first AI laptop will be very quiet, but not always.  Details about Xiaoxin Pro AI Ultrabook 2024

The image shows the cooling system of the Xiaoxin Pro AI Ultrabook 2024. Everything here is pretty standard for a model that does not have a dGPU: two heat pipes and two fans. The creators say that the minimum noise level of the system will be only 17 dBA, and this is really low. But there is a nuance: we are talking about noise at the minimum fan speed in energy saving mode. And although Lenovo says that the laptop’s performance in this mode will be high, it will still be far from what the Core Ultra processor can show in maximum performance mode.

The official premiere of the new product, apparently, will take place this week – immediately after Intel introduces the CPU Core Ultra. Lenovo Xiaoxin Pro AI Ultrabook 2024 will receive 32 GB of RAM, a 1 TB SSD, an 84 Wh battery (the predecessor has 75 Wh) and support for 100-watt charging.

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Phones

The iPhone 16 and Galaxy S24 lines will not receive an increase in RAM compared to their predecessors, despite the hype around AI

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The iPhone 16 and Galaxy S24 lines will not receive

Samsung smartphones from the Galaxy S24 line and devices from the iPhone 16 line will likely retain the same RAM options that current models currently have.

The iPhone 16 and Galaxy S24 lines will not receive an increase in RAM compared to their predecessors, despite the hype around AI

Analysts at Mizuho Securities, cited by insider Revegnus, say that the growing demand for AI should, in theory, contribute to the growth of RAM in smartphones. We previously reported that thanks to the emphasis on AI, manufacturers may begin to actively equip their smartphones with 16-24 GB of RAM.

However, a significant increase in memory prices, as well as the still missing scenarios for local AI that will run directly on smartphones, will lead to the fact that next year manufacturers will not actively increase the amount of memory. In particular, Samsung and Apple can leave everything as it is now.

This means that the iPhone 16 and 16 Plus will each receive 6 GB of RAM, and the iPhone 16 Pro and 16 Pro Max will each receive 8 GB. Samsung’s new generation flagships will have 8 or 12 GB of RAM.

It is likely that other manufacturers will not rush to increase volumes, and this, in turn, may slow down the development of local AI on smartphones.

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News

“Button island”, Exynos 1280, AMOLED screen 120 Hz, 50 MP with OIS, 5000 mAh. Samsung Galaxy A25 presented

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Button island Exynos 1280 AMOLED screen 120 Hz 50 MP

Samsung today introduced not only the Galaxy A15, but also the Galaxy A25. This model is built on the proprietary SoC Exynos 1280, and its design feature is the so-called “button island”. This is the elevation of the side frame in the area of ​​the power and volume keys.

“Button island”, Exynos 1280, AMOLED screen 120 Hz, 50 MP with OIS, 5000 mAh.  Samsung Galaxy A25 presented

Galaxy A25 received an AMOLED screen with a diagonal of 6.5 inches, Full HD+ resolution, frame rate of 120 Hz and maximum brightness of 1000 cd/sq.m. Interestingly, unlike the younger model, there are versions with both 8 GB and 6 GB of RAM (the Galaxy A15 has strictly 8 GB), the flash memory capacity is only 128 GB.

“Button island”, Exynos 1280, AMOLED screen 120 Hz, 50 MP with OIS, 5000 mAh.  Samsung Galaxy A25 presented

The main camera of the Galaxy A25 has three sensors with a resolution of 50, 8 and 2 megapixels. The main module has optical stabilization. Front camera with 13 megapixel sensor.

“Button island”, Exynos 1280, AMOLED screen 120 Hz, 50 MP with OIS, 5000 mAh.  Samsung Galaxy A25 presented

The battery capacity is 5000 mAh, and supports 25 W wired charging. One UI 6.0 out of the box is used as the shell. Dimensions and weight of the smartphone are 161 x 76.5 x 8.3 mm and 197 grams. Price: $270.

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