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Ampere releases 80-core Arm development kit with support for Nvidia RTX GPUs

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In a letter: You can now buy an 80-core Arm dev kit that can run Windows just fine for the price of a typical high performance system. You only need it if you’re prototyping edge computing hardware or software, but imagine if you could do. with him during downtime.

Amp launched Altra Developer Kit this week a stripped-down system that comes in a cardboard box. It includes a functional motherboard, an SoC glued to the daughterboard, three heatsinks, and the all-important VGA-HDMI cable. This from 2003 dollars for a 32-core kit and goes up to $2,621 for an 80-core kit. Ampere also makes a 128-core SoC, but it’s out of stock right now.

Ampere manufactures four different SoCs based on the Arm Neoverse N1 architecture for data centers. The 32-core model runs at 1.7 GHz, while the 64-core model runs up to 2.2 GHz. Both the 80-core and 128-core models run at up to 2.6GHz. All four models have 64 PCIe 4.0 lanes and support up to 768GB of DDR4 ECC memory divided into six channels.

Ampere and its parent company IPI (Industrial Prototyping for IoT) sell systems to consumers for development and testing purposes only. Ampere’s other main product is Altra Developer Platform (top), pre-built tower.

It looks like a standard gaming PC with a tempered glass panel on one side, five RGB fans, and a 240mm all-in-one PC inside. You’d be forgiven for mistaking it for a mid-range machine if you saw an unbranded 128GB M.2 stick and two green DDR4 sticks in mismatched slots, but it doesn’t come cheap.

It starts at $3,250 for the 32-core, 32GB RAM version, and can be configured up to 128 cores, 128GB of RAM. for $5658.

Ampere is one of the few brands touting their data center SoCs as supporting Windows and consumer Nvidia RTX GPUs out of the box.

The developer platform comes with an unspecified discrete GPU as standard, but can be upgraded with an RTX GPU later, as demonstrated on Twitter by Ampere Head of Edge Computing Joe Speed. I would most like to see an RTX 4090 thrown in there to see if the Arm chips can handle AAA games. Nvidia is already using them for stream mobile games in China in combination with A16 GPUs.

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Twitter: BBC opposes ‘publicly funded media’ label

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The corporation says it wants to resolve the issue after one of its primary accounts gets a new assignment.

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The Intel Core i9-12900K is recognized as the “Best Gaming Processor in the World”.

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information launched its first six Alder Lake-S processors on Wednesday night. The SKUs that form the initial roster of 12th Gen Intel Core processors are detailed in the table below. In short, these are Intel Core i9-12900K/KF, Intel Core i7-12700K/KF and Intel Core i5-12600K/KF. By suffixes, seasoned bit technologists will know that these are all unlocked enthusiast processors, and the “KF” chips sold with iGPUs have been processed without communication with the outside world.

The highlights of the launch of the first Intel 7 product were mostly what we were missing after Intel Architecture Day in August: specific SKU release information, a small amount of testing, and some input from Intel partners regarding the first 600 series. motherboards and DDR5 RAM kits. We have all of that now, but Intel is not allowing third-party reviews to be posted until CPUs and PCs go public starting November 4th.

Above you can see all the new SKUs. You can see a combination of P and E cores, base and turbo frequencies, as well as caches and so on. Important new data in this table includes base processor power and maximum power in Turbo mode. You can disregard the lower power as all enthusiast motherboards will run the new processors with a higher power limit shown to maximize their potential.

Considering that the top-end Intel Core i9-12900K processor unleashes the potential of these 12th generation Core processors, Intel claims that this chip is “the best gaming processor in the world.” It has 16 cores and 24 threads and runs at up to 5.2GHz, but in your high end cooler it will draw over 240W under heavy loads.

At last night’s event, Intel showed some results from its own benchmarks, demonstrating a “gaming lead”. You can see the chart he shared right above that suggests the Intel i9-12900K is about 12 percent faster than the AMD Ryzen 9 5950X in modern PC gaming. Unfortunately, it appears that Intel systems running Windows 11 have not been updated with AMD/Microsoft patches in order for AMD L3 caching and “preferred kernel technology” to work properly. Be aware that these issues can slow down the game on AMD platforms by as much as 15%.

Intel has been better at claiming achievements in content creation than its own previous-generation flagship processors. In these CPU-intensive cases, 12th Gen processors were at least a third faster than their 11th Gen ancestors. Of course, more cores and creative multi-core applications have played an important role in these rises.

For your interest, I have embedded a comparison shot of the Intel i9-12900K die below as shared by Der8auer. You can also check out some fancy plates and pictures courtesy of HardwareLuxx editor Andreas Schilling. on twitter.

The flagship Core i9-12900K is rumored to be $590, the Core i7-12700K is $410 and the Core i5-12600K is $290.

Along with the new processors, Intel has introduced brand new 600 series chipsets. In terms of enthusiast-level desktop processors, partners such as Asus, Gigabyte and MSI have successfully released motherboards based on the Z690 chipset. The new motherboards provide advanced and modern I/O technologies such as PCIe 5.0, DDR5 (typically), fast integrated wired and wireless networks and more as standard.

Many new motherboards have been discovered, for example, only Asus has nineteen Z690 models out-of-the-box, covering all kinds of features and sizes (E-ATX, ATX, mATX and mini-ITX). Similar aorAnd G.Skill are also showing off their new DDR5 memory modules.

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Underwater pendulums can calm waves and reduce coastal erosion

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Wave countermeasure device could limit erosion along coastline

Shutterstock / Xander

A system of inverted pendulums tethered to the seafloor can greatly reduce the size of waves, helping to limit beach erosion.

Beach-breaking waves are often stopped by stone walls built parallel to the shore, but these large structures are intrusive, difficult to regulate or move, and can trap muddy water or disturb marine habitats. Paolo Pesutto in the Italian National Research Council, the Institute of Marine Sciences and its colleagues built a prototype …

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