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SoC Exynos 2200 is much inferior in performance to last SoC Exynos 2200 is much inferior in performance to last

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SoC Exynos 2200 is much inferior in performance to last year’s Apple A14 Bionic and is not far from Exynos 2100

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As we previously reported, the Exynos 2200 SoC test results have appeared in the popular Geekbench 5 benchmark database. These results indicate that the upcoming platform may disappoint those looking forward to significant performance improvements over the Exynos 2100.

Galaxy S21 Ultra

The source published comparative test results of Exynos 2100, Exynos 2200 and Apple A14 Bionic, which directly indicate that the yet unannounced platform lost in performance to last year’s Apple A14 Bionic and is not far from the Exynos 2100.

Of course, there is an option that this is an engineering sample of Exynos 2200, and by the release of the final version of the platform, its performance will be improved. But the performance gain is unlikely to be very large. And do not forget that the iPhone 13 based on the Apple A15 Bionic will be presented tomorrow, and the first smartphones based on the Snapdragon 898 will be released by the end of the year.

SoC Exynos 2200 is much inferior in performance to last year's Apple A14 Bionic and is not far from Exynos 2100

The Exynos 2200 is rumored to include a 2.59GHz ARM Cortex-X2 super-core, three high-performance 2.5GHz Cortex-A710 cores, and four energy efficient ones running at 1.73GHz. The GPU, codenamed AMD Voyager, will provide significant performance gains and can rival the Apple A15 Bionic GPU.

The Exynos 2200 is set to debut in the Samsung Galaxy S22 line of smartphones.

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Micron invests up to $100 billion in semiconductor manufacturing in New York State

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Micron invests up to 100 billion in semiconductor manufacturing in

Micron Technology intends to invest up to $100 billion over the next 20 years to build a manufacturing facility in New York State. It will produce semiconductors and become the largest in the world. It is expected that the launch of the new enterprise will create about 50,000 new jobs. As for investments, by the end of this decade they will amount to $20 billion.

Micron invests up to $100 billion in semiconductor manufacturing in New York State

Earlier in August, the company announced its intention to invest $40 billion by 2030 in memory production in the US. It also plans to invest $15 billion in a semiconductor manufacturing plant, which will be located in Idaho. Against the background of this information, the value of Micron shares increased by 3.1%.

Such large investments are not accidental – this is due to the signing of the Law on Chips and Science. According to him, US companies can receive government subsidies, $52.7 billion has been allocated for the project, which will expand the production of microcircuits and stimulate the development of the semiconductor industry in the United States.

Earlier, Intel and the Canadian company Brookfield entered into an agreement under which they will invest up to $30 billion in a plant in Arizona.

At the same time, it became known earlier that the United States wants to impose new sanctions against China, specifically related to high technologies.

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Missiles no longer needed? Space catapult SpinLaunch successfully sent a payload into orbit for the tenth time

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Missiles no longer needed Space catapult SpinLaunch successfully sent a

SpinLaunch announced the results of the tenth successful flight test of its rocket-free space launch technology, the Orbital Launch system. During the test, the company launched a NASA payload into orbit, after which it was able to return to Earth to analyze the effect of stress loads on components.

Missiles no longer needed?  Space catapult SpinLaunch successfully sent a payload into orbit for the tenth time

As it turned out, elements of the satellites could well survive such an extreme launch. Indeed, with such a launch technology, the acceleration was up to 10,000 g, and the “projectile” itself accelerates to a speed of 8,000 km / h. This allows you to launch small payloads into orbit, and much cheaper than using rockets.

The tenth flight test represents a watershed moment for SpinLaunch. Today we are bringing the Sub-Orbital Booster System to our customers, strategic partners and research teams. The data and insights gained from flight testing will be invaluable to both SpinLaunch (as we continue to develop the Orbital Launch system) and to our customers who hope to that we will provide them with low-cost, high-quality and sustainable access to space”, said Jonathan Jani, founder and CEO of SpinLaunch.

SpinLaunch has been developing its launch technology since 2015, although actual launches only started last year. The company claims that their method is much more environmentally friendly and much safer than classic rockets.

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World’s first laptop with RISC-V processor goes on sale It costs $1,500

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Worlds first laptop with RISC V processor goes on sale It

The ROMA laptop, the world’s first portable computer based on the RISC-V processor, which was introduced last summer, appeared on Alibaba’s Chinese site. This model is priced at $1499.

World's first laptop with RISC-V processor goes on sale It costs $1,500

At the moment, the manufacturer plans to ship about 100 units by the end of the year, and up to 1,000 more in the first quarter of 2023. At the same time, to purchase, you need to contact the supplier directly, clarify the price and specifications before placing an order.

The laptop itself is the result of a partnership between China’s DeepComputing and Xcalibyte. It is built on the Alibaba T-Head TH1520 processor with four 64-bit Xuantie C910 cores, which operate at a frequency of 2.5 GHz. It also has a neural processor with a performance of up to 4 TOPS and an Imagination graphics chip.

World's first laptop with RISC-V processor goes on sale It costs $1,500

The laptop is equipped with a 14.1-inch screen with a resolution of 1920 x 1080 pixels, 16 GB of RAM and 256 GB of permanent memory. Other features include a backlit keyboard, SD card reader, HDMI, USB-C, USB-A and Ethernet ports, Wi-Fi 5 and Bluetooth adapters, and a 1080p webcam.

For now, such a system will be of interest only to enthusiasts and developers, but this is the first mass alternative to x86 and Arm processors that has appeared on the market.

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