Samsung Unveils 50 MP ISOCELL GNK Sensor with New Capabilities and Improvements
South Korea-based tech giant Samsung today unveiled a new image sensor called 50 MP ISOCELL GNK. The company, which has successfully taken on the role of being the leading camera supplier in the market, aims to improve its photo and video capabilities.
Samsung today unveiled a new ISOCELL GNK sensor that looks set to improve the camera capabilities of many devices. The 50 MP sensor is capable of capturing images with up to 120dB more dynamic range than the previous ISOCELL GN1.
With various improvements, this sensor improves the dynamic range of the image compared to the previous sensor. It also has three different ISO modes, and the image stabilization feature gains great capabilities.
We will see phones with 50 MP ISOCELL GNK sensors next year.
The 50-megapixel ISOCELL GNK doesn’t physically change size from its predecessor and remains 1/1.3″ in size and even has the same 1.2 micron pixel size. However, Samsung has made different improvements to its sensor to offer enhanced photo and video capabilities.
Among the innovations of this lens is Dual Pixel Pro technology, which enables faster focusing on moving objects during video. It will also be able to take photos in 14-bit RAW format.
ISOCELL GNK, which can record video at 8K resolution and 30 frames per second, seems to be a sensor that will not let Samsung down. However, the company has not yet announced which phones this sensor will be used in. Samsung’s launches this year are not over yet, so we will probably see the first Galaxy phones with this sensor in 2024.
Hardware news and contents
HPE (Hewlett Packard Enterprise) Announces Industry’s First Liquid Cooled System Architecture
Hewlett Packard Enterprise (NYSE: HPE) announced the industry’s first 100 percent fanless, direct liquid-cooled system architecture to improve the energy and cost efficiency of large-scale AI systems.
Hewlett Packard Enterprise (NYSE: HPE) announced the industry’s first 100 percent fanless, direct liquid-cooled system architecture to improve the energy and cost efficiency of large-scale AI systems.
Although efficiency is increasing in new generation computing infrastructures, energy consumption is also increasing with the rapid development of artificial intelligence and more is needed than traditional liquid cooling techniques.
The most effective way to cool new generation artificial intelligence systems is through direct liquid cooling systems pioneered by HPE. Thanks to this new cooling technology, the systems designed by HPE managed to be included in 7 of the top 10 supercomputers on the Green500 list, which lists the world’s most energy-efficient supercomputers.
HPE‘s 100 percent fanless direct liquid cooling architecture will enable the cost and energy efficiency advantages already enjoyed by leading AI systems to extend to all organizations working on productive AI.
“As organizations seize the opportunities created by generative AI, they must also support sustainability goals, combat increasing power requirements, and reduce operational costs,” said HPE President and CEO Antonio Neri. Our new architecture uses only liquid cooling and provides greater energy and cost savings than alternative hybrid cooling solutions on the market. “HPE’s expertise in deploying the world’s largest liquid-cooled IT environments and our decades of market leadership positions us perfectly to capture demand for AI.”
The new system architecture is built on the following four pillars:
- 8-component cooling design with liquid cooling for full blade server fabric, network, local storage, GPU, CPU, rack/cabinet, pod/cluster, and cooler distribution unit (CDU)
- High-density, high-performance system design, complemented by rigorous testing, monitoring software and on-site service to support the successful deployment of sophisticated computing and cooling systems
- Massively integrated network fabric design to integrate low-cost and low-power connections
- Open system design offering flexibility in the selection of accelerators
The 100 percent fanless direct liquid cooling architecture offers unique advantages, including a 37 percent reduction in cooling power required per blade server compared to hybrid direct liquid cooling alone. This reduces electricity costs, carbon emissions and data center fan noise. Additionally, systems using this architecture support greater server cabinet density and take up half less space.
Hardware news and contents
Razer Introduces Viper V3 Pro Sentinels Edition
Razer announced the Viper V3 Pro Sentinels Edition, a new gaming mouse with high-level performance and eye-catching metallic red design, in collaboration with the Valorant esports team Sentinels.
Razer announced the Viper V3 Pro Sentinels Edition, a new gaming mouse with high-level performance and eye-catching metallic red design, in collaboration with the Valorant esports team Sentinels.
Razer introduced the Viper V3 Pro Sentinels Edition. Designed in collaboration with Razer and Sentinels, one of VALORANT’s successful esports teams, this special edition mouse stands out with its high-end technology features and eye-catching design.
The Viper V3 Pro, which was released in April this year, was crowned as the leading mouse in VALORANT for three consecutive months (August – October 2024) on Prosettings.net, thus emphasizing its superiority in the esports scene.
Perfect design in competition: Viper V3 Pro
Viper V3 Pro Sentinels Edition offers directivity and dynamic precision with Razer Focus Pro 35K Optical Sensor Gen-2 technology, which offers the Sentinels Edition the highest sensitivity with 99.8% sharp resolution, thanks to the lightweight, symmetrical design and high-end technology of the Razer ViperV3 Pro. It offers advanced control. Additionally, for ultra-low latency and peak performance, the Razer HyperPolling wireless dongle supports true polling rates up to 8000 Hz.
The metallic red gaming mouse, which also features the Sentinels team logo, also references the success Sentinels has achieved so far in esports. Advanced features such as dynamic sensitivity and automatic polling rate adjustment, tested by esports professionals, offer up to 95 hours of gameplay. Razer Optical Mouse Switches Gen-3 has a lifespan of 90 million clicks. V3 Pro’s 54 gram weight is ideal for competitive games.
Hardware news and contents
New Screen Technology Will Be Used in iPad Air and iMac
The rumor mills continue to turn at full speed. A remarkable new claim has been made. It has been claimed that Apple will make major changes to the screen of iPad Air, iMac and Studio Display. Here are the details…
The rumor mills continue to turn at full speed. A remarkable new claim has been made. It has been claimed that Apple will make major changes to the screen of iPad Air, iMac and Studio Display. Here are the details…
Rumor has it that Apple, iPad Air is developing displays with a 90 Hz refresh rate for the 24-inch iMac and Studio Display. This rumor was revealed by an anonymous source who reached out to Myke Hurley and Jason Snell’s Upgrade podcast. The screens of the iPad Air, iMac and Studio Display currently on the market offer a 60 Hz refresh rate. If the claim is true, the new 90 Hz screen will be used first on the iPad Air with M3 processor. It will come to iMac and Studio Display later.
In his report published weeks ago, display analyst Ross Young stated that Apple was working on a ProMotion display that supports 120 Hz refresh rate for iPhone 17s. However, this is the first time that the technology giant has claimed to have developed 90 Hz display technology for its other devices. The claim is quite remarkable because it was brought to the agenda for the first time.
According to Bloomberg and several different sources, the new generation iPad Air will be released in the first half of 2025, along with the iPhone SE 4. While a few sources give the release date as March, others emphasize that both devices will be released around April. There are no rumors yet about when the next generation Studio Display will be available. The new iMac was announced last week. Therefore, we can see the iMac with a 90 Hz refresh rate in late 2025 at the earliest.
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