server-Intel

HPE DL380/388 Gen10 Xeon 4210 CPU (P02492-B21) technical parameters Name: HPE DL388 Gen10 /HPE DL380 Gen10 server dedicated CPU upgrade kit Number: P02492-B21 Description: Intel Xeon-Silver 4210 (2.2GHz/10-core/85W) Processor Kit for HPE ProLiant DL380 Gen10 Weight (imperial)2.5 lb Weight (metric) 1.13 kg Product Dimensions (imperial)6.88 x 11.25 x 6.68 in Product Dimensions (metric)17.48 x 28.57 x 16.97 cm Processor TypeIntel GenerationGen10 Server Platform(s) HPE ProLiant DL380 Processor ModelIntel Xeon-Silver 4210 Power Consumption Description85W Processor Speed2.2 GHz Cores10 cores

HPE DL380/388 Gen10 Xeon 4208 CPU (P02491-B21) technical parameters Name: HPE DL388 Gen10 /HPE DL380 Gen10 server dedicated CPU upgrade kit Number: P02491-B21 Description: Intel Xeon-Silver 4208 (2.1GHz/8-core/85W) Processor Kit for HPE ProLiant DL380 Gen10 Weight (imperial)2.5 lb Weight (metric) 1.13 kg Product Dimensions (imperial)6.88 x 11.25 x 6.68 in Product Dimensions (metric)17.48 x 28.57 x 16.97 cm Processor TypeIntel GenerationGen10 Server Platform(s) HPE ProLiant DL380 Processor ModelIntel Xeon-Silver 4208 Power Consumption Description85W Processor Speed2.1 GHz Cores8 cores

HPE DL380/388 Gen10 Xeon 4210R CPU (P23549-B21) technical parameters Name: HPE DL388 Gen10 /HPE DL380 Gen10 server dedicated CPU upgrade kit Number: P23549-B21 Description: Intel Xeon-Silver 4210R (2.4GHz/10-core/100W) Processor Kit for HPE ProLiant DL380 Gen10 Weight (imperial)2.5 lb Weight (metric) 1.13 kg Product Dimensions (imperial)6.88 x 11.25 x 6.68 in Product Dimensions (metric)17.48 x 28.57 x 16.97 cm Processor TypeIntel GenerationGen10 Server Platform(s) HPE ProLiant DL380 Processor ModelIntel Xeon-Silver 4210R Power Consumption Description100W Processor Speed2.4 GHz Cores10 cores

HPE DL380/388 Gen10 Xeon 3204 CPU (P02489-B21) technical parameters Name: HPE DL388 Gen10 /HPE DL380 Gen10 server dedicated CPU upgrade kit Number: P02489-B21 Description: Intel Xeon-Bronze 3204 (1.9GHz/6-core/85W) Processor Kit for HPE ProLiant DL380 Gen10 Weight (imperial)2.5 lb Weight (metric) 1.13 kg Product Dimensions (imperial)6.88 x 11.25 x 6.68 in Product Dimensions (metric)17.48 x 28.57 x 16.97 cm Processor TypeIntel GenerationGen10 Server Platform(s) HPE ProLiant DL380 Processor ModelIntel Xeon-Bronze 3204 Power Consumption Description85W Processor Speed1.9 GHz Cores6 cores

For the pursuit of speed, Intel can be said to be quick this year. In the spring of April, the tenth-generation Intel Core H series processor shines, the first to open a new era of performance of the core frequency of the game 5GHz+, among which the flagship core i9-10980HK eight-core processor is equipped with up to 5.3GHz core frequency strength. Following in May, the tenth-generation Intel Core S series of processors debuted, including the flagship Core i9-10900K ten-core processor with a core frequency of 5.3GHz, and according to our previous evaluation of bubble network. Look, this generation of desktop-level processors is still very capable of overclocking, and most unlocked multiplier processors can be overclocked to full core 5.0GHz+. Such a high frequency, whether on the desktop platform or mobile platform, far behind competitors! So, what does 5.0GHz+ mean? I believe people are basically clear. This frequency level means more excellent performance, especially for gaming...

At this week's 2020 VLSI Technology and Circuits Symposium, Intel will introduce a series of research results and technical perspectives on the transformation of computing caused by the growing data distributed on cores, edges, and endpoints. CTO Mike Mayberry will deliver a keynote speech entitled "Future Computing: How Data Transformation Reshapes VLSI", emphasizing the importance of transitioning from hardware/program-centric computing to data/information-centric computing.  "There is a huge amount of data flow on the distributed edge, network and cloud infrastructure, which requires high energy efficiency and powerful processing near the location where the data is generated, but this processing is often constrained by bandwidth, memory and power resources The Intel Research Institute highlighted several new methods for improving computing efficiency at the VLSI seminar. These methods show the broad prospects of various application fields, including robotics, aug...

Xeon E3 is a single-socket processor series for workstations and entry-level servers, Xeon E5 is a processor series for high-end workstations and servers, and Xeon E7 is a processor series for mission-critical and data centers. The following is a detailed introduction: 1. Xeon and Core are similar to Intel's processor series, and Xeon processors are mainly used for professional-grade and server products, similar to Core i3, i5, i7 three series. 2. The Xeon E3 processor is mainly for low-end servers and microservers, generally used for website hosting and cloud services, designed to handle a large number of light network transactions or cloud transactions, such as used in search queries and social networks The effect of the web page. 3. The Xeon E5 is mainly used for entry-level dual-socket servers, high-performance dual-socket and quad-socket servers, and is currently the most widely used mainstream server processor. 4. Xeon E7 is Intel's highest performance server proce...

Beijing, June 19, 2020-Intel Corporation today officially released the third-generation Intel? Xeon? Scalable processor and a new AI hardware and software product portfolio, designed to further help customers in data centers, networks and intelligent edge environments Accelerate the development and deployment of AI and data analysis workloads. As the industry’s first mainstream server processor with built-in bfloat16 support, the third-generation Intel? Xeon? scalable processor can help easier deployment of AI inference and training for applications such as image classification, recommendation engines, speech recognition, and language modeling On a general-purpose CPU. Lisa Spelman, Intel’s vice president and general manager of Xeon’s Processor and Storage Division, said: “Rapid deployment of AI and data analysis is critical for today’s businesses. Intel has been working to continuously strengthen the processor’s built-in AI acceleration capabilities and software. Optimize the advant...

Everything starts with an e-sports monitor When buying a computer last year, out of curiosity about Zen2 and longing for multi-core, plus the flicker of friends around me, I bought AMD 3900X, ASUS STRIX X570-I, and 2080TI graphics card. At first, it felt okay to use, because the monitor at that time was 60Hz, and any game can basically stabilize at 60fps after the vertical synchronization is turned on. Until the Spring Festival, I changed a monitor-ASUS XG279Q Since buying the e-sports screen, my 3900X will never be able to get up. The first is the frame rate. The average frame rate of this configuration for playing games is basically in the early 100s, and the minimum frame rate is even as low as fifty or sixty, and the frame rate is almost the same at 2k and 1080p resolutions. The CPU occupancy rate is only about 20%, basically in a situation where two cores are difficult to watch on 10 cores. Not only that, but this console will also occasionally show a strange phenomenon in the p...

CPU squeezing toothpaste has always been a topic that the market cannot circumvent, and various segments of -Intel squeezing toothpaste are endless. But in fact, Intel has silently applied many supercomputing technologies to consumer-grade processors, such as AVX521 and its extended instruction set VNNI, continuously improving the AI ​​performance in the processor, so that the overall performance of the processor has been further improved and optimization. Many users have the perception that the current PC processor has entered a bottleneck in terms of performance and applications. For example, using a 16-core CPU to access the Internet is not much faster than a 4-core CPU. The PC processor has "excess performance". But in fact, such recognition is very obvious. Needless to say, users in the professional field are pursuing the ultimate performance of computers. With the rapid development of Internet technology, ordinary users have more and more demands for images and videos,...

Beijing, June 19, 2020-Intel today held the Intel? Data Innovation Summit and New Product Launch Conference with the theme of "The Core Stores High, the Wise Are Stronger". Intel announced the latest data platform product portfolio, including third-generation Intel? Xeon? Scalable processors with integrated AI acceleration, Intel? First artificial intelligence optimized FPGA Stratix? 10 NX, second-generation Intel? Optane? Lasting Memory, the latest Intel? 3D NAND SSD and related software solutions to support customers in the data center, cloud and intelligent edge areas to further accelerate the development and deployment of workloads such as artificial intelligence and data analysis, help the construction of intelligent new infrastructure, and control the digital economy New wave. Based on Intel? Xeon? Scalable processors with integrated AI acceleration, Intel's innovative data-centric product portfolio is supporting customers' digital transformation and intelligen...

We are at a major turning point in the human history-the global epidemic has reshaped our work, connections and interactions. It is no exaggeration to say that this moment will have a long-term and wide-ranging impact on the economy, the community, and how we will conduct technological innovation and investment in the next few years. To this end, more than 700 researchers at Intel Research are strengthening research through expertise across multiple disciplines. Such moments also allow us to further focus on areas in need of innovation and conduct principled innovation. Intel recently released the 2030 global impact target, highlighting the urgent need to expand development opportunities through technology and digital readiness programs. With the help of scientific and technological research, we have unprecedented opportunities to achieve social-level changes on a global scale. Although during the epidemic, technology has effectively maintained the interconnection between people, the...

Intel will work with the International Olympic Committee (IOC) to provide life coaching, planning guidance, skill learning, and career development services for more than 50,000 athletes participating in the Olympic Games, which will continue to be postponed to the Tokyo Olympics to be held next year. These services provided by Intel are an important part of Athlete365, the official athlete support program of the International Olympic Committee. This new plan is a direct result of Intel’s commitment to supporting Olympic athletes and the Olympic Star of Hope, and will help athletes work hard to overcome the impact of the new coronary pneumonia epidemic. Intel provides these services to athletes by referring to the existing benefits provided to its employees. Athletes can get tools to help them cope with the challenges posed by the global outbreak. These tools and services include Headspace and EXOS, as well as other learning and career development services provided by Intel and LinkedI...

What’s New: Today, Intel and the National Science Foundation (NSF) announced award recipients of joint funding for research into the development of future wireless systems. The Machine Learning for Wireless Networking Systems (MLWiNS) program is the latest in a series of joint efforts between the two partners to support research that accelerates innovation with the focus of enabling ultra-dense wireless systems and architectures that meet the throughput, latency and reliability requirements of future applications. In parallel, the program will target research on distributed machine learning computations over wireless edge networks, to enable a broad range of new applications. “Since 2015, Intel and NSF have collectively contributed more than $30 million to support science and engineering research in emerging areas of technology. MLWiNS is the next step in this collaboration and has the promise to enable future wireless systems that serve the world’s rising demand for pervasive, intell...

Students at Chandler-Gilbert Community College gather for a new student orientation in 2019. Intel is partnering with Maricopa County Community College District to launch the first Intel-designed artificial intelligence associate degree program in the U.S. The program’s first phase will be piloted online at Estrella Mountain Community College and Chandler-Gilbert Community College in fall 2020. (Credit: Maricopa County Community College District) What’s New: Intel is partnering with Maricopa County Community College District (MCCCD) to launch the first Intel-designed artificial intelligence (AI) associate degree program in the United States. The Arizona Commerce Authority will also provide a workforce grant of $100,000 to support the program. It will enable tens of thousands of students to land careers in high-tech, healthcare, automotive, industrial and aerospace fields. “We strongly believe AI technology should be shaped by many voices representing different experiences and backgro...

Ashton Eaton is the third Olympian to achieve back-to-back gold medals (2012, 2016) in the decathlon and holds five World Championship gold medals in both the decathlon and heptathlon events. Eaton works at Intel as a product development engineer, focusing on integrating key technologies into the Olympic Games. Intel, working with the International Olympic Committee (IOC), will extend life-coaching, mentoring, and learning and development services to more than 50,000 athletes that are a part of the Olympic community through the postponed Olympic Games in Tokyo next year. Intel will provide these services as part of Athlete365, the IOC’s official athlete support program. This new initiative is a direct outcome of Intel’s commitment to supporting Olympians and Olympic hopefuls who are managing the impact of the COVID-19 pandemic. More: Olympic Games Tokyo 2020 (Press Kit) Intel was able to provide these services through existing benefits the company offers its employees. Athlete ...

Intel's Smart Response Technology (SRT) was introduced in 2011 to boost the overall performance of computers with an Intel CPU. Intel SRT enables a SATA solid state drive (SSD) to serve as a cache for a hard disk drive (HDD), resulting in faster read/write speeds. Intel's Smart Response Technology is exclusively available for PCs running Windows 7 and later. What Is Intel's Smart Response Technology? Solid-state drives offer extremely fast data access and load times, but they typically provide less overall storage and come with a higher price tag than hard disk drives. By combining the two technologies, SRT enables the Intel processor to access data in the fastest, most efficient way possible. Enterprise-class servers have long used solid state drives as a form of cache between the server and their hard drive arrays to boost performance without the extremely high cost of a full SSD array. Intel introduced this same technology to many of its personal computers several y...

Adobe announced three years ago that the company planned to retire Adobe Flash on December 21, 2020. The plan still stands with Adobe making all the necessary preparations for the multimedia software platform's retirement. During its lifetime, Adobe Flash had been an important part of website, application and game designs. However, it's way past its prime, and Adobe also acknowledges that there are now better alternatives out there, such as HTML5, WebGL or WebAssembly. Adobe has committed to supporting Adobe Flash with bug fixes, new features and security patches until the end of the year. After that, the company will wheel it into the retirement home and pull all Flash Player download pages from its website. Artists, developers and businesses that didn't plan ahead and replace Flash content will ultimately be left with unusable websites. You might be tempted to acquire Flash Player from a third-party provider, but Adobe advises against doing so since the company cannot ...

Whether you’re building a new PC from the ground up or looking for a new place to house your processor and other components while making a few upgrades along the way, your choice of motherboard is a key consideration. And right now, new motherboards with the B550 chipset are offering some of the best capabilities at a price that’s easy to stomach. The most capable motherboards don’t tend to come cheap, often costing as much as even a high-end CPU. So, if you’re looking to put together a PC that’s affordable, not all motherboards are going to fit the bill. While AMD’s Ryzen 3000-series processors offer incredible value, the only way to get the most out of them has been with expensive X570 motherboards. The B550 chipset is changing that. The new B550 chipset doesn’t just natively support Ryzen 3000-series processors, but it will also offer support in the future for the next generation of Ryzen processors, giving you a clear upgrade path. Motherboards using this chipset bring USB 3.2 Ge...