As the 4th industrial revolution, non-face-to-face work, artificial intelligence, metabus, autonomous driving, and 5G technologies become commonplace, data production and consumption are rapidly increasing. Games and data centers respond by upgrading hardware such as CPU, memory, and storage devices. Data that requires analysis and real-time processing is collected, and each data is used for high-performance tasks such as AI/ML suitable for industry groups. Many platforms are adopting in-memory-based approaches to handle increasingly data-intensive workloads in real time. The infrastructure market, where in-memory platforms are growing, requires previously unimaginable levels of memory capacity, and the demand for larger memory will only grow in the future. However, DRAM, which is used as memory, is very expensive due to its slow development. Therefore, it is expensive to expand DRAM capacity to fully operate the in-memory platform. In addition, DRAM has a fixed DIMM slot that can be installed in a single system, and the maximum capacity that can be supported is limited due to process dependency. At this time, SYSALIGN provides a solution. SYSALIGN solution supports Intel® Optane™ DC Persistent Memory. It supplies more memory capacity to existing nodes without a separate device, enables software-defined server operation, and dramatically reduces the cost for customers to expand memory through technology that converts inexpensive NVMe to relatively expensive DRAM, will save you. Our technology can be used in any environment, including public cloud, private cloud, and hybrid cloud, dramatically reduces customer's TCO, dramatically increases computing power, and supports next-generation DDR5 and CXL. In addition, the original technology of our software product utilizes memory variable block management technique to make it possible to use CPU and memory independently. Since CPU and memory are dependent on each other, it was common knowledge in the computer industry that the two should be viewed as a pair in design and use. It is the competitiveness of technology and the basis of creativity and innovation. SYSALIGN's core product is the commercialization of this technology through demonstration in the field of memory virtualization. Customers can monitor the data processing status in real time and select an option to flexibly increase resources to suit the situation.
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South Korea
Regional Coverage
Americas:
Latin America Region
North America Region
Asia, Pacific, and Japan:
Southeast Asia
Australia and New Zealand
Japan
Taiwan
Rest of Asia
Korea
South Asia
People's Republic of China:
People's Republic of China
Use Cases
Artificial Intelligence : Deep Learning
Artificial Intelligence : Machine Learning
Artificial Intelligence : Medical imaging, Analysis and Diagnostics
Artificial Intelligence : Robotic Process Automation
High Performance Computing
Asset & Operations Optimization
Media & Entertainment : Animated films
Media & Entertainment : Game Development
Media & Entertainment : Graphics Design
Cloud Computing : Private Cloud and Software Defined Infrastructure
Others
Industry
Software
Company Resources
[Whitepaper] SYSALIGN_DMES
Resource Type: White Paper
[Whitepaper] SYSALIGN_SMES
Resource Type: White Paper