Software Defined Memory(SMES)
SYSALIGN’s SMES is a software that applies software-defined memory (SDM) technology that converts high-performance non-volatile memory (NVMe) into DRAM. Many enterprise systems today have slots that support the NVMe. Additionally, the capacity of NVMe continues to grow. The Scalable Memory Extension System (SMES) provides a solution that allows this in-memory infrastructure environment to configure to a lower TCO in response to the recent rapid increase of demand. That is, DRAM expansion technology for non-volatile memory.
Integration of memory resources over the network
Incorporates physical DRAM expansion software that can support increased memory usage for workloads within the system. This extends very simply. Our technology provides memory expansion based on efficiency, agility, and reliability that reduces TCO in any environment, such as public cloud, private cloud, or hybrid cloud. It reduces customer TCO and gives existing computing power new computing abilities.
Performance beyond the limits of virtualization
- Virtualized memory expansion performance closest to bare metal
- Loaded with optimization resource management algorithm according to application
Works on all standard NVMe interface
- Works even with parallel interfaces based on multiple storage
- Possible even if the installation time of each node is different
- NVMe compliant with PCIe3.0x4 (32GT/s) standard is recommended
Quick and easy deployment management,
and operability operability
- Consists of software only
- Server can be scaled up/down
- Configure multiple virtualization servers within one server
- Works on standard Linux-based host OS
- Guest OS supports Linux and MS-windows
SYSALIGN’s SMES provides high performance beyond the limits of the virtualization environment and ensures stability by reducing data movement latency and overhead by implementing signal integrity issues and M-To-M data movement technology. SMES operates virtualized memory pools extended to DRAM and NVMe, providing an integrated pool of resource management and pooling each instance to suit user requirements and workloads.
Currently, NAND storage capacity and speed have increased. In 2007, an SSD called NVM Express appeared following a new approach to non-volatile memory. By using lower latency and parallelization than existing SSDs, various performance improvements such as interrupt processing efficiency are achieved. Currently, NVMe maintains a low price of about 5.8% for DRAM's 1GB opportunity cost. Plus, with SYSALIGN’s software-defined server enterprise license, you can configure strong TCO savings. In addition, our software can configure in-memory-specific systems because there are no restrictions on the CPU's DIMM memory and maximum support capacity. Efficient TDP power management extends the hardware lifecycle while also reducing OS and framework licenses per core.
Together with SYSALIGN
Find out how our technology will further enhance customer value.