![]() Timeplus CEO Ting Wang said: “With Gismo’s revolutionary CXL-based multi-server shared memory architecture, we have experienced a remarkable improvement in the fault-tolerance of our database system. One of the early adopters of Project Gismo is Timeplus, which is developing a real-time streaming database. He suggests example use cases could be AI/ML applications, next-generation databases, and financial trading platforms. We envision a memory-centric future where memory is the network and memory is the storage.” Project Gismo leverages the emerging CXL platform and will effectively remove this bottleneck known as the IO Wall. It enables real-time data sharing, using memory, across multiple servers, eliminating the need for network IO and so reducing data transfer delays.įan said: “Network and storage IO are performance bottlenecks for distributed, data-intensive applications. Gismo stands for Global IO-free Shared Memory Objects and is a CXL-based multi-server shared memory architecture for data access and collaboration in distributed environments. These layers are naturally comparable to those of the computing architecture such as SSD (Solid State Drive), SCM (Storage-Class Memory), high-capacity memory (Capacity Memory), main memory and IPM (In Package Memory).”īasically, SK hynix’s CXL expander memory hardware is included in this MemVerge initiative. Forests are generally, from bottom to top, divided into forest floor, understory, canopy layer, and emergent layer. Jonghoon Oh, EVP and CMO at SK hynix, described it like this: “Memory Forest represents how different layers of memory form a computing architecture, just like a forest, where everything from the bottom like the ground, grass to dense trees, fulfill their respective roles to form a huge ecosystem. “Mem4EST” means memory for environment, society, and technology. ![]() SK hynix‘s Jonghoon Oh explains Memory Forest ![]()
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