![]() Project Endless Memory is set to revolutionize the way we manage memory for data-intensive applications and is poised to become a must-have solution for companies looking to stay ahead of the curve. ![]() The innovative solution incorporates technology that transforms the way data-intensive applications are managed and will provide a more seamless and efficient way to manage memory in clustered environments.Īccording to Hoshik Kim, VP/Fellow, Memory Forest x&D at SK hynix, “Testing shows that just 20% extra CXL memory from our Niagara Pooled Memory System 1 can improve application performance by 3x compared with the existing swap memory approach.” “The ability to download RAM automatically and intelligently will lead to improved productivity for users of data-intensive applications.”Įndless Memory represents an industry milestone because it features CXL memory pooling and tiering technologies running on real CXL memory pooling hardware from SK hynix. “Our collaboration modernizes the existing memory model to improve application performance and prevent OOM errors,” said Charles Fan, CEO and co-founder of MemVerge. Endless Memory combines an Elastic Memory Service software from MemVerge and a Niagara Pooled Memory System from SK hynix to allow hosts to dynamically allocate memory as needed, mitigating OOM errors and improving application performance. To address this challenge, MemVerge has partnered with SK hynix to create an “Endless Memory” solution. Demonstrations of Endless Memory are being presented at ISC in MemVerge booth D401. An overview of Endless Memory will be presented at the CXL Forum at ISC on Tuesday, May 23. Memory exhaustion is a major problem that can cause Out-of-Memory (OOM) crashes or poor performance due to swap usage, especially in clustered environments where memory usage is not uniform across nodes. ![]() Hamburg, Germany – – MemVerge® today announced that the company and SK hynix Inc, two leading innovators in Big Memory solutions, have launched Project Endless Memory, a groundbreaking co-engineered system that addresses the challenge of memory exhaustion in data-intensive applications. ![]() Technology preview demonstrates a co-engineered system that never runs out of memory ![]()
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