Amax StorMax SDS vs DataCore SANsymphony comparison

Software Defined Storage

StorMax™ SDS is a cost effective storage solution that provides Enterprise customers with a scale out distributed storage architecture to support the need for unified storage on Object, Block, and File System. Coupled with an open-source Ceph package, StorMax™ SDS is designed to solve your storage pain points while representing the next generation of storage architecture. Key features include:

• A cost effective and flexible storage solution based on Open Compute (OCP) server architecture.
• Distributed data storage system, where data is replicated and striped across the storage cluster.
• Highly scalable and available with autonomous and self-healing capabilities due to Ceph’s design of intelligent OSD daemon.
• An integrated storage solution that combines extreme reliability and flexibility with ease of management for IT operations.
• Free of charge distribution model, allowing companies to get away from legacy subscription models.

Experience peace of mind with DataCore SANsymphony, the ultimate software-defined storage solution alleviating storage management challenges. Say goodbye to the complexities of managing different storage tiers and disruptions with SANsymphony's block-level storage virtualization technology, empowering you to automate capacity provisioning and data placement across diverse storage environments including SAN, DAS, HCI, and JBOD. Break down silos, control data placement, meet business continuity objectives, boost performance, and seamlessly expand or refresh hardware with SANsymphony. Benefit from features like asynchronous replication for disaster recovery, minimizing data loss, accelerating application responsiveness, and integrating new technology non-disruptively. Trusted by industry leaders like NASA, Thorntons, Inc., and TUI Cruises, DataCore SANsymphony guarantees unparalleled flexibility, scalability, and reliability, ensuring uninterrupted data access and application availability while reducing storage costs and inefficiencies.