DataCore SANsymphony and Azure Stack HCI compete in software-defined storage and hyper-converged infrastructure. Azure Stack HCI might have an advantage because of its advanced hyper-converged infrastructure features.
Features: DataCore SANsymphony offers data optimization, storage pooling, and high availability, focusing on efficient storage management. It also provides flexible deployment and robust data management tools. Azure Stack HCI excels in integration with Microsoft Azure services, scalability, and hybrid cloud capabilities, making it ideal for seamless cloud connections.
Room for Improvement: DataCore SANsymphony could enhance integration with more cloud services and offer advanced analytics features. It might also benefit from streamlined updates and upgrades. Azure Stack HCI could improve by reducing upfront costs, enhancing multi-cloud compatibility, and offering more detailed documentation.
Ease of Deployment and Customer Service: DataCore SANsymphony provides a straightforward deployment with flexible architecture and comprehensive support. Azure Stack HCI offers an integrated installation experience with strong Microsoft support, excelling in integration with existing Microsoft solutions.
Pricing and ROI: DataCore SANsymphony is competitively priced with a strong ROI due to lower initial costs and resource efficiency. Azure Stack HCI, while involving higher initial investment, provides cost-effective scalability and value through cloud integration, potentially leading to scalable savings.
There has been some return on investment in terms of just time usability and reduction of footprint.
Not every support team member is very knowledgeable about Azure Stack HCI, creating delays in resolution.
They always help me quickly and with great knowledge, which is essential for central storage.
I would rate technical support from DataCore SANsymphony a 10.
The customer support is perfect.
There are no limits to scalability, which is essential for central storage.
It does not feel like a well-oiled machine yet, with too many idiosyncrasies and insufficient documentation and integration, feeling more like software that is still in beta.
There are discrepancies between managing VMs through Azure Arc versus managing them directly, as changes made not using the Azure Arc integration are not easily reflected in Azure Arc.
Hyper V seems to lag behind compared to VMware.
there should be improvements in how to get and filter logs
DataCore SANsymphony can be improved with high availability as it offers synchronous mirroring between physical and separate sites to ensure business continuity and disaster recovery.
The area of DataCore SANsymphony that has room for improvement is the support.
The licensing is quite expensive because it's per call.
They have made some improvements regarding the pricing, but it's still too expensive.
The cost changed from a perpetual license to a subscription model.
The integration with Azure using Azure Arc is excellent.
Customers can extend storage with flexibility, as one is not obligated to purchase hard disks or controllers from the same storage vendor.
DataCore SANsymphony has positively impacted our organization because it is scalable and has a fundamental concept that aggregates and pools available storage resources, hiding the complexity, which makes it very simple.
DataCore SANsymphony's ability to enhance storage utilization is very good because it's agnostic and it can be deployed on every environment, which is perfect for my clients.
| Product | Market Share (%) |
|---|---|
| DataCore SANsymphony | 2.4% |
| Azure Stack HCI | 3.7% |
| Other | 93.9% |
| Company Size | Count |
|---|---|
| Small Business | 4 |
| Midsize Enterprise | 1 |
| Large Enterprise | 2 |
| Company Size | Count |
|---|---|
| Small Business | 36 |
| Midsize Enterprise | 12 |
| Large Enterprise | 21 |
Azure Stack HCI efficiently integrates software-defined networking and Azure Kubernetes Service, offering a streamlined hybrid setup for VM management while maintaining top performance.
Azure Stack HCI enhances data center operations with high-end processors and storage, optimal Kubernetes support, and integration with Azure Arc and Azure Site Recovery. High application density in four-node configurations improves both time and infrastructure efficiency. Despite its strengths, the platform can improve in areas like software-defined networking, operational management, and simplifying deployments, which currently rely on PowerShell. Users often desire better training and integration with Microsoft Azure Portal, along with multi-cluster capabilities and storage architecture enhancements. Improvements in Hyper V virtualization are also needed to match competitors like VMware.
What are the key features of Azure Stack HCI?In sectors like government, Azure Stack HCI is crucial for running secure on-premise services with selectable Azure features to ensure data privacy. Businesses leverage the platform for VM creation, management, and monitoring through Windows Center, alongside Kubernetes production environments. Connectivity with Azure allows for smoother cloud transitions, appreciated for its dashboard manageability and substantial network capacity.
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.
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