Dell EMC

Overview

Dell EMC, a part of Dell Technologies, offers enterprise storage and data management solutions engineered for large-scale IT environments. These solutions address the needs of modern data centers, hybrid cloud deployments, high-performance computing (HPC) workloads, and comprehensive data backup and recovery strategies. The portfolio includes a range of storage platforms, from all-flash arrays to scale-out network-attached storage (NAS) and hyperconverged infrastructure (HCI) systems.

Dell EMC's offerings are primarily targeted at enterprise IT departments and organizations that require robust, scalable, and secure data infrastructure. This includes sectors such as finance, healthcare, government, and manufacturing, where data volume, performance, and compliance are critical. The company's focus is on delivering solutions that integrate with existing enterprise IT ecosystems, providing tools for management, automation, and orchestration rather than direct API access for application-level development.

The product line, including PowerStore, PowerMax, PowerScale, VxRail, and PowerVault, is designed to meet diverse storage requirements. PowerStore offers adaptable data-centric architecture for mixed workloads, while PowerMax is built for mission-critical applications requiring extreme performance and availability. PowerScale provides scale-out NAS for unstructured data, and VxRail delivers hyperconverged infrastructure for simplified management. PowerVault targets entry-level and mid-range storage needs.

Dell EMC emphasizes compliance with industry standards such as SOC 2 Type II, GDPR, HIPAA, and ISO 27001, which is a critical consideration for organizations handling sensitive data. The company's support resources provide documentation for deployment, configuration, and troubleshooting of its various hardware and software components, aiding IT professionals in managing complex storage environments. For example, detailed support for Dell EMC products is available through the Dell Support portal.

Key features

• Unified Storage Platforms: Offers platforms like PowerStore that support block, file, and vVol storage protocols from a single array, simplifying management for mixed workloads.
• High-Performance All-Flash Arrays: Provides solutions such as PowerMax, designed for mission-critical applications requiring high IOPS and low latency.
• Scale-Out NAS: PowerScale delivers a flexible, scalable architecture for managing unstructured data, supporting petabyte-scale environments.
• Hyperconverged Infrastructure (HCI): VxRail integrates compute, storage, and networking into a single, software-defined solution, simplifying data center operations and scalability for VMware environments.
• Data Protection and Recovery: Includes features for snapshots, replication, and integration with data protection software to ensure business continuity and disaster recovery.
• Hybrid Cloud Integration: Supports connectivity and data mobility between on-premises storage and public cloud providers, facilitating hybrid cloud strategies.
• Automation and Orchestration: Provides tools and APIs for integrating storage management into broader IT automation workflows, often through frameworks like Ansible or vRealize.
• Data Security and Compliance: Incorporates encryption, access controls, and auditing capabilities, alongside certifications like ISO 27001 and GDPR compliance, to protect sensitive data.

Pricing

Dell EMC's enterprise storage solutions are typically priced through custom quotes based on specific hardware configurations, software licenses, support agreements, and deployment services required by the customer. Pricing models often involve a combination of upfront capital expenditure for hardware and recurring costs for software subscriptions and support. Organizations interested in Dell EMC solutions can obtain detailed pricing information by contacting Dell Technologies' sales team or authorized partners.

Pricing as of May 2026. For current pricing information, consult the Dell EMC Storage homepage or contact a Dell Technologies sales representative.

Common integrations

• VMware vSphere: Deep integration with VMware virtualization platforms, particularly for VxRail HCI solutions, for unified management of compute and storage resources. Information on VMware integrations is available through VMware's storage solutions documentation.
• Microsoft Hyper-V: Support for virtualized environments powered by Microsoft Hyper-V, enabling storage provisioning and management within Windows Server ecosystems.
• OpenShift/Kubernetes: Container Storage Interface (CSI) drivers enable Dell EMC storage arrays to provide persistent storage for containerized applications running on Kubernetes and Red Hat OpenShift.
• Ansible: Dell EMC provides Ansible modules for automating storage provisioning, configuration, and management tasks across its various storage platforms. Detailed documentation can be found on the Ansible Dell EMC collection page.
• Veeam Backup & Replication: Integration with Veeam for enhanced data protection, backup, and recovery capabilities, leveraging array-based snapshots for faster backups.
• Commvault: Compatibility with Commvault's data management platform for comprehensive backup, recovery, and archiving across Dell EMC storage.
• ServiceNow: Integration with ServiceNow for IT service management (ITSM) and IT operations management (ITOM), allowing for automated incident response and service provisioning related to storage.
• Cloud Providers (AWS, Azure, Google Cloud): Capabilities for hybrid cloud deployments, enabling data tiering, replication, and disaster recovery to public cloud storage services.

Alternatives

• NetApp: Offers a range of storage solutions, including ONTAP-based systems, cloud data services, and HCI, often competing for similar enterprise workloads.
• HPE Storage: Provides enterprise storage arrays (e.g., Alletra, Primera, Nimble Storage) and software-defined storage solutions for various data center and hybrid cloud needs.
• IBM Storage: Delivers high-end storage systems, software-defined storage, and tape solutions, with a strong focus on AI, hybrid cloud, and data resilience.
• Pure Storage: Specializes in all-flash storage arrays and data services, known for performance and simplicity in enterprise environments.
• Hitachi Vantara: Offers enterprise storage, data infrastructure, and digital solutions with a focus on data-driven insights and operational technology (OT) integration.

Getting started

Getting started with Dell EMC storage solutions typically involves a multi-step process for enterprise IT departments, focusing on infrastructure deployment and management. The initial phase often includes hardware installation, network configuration, and basic software setup, followed by integration into existing data center environments. Direct application development via public APIs is less common for Dell EMC core storage products, as their primary interaction model is through IT management tools and infrastructure-level interfaces.

Below is an example of how one might configure a Dell EMC PowerStore volume using the PowerStore Manager UI, which is a common way IT administrators interact with the systems. This example illustrates a command-line interface (CLI) equivalent for creating a volume, often used in automation scripts.

# Example: Creating a new volume on Dell EMC PowerStore via CLI (using REST API wrapper or direct SSH)
# Note: Actual commands may vary based on PowerStore OS version and specific client tools.

# 1. Establish connection (e.g., SSH to PowerStore appliance or use REST API client)
# ssh admin@powerstore-management-ip

# 2. List storage containers (optional, to identify target container)
# powerstore storage_container show

# 3. Create a new volume
# This example assumes a storage container 'sc0' exists and a size of 100GB.
# The actual API call or CLI command would involve specific parameters for name, size, and storage container ID.

# Example using a conceptual 'pstcli' (PowerStore CLI) utility:
# pstcli volume create \
#   --name "my_application_data_volume" \
#   --size 100GB \
#   --storage-container-id "sc0_id_from_step_2" \
#   --description "Volume for critical application data"

# 4. Map the volume to a host or host group (e.g., for a VMware ESXi host)
# This involves creating an access path for the host to see the volume.

# pstcli volume map \
#   --volume-id "volume_id_from_step_3" \
#   --host-id "esxi_host_id" \
#   --lun-id 10

# 5. Verify volume creation and mapping
# pstcli volume show --name "my_application_data_volume"
# pstcli host show --name "esxi_host_name" --volumes

# For detailed automation, Dell EMC provides REST APIs. Developers can use tools like Python with requests library
# to interact with the PowerStore REST API directly for more complex scripting.
# Refer to the official Dell EMC PowerStore documentation for API specifications and CLI guides available on the Dell Support portal.

This CLI approach demonstrates the programmatic interaction typically found within enterprise IT operations for managing Dell EMC storage. For comprehensive guides and API references, IT professionals should consult the Dell EMC Support website, which provides detailed documentation for all products, including PowerStore, PowerMax, and PowerScale. These resources cover installation, configuration, troubleshooting, and automation best practices.