Monolithic Frame-based Disk Arrays

Monolithic Frame-based Disk Arrays Overview

Monolithic frame-based disk arrays (Monolithic SANs) are data storage systems based on multiple disk drives that are fixed into the array frame. They efficiently distribute data across multiple drives. They are linked to multiple controllers using a great amount of cache memory.

These enormous amounts of cache memory are shared among any linked devices, providing greater storage capacity than modular arrays. This produces better data management and performance, as the more cache memory a device has, the faster and smoother it runs.

Disk arrays are comprised of controllers, cache memory, and a power supply. The arrays can be maintained without causing an outage. This ease of maintenance combined with built-in redundancy features promotes resilience and continuous data availability. Due to this design, monolithic storage failures are rare occurrences.

Using a centralized approach, frame-based arrays provide disk resources throughout your system architecture. These centralized data stores are used by a multitude of applications and hosts. Frame-based storage can support hundreds of servers.

Monolithic frame-based disk arrays offer better service and performance compared to modular SANs. These devices are appealing options for large database performance, disaster recovery needs and are consistently dependable over the long term. Depending on your requirements, these features will justify the higher cost when compared with modular arrays.

With the growth of cloud-based storage solutions, some vendors are moving away from large enterprise-scale storage solutions such as monolithic frame-based arrays over to modular SAN options which offer flexible scalability and lower entry costs.

Monolithic frame-based disk arrays overlap with Block Storage, Enterprise Flash Array Storage Solutions, Solid State Drives, Software-Defined Storage (SDS) Solutions, and Storage Area Network Solutions.

Best Monolithic Frame-based Disk Arrays include:

HP StorageWorks XP P9500 and HP StorageWorks XP20000 (Discontinued).

Monolithic Frame-based Disk Arrays Products

(1-8 of 8) Sorted by Most Reviews

The list of products below is based purely on reviews (sorted from most to least). There is no paid placement and analyst opinions do not influence their rankings. Here is our Promise to Buyers to ensure information on our site is reliable, useful, and worthy of your trust.

Dell EMC VMAX All Flash Storage

Dell EMC VMAX All Flash is the latest iteration in the former Symmetrix series of enterprise flash array storage, available in the Dell EMC VMAX 250F edition, or the Dell EMC VMAX 950F edition.

Key Features

  • Flash Array Performance (9)
    98%
    9.8
  • Data Compression (9)
    96%
    9.6
  • Flash Array Integration (9)
    94%
    9.4
HP StorageWorks XP P9500

HP StorageWorks XP P9000 is a storage appliance.

Hitachi Universal Storage Platform V & VM (discontinued)

Hitachi's Universal Storage Platform V & VM were a monolithic frame based disk array storage system. The product line has been discontinued.

Hitachi Unified Storage VM

Hitachi offers flash array storage, Unified Storage VM.

HP StorageWorks XP24000 (Discontinued)

HP StorageWorks XP24000 is a line of storage systems, from Hewlett-Packard Enterprise that is now end of life.

NEC iStorage S4900

NEC's iStorage is a disk storage system.

HP StorageWorks XP20000 (Discontinued)

HP StorageWorks XP20000 is a disk storage system, from Hewlett-Packard Enterprise that is now EOL.

Fujitsu Eternus DX8000

Fujitsu Eternus DX8000 is a disk storage system.

Learn More About Monolithic Frame-based Disk Arrays

What is a Monolithic Frame-Based Disk Array?

Monolithic frame-based disk arrays (Monolithic SANs) are data storage systems based on multiple disk drives that are fixed into the array frame. They efficiently distribute data across multiple drives. They are linked to multiple controllers using a great amount of cache memory.

These enormous amounts of cache memory are shared among any linked devices, providing greater storage capacity than modular arrays. This produces better data management and performance, as the more cache memory a device has, the faster and smoother it runs.

Disk arrays are comprised of controllers, cache memory, and a power supply. The arrays can be maintained without causing an outage. This ease of maintenance combined with built-in redundancy features promotes resilience and continuous data availability. Due to this design, monolithic storage failures are rare occurrences.

Using a centralized approach, frame-based arrays provide disk resources throughout your system architecture. These centralized data stores are used by a multitude of applications and hosts. Frame-based storage can support hundreds of servers.

Monolithic frame-based disk arrays offer better service and performance compared to modular SANs. These devices are appealing options for large database performance, disaster recovery needs and are consistently dependable over the long term. Depending on your requirements, these features will justify the higher cost when compared with modular arrays.

With the growth of cloud-based storage solutions, some vendors are moving away from large enterprise-scale storage solutions such as monolithic frame-based arrays over to modular SAN options which offer flexible scalability and lower entry costs.

Monolithic frame-based disk arrays overlap with Block Storage, Enterprise Flash Array Storage Solutions, Solid State Drives, Software-Defined Storage (SDS) Solutions, and Storage Area Network Solutions.

Monolithic Frame-Based Disk Array Features

Monolithic frame-based disk arrays will include these features.

  • Multiple disk drives in an array frame
  • Controllers
  • Cache memory
  • Redundancy
  • Disk enclosure
  • Power supply
  • Array maintenance without outages
  • Disk consolidation, centralized data stores
  • Support block-based storage and structured data
  • Support flash / solid-state drives (SSDs)
  • Fibre Channel (FC) connectivity

Monolithic Frame-Based Disk Array Comparison

Monolithic SAN vs. Modular SAN: Your storage, application, and performance requirements will dictate your selection between these options. For enterprise-scale operations, a monolithic SAN provides consistently reliable high performance and availability and comes with a higher cost, greater implementation complexity, and administration overhead when compared with a modular SAN. For small to mid-size companies with less demanding requirements, a modular SAN offers a cost-effective, user-friendly, build-as-you-grow approach to your storage needs.

New vs. Refurbished Equipment: Budget-conscious and small to mid-sized businesses may wish to consider purchasing refurbished disk array equipment that offers reduced costs, warranties, and easy access to replacements.

Public Cloud-based Data Storage and Service Options: Depending upon your goals and IT strategy any planned move to the cloud for data storage and data services could eliminate the need for any on-premises data storage devices.

Pricing Information

Monolithic frame-based disk arrays are costly. Vendors will provide price quotes tailored to your specific needs.

Types of Disk Arrays

Since there are similarities between different types of disk arrays, here are some additional details to assist you in determining which one suits your needs.

  • Storage Area Network (SAN) arrays (monolithic SAN, modular SAN)
    • SAN is used for block-based storage and structured data
    • Connects to servers using fibre channel (FC)
    • Usually implemented for application and database servers that require predictable, low latency block I/O
  • Network Attached Storage (NAS) arrays
    • NAS is used for file storage and unstructured data
    • Connects to servers using Ethernet
    • Usually implemented for IP oriented application networks
  • SAN/NAS Hybrid
    • Protocols for block-based storage and file storage on the same system
  • Storage Virtualization

This hardware consisting of hard disk drives (HDDs), or higher-performing flash arrays / solid-state drives (SSDs) can store petabytes (PB) of data under a central management system. Disk arrays scale block or file-based storage capacity. These storage arrays manage storage more efficiently than a group of servers.

The arrays can be comprised of all-flash / SSDs, HDDs, or a hybrid combination of the two. As HDDs are less costly, they can be cost-effective for less performance-sensitive data such as backups or archived data.

Disk arrays are key components of the business storage environment offering unique designs and capabilities to support enterprise, midrange, and small businesses. Enterprise-level storage arrays are configured to manage hundreds of servers, and massive amounts of data per second. Mid or low-storage arrays are scaled to support only a few servers.

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Frequently Asked Questions

What does a monolithic frame-based disk array do?

Monolithic frame-based disk arrays are high-performance and consistently reliable storage devices best deployed for enterprises that have massive amounts of data to process and store. These devices are good options for supporting large databases and disaster recovery.

What are the benefits of using a monolithic frame-based disk array?

Monolithic frame-based disk arrays offer exceptional performance and resiliency, facilitating rapid access to enormous amounts of data while providing high availability due to its excellent redundancy.

How much does a monolithic frame-based disk array cost?

Monolithic frame-based arrays require a significant investment. Vendors will provide price quotes based on your storage and performance requirements.