Supermicro 32 GB SATA DOM (Disk-on-Module) Internal Drive – SATA/600

Meet the Supermicro SATA DOM (Disk-on-Module) — a compact, mission-critical storage solution designed to slot directly into serverboards to deliver fast, reliable solid-state storage without the bulk of a traditional 2.5" drive. Engineered for enterprise and data-center environments, this 32 GB DOM module provides dependable flash storage integrated right into the server’s SATA interface. Perfect for system firmware storage, boot drives, embedded operating environments, and compact modular deployments, the SuperDOM is built to endure the rigors of continuous operation, minimize power consumption, and simplify server-building and maintenance with a plug-and-play approach.

• Compact, space-efficient design: The Disk-on-Module form factor is purpose-built for server deployments where space is at a premium. By directly interfacing with the server’s SATA bus, the 32 GB DOM eliminates the need for bulky traditional hard drives, freeing chassis space for other components and improving airflow within dense compute environments.
• High-performance storage for boot and firmware: With SATA 3 (6 Gb/s) compatibility, this DOM delivers fast, reliable access to essential firmware and operating system components. It enables quicker BIOS POST times, expedited OS boot, and smooth runtime performance for systems that rely on fast, consistent storage access for boot and critical utilities.
• Reliable, low-power operation in servers: Designed to endure the demanding workloads of server infrastructures, the Supermicro SATA DOM minimizes power draw while delivering steady, predictable performance. Its durability makes it a preferred choice for embedded systems, HPC nodes, and edge servers where consistent operation matters most.
• Easy integration and compatibility: The DOM plugs directly into a serverboard SATA connector, offering straightforward integration into a wide range of server platforms. Its simple interface and compact footprint reduce integration time and help IT teams standardize the storage architecture across racks and clusters.
• Low-maintenance, long-term storage solution: With a dedicated flash-based storage module, administrators benefit from reduced mechanical wear compared with traditional spinning disks, lower failure rates in many workloads, and a predictable lifecycle fit for replacement planning and firmware management in enterprise environments.

Technical Details of Supermicro 32 GB SATA DOM (SATA/600)

• Capacity: 32 GB usable solid-state storage
• Interface: SATA III (6 Gb/s), commonly described as SATA/600
• Form factor: Disk-on-Module (DOM) — internal, compact module designed for direct motherboard or serverboard SATA connectors
• Connector type: SATA interface compatible with standard SATA DOM slots on server motherboards
• Compatibility: Optimized for servers and embedded systems that require a compact, reliable boot or firmware storage solution
• Purpose: Designed to function as a high-performance, low-footprint storage module for firmware, OS boot drives, and lightweight OS or utility environments

How to install Supermicro 32 GB SATA DOM

• Prepare the system: Power down the server completely and unplug it from power. For safety, discharge any static electricity by touching a grounded metal surface or using an anti-static strap.
• Locate the SATA DOM slot: Open the server chassis and locate the SATA DOM connector area on the serverboard or dedicated DOM slot. Verify compatibility with a 32 GB DOM module and ensure there is a clean, unobstructed path for insertion.
• Insert the DOM module: Align the DOM module with the SATA connector and carefully insert it straight into the slot. Apply gentle, even pressure to seat the module firmly. Avoid wiggling or forcing the module beyond its natural seating position.
• Secure the module: If your chassis or serverboard provides a retention screw or clip, fasten it to secure the DOM in place. This helps prevent vibration or accidental disconnections during operation.
• Power up and configure: Reconnect power and boot the server. Enter the system BIOS/UEFI and verify that the DOM is recognized as a storage device. Depending on the platform, you may configure the DOM as a boot device or reserve it for firmware storage and OS install. In most server environments, the DOM will appear as a standard SATA storage device, ready for OS deployment, firmware updates, or boot-time tasks.
• Optional steps: If your server uses a RAID controller or a boot manager, ensure the DOM is prioritized according to your deployment plan. After initial recognition, you can format or assign the DOM as needed for OS boot or dedicated firmware storage, following your organization’s standard imaging and deployment procedures.

Frequently asked questions

• Q: What is a SATA DOM and why would I use it?
  A SATA Disk-on-Module is a compact, flash-based storage module that plugs into a server’s SATA interface. It’s ideal for firmware storage, boot drives, and embedded OS environments where space, power efficiency, and reliability are critical. It reduces vibration and heat compared with spinning hard disks, while offering fast access to essential system software.
• Q: Can I boot an operating system from this 32 GB DOM?
  A: Yes. The DOM can be configured as a boot device in the server BIOS/UEFI, making it suitable for lightweight OS deployments, firmware utilities, and embedded environments where a quick-boot storage solution is advantageous.
• Q: Is this DOM compatible with all servers?
  A: The Supermicro SATA DOM is designed to interface with standard SATA DOM slots on many serverboards. However, compatibility can vary by motherboard model and firmware. Always verify the server’s motherboard documentation or consult the vendor’s compatibility list for your exact SKU or UPC reference.
• Q: How durable is a DOM in data-center workloads?
  A: DOMs are built for reliability in server-grade environments. With no moving parts, they typically offer improved longevity and reduced failure rates in comparison to traditional mechanical drives in many steady-state workloads. They’re particularly well-suited for firmware storage and boot scenarios where consistent performance is essential.
• Q: What maintenance or firmware considerations apply to a DOM?
  A: Maintainers should keep firmware and microcode up to date according to vendor recommendations. Since the DOM stores critical system software, incorporate a controlled imaging process, backup important EFI/firmware assets when possible, and follow standard change-management practices to minimize the risk of boot issues during upgrades.
• Q: Where can I find exact specifications for this product?
  A: Exact technical specifications, including compatibility and performance details, are listed in the product’s SPECIFICATIONS section on the official supplier page (for reference, the listing can be cross-checked via the ec.synnex.com product page using the corresponding UPC or SKU).