The ASUSTOR Lockerstor lineup targets users who require higher network throughput, flexible storage and expansion, and consistent performance across home, creative, and small business environments. Positioned above entry level NAS systems, Lockerstor models emphasize multi gigabit networking, NVMe support, and x86 platforms capable of supporting concurrent file services, media workloads, and virtualization tasks.
The Lockerstor name currently applies to ASUSTOR’s desktop x86 NAS platforms, and spans two active generations. While these systems share a common design philosophy, internal architectures differ by generation, making platform awareness essential when selecting a system.
Lockerstor Generations
Lockerstor Gen2/Gen2+ (v2)
ASUSTOR Lockerstor Gen 2 systems are built on Intel Celeron N5105 processors and represent ASUSTOR’s established multi gigabit desktop NAS platform.
Key characteristics include:
• Quad core x86 CPU architecture
• Integrated GPU support for media services
• NVMe SSD slots for cache or storage pools
• Multi gigabit Ethernet networking, depending on model
These systems are commonly deployed for media servers, backup targets, home lab environments, and small offices that require improved network performance and NVMe flexibility without moving into higher power hardware tiers.
ASUSTOR Lockerstor Gen2+ (v2) models represent a mid cycle update within the same platform family, maintaining the same core architecture while incorporating targeted hardware refinements.
Above is a photo of the ASUS Lockerstor 2, 4 and 6 Gen2+ Models on display at CES 2026. Photo by David Aughinbaugh II for CircuitRoute.
Lockerstor Gen3
ASUSTOR Lockerstor Gen 3 introduces a platform transition with AMD Ryzen Embedded processors, building on the same desktop Lockerstor concept with expanded performance and I/O capabilities.
Notable changes include:
• Higher CPU performance ceilings compared to Gen2
• Expanded PCIe and NVMe capabilities
• Support for higher networking tiers
• Updated connectivity options on supported models
Gen3 systems are intended for heavier multitasking, virtualization, and containerized workloads where sustained throughput and additional CPU headroom are priorities.
Above: a photo of the ASUSTOR Lockerstor Gen3 4, 6 and 10 Models at CES 2025. Photo by David Aughinbaugh II for CircuitRoute.
Capabilities Across the Lockerstor Line
Despite architectural differences between generations, Lockerstor desktop systems share a common software and feature foundation:
• ADM (ASUSTOR Data Master) operating system
• RAID support across HDD and SSD configurations
• NVMe cache and storage pool options (model dependent)
• Container and virtualization support through ADM applications
• Snapshot, backup, and replication features for data protection
Feature availability and performance scale with processor class, memory capacity, and network configuration, which vary by generation and model.
Choosing the Right Lockerstor Model
Selecting an appropriate Lockerstor system depends on several factors:
• Network environment: multi gigabit infrastructure and client connectivity
• Workload type: file serving, media services, virtualization, or mixed use
• Expansion requirements: drive count, NVMe usage, and PCIe availability
• Platform generation: Gen2/Gen2+ vs Gen3
Understanding generation-level differences is critical for setting accurate performance and scalability expectations over the systems lifecycle.
Lockerstor Lineup Reference
The current Lockerstor desktop lineup includes:
• Lockerstor Gen2 and Gen2+ models
• Lockerstor Gen3 models
Each generation is addressed in dedicated articles that cover hardware characteristics, supported features, and deployment considerations in detail.
Navigation
• Lockerstor Gen2/ Gen2+ Models
• Lockerstor Gen3 Models
• Comparisons: Gen2 vs Gen3
The Lockerstor series reflects ASUSTOR’s focused approach to modern desktop network attached storage, offering two clearly defined platform generations under a unified naming structure. Understanding generation, processor platform, and networking capability remains central to selecting an appropriate system for long term use and evolving workloads.