Expanded Storage Portfolio Supports Enterprise Data Strategy
How Synology’s bigger range of products helps with modern business data strategy
As data volumes, performance demands, and infrastructure diversity continue to grow, storage platforms must adapt to multiple operational realities rather than serve a single use case. Synology’s introduction of the FS6400, FS3400, SA3400, and DS620slim marked a strategic shift toward workload-specific storage design, addressing performance density, scalability, and physical deployment constraints across midmarket and enterprise environments.
When looked at from a modern 2025–26 perspective, this portfolio expansion shows how organizations now build flexible, tiered data architectures that support virtualization, containerization, large-scale storage, and edge deployments.
FlashStation FS6400: Performance for Core Enterprise Workloads
The FS6400 was made for situations where latency and throughput have a direct impact on how a business runs. With dual Intel Xeon processors and an all-flash architecture, it targets workloads such as virtualization platforms, databases, and high-transaction applications.
From an enterprise architecture point of view, systems like the FS6400 work best as primary performance tiers. They enable virtual machines, containerized applications, and high-frequency data access, all while making complex SAN infrastructures less necessary. In today’s deployments, this type of system is often the backbone of private cloud platforms or stacks of mission-critical applications.
FlashStation FS3400: Making Flash Useful for Small and Medium Businesses
The FS3400 brings flash storage performance into environments that previously relied on hybrid or HDD-only systems. It lets businesses use flash without being tied to a single vendor ecosystem by supporting both SAS and SATA drives and offering networking options that can grow with the business.
This level is great for application servers, VDI workloads, and departmental databases for businesses that are growing. In today’s hybrid environments, systems like the FS3400 often connect core data centers to branch or departmental infrastructure. They do this by providing predictable performance without making things too complicated for the business.
SA3400: Scalable Storage Based on Capacity
The SA3400 deals with a different problem: scale. It can handle more than one petabyte of raw capacity, so it is made for places where data growth is faster than performance needs. Video production, surveillance, analytics archives, and large unstructured datasets fit naturally into this tier.
In modern storage design, platforms like the SA3400 that focus on capacity act as consolidation layers. They cut down on data silos by putting large datasets in one place and keeping performance good with high-bandwidth networking and a scalable architecture.
DS620slim: Deployments with Limited Space and Edge
The FS and SA series are mostly for data center workloads, but the DS620slim is very important at the edge. It is good for small offices, studios, and places where space, noise, and power efficiency are important because it is small and can work with different types of RAID.
In distributed architectures, systems like the DS620slim are often used as local file servers, cache nodes, or backup targets. They let you work locally while keeping everything in sync with central storage. They support hybrid and multi-site workflows.
Getting rid of storage silos with tiered design
Taken together, these platforms illustrate a tiered storage strategy. Active workloads are supported by high-performance flash systems, scalable capacity platforms handle data growth, and compact systems extend storage to the edge.
This way of doing things is very similar to how businesses build their infrastructure these days. Instead of forcing all workloads onto one type of system, data is put where it will be most useful. Tiered design makes management easier, makes performance more predictable, and helps with long-term growth.
What Synology Does for Flexible Data Architecture
Synology set up this portfolio so that it could handle a wide range of workloads under one management framework. Consistent software, shared operational models, and scalable hardware allow organizations to mix performance tiers, capacity tiers, and edge systems without fragmenting administration.
The long-term value of this approach lies not only in hardware specifications but in architectural flexibility. Instead of being fixed-purpose appliances, storage platforms become building blocks.
What is Epis Technology?
Epis Technology helps businesses set up and use Synology platforms to create tiered storage architectures. The company focuses on helping businesses with Synology, enterprise IT infrastructure, large-scale storage solutions, Microsoft 365 and Google Workspace backups, fully managed PC backups, and planning for business continuity. Epis Technology helps businesses put together data strategies that make their performance tiers, capacity tiers, and edge systems work together better. This makes their systems more scalable, resilient, and efficient.