Dell PowerEdge T560 Tower Server with 64GB DDR5 ECC RDIMM Intel Xeon Silver 4510 and 1100W Redundant PSU

The Dell PowerEdge T560 is a 4.5U dual-socket tower server built for organizations that need more processing power, storage capacity, memory bandwidth and expansion room than a conventional office server can provide.

Unlike a basic tower server designed mainly for file sharing and everyday business applications, the T560 is positioned much closer to an enterprise infrastructure platform. It can combine dual Intel Xeon Scalable processors, DDR5 RDIMM memory, high-capacity HDD storage, SAS SSDs, NVMe drives and GPU accelerators in one chassis.

This makes the PowerEdge T560 particularly interesting for companies running their own IT infrastructure outside a traditional data center, including virtualization hosts, database servers, analytics platforms, private cloud environments, backup systems and AI inference workloads.

The real advantage of the T560 is not simply its processor count. It gives businesses room to build a server around the workload they actually have today while leaving meaningful expansion capacity for tomorrow.

A common question when choosing between a rack server and a tower server is whether a tower chassis can handle enterprise workloads.

The T560 is designed specifically for that gap.

It provides the processing, memory, storage and PCIe expansion capabilities expected from a modern enterprise server, while retaining a tower form factor that can be easier to deploy in an office, branch location, laboratory, studio or on-premise server room.

The T560 supports up to two 4th Generation Intel Xeon Scalable processors with up to 32 cores per CPU, or up to two 5th Generation Intel Xeon Scalable processors with up to 28 cores per CPU. Its 16 DDR5 DIMM slots support registered ECC memory, with current Dell specifications listing up to 1.5TB of RDIMM capacity.

For customers who need a server that can grow beyond a basic single-CPU configuration, this makes the T560 a practical long-term platform.

The T560 supports two Intel Xeon Scalable processors, allowing customers to build configurations ranging from a relatively economical single-CPU server to a high-core-count dual-CPU system.

A single-processor configuration can be suitable when the immediate workload does not justify a second CPU. The second processor can then be added as the workload grows, subject to the selected configuration and platform requirements.

The T560 uses DDR5 registered ECC memory with 16 DIMM slots.

The platform supports memory speeds of up to 4800 MT/s with 4th Gen Intel Xeon Scalable processors and up to 5200 MT/s with 5th Gen processors. Current Dell specifications list maximum RDIMM capacity of up to 1.5TB.

This gives the T560 enough memory headroom for virtualization, databases, analytics and memory-intensive enterprise applications.

Storage is one of the strongest reasons to consider a T560.

Depending on the selected chassis and backplane, the platform can support configurations involving 3.5-inch SAS/SATA HDDs, 2.5-inch SAS/SATA drives and NVMe SSDs.

Dell lists configurations supporting up to 12 * 3.5-inch drives, up to 24 * 2.5-inch drives, or a combination of 3.5-inch HDDs and 2.5-inch NVMe SSDs.

This means the same T560 platform can be configured very differently:

Capacity-focused:
High-capacity SATA/SAS HDDs for backup, archives and large datasets.

Performance-focused:
Enterprise SSDs or NVMe drives for databases and high-I/O applications.

Balanced:
HDDs for bulk storage plus SSD/NVMe drives for operating systems, virtual machines or frequently accessed data.

For customers whose priority is storage capacity rather than maximum IOPS, a T560 with multiple enterprise HDDs can provide a practical cost-per-terabyte solution.

Typical applications include:

• Backup repositories
• File servers
• Video surveillance storage
• Media archives
• Engineering data
• Document repositories
• Long-term business data retention

A configuration using enterprise SAS or SATA SSDs can reduce storage latency and improve application responsiveness.

This type of configuration is better suited to:

• SQL databases
• ERP systems
• CRM applications
• Transaction processing
• Virtual machines
• Business-critical applications

For businesses that need both capacity and speed, the T560 can be configured with high-capacity HDDs together with NVMe SSDs.

For example, HDDs can store large datasets while NVMe drives are used for frequently accessed workloads, application data or virtualization.

The exact drive combination depends on the selected T560 chassis and backplane.

The PowerEdge T560 is a strong candidate for virtualization because the platform combines multiple CPU sockets, high memory capacity and extensive storage options.

A virtualization-focused T560 configuration can allocate CPU cores and memory to multiple virtual machines while using SSD or NVMe storage for workloads that require faster disk access.

Typical virtualization environments include:

• VMware ESXi
• Microsoft Hyper-V
• Linux-based virtualization
• Private cloud infrastructure
• Development and testing environments
• Virtual desktop infrastructure

For virtualization projects, we recommend selecting the processor, RAM capacity, storage layout and RAID controller as a complete system rather than choosing each component independently.

One of the more distinctive features of the T560 is its GPU expansion capability.

The platform can support up to two 300W double-width GPUs or up to six 75W single-width GPUs, depending on the configuration.

This makes the T560 more versatile than a conventional office tower server.

Potential workloads include:

• AI inference
• Machine learning development
• Computer vision
• Data analytics
• GPU-accelerated applications
• Professional visualization
• Engineering and scientific workloads

For GPU projects, power supply, thermal configuration, PCIe slot allocation and GPU dimensions should be considered together before ordering.

The T560 provides substantial PCIe expansion capacity for a tower platform.

Current Dell specifications list up to six PCIe slots, including Gen5 and Gen4 slots, depending on the configuration.

This allows customers to add components such as:

• High-speed network adapters
• Fibre Channel adapters
• Storage controllers
• GPU accelerators
• Additional expansion cards
• Specialized workload accelerators

For organizations that expect their infrastructure requirements to change over time, this expansion capability can be more valuable than simply purchasing the highest CPU configuration from day one.

The T560 includes Dell iDRAC9 for remote management.

Administrators can monitor server health, review hardware status, manage firmware and perform remote administration without being physically beside the machine.

The platform also integrates with Dell OpenManage tools for centralized infrastructure management. Dell lists support for OpenManage Enterprise, OpenManage Power Manager, OpenManage Mobile and integrations with platforms including VMware vCenter, Microsoft System Center and Windows Admin Center.

For companies operating servers across multiple offices or locations, remote management can significantly reduce the need for on-site intervention.

The T560 is a 4.5U tower server, measuring approximately 464 mm high with feet, 200 mm wide and 678.2 mm deep with the bezel.

Its tower form factor can be useful when a traditional rack installation is inconvenient or unnecessary.

Instead of installing a rack server in a dedicated rack cabinet, businesses can deploy the T560 in an appropriate server room, office IT area or branch environment.

The chassis also supports multiple cooling fan configurations to accommodate different workload requirements.

Enterprise server security begins before the operating system starts.

The T560 incorporates Dell security technologies including:

• Secure Boot
• Silicon Root of Trust
• Cryptographically signed firmware
• Secure Erase
• Secured Component Verification
• TPM 2.0
• Data-at-rest encryption support
• System Lockdown with appropriate iDRAC licensing

These features help organizations establish a more controlled server lifecycle from deployment through operation and maintenance.

Specifications can vary according to chassis, processor generation, backplane, storage controller, GPU and power supply selection.

CPU: Intel Xeon Scalable Processor
Memory: 64GB DDR5 ECC RDIMM
Storage: 4 * 4TB SAS/SATA HDD
RAID: PERC H355
Network: Dual-port 1GbE
Power: 800W PSU
Management: iDRAC9

Recommended for: File server, backup, ERP, CRM and general business applications.

CPU: 2 * Intel Xeon Scalable Processor
Memory: 128GB DDR5 ECC RDIMM
Storage: 2 * 1.92TB Enterprise SSD + 4 * 4TB HDD
RAID: PERC H755
Network: 1GbE + optional high-speed NIC
Power: Redundant PSU
Management: iDRAC9 Enterprise

Recommended for: VMware, Hyper-V, private cloud and multi-VM environments.

CPU: Intel Xeon Scalable Processor
Memory: 64GB DDR5 ECC RDIMM
Storage: 8 * 8TB SAS/SATA HDD
RAID: PERC H755
Network: Dual-port 1GbE
Power: Redundant PSU
Management: iDRAC9

Recommended for: Backup, archive, surveillance, file storage and large datasets.

The T560 is particularly suitable for buyers who have outgrown entry-level tower servers but do not necessarily want to move to a rack-based infrastructure.

It is a good fit for:

Companies looking for a centralized server for business applications, file sharing and backup.

Integrators that need a flexible hardware platform for customized projects.

Resellers requiring multiple CPU, RAM and storage combinations for different customer budgets.

Organizations that need enterprise server capabilities outside a central data center.

Businesses running SQL, ERP, CRM or analytics workloads.

Customers consolidating several physical workloads into one server.

Organizations requiring local GPU acceleration without immediately deploying a large rack-based GPU server.

The difference becomes clearer when looking at the workload rather than simply comparing specifications.

A basic tower server may be sufficient for file sharing and a small number of business applications. The T560 becomes more attractive when the project requires two CPUs, large ECC memory, multiple storage tiers, PCIe expansion or GPU acceleration.

In other words, the T560 is not simply a larger tower. It is a platform for customers who want the flexibility normally associated with enterprise infrastructure while keeping a tower chassis.

No two server projects require exactly the same configuration.

A customer running a file server may benefit more from additional HDD capacity than from a large SSD array. A virtualization customer may prioritize memory and SSD performance. A database customer may require fast enterprise SSDs and a stronger RAID controller. A GPU project may require additional power and specific PCIe configurations.

We can configure the Dell PowerEdge T560 according to your workload, budget and deployment environment.

Available configuration options may include:

• Intel Xeon Scalable CPU
• DDR5 ECC RDIMM
• SATA HDD
• SAS HDD
• SATA SSD
• SAS SSD
• NVMe SSD
• PERC RAID controller
• Network adapters
• GPU accelerators
• Redundant power supplies
• iDRAC licensing
• Operating system
• Server accessories

Tell us your required CPU, memory, storage capacity or target budget, and we can recommend a suitable T560 configuration.

The PowerEdge T560 is a 4.5U tower server. Its physical design makes it suitable for office and on-premise deployments while providing enterprise-level expansion capabilities.

The T560 supports up to two Intel Xeon Scalable processors. Processor support depends on the generation and configuration selected.

The platform has 16 DDR5 RDIMM slots and current Dell specifications list up to 1.5TB of RDIMM memory.

Yes. The T560 supports multiple SAS/SATA HDD configurations, including high-capacity 3.5-inch drives. This makes it suitable for backup, archive and storage-intensive applications.

Yes. Depending on the selected configuration, the T560 can support NVMe SSDs, including configurations combining 3.5-inch HDDs with 2.5-inch NVMe drives.

Yes. Dell specifies support for up to two 300W double-width GPUs or six 75W single-width GPUs, depending on the configuration.

Yes. Its dual-socket CPU architecture, DDR5 RDIMM capacity and flexible SSD/NVMe storage make it suitable for virtualization environments such as VMware and Hyper-V.

Yes. The server includes Dell iDRAC9, with additional management capabilities available depending on the iDRAC license and configuration.

Yes. CPU, RAM, HDD/SSD, RAID controller, network adapter, GPU, power supply and other components can be configured according to the project requirements.

Looking for a Dell PowerEdge T560 with a specific CPU, memory, HDD, SSD, RAID or GPU configuration?

We supply customized Dell server configurations for resellers, system integrators, IT distributors and end customers.

Whether you need one T560 for a new business application or multiple servers for a larger deployment, send us your required specification or budget.

We will help you build a configuration that makes sense for your workload — rather than simply adding the most expensive components to the server.

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Contact our sales team today for:

• Customized server configurations
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