- 16 DIMMs
- Dual Socket
- 4 TB Max
PowerEdge T560
Dell/Alienware - PowerEdge T560
Proven Match™ for Dell - Alienware T560
Spec-true kits mapped to Intel Xeon Scalable 4th Gen memory rules so upgrades behave like OEM—no guesswork, no unsupported combinations.
- Spec-Locked — Aligns Intel controller limits, system topology, and JEDEC timing for predictable operation.
- Predictable Speeds — 1DPC up to 5600 MT/s; 2DPC typically 5200 MT/s so you know real-world bandwidth before you buy.
- Balanced from Slot 1 — Mirrored channel population across sockets ensures full bandwidth scaling and stability.
- Enterprise Fulfillment — Lifetime warranty, advance replacement, and expert server support reduce operational risk.
- Sockets
- 28 ch · 1 DPC
- Max memory
- 4 TB
- Memory tech
- DDR54800 MT/s · ECC
About
The Dell - Alienware T560 is built for dependable scale and predictable memory behavior at enterprise scale. Key platform fundamentals:
- 2× Intel Xeon Scalable 4th Gen CPUs for dense compute.
- 8 memory channels per CPU and 8 DIMM slots total, enabling symmetric, high-bandwidth configurations.
- DDR5 RDIMM ECC support with up to 4 TB using Registered ECC RDIMMs (current Kingston parts populate up to 1 TB).
- Proven Match™ converts controller rules and system topology into deterministic upgrade kits that:
- Install cleanly,
- Train at the correct frequency,
- Avoid unsupported mixes that cause instability.
Why this matters to IT: deterministic configurations reduce deployment risk, minimize troubleshooting, and preserve OEM-like performance and reliability.
Specs & Limits
- CPU Sockets: 2 × Intel Xeon Scalable 4th Gen
- Channels per CPU: 8
- DIMM Slots: 8 total (up to 2 DIMM(s)/channel)
- Memory Type: DDR5 RDIMM ECC
- Controller Speeds: 1DPC up to 5600 MT/s; 2DPC typically 5200 MT/s
- Max Capacity: 4 TB Reg ECC RDIMMs (1 TB with current Kingston parts)
- Last Reviewed (freshness): 2026-02-12
Speed behavior (practical outcome):
- At 1 DIMM per channel (1DPC) the platform commonly achieves up to 5600 MT/s — maximal per-DIMM bandwidth.
- At 2 DIMMs per channel (2DPC) many controllers step to ~5200 MT/s for stability — predictable, controller-driven behavior.
- Listings reflect the configured (real) speed, not just the DIMM label.
Bank Schema (population guidance for outcome-focused deployment):
- Fastest (1DPC): Populate one DIMM per channel across both CPUs to maximize per-slot speed.
- Balanced (2DPC): Add second DIMM per channel mirrored across CPUs to increase capacity with balanced bandwidth.
- Maximum: Fill remaining slots symmetrically to reach platform capacity.
Proven Match™ only surfaces controller-safe, topology-compliant configurations so deployed kits arrive performance-true and stable.
Compatible Memory Types (curated for compatibility):
- Samsung, Micron, and Hynix DDR5 RDIMM ECC modules.
- Zero-mix policy: no mixing RDIMMs with LRDIMMs; densities are matched per channel.
- ECC required for server workloads; unsupported combinations are excluded from the catalog.
Validation Tokens — every configuration passes three gates before appearing:
- JEDEC DDR5 compliance
- Intel Xeon Scalable 4th Gen controller rules (1DPC/2DPC)
- OEM slot topology verification
Only builds that pass all three are surfaced—stable, balanced, and performance-true.
Workloads by Memory Tier
Mid Tier — predictable capacity and bandwidth for:
- Virtualization (higher VM density with stable memory behavior)
- Databases / OLTP
- Application servers
- Streaming ETL pipelines
Max Tier — capacity-focused and bandwidth-intensive:
- In-memory analytics (Spark / Arrow)
- AI/ML fine-tuning or smaller-scale training workloads
- ERP consolidation
- VDI at scale
Outcome-focused upgrades: scale capacity and bandwidth without introducing instability or unsupported mixes.
Shop Compatible Kits
Choose the outcome that matches your deployment goals: Fastest (1DPC) or Largest (2DPC/Max). Every kit is Proven Match™ certified with real-world speeds shown.
- Lifetime warranty
- Advance replacement
- Server-savvy support
Select a spec-true kit and deploy with OEM-like predictability and minimal risk.