Kingston
Kingston Fury Beast 16GB DDR5 5200MHz (PC5-38400) CL40 1.25V ECC XMP 3.0 PMIC DIMM Memory
Kingston Fury Beast 16GB DDR5 5200MHz (PC5-38400) CL40 1.25V ECC XMP 3.0 PMIC DIMM Memory
Couldn't load pickup availability
Kingston FURY Beast 16GB DDR5 5200MHz ECC Desktop Memory — XMP 3.0
Get the best of both worlds with the Kingston FURY Beast KF552C40BB-16 — a 16GB DDR5 DIMM running at 5200MHz (PC5-38400) with CL40 timings, ECC error correction, Intel XMP 3.0 support, and a low 1.25V operating voltage. Uniquely combining desktop DDR5 performance with ECC reliability, this PMIC-equipped module is engineered for enthusiast workstations and prosumer builds where data integrity and high-speed performance are equally critical.
Key Specifications
- Capacity: 16GB
- Type: DDR5 UDIMM with ECC
- Speed: 5200MHz (PC5-38400)
- CAS Latency: CL40
- Voltage: 1.25V
- Profile: Intel XMP 3.0
- ECC: Yes
- PMIC: Yes (Power Management IC)
- Part Number: KF552C40BB-16
- Vendor: Kingston Technology
Why Choose This Module?
- ECC on a Desktop DIMM — Rare combination of ECC error correction on a standard UDIMM form factor, providing data integrity protection for prosumer workstations and reliability-focused desktop builds.
- Intel XMP 3.0 — One-click overclocking to 5200MHz on compatible Intel platforms, delivering high-speed DDR5 performance with effortless configuration.
- 1.25V Low Voltage — Operates at a lower voltage than standard DDR5 modules, reducing power consumption and heat output for more efficient, cooler operation.
- PMIC (Power Management IC) — Integrated power management for improved voltage regulation and stability, a hallmark of premium DDR5 design.
- Kingston FURY Quality — Rigorously tested for compatibility with leading Intel desktop platforms, backed by Kingston's trusted quality assurance standards.
Ideal For
Enthusiast workstations, prosumer desktop builds, content creation systems, and reliability-focused Intel platforms requiring ECC-capable DDR5 at 5200MHz. An excellent choice for users who need the error-correcting protection of ECC memory without moving to a full server platform.
Share
