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| Part No: | KINKF556C40BWK4-128 |
| Manufacturer No: | KF556C40BWK4-128 |
| Delivery: | Out Of Stock |
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The Kingston KF556C40BWK4-128 128GB 5600MT/s DDR5 CL40 DIMM (Kit of 4) FURY Beast White XMP memory kit provides a four-module high-capacity configuration for desktop systems requiring extensive memory resources. Built on DDR5 architecture, it supports demanding workloads such as large-scale multitasking, content creation, and memory-intensive applications that rely on sustained bandwidth. The white FURY Beast heat spreaders provide a consistent visual style for themed builds, while XMP support enables quick activation of validated performance profiles on compatible platforms.
On-die ECC (ODECC) helps maintain data integrity during high-performance memory operation, supporting consistent system behaviour when pushing demanding workloads and higher memory speeds.
DDR5 architecture increases data handling capability through double the banks and burst length, along with two independent 32-bit subchannels. This structure supports smooth performance across games, applications, and multitasking environments.
Intel Extreme Memory Profile (XMP) 3.0 provides preconfigured settings for speed, timings, and voltage. It also enables storage of custom profiles using a programmable PMIC for faster system tuning on supported platforms.
The Kingston KF556C40BWK4-128 128GB 5600MT/s DDR5 CL40 DIMM (Kit of 4) FURY Beast White XMP memory kit provides a four-module high-capacity configuration for desktop systems requiring extensive memory resources. Built on DDR5 architecture, it supports demanding workloads such as large-scale multitasking, content creation, and memory-intensive applications that rely on sustained bandwidth. The white FURY Beast heat spreaders provide a consistent visual style for themed builds, while XMP support enables quick activation of validated performance profiles on compatible platforms.
On-die ECC (ODECC) helps maintain data integrity during high-performance memory operation, supporting consistent system behaviour when pushing demanding workloads and higher memory speeds.
DDR5 architecture increases data handling capability through double the banks and burst length, along with two independent 32-bit subchannels. This structure supports smooth performance across games, applications, and multitasking environments.
Intel Extreme Memory Profile (XMP) 3.0 provides preconfigured settings for speed, timings, and voltage. It also enables storage of custom profiles using a programmable PMIC for faster system tuning on supported platforms.
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