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Desktop RAM KINGSTON KF552C40BWAK2-16 — 16 GB (2×8 GB) DDR5 5200 MT/s 288-pin DIMM ECC, CL40, 1.25 V
KINGSTON KF552C40BWAK2-16 is a 16 GB kit composed of two 8 GB DDR5 288-pin DIMM modules designed for desktop and workstation motherboards that support DDR5 memory. The modules operate at DDR5-5200 (5200 MT/s) with CAS latency CL40 and include ECC support for error checking. Each module is specified to run at 1.25 V at its tested DDR5-5200 timing and is compatible with JEDEC DDR5 standards. SPD profiles include standard JEDEC timings and support Intel® XMP 3.0 for simplified configuration at rated speeds.
The kit provides error-checking capabilities through ECC while maintaining the higher bandwidth and improved power efficiency of DDR5 technology. Operating at 5200 MT/s with validated timings offers a balance between sustained throughput and stable latency. Low operating voltage of 1.25 V reduces power draw compared with higher-voltage generations, and the modules use gold contact fingers for reliable electrical connection. Support for Intel® XMP 3.0 enables straightforward setup of the rated frequency and timings on compatible systems.
Install each 288-pin DIMM into the appropriate DDR5 memory slot on a compatible motherboard, following the motherboard vendor's guidance for matched-slot configurations and dual-channel population. Ensure the system is powered off and disconnected from mains before fitting the modules. After installation, enter the system BIOS/UEFI to verify that both modules are detected and operating at the expected JEDEC or XMP profile. To enable rated DDR5-5200 operation, activate the Intel® XMP 3.0 profile if supported by the motherboard and CPU combination; otherwise, the modules will run at the default JEDEC profile.
Use these modules in systems that explicitly list DDR5 support and follow motherboard documentation for memory population order. When enabling XMP profiles, confirm voltage and timing settings are supported by your CPU and motherboard firmware. For workloads requiring maximum data integrity, take advantage of the ECC capability in compatible platforms and run system diagnostics after installation to verify stability.
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