Memory module KINGSTON 16GB DDR3L 1333MHz ECC (1×16GB), CAS 13, for PC/Server, black/green

KINGSTON 16GB DDR3L 1333MHz ECC memory module in a single 16 GB DIMM configuration designed for use in compatible desktop PCs, workstations and servers. This low-voltage DDR3L module supports error-correcting code (ECC) to detect and correct single-bit memory errors, providing improved data integrity and operational stability. With a clock speed of 1333 MHz and CAS latency 13, the module delivers balanced performance for systems that require reliable memory expansion without changing platform specifications.

Advantages

The module combines 16 GB capacity with DDR3L low-voltage operation to reduce power consumption compared with standard DDR3 while maintaining compatibility with systems that support DDR3L. ECC support enhances system reliability by identifying and correcting single-bit errors, which is useful for server and workstation environments. The module is built to Kingston specifications for consistent signal integrity and thermal behaviour, and its compact DIMM design fits standard memory slots on compatible motherboards.

Suitable for

Key specifications

How to use

Power down the system and disconnect it from the mains before installing the memory module. Refer to the motherboard or system manual to locate compatible memory slots and supported memory configurations. Align the module notch with the slot key and press evenly on both ends until the retention clips engage. After installation, reconnect power and boot the system; verify that the BIOS/UEFI recognises the new 16 GB module and that ECC functionality is enabled if required by the platform. Follow manufacturer guidelines for maximum supported memory per slot and total system capacity.

Recommendations

Use this module in systems that explicitly support DDR3L and ECC memory. For best results in servers and workstations, install modules in matched pairs or according to the motherboard’s channel configuration, and ensure BIOS/UEFI settings enable ECC if automatic detection does not occur.