Patriot Signature Premium 8GB DDR5 5600MT/s CL46

The Patriot Signature Premium 8GB DDR5 RAM is a fundamental component for builds using Intel platforms that support the DDR5 standard. This 8GB module temporarily stores actively processed data and instructions for the processor. It operates at a speed of 5,600MT/s with CL46 timing, which contributes to smooth system operation and faster application loading. Thanks to the DDR5 standard, it offers double the bandwidth of the previous DDR4 generation while operating at a reduced voltage of 1.1V. The manufacturer has designed this PC memory for simple plug-and-play installation, so getting it up and running doesn't require any complex adjustments in the BIOS settings.

Speed and Response

This 8GB RAM achieves a speed of 5,600MT/s, which provides a theoretical throughput of up to 44,800MB/s. Such a high data flow rate shortens the response time between the processor and the memory, which is important for the smooth running of both the operating system and applications. CL46-46-46-90 timing determines the delay when processing individual commands. Optimised latency combined with high frequency supports effective multitasking, where the system can switch swiftly between multiple running programs without noticeable slowdown.

Stability and Reliability

Integrated On-Die ECC technology ensures system stability. This mechanism corrects errors directly on individual memory chips, not at the entire module level. This increases the integrity of the transmitted data, which is important at the high frequencies of the DDR5 standard, where the risk of errors is higher. The manufacturer has verified the reliability and functionality of the memory module through thorough testing on the latest Intel platforms that support DDR5 memory. This confirms wide compatibility with modern motherboards. The module operates at a standard voltage of 1.1V. Lower energy requirements lead to less residual heat production, which helps maintain lower operating temperatures inside the computer case. Effective power management directly on the module is ensured by an integrated PMIC circuit.