Patriot révèle la série de mémoires DDR5 Signature
“We’ve been working jointly with motherboard makers to ensure our DDR5 memory product line has excellent stability and compatibility with INTEL’s latest ALDER LAKE desktop processor and Z690 platforms,” said Roger Shinmoto, the VP of PATRIOT Memory. PATRIOT Signature DDR5 memory is designed to deliver a significant performance improvement. Only requiring 1.1 V of power, Signature DDR5 offers lower power consumption and produces less heat despite the higher frequency of 4800Mhz. Further power improvements include an onboard Power Management IC (PMIC), which provides better control of local voltage regulation while offering increased threshold protection, simultaneous monitoring, INTELligent voltage, and power management supporting increased voltage tweaking and more comprehensive adjustment ranges.
Each Signature DDR5 module has onboard thermal sensors to monitor and protect against thermal issues and better overall reporting.
Build quality and stability are critical features to successful DRAM memory; An 8-layer black PCB is used on the PATRIOT Signature DDR5 memory for substantial signal integrity. En plus, the latest on-die ECC (Error-Correcting Code) further enhances the accuracy of the data processing and overall system stability. As a result, the PATRIOT Signature DDR5 memory promises to be a wise choice for system integrators and anyone looking to expand their DDR5 system memory, offering a wide range of capacities and configurations, allowing users to get the most from the new ALDER LAKE and Z690 platforms.
The PATRIOT Signature DDR5 memory is backed by a PATRIOT’s limited lifetime warranty and will be available in major retailers worldwide in November 2021.
Features
- Lower power consumption, only requiring 1.1 Entrée de puissance V.
- High-quality power management IC onboard to ensure stable power transfer at high efficiency.
- Onboard temperature sensors monitor and protect from overheating.
- On-die ECC error checking capability to provide accurate data processing.
- Future module capacities up to 256 GB per single stick.