Since its launch, the Ramsta Wolverine series RGB e-sports memory has been highly praised by many players and consumers for its beautiful high-value appearance, 1600W color combined with RGB colorful lighting effects and rated frequency up to 3200MHz. . Wolverine's high value, high performance and high efficiency make it the throne of the industry's high-end e-sports products.

Maybe everyone will feel empty.

It doesn't matter, the following data can explain everything.

Ramsta Wolverine RGB esports memory official performance analysis

01 Wolverine RGB memory detailed first part - XMP

  Wolverine RGB esports memory has received favorable comments from users since its launch, but some users are using our Wolverine. After the machine, the memory frequency is only 2400MHz, not the nominal 3200MHz. What is the reason? What about it? In fact, it is because the XMP function is not turned on.

XMP is not enabled in the motherboard BIOS

   Memory XMP is an abbreviation of Extreme Memory Profile, a memory configuration specification developed by Intel Corporation. XMP is primarily designed to meet the growing demand for memory performance in high-end gaming and performance computing. The motherboard's BIOS can extract the XMP configuration files defined by the specification to optimize the memory controller for automatic overclocking of memory modules for optimal memory performance.

XMP is not turned on, only 2400MHZ frequency

   Ramsta Wolverine memory makes full use of XMP technology. In order to ensure the universal compatibility and stability of memory, the default frequency is only 2400MHz without XMP being turned on. Only when XMP is turned on and the platform is configured without unlocking the frequency, the motherboard The configuration information can be read automatically, so that the memory working rated frequency reaches 3200MHz.

   Therefore, users who use Wolverine RGB memory must first ensure that the motherboard platform you use supports 3200MHz memory frequency, and you must remember to enable XMP function.

XMP is turned on, reaching 3200MHZ frequency

02 Use XMP function to raise Wolverine RGB memory frequency to 3200MHz

First reset the motherboard BIOS settings to the original factory restart, Wolverine RGB memory running at 2400MHz base frequency.

Press F7 to enter the advanced configuration (the different motherboard settings are different, please refer to the motherboard description), select XMP in the AI smart overclocking in the memory configuration, that is, turn on the overclocking mode.

   After selecting XMP, the motherboard BIOS automatically recognizes the XMP configuration information of Wolverine and reads the XMP configuration parameters.  

   Save and restart, it will light up smoothly, and the memory will work stably at 3200MHz.

03 Wolverine RGB memory different frequency performance test

   3.1 Test Software Introduction

   CPU-Z is a well-known CPU detection software, which is the software that detects the highest CPU usage. In addition, it can detect the motherboard and memory related information, we use it to verify the actual working frequency of Ramsta Wolverine RGB memory.

   AIDA64 (formerly Everest) is a system detection software that can display detailed information about every aspect of the PC. The software's own Memory Latency evaluation can visually show the performance of the memory subsystem by evaluating the memory delay. For the average user, the speed of the memory system can be easily understood as the response speed of the double-click folder.

3.2 Test Platform Information

   3.3 Wolverine RGB esports memory default frequency 2400MHz performance test (XMP is not turned on)

   First of all, we tested the performance of Wolverine RGB memory at 2400MHz when XMP was not turned on. Restore the BIOS default settings, save and restart, and light up smoothly. At this time, the memory works at 2400MHz.

   After entering the system, use CPU-Z latest version 1.83 to view CPU, motherboard and memory related information.

   CPU-Z can fully recognize the memory information. Under the default setting of the motherboard, the default frequency of Wolverine RGB memory is 2400MHz, and the timing is CL17-17-17-39-2T. At this time, the voltage is DDR4 memory standard voltage 1.2V.

    Note: The 'memory frequency' displayed by CPU-Z requires 'x2' to be the actual operating frequency of the memory module.

Test memory latency and read and write speeds with AID64

   Wolverine RGB memory at 2400MHz, read / write / copy speed reached 34936MB / s, 34990MB / s, 30712MB / s, the memory delay at this time is 57.8ns.

   3.4 Wolverine RGB esports memory

   Default frequency 3200MHz performance test (turn on XMP)

   Enter the BIOS of the Gigabyte Z370 AORUS Ultra Gaming motherboard, overclock the memory frequency to 3200MHz, then increase the voltage to 1.35V, and set the timing to 16-18-18-38-2T. Save and restart, and light up smoothly.

   After entering the system, use CPU-Z latest version 1.83 to revisit the CPU, motherboard and memory related information.

   CPU-Z can fully recognize the memory information. When the one-button XMP is set to 3200MHz, the working frequency of Wolverine RGB memory is the rated frequency of 3200MHz. At this time, the timing is CL16-18-18-38-2T, and the working voltage is 1.35V. . It is exactly the same as the Wolverine label rating.

Test memory latency and read and write speeds with AID64

   When the one-button XMP is set to 3200MHz, the read/write/copy performance is significantly improved under the 16-18-18-38-2T timing, and the read/write/copy speed reaches 45882MB/s, 46632MB/s, and 40593MB/s. The memory latency is significantly reduced to 47.5 ns, which is a significant improvement over the 2400 MB/s data without XMP.

   3.5 Test Summary

   Wolverine RGB memory perfectly supports XMP technology. To maximize its performance, you need to enable XMP function in the motherboard BIOS. When working at rated 3200MHz, the read/write/copy performance is 30% higher than the default 2400MHz, and the performance is quite good.

   When Wolverine RGB memory is rated at 3200MHz, the memory delay is significantly shortened, the response time is increased by more than 20%, and the response speed is significantly improved.

   Note:：

1. A master detection software can only detect the most basic configuration information according to the product name, and can not truly feedback the actual working frequency and real read and write performance of the memory. We do not recommend to measure the memory performance through it.

    2. The maximum operating frequency of the memory module is limited by the CPU and the motherboard chipset. For details, refer to the manufacturer's instructions. We recommend that when you consider the choice of high-frequency memory, choose the motherboard with the non-locked version and the CPU.

The above is the official performance analysis of the Ramsta Wolverine RGB esports memory, and its data can withstand the test and test. Rui Shi International adheres to the whole process of quality control, 100% compatibility testing, to ensure stable and efficient performance, to bring users the most real high-end quality experience.

Finally, to remind you to use Wolverine RGB memory, first of all to ensure that the platform used supports 3200MHz memory frequency, and must remember to open XMP function. Focus here, please remember.

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  About Ramsta  

Ruishi International Headquarters is located in Hong Kong and Taiwan. It has set up a research and development center in Shenzhen. It has set up a sales company in Shenzhen. It has a storage product R&D and manufacturing base in Taiwan and Shenzhen. It is committed to the research and development and manufacturing of high-end, cutting-edge storage products. Rui Shi established the Greater China Marketing Center in Shenzhen. As a professional storage product R&D, manufacturing and sales integration service provider, Ruishi currently has a place in the SSD solid state drive, DARM module memory, TF flash card and other series of storage products.