Memory

Micron Micron Crucial DDR5 5600MT/s UDIMM 16GBx2 Open Box Test

 
The last unboxing of the Crucial DDR5-4800MT/s 16G dual-channel kit is positioned as an entry into the DDR5 platform, and with the advancement of the two motherboard platforms as well as the DDR5 memory related technology, DDR5 memory is also gradually increasing their respective frequencies, and today's hands-on test is Micron's Crucial second-generation DDR5 memory product, Crucial DDR5 5600MT/s UDIMM 16GBx2, which is the first generation of DDR5 memory. Today's hands-on test is Micron's Crucial second-generation DDR5 memory product, Crucial DDR5 5600MT/s UDIMM 16GBx2.

Micron Crucial DDR5 5600MT/s UDIMM 16GBx2 Specification
Memory Capacity: 32GB (2x 16GB)
Memory Clock: DDR5 5600
Memory Timing: CL 46-45-45-90
Memory Size: UDIMM
Memory Voltage: 1.10V
Warranty: Lifetime Warranty

Micron Crucial DDR5 5600MT/s UDIMM 16GBx2 Memory Out of the Box

About Micron's introduction of the last one has introduced a lot of interested can go to see, UDIMM model is originally the main entry-level market so the packaging is relatively simple, the use of transparent plastic box to isolate the protection of the box is affixed with Jetwing agent warranty stickers, if the unfortunate need to repair the warranty service can be directly dialed above the phone to contact to apply for the other side of the sticker with the memory code and the capacity and frequency of the clock, and so on. On the other side is the memory number, capacity and frequency clock, etc. This time, we have a 16GBx2 5600MT/s dual-channel combo.

Last time I unboxed the first generation of Micron DDR5, only Intel's 12th generation processor platform supported DDR5 memory, but in Q4 of 2022, AMD and Intel will be updating their platforms again at about the same time, and AMD's new AM5 platform has officially announced that it will fully support DDR5 memory and launch AMD's independent "EXPO" technology, which is known as Extended Profiles for Overclocking, to clear the memory divide with Intel. Full name: Extended Profiles for Overclocking is a memory one-click overclocking certification and specification to clear the memory watershed with Intel, so this second-generation Crucial memory supports both Extreme Memory Profile (XMP) and EXTended Profiles for Overclocking (EXPO). This second generation of Crucial memory supports both Extreme Memory Profile (XMP) and EXTended Profiles for Overclocking (EXPO) certifications, making it compatible for use on both Intel and AMD platforms.


∆Protected by transparent plastic packaging to minimize shipping damage.


∆ Memory code: CT2K16G56C46U5, you can check the compatibility in the motherboard compatibility list report when ordering.

The memory is themed by a black PCB exterior, with no additional thermal armor to cover or decorate the exterior, commonly known in the DIY community as bare bars.


∆ The memory body.

The Crucial DDR5 5600 UDIMM utilizes a single-sided, four-bay IC configuration, with the left bay adding one of the DDR5 features, a Power Management Integrated Circuit (PMIC), which allows for more efficient power distribution, better signal integrity, and reduced noise interference.


∆Crucial DDR5 5600MT/s UDIMM 16GBx2 memory cell list with eight 2GB memory cells totaling 16GB on one side.


∆ SPD HUB and power control chip PMIC featured.


There are also particles underneath the ∆ sticker, but please remember not to tear off the sticker.

∆ The other side is a fully plain PCB.


Micron Crucial DDR5 5600MT/s UDIMM 16GBx2 Memory Test

This test platform uses the same Intel 12th generation platform as the last DDR5 4800 MT/s out-of-the-box test, using the ASRock Z690 Taichi Razer Edition motherboard, but the original 12700K was temporarily not taken back to use a 12900K to test the performance of the Crucial DDR5 5600MT/s UDIMM. 16GBx2 to test the performance improvement of Crucial DDR5 5600MT/s UDIMM.


∆ CPU-Z memory information.


∆ CPU-Z SPD Hub information at a glance.

Testing Platform
Processor: Intel Core i9-12900K
Motherboard: ASRock Z690 Taichi Razer Edition
Memory: Crucial DDR5 5600MT/s UDIMM 16GBx2
Graphics: NVIDIA GeForce RTX 3060Ti FE
Operating System: Windows 11 Home Edition 21H2

In order to compare the performance with the previous generation, we used the same test platform to plug in the memory and boot into the Bios to turn on XMP 3.0, and then opened the XMP 3.0 default 1 setting file for the frequency 5600 CL 46-45-45-90 1.0V, and then used AIDA 64 to test the read/write to 83849 MB/s, 77675 MB/s, and the replication to 76847 MB/s. The latency was 78.1 ns, and the delay was 78.1 ns. The delay is 78.1 ns. 4800 MT/s You can see for yourself how much performance difference there is in the frequencies in the previous unboxing article.


The ∆ memory has two sets of XMP 3.0 timing data, DDR5-5600 and 5200 clocks and timings.



∆ Micron Crucial DDR5 5600MT/s memory read/write test.

Using the AIDA64 system memory test in the same setup, the temperature of the memory was tested for pressure stability to see how it would perform without a fan blowing directly on the bare platform, and it peaked at 52°C after 15 minutes of testing, but usually with a fan inside the chassis to help dissipate the heat and airflow, the temperature would be a little lower under normal usage.


∆ AIDA64 system memory memory stress temperature test.

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