DDR5 memory used to be highly expensive, and the essential D5 was offered steeply. Very little information was available on the vest strip, and much less memory was available when RGB lighting effects are used. It is not overstated to suggest that upgrading to a high-end graphics card is as simple as adding a few pieces of memory.

In this situation, purchasing DDR5 memory was not advised unless you are a user who only uses it when necessary and has a significant budget.

However, solid-state and memory prices have generally been declining recently. The cost of DDR5 memory, formerly exorbitant, has recently decreased. The price of the XPG LANCER RGB DDR5 DRAM MODULE 16G*2 memory has entirely dropped into a more reasonable range, which is not bad. It also contains a vest strip with an ARGB lighting effect.

A brand-new LANCER RGB DDR5 DRAM MODULE 6000MHz memory stick.

The memory’s packaging is festive, with a vibrant red color scheme, the memory’s color printing in the center, and information on the memory’s model, capacity, frequency, etc., at the bottom.


There is a hole in the rear of the package through which you can see the memory stick’s label, which contains details like time and voltage.

The memory stick is placed inside the box immediately in the protective plastic cover.


The memory stick’s exterior is attractive, featuring a sizable metal vest on the front and some ARGB lighting effects.

The words DDR5 are beautifully engraved in the top left corner of the left side of the metal vest, which is further embellished with white stripes.

The right side of the metal vest has a brushed metal surface, and the very delicate-looking XPG LOGO is printed in the lower right corner.

The light strip on the top of the memory module still has a very recognizable design with a small, off-center triangle and an asymmetrical side triangle.

The XPG LOGO is located in the center of an ARGB light strip that runs through the top of the memory module.

The LED strip and metal vest are also securely buckled when viewed from the side of the memory module. Additionally, a visual investigation reveals that the metal vest is exceptionally thick, measuring roughly 2mm.

The memory stick’s back is identical to its front, except that a label is located in the lower right corner.


Installation of an LANCER RGB DDR5 DRAM MODULE 6000MHz memory stick

The memory installation is still straightforward; let me start with this lovely pose.

The memory installation is still straightforward; let me start with this lovely pose. The double 16GB memory stick is first put in the memory slot; the second and fourth sockets are favored of the four memory sockets.

When the memory module is mounted to the motherboard, the light-strip portion of the memory appears to be hanging, and the black vest can be seamlessly incorporated with the black motherboard.

Turn on, one flash of light, done.

The memory module supports the ARGB lighting effect, with an excellent overall color transition and no visible lamp beads.

The memory strip light strip has a relatively smooth surface that can reflect some light and shadow. In the center is the XPG LOGO.

The asymmetrical, off-center triangle design on the side of the memory stick looks quite intriguing.

This triangular form also features a little inner triangle, and the decorations are exquisite.

The motherboard is MSI’s Z690 Unify, and the processor is 12700K. This board’s aesthetic is primarily uninteresting and understated. The IO cover only has MSI’s magic dragon LOGO, and there is no lighting effect design. It looks exciting.

Additionally, this motherboard has five M2 ports that are all protected by metal heat sinks. Additionally, each M2’s heat dissipation design features two layers, which enhances the design’s compatibility and upper limit. It may also quickly help heat dissipation for some M2 solid-state with double-sided particles to assure stable operation.

The Ares S360 water-cooled by MSI is used for heat dissipation. This water-cooled water block includes a small LCD screen that can show various data, including images, text, animations, hardware parameters, and other items that may be customized to suit individual preferences.

The main silent, cold exhaust fans on the water-cooled MSI Ares S360 are all black silent fans. In addition, in silent mode, the cooling exhaust fan supports stopping, effectively reducing standby noise.

The power supply will utilize Antec’s gold-medal-winning HCG850 full-module power supply. This power supply offers a 10-year replacement warranty and only uses Japanese capacitors. In times of peace, it is very safe to use.

The fan operating mode selection button has two options: silent mode and temperature control mode, located behind the power supply, close to the switches and plugs for conventional power.

The graphics card is a GALAXY RTX3080 10G HOF Pro with a white fan cover and ARGB side and front lighting effects. It still has an exquisite appearance.


The frame is an MSI PROSPECT 700RL frame. This chassis still performs admirably. The chassis’s interior room is more than adequate, and each component’s intricate design is excellent.

A large-area cooling grille on the front of the chassis can ensure enough room for air intake. Additionally, this chassis comes standard with four 140mm fans, supports ARGB lighting effects, and is simple to construct forward- and backward-exiting chassis air ducts.

You can see that even after installing a three-fan graphics card within this chassis, the available space is still more than adequate.

5. LANCER RGB DDR5 DRAM MODULE 6000MHz memory test

The motherboard is an MSI Z690 Unify, the graphics card is a GALAXY RTX3080 10G HOF PRO graphics card, and the memory is LANCER RGB DDR5 DRAM MODULE 6000MHz 16G*2 memory. These components make up the entire machine configuration list.

In a straightforward test, the entire device received a score of 219W, with good performance from the processor (85.9W), graphics card (77.1W), and memory (27.7W).

The memory may be identified by default usually; it has a 32GB capacity, and its frequency is 4800MHz.

Just have a look at the timing. At 4800MHz, it is 40-40-40-77.

Just have a look at the particle data. The XPG memory’s Samsung particle can play XMP3.0 files.

Run a quick test at 4800MHz; the memory has a read speed of 71000MB/s, a write speed of 67800MB/s, a copy speed of 66000MB/s, and a delay of 91.7ns.

Enter the chicken; the scene is in 2K resolution, full high picture quality, a training field corner, with roughly 153 game frames and a 6.2ms frame delay.

Then access the motherboard’s BIOS and launch the memory’s XMP. The timing is currently 40-40-40-76, and the overall performance is not awful. The memory’s frequency may be readily stabilized at 6000MHz at this moment.

Repeat the read and write test on the memory. Memory read speeds are 90000 MB/s, writes are 82500 MB/s, copies are 81700 MB/s, and delays are 78 ns. The overall data performance has significantly increased as compared to the silent frequency.

Finally, the chicken appears with the exact resolution and special effects, in the same location on the practice field, with 172 game frames and a 5.7ms frame delay. The overall increase in frame rate and frame latency is still highly noticeable. Additionally, this frame rate is merely constant. It will be easier to see the daily dynamic frame rate rise and will undoubtedly feel smoother.

6. Conclution of LANCER RGB DDR5 DRAM MODULE 6000MHz  Review

The LANCER RGB DDR5 DRAM MODULE 6000MHz continues to function excellently. The memory has excellent looks, functionality, and design. This memory package is still well worth purchasing if you are a user with specific requirements for memory, whether related to performance or look. DDR5 memory might also be considered because its price has recently stabilized. After all, DDR5 memory has unquestionable advantages over DDR4 memory in terms of reading and writing performance.

The recollection looks lovely in terms of beauty. The metal vest has an excellent design. The black metal vest is split in half diagonally. The right part has a lovely brushed metal finish, while the left leg has an attractive striped pattern. The aesthetic quality is outstanding. Additionally, an entire ARGB light strip supports the motherboard’s synchronization on top of the memory module, and the appearance in daily use is excellent.

Performance-wise, this set of memory supports XMP3.0 technology, allowing you to simply stable the memory’s frequency at 6000 MHz by accessing the motherboard BIOS and opening the XMP function directly. Under a frequency of 6000MHz, the memory’s read and write speed and latency are markedly improved compared to the default frequency of 4800MHz. The number of game frames has increased dramatically, which is positive, in the chicken-eating game, which is highly sensitive to medial performance.

thank you all!

The End

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