ADATA XPG Spectrix D41 DDR4 3000 Review

ADATA Know-how is extensively recognized for DRAM Modules, desktop and pocket book PCs, Strong State Drives, Exterior Storage (HDD, SSD, Enclosures), USB Flash Drives, and different media/reminiscence associated equipment. In recent times, they’ve gained recognition as one of many international leaders of top-tier DRAM merchandise. With annual earnings of $680 million USD in 2017, they have been ranked quantity two out of all DRAM sellers globally (Taipei Change October 2017).  When one of many world leaders in DDR4 reminiscence provided their product for torture testing, we jumped on the alternative.

Up for evaluation right now is a brand new package of reminiscence from ADATA.  At this time we are wanting on the Spectrix D41 collection of reminiscence. This can be a refresh of their Spectrix D40 line, which has been a well-liked selection for fanatics, overclockers, and pc builders alike who want to add RGB reminiscence to their system. It’s nonetheless the identical nice firm and reminiscence that many people have grown to understand, however this model of their Spectrix line has undergone a modernized face-lift. Particularly, the Spectrix D41 exhibits off that RGB shine with a much less obstructed top-down view in comparison with the Spectrix D40, so that you get extra RGB shine in your system.

Specs and Options

As chances are you’ll or might not know, ADATA was based in 2001. Shortly after the discharge of DDR1 in 2000, ADATA has been a sought-after reminiscence supplier for overclockers and pc fanatics. They’re a Taiwanese-based firm that’s publicly traded.

The ADATA XPG Spectrix D40 DDR4 is manufactured in China and is extensively obtainable at retailers throughout the globe and carries a lifetime guarantee. With trendy DDR4 there are two important semiconductor gamers that present ICs to corporations like ADATA, which embrace SK Hynix and Samsung. Based mostly on the specs of this reminiscence, we might anticipate to see Hynix ICs beneath the warmth spreader. Whereas the precise IC itself could also be re-branded to ADATA, this specific package of reminiscence does certainly make the most of Hynix ICs.

The specs and options under come immediately from the ADATA web site.

ADATA XPG Spectrix D41 SpecsHalf QuantityAX4U300038G16-DT41Capability16 GB (2×eight GB)SortDDR4 U-DIMMVoltage1.35VVelocity SpecPC4-24000Examined FrequencyDDR4-3000 (1500Mhz)Package SortTwin ChannelExamined TimingsCL16-18-18-39Pricing$159.99 at Newegg.comGuaranteeLifetime

For these , here’s a nearer take a look at the actual particulars of this package of reminiscence. Under is a screenshot of Thaiphoon Burner, which is a fantastic free software that permits one to learn the Serial Presence Detect (SPD) firmware of the DRAM. The SPD info is crucial in figuring out how the stick will carry out and the way the pc will acknowledge it.

Thaiphoon Burner

Because the Thaiphoon Burner screenshot exhibits, this particular package of reminiscence is using Hynix’s M-Die. This reminiscence makes use of a complete of eight ICs, all of that are situated on just one aspect. To an attentive observer, one can speculate that different kits of reminiscence within the Spectrix D41 lineup might include totally different reminiscence ICs similar to Samsungs notorious B-DIE. If you need to take a look at different choices within the Spectrix D41 lineup you possibly can obtain a PDF right here: Datasheet XPG SPECTRIX D41 DDR4 RGB Reminiscence.pdf

ADATA XPG Spectrix D41 DDR4 3000 Options 

Fascinating RGB lighting

With an emphasis on most RGB sine, the Spectrix D41 has a top-down view which isn’t obstructed by heat-sink materials. Every stick of reminiscence has 5 discreet, individually addressable LED’s so the lightning mixtures are infinite.

 

Take Management of your RGB Reminiscence

ADATA has included RGB management software program which is suitable with main motherboard makers, absolutely customization. and programmable. From software program to overclocking, the Spetrix D41 reminiscence works with trendy techniques together with Intel® X299 and AMD AM4/Ryzen platforms.

 

Type and Perform

The Spectrix D41 lineup employs anodized aluminum heatsinks to maintain your reminiscence operating cool and secure inside your system. ADATA provides two distinctive colours, Crimson Pink and Tungsten Grey, which can be found in most of their kits.

 

Intel XMP (Excessive Reminiscence Profile) 2.zero

The Spetrix D41 permits straightforward overclocking with two built-in Intel® XMP 2.zero profiles. The XMP profiles take the guesswork out of DDR4 reminiscence timings and permit customers to overclock the reminiscence with ease.

 

Packaging

The packaging is usually an missed aspect to a completed product, nevertheless it shouldn’t be. The packaging is just a supply mechanism to ship the product safely, nevertheless it additionally serves as a preview of what’s to return. We’ve got all opened merchandise with cheaply-made packaging, and whether or not you consider it or not, I consider that it has an impact on the primary impression of the product.

The Spectrix D41 packaging doesn’t disappoint. The field is multi-colored, printed cardboard and features a flip-up prime that boldly shows the important thing options. Opening the highest additionally give the proprietor a primary glimpse of the product. Contained in the field, the reminiscence is housed in a plastic clam-shell that protects the RAM and is giant sufficient to deal with four sticks safely.

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Of the 2 colour choices out there, we’re reviewing the Tungsten Grey selection at present. This is perhaps the apparent selection for extra pc builders since it’s extra of a common shade tone in comparison with the Crimson Pink choice. As talked about above, this model of Spectrix provides extra seen RGB. Your complete prime of the reminiscence module is one contiguous plastic mild diffuser. This serves the perform of softening the sunshine that comes from every particular person LED and makes the sunshine seem extra uniform. The heatsink doesn’t protrude into the RGB diffuser.

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As seen under, the Spectrix D41 places on a really distinctive and really brilliant mild present. Booting up the system we discover that the reminiscence comes from the manufacturing unit with a pre-programmed, rainbow-like fade impact. Every module cycles by way of all shade choices as the colour shifts from one finish of the stick with the opposite.

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The RGB management software program for the Spectrix D41 is free and obtainable for obtain from their help web site. The software program is straightforward to make use of and isn’t showy or burdened with unneeded content material. I commend them for having the braveness to supply software program which is extraordinarily streamlined and easy, but extremely efficient. Inside the software program, you will see extra choices than you thought attainable. The mixtures of lighting configurations are almost limitless and the reminiscence modifications colours as quickly as you hit ‘apply’. The software program is suitable with all mainstream motherboards.

The Spectrix D41 is suitable with Asus Aura software program. This distinctive function permits customers with Asus Aura motherboards to sync each the reminiscence and the motherboard. When paired with an Asus motherboard, the ADATA XPG management software program relinquishes management to the Asus Aura software program to permit syncing of the varied suitable hardware.

ADATA Lightning Management Software program V1.00.01

One noteworthy function is that this reminiscence has individually addressable RGB LEDs. Which means with the aforementioned software program, the consumer has the power to regulate every of the 5 LEDs individually from one another.

Individually Addressable RGB

Testing and Overclocking

The general goal is to guage the reminiscence beneath quite a lot of totally different circumstances in an effort to simulate every day life. To perform this activity, We’ll flip to benchmark packages to look at the efficiency of the reminiscence and general system beneath numerous circumstances. The strategy is to first check the Intel XMP profiles. The XMP profiles are built-in to the reminiscence and they’re anticipated to work flawlessly throughout all motherboards. As soon as I’ve established that the XMP profiles are engaged on the check system, then I’ll check out how these reminiscence modules overclock.

For the needs of this assessment, I’ll look at the overclocking potential with out expressly voiding the guarantee on account of over-voltage. In response to the XMP 2.zero certifications, absolutely the most allowable voltage is 1.50 V VDDR. Thus, all overclocking endeavors shall be carried out with lower than 1.50 V.

Under are the check system and ensuing reminiscence speeds that can be used to guage the reminiscence and run the benchmarks.

Check SetupCPUIntel i7 7740X @ four.zero GHz (four.7 GHz Cache)CoolerAlphacool Eisblock XPX CPU Block with customized radiator loopMotherboardASRock X299 OC ComponentsGraphics CardAsus 980Ti MatrixStrong State DriveGroup Group L5 120GBEnergy ProvideSeasonic 1200W Platinum PRIMEWorking SystemHome windows 10 x64Reminiscence Speeds In contrastIntel XMP 2 ~ 2666 CL16-16-16 1.20 VIntel XMP 1 ~ 3000 CL16-18-18 1.35 VOverclock ~ 3200 CL15-16-16 1.35 VOverclock ~ 3333 CL15-16-16 1.40 V

As is the case with all overclocking adventures, your outcomes might differ, so proceed solely in case you assume all danger. To view and look at all the numerous reminiscence profiles I exploit two main instruments which embrace AIDA64 and ASRock Timing Configurator. AIDA64 is a strong system diagnostic and benchmarking software, that may be bought for an inexpensive worth. Subsequent, I might be utilizing the ASRock Timing Configurator, which is a free piece of software program that permits customers of all main motherboard manufacturers to see the first, secondary, and tertiary timings which have been utilized within the bios.

Under is the XMP profile 2. Of the 2 XMP profiles that are saved on this reminiscence package, profile 2 is the one which is much less disturbing in your motherboard to function. The XMP Profile 2 ought to all the time be thought-about the failsafe profile as a result of it operates the reminiscence at decrease frequencies than they have been meant to run. The working voltage of this profile is 1.20 V.

AIDA64 XMP 2

Timing Profile XMP 2

Under is the XMP Profile 1. That is the profile that the majority fanatics and pc builders ought to select to pick. This profile units the optimum frequency and latencies which the reminiscence is meant to run at. The working voltage of this profile is 1.35 V.

AIDA64 XMP 1

Timing Profile XMP 1

As a result of the truth that this package of reminiscence makes use of Hynix ICs, I anticipate that the overclocking potential will probably be considerably lower than kits composed of Samsung ICs. That being stated, this reminiscence nonetheless has loads of overclocking headroom and general system efficiency is predicted to enhance with overclocking.

My methodology is to set my most working voltage of 1.490 V and see what could possibly be completed. No matter the truth that the ASRock X299 OC Formulation is likely one of the greatest motherboards for reminiscence overclocking, it quickly turned obvious that this package of reminiscence was not capable of obtain secure frequencies aside from 3333 MHz. Whereas testing, I used to be capable of obtain speeds of 3433 MHz, however sadly that velocity was not secure in all benchmarks. As soon as I knew the very best frequency that was satisfactory, I spent a while to determine latencies and different frequency/voltage mixtures that resulted in secure reminiscence.

Under is the ensuing overclock from utilizing the identical voltage as XMP 1 (1.35 V) nevertheless this considerably overclocked in comparison with XMP 1. Not solely is it operating 200 MHz larger, however the latencies are additionally closely decreased to extend general efficiency.

 

AIDA64 OC 3200 CL15-16-16 1.35 V

Timing Profile OC 3200MHz CL15-16-16 1.35 V

Under is the ensuing overclock with the optimum latencies and the utmost working frequency this reminiscence is able to. A noteworthy level is that to realize this secure most overclock the RAM was solely zero.05 V above the XMP. The ensuing secure voltage for the overclock is 1.40v

 

AIDA64 OC 3333MHz CL15-16-16 1.40 V

Timing Profile OC 3333MHz CL15-16-16 1.40 V

Simply to slake my very own curiosity, I made a decision to void the guarantee and see what would occur if I utilized 1.75 V or greater. This humble package of reminiscence had no issues operating larger voltages corresponding to 1.75 V, however regrettably, it did completely nothing for frequency or latency overclocking headroom. I might not advocate any voltage greater than 1.40-1.45 V on this package of reminiscence because it didn’t yield higher outcomes.

Benchmark Outcomes

Benchmark packages permit us to look at the efficiency achieve or loss from making modifications to the varied pc elements such because the CPU, GPU, or reminiscence. On this case, the aim is to take away all variables and look at solely the efficiency change from reminiscence overclocks. To perform this, all benchmarks have been run with the CPU held at a continuing 5 GHz for each benchmark. I’ll examine the overclock potential not simply because it’s enjoyable, however as a result of it has real-world implications and will help with the productiveness of every day duties.

First up, I used AIDA64 Cache and Reminiscence Benchmark. Particularly talking, “Memory bandwidth benchmarks (Memory Read, Memory Write, Memory Copy) measure the maximum achievable memory data transfer bandwidth. The code behind these benchmark methods are written in Assembly and they are extremely optimized for every popular AMD, Intel, and VIA processor core variants by utilizing the appropriate x86/x64, x87, MMX, MMX+, 3DNow!, SSE, SSE2, SSE4.1, AVX, AVX2, and AVX-512 instruction set extension.”  (supply: www.aida64.com)

Within the graph under, it’s clearly seen that every of the 4 totally different reminiscence speeds in contrast had a noticeable enchancment within the benchmark end result. Because the frequency goes up, or the latency turns into quicker, the ensuing rating has an almost linear development of efficiency.

AIDA64 Cache and Reminiscence Benchmark

Subsequent up is my private favourite benchmark. The benchmark is Geekbench three, and it has confirmed itself to be a superb software for figuring out the actual world efficiency of the system being examined. This sort of benchmark is only 2D calculation based mostly and there’s no graphical processing factor so it’s an awesome analytical device to guage reminiscence efficiency. Particularly talking, “Geekbench 3 features new tests designed to simulate real-world scenarios. This helps make Geekbench an invaluable tool to determine how your current computer (or your next computer) will handle your tasks and applications.” (supply: www.geekbench.com)

Within the graph under we see that the reminiscence rating is just like the AIDA64 outcomes because it progresses almost linearly with elevated reminiscence speeds. It’s value noting that though the reminiscence is performing quicker, the varied reminiscence speeds examined present a negligible 2.5% achieve over XMP 2 in general system efficiency.

Geekbench three Benchmark

The subsequent benchmark is pretty new to the overclock world, and it was made expressly for the needs of aggressive overclocking hosted at hwbot.org. I selected this benchmark as a result of it has been recognized to yield noticeable enhancements within the general rating from reminiscence overclocking. Particularly talking, “HWBOT x265 Benchmark is based on the open source x265 encoder. It can take advantage of modern CPUs instruction sets and multithread support is also very good. However, this benchmarks is also capable of running even on old processors such as the AMD Athlon or Intel Pentium III. Of course on the legacy hardware, the encoding time is rather long. There are two presets available – 1080p and 4k. The main goal of both of them is to convert H264 source video to H265/HEVC and measure average fps.” (supply: hw-museum.cz)

By wanting on the 4 reminiscence speeds in contrast within the graph under, it’s clear to see that reminiscence velocity has a small general impact on the entire system efficiency. This benchmark yields the perfect outcomes from utilizing decrease latencies corresponding to CL12 which could be completed utilizing Samsung ICs.

HwBot X265 Benchmark

The subsequent benchmarks we’ll look at are ones centered round 3D rendering and video games. The Futuremark 3D Mark suite of benchmarks is a real-time graphical rendering benchmark that additionally incorporates a component of reminiscence and CPU testing.  For every of the benchmarks from Hearth Strike to Time Spy, we’ll solely look at the CPU/reminiscence testing portion and disrespect the graphical check parts.

Within the graph under we will see that in each instances there have been slight features from reminiscence overclocking.  With a achieve of almost 6% over XMP 2 within the Time Spy CPU check, the development is small however reminiscence does certainly play a task within the rating.

Futuremark 3DMark Benchmark

Conclusion

General, the ADATA XPG Spectrix D41 package of reminiscence did nicely throughout all reminiscence benchmarks. In each case, the overclocking outcomes above XMP have been noticeable however certainly fairly small. Whereas AIDA64 confirmed spectacular positive aspects of as much as 25% over XMP, the actual world benchmarks reminiscent of Geekbench three present us that the general efficiency achieve is round 2%. To some, it may be disheartening that overclocking outcomes confirmed such small real-world efficiency good points, however the promoting level is that this efficiency achieve was executed with a tiny improve of voltage past XMP 1.

The story of this reminiscence is greatest informed not when it comes to it’s overclocking prowess however when it comes to its type and compatibility. The RGB diffuser is what makes this reminiscence particular. There are only a few kits of reminiscence I’ve seen that present a very unobstructed top-down view of the RGB lighting. The unprecedented RGB lighting coupled with a complete of 5 individually addressable LEDs per module makes this an apparent selection for these trying to maximize the RGB lighting of their system.

The ADATA XPG Spectrix D41 wouldn’t be the primary selection for critical overclockers trying to maximize efficiency. Nevertheless, the lifetime guarantee, distinctive RGB lighting, and engaging worth of $159.99 would make this a superb selection for players, pc fanatics, and system builders alike. Overclockers Authorised!

Overclockers_clear_approvedClick on the stamp for an evidence of what this implies.

David Miller – mllrkllr88

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