Crucial Announces Ballistix Sport LT DDR4 SODIMMs

Subject: Memory | May 17, 2016 - 04:09 PM |
Tagged: sodimm, ddr4, crucial ballistix sport

Crucial is releasing some new high end memory for gaming laptops and for those mobile devices which work for a living.  The new Ballistix Sport LT DDR4 SODIMMs will start at speeds of 2400 MT/s and will be fully Intel XMP compatible assuming you system beleives in those DDR4 speeds; if not look for an update from the manufacturer.  The SODIMMs will be available in sizes of up to 16GB per DIMM so you should be able to install quite a large pool of memory.  They didn't offer up any pictures as this was being written but instead a Youtube video of how Ballistix memory is made, which you can see below.

Boise, ID, and Glasgow, UK, -- May 17, 2016 – Crucial, a leading global brand of memory and storage upgrades, today announced the availability of Ballistix® Sport LT DDR4 SODIMMs. Ideal for gamers and performance enthusiasts, the new modules accelerate gaming laptops and small form factor systems by packing faster speeds into every memory slot, enabling users to run demanding games and applications with ease.

With speeds starting at 2400 MT/s, Ballistix Sport LT SODIMMs offer better latencies, reduced load times, and improved frame rates with integrated graphics. The new modules also feature a sleek black PCB and digital camo design and support Intel® XMP 2.0 profiles for easy installation.

“We’re constantly seeking ways to empower gamers with affordable, easy-to-use products that help them gain that competitive, performance edge,” explained Jeremy Mortenson, product marketing manager, Crucial. “With new platforms supporting faster DDR4 SODIMMS coming to the market, the newest Ballistix SODIMM module does just that.”

The Ballistix Sport LT DDR4 SODIMM modules will be available for purchase at www.crucial.com and through select global partners. All Crucial memory is backed by a limited lifetime warranty Limited lifetime warranty valid everywhere except Germany, where warranty is valid for 10 years from date of purchase.

For more information about Ballistix memory, visit crucial.com/ballistix.

Source: Crucial

G.Skill Adds Splash of Color To Trident Z Memory Modules

Subject: Memory | May 17, 2016 - 07:07 AM |
Tagged: trident z, gskill, G.Skill Trident Z, ddr4

G.Skill recently updated its high end line of Trident Z DDR4 memory modules to add several new color options. While no new speed tiers are being introduced, the existing DIMMs with brushed aluminum silver colored modules with red and black accents will shortly be joined by new modules with 5 new color schemes including silver modules with white or black top bar accents or black modules with white, yellow, or silver accents.

Trident Z 5 colors.png

There is nothing groundbreaking here, but it will certainly make putting together a build based around a particular color or theme a bit easier, and that is their goal as these new DIMMs are aimed at modders and enthusiasts who are the most likely group to be running windowed or open air type systems that can show off the internal hardware.

black.yellow.png

For those interested, the new colors will be available at the end of May. The memory kits in DDR4 3200 Mhz speeds (16GB to 128GB kits) of all timings will be available in the existing red and all the new color schemes. Users wanting the faster speed memory kits (e.g. DDR4 3400) will be limited to the red, white, and black accents (no orange or yellow top pieces on the heat spreader).

Source: G.Skill

Crucial's DDR4-2133 32GB Dual-Channel kit; decent price but can it perform?

Subject: Memory | March 14, 2016 - 08:04 PM |
Tagged: crucial, ddr4, ddr4-2133

The price of DDR4 continues to come down from the stratosphere and into affordable territory, especially when you look at the kits lower their frequencies to allow you to buy a larger pool of RAM.  The Crucial DDR4-2133 32GB kit is an example of this, albeit a strange one as they have opted for two DIMMs as opposed to four.  The DDR4-2133 15-15-15-36-2T kit retails for ~$175 and has forgone heatspreaders, not a major problem as they are generally only useful for those who want flashy looking RAM.  Unfortunately the price is a bit higher than some of the competition and from Hardware Canucks' testing the DIMMs really do not like to be overclocked.  If you are still holding out on upgrading your system solely because of the price of DDR4, do a bit of shopping around as you may be in for a pleasant surprise.

Crucial_DDR4_2133_32GB_5.png

"The Crucial DDR4-2133 32GB memory kit may look unassuming but its combination of huge capacity, good speeds, decent overclocking and a low price make for a perfect combination."

Here are some more Memory articles from around the web:

Memory

 

Samsung's HBM2 will be ready before you are

Subject: Memory | February 15, 2016 - 10:59 PM |
Tagged: Samsung, HBM2, Data Memory Systems

Samsung is ready to roll out the next generation of High Bandwidth Memory, aka HBM2, for your desktop and not just your next generation of GPU.  They have already begun production on 4GB HBM2 DRAM and promise 8GB DIMMs by the end of this year.  The modules will provide double the bandwidth of HBM1, up 256GB/s of bandwidth which is very impressive compared to the up to 70GB/s DDR4-3200 theoretically offers.

Not only is this technology going to appear in the next genertation of NVIDIA and AMD GPUs but could also work its way into main system memory.  Of course these DIMMs are not going to work with any desktop or mobile processor currently on the market but we will hopefully see new processors with compatible memory controllers in the near future.  You can also expect this to come with a cost, not just in expensive DIMMs at launch but also a comparible increaset in CPU prices as they will cost more to manufacture initially. 

It will be very interesting to see how this effects the overall market; will we see a split similar to what is currently seen in mainstream GPUs, a lower cost DDR version and a standard GDDR version?  The new market could see DDRx and HMBx models of CPUs and motherboards and could do the same for the GPU market, with the end of DDR on graphics cards.  If so will it spell the end of DDR5 development?  Interesting times to be living in, we should be hearing more from Samsung in the near future.

Samsung.png

You can read the full PR below.

If you thought the DDR4-3000 kit was excessive, meet Corsair's Vengeance LPX DDR4-4000

Subject: Memory | February 1, 2016 - 10:38 PM |
Tagged: ddr4-4000, corsair, Corsair Vengeance LPX

That is no typo, the 8GB Corsair Vengeance LPX kit which Hardware Canucks just reviewed is indeed 4000MHz effective at timings of 19-23-23-45.  The small size of the dual channel kit helps keep the MSRP to $225, affordable for what it is and not removing the purchase of a second kit from the realms of possibility.  However the question of performance remains, does a DDR4-4000 kit provide noticeable performance improvements or is it simply good for bragging rights for those few with a motherboard that can support it?  The results vary, especially when looking at memory timings and CPU overclocks compatible with the memory frequency however it was also clear that this memory could probably go faster ... if you had components that were capable of reaching those frequencies.

Corsair_VengeanceLPX_9.jpg

"The Corsair Vengeance LPX DDR4-4000 is one of the fastest, highest performance memory kits around but with a capacity of just 8GB, will it be enough for today's applications? "

Here are some more Memory articles from around the web:

Memory

Corsair Launches Faster Vengeance LPX DDR4 Memory Kits

Subject: Memory | February 1, 2016 - 03:00 AM |
Tagged: Vengeance LPX, ddr4, corsair

Earlier this month Corsair released new DDR4 memory kits under its Vengeance LPX brand. The kits come in 32 GB, 64 GB, and 128 GB capacities and come bundled with a 40mm "Vengeance Airflow" RAM cooler.

Corsair Vengeance LPX DDR4 128GB.jpg

At the top end, the 128 GB kit comes with eight 16 GB modules clocked at 3,000 MHz and with CAS latencies of 16-18-18-36. At stock speeds it is running at 1.35 volts. Stepping down to the lower capacities gets you faster DIMMs. Corsair has the 64 GB (4 x 16 GB) kit clocked at 3,333 MHz and runs at the same voltage and CAS latencies. The 64 GB kit does come with either black or red heat spreaders as well. Lastly, the 4 x 8 GB (32 GB) Vengeance LPX kit runs off of the same 1.35 volts but is clocked at 3,600 MHz (16-19-19-39 rated latencies). It also comes in black and red SKUs.

The memory kits are available now and are currently priced a bit below their MSRPs at Newegg. The 32 GB kit is $340 and the 64 GB kit is $526. Finally, the 3,000 MHz 128 GB kit will set you back $982. These prices seem more competitive than the last time I looked at DDR4, and there certainly does seem tot be some room for overclocking (especially on that 128 GB kit) so long as the motherboard can handle it!

Source: Corsair

GDDR5X Memory Standard Gets Official with JEDEC

Subject: Graphics Cards, Memory | January 22, 2016 - 04:08 PM |
Tagged: Polaris, pascal, nvidia, jedec, gddr5x, GDDR5, amd

Though information about the technology has been making rounds over the last several weeks, GDDR5X technology finally gets official with an announcement from JEDEC this morning. The JEDEC Solid State Foundation is, as Wikipedia tells us, an "independent semiconductor engineering trade organization and standardization body" that is responsible for creating memory standards. Getting the official nod from the org means we are likely to see implementations of GDDR5X in the near future.

The press release is short and sweet. Take a look.

ARLINGTON, Va., USA – JANUARY 21, 2016 –JEDEC Solid State Technology Association, the global leader in the development of standards for the microelectronics industry, today announced the publication of JESD232 Graphics Double Data Rate (GDDR5X) SGRAM.  Available for free download from the JEDEC website, the new memory standard is designed to satisfy the increasing need for more memory bandwidth in graphics, gaming, compute, and networking applications.

Derived from the widely adopted GDDR5 SGRAM JEDEC standard, GDDR5X specifies key elements related to the design and operability of memory chips for applications requiring very high memory bandwidth.  With the intent to address the needs of high-performance applications demanding ever higher data rates, GDDR5X  is targeting data rates of 10 to 14 Gb/s, a 2X increase over GDDR5.  In order to allow a smooth transition from GDDR5, GDDR5X utilizes the same, proven pseudo open drain (POD) signaling as GDDR5.

“GDDR5X represents a significant leap forward for high end GPU design,” said Mian Quddus, JEDEC Board of Directors Chairman.  “Its performance improvements over the prior standard will help enable the next generation of graphics and other high-performance applications.”

JEDEC claims that by using the same signaling type as GDDR5 but it is able to double the per-pin data rate to 10-14 Gb/s. In fact, based on leaked slides about GDDR5X from October, JEDEC actually calls GDDR5X an extension to GDDR5, not a new standard. How does GDDR5X reach these new speeds? By doubling the prefech from 32 bytes to 64 bytes. This will require a redesign of the memory controller for any processor that wants to integrate it. 

gddr5x.jpg

Image source: VR-Zone.com

As for usable bandwidth, though information isn't quoted directly, it would likely see a much lower increase than we are seeing in the per-pin statements from the press release. Because the memory bus width would remain unchanged, and GDDR5X just grabs twice the chunk sizes in prefetch, we should expect an incremental change. No mention of power efficiency is mentioned either and that was one of the driving factors in the development of HBM.

07-bwperwatt.jpg

Performance efficiency graph from AMD's HBM presentation

I am excited about any improvement in memory technology that will increase GPU performance, but I can tell you that from my conversations with both AMD and NVIDIA, no one appears to be jumping at the chance to integrate GDDR5X into upcoming graphics cards. That doesn't mean it won't happen with some version of Polaris or Pascal, but it seems that there may be concerns other than bandwidth that keep it from taking hold. 

Source: JEDEC

Samsung Mass Produces HBM2 Memory

Subject: Graphics Cards, Memory | January 20, 2016 - 04:01 AM |
Tagged: Samsung, HBM2, hbm

Samsung has just announced that they have begun mass production of 4GB HBM2 memory modules. When used on GPUs, four packages can provide 16GB of Video RAM with very high performance. They do this with a very wide data bus, which trade off frequency for transferring huge chunks. Samsung's offering is rated at 256 GB/s per package, which is twice what the Fury X could do with HBM1.

samsung-2016-4GB-HBM2-DRAM-structure_main.jpg

They also expect to mass produce 8GB HBM2 packages within this calendar year. I'm guessing that this means we'll see 32GB GPUs in the late-2016 or early-2017 time frame unless "within this year" means very, very soon (versus Q3/Q4). They will likely be for workstation or professional cards, but, in NVIDIA's case, those are usually based on architectures that are marketed to high-end gaming enthusiasts through some Titan offering. There's a lot of ways this could go, but a 32GB Titan seems like a bit much; I wouldn't expect that this affects the enthusiast gamer segment. It might mean that professionals looking to upgrade from the Kepler-based Tesla K-series might be waiting a little longer, maybe even GTC 2017. Alternatively, they might get new cards, just with a 16GB maximum until a refresh next year. There's not enough information to know one way or the other, but it's something to think about when more of it starts rolling in.

Samsung's HBM2 are compatible with ECC, although I believe that was also true for at least some HBM1 modules from SK Hynix.

Source: Samsung

G.Skill Launches 128GB DDR4 3,000 MHz Memory Kit

Subject: Memory | January 18, 2016 - 06:45 AM |
Tagged: xmp, X99, Ripjaws V, G.Skill, ddr4

G.Skill is adding a new DDR4 memory kit to its Ripjaws V series aimed at the Intel X99 platform. The new kit is comprised of eight matching 16 GB DIMMs for a total of 128 GB. Supporting Intel's XMP 2.0 standard, it comes stock clocked at 3,000 MHz with CAS latencies of 14-14-14-34.

GSkill Ripjaws V Red.png

The DDR4 kit is rated at 1.35V and will feature red or black aluminum heat spreaders in line with the company's other products. G.Skill claims that this is the world's fastest 128 GB kit running at 1.35 volts, and looking around the Internet this appears to be true. Corsair does have a Vengeance LPX kit that matches it in clockspeeds, but it has higher timings (higher latency) than G.Skill's modules.

Eight 16GB DIMMs is a lot of memory to be sure, and it is not going to come cheap. It will surely come in handy though for high performance workstations that need all the memory they can get.

G.Skill will be releasing the new DDR4 kit towards the end of January. It has not yet revealed official pricing, but going off of pricing for it's 64GB kit and the 128GB competition, I would expect it to fall around $850 to $900 USD.

What would you do with 128GB of system memory? I know that I would make one heck of a RAM Disk out of it!

Source: G.Skill

DDR3 versus DDR4; the Skylake showdown

Subject: Memory | December 22, 2015 - 08:16 PM |
Tagged: Z170, ddr4, ddr3

In Hardware Canucks recent review, they delve into the differences between running DDR3 versus DDR4 on Intel Z170 boards, which come in two versions each of which is compatible with one of the two types of memory.  They start out with a high level overview of the differences between the two memory technologies as there is more than just a simple difference in frequencies.  After covering some of the specifications which might influence your decision they then delve into the performance numbers.

One system is based on the Gigabyte Z170-HD3 with 8GB of Kingston HyperX Beast DDR3 while the second system uses an ASUS Maximus VIII Impact with Corsair Vengeance LPX DDR4, both systems use the Core i7 6700K processor.  The middle of the chart is the most interesting feature, where both memory kits are running at 2400MHz albeit at different timings.  DDR4 does come out on top but the margins are so close that if you need to shave some money off of your planned build you should definitely at least consider DDR3.

b.jpg

"Intel's Skylake architecture is the only one that supports both DDR3 and DDR4 memory. But with all other things being equal, is one really "better" than the other on the Z170 platform?"

Here are some more Memory articles from around the web:

Memory

Samsung Announces Mass Production of 128GB DDR4 Sticks

Subject: Memory | November 26, 2015 - 10:23 PM |
Tagged: TSV, Samsung, enterprise, ddr4

You may remember Allyn's article about TSV memory back from IDF 2014. Through this process, Samsung and others are able to stack dies of memory onto a single package, which can increase density and bandwidth. This is done by punching holes through the dies and connecting them down to the PCB. The first analogy that comes to mind is an elevator shaft, but I'm not sure how accurate that is.

tsv-side-on.JPG

Anyway, Samsung has been applying it to enterprise-class DDR4 memory, which leads to impressive capacities. 64GB sticks, individual sticks, were introduced in 2014. This year, that capacity doubles to 128GB. The chips are fabricated at 20nm and each contain 8Gb (1GB) per layer. Each stick contains 36 packages of four chips.

At the end of their press release, Samsung also mentioned that they intend to expand their TSV technology into “HBM and consumer products.”

Source: Samsung

New kit on the block; the KLEVV Cras DD4-3200MHz 16GB kit

Subject: Memory | November 5, 2015 - 09:17 PM |
Tagged: klevv, Hynix, ddr4-3200, cras

KLEVV is an unfamiliar brand but it falls under the purview of SK Hynix so they are not completely without a background in the field.  They have released a 4x4GB DDR4-3200 kit with timings of 16-18-18-36 @ 2T.  The plain exterior of the DIMMs is appealing but make note of the top strip of transparent looking material, that is for the LEDs which shine when the RAM is powered on and which Kitguru could not disable.  The kit did not like having its frequency increased however the timings can be improved, in Kitguru's case to 16-17-17-36 @ 1T though this had negligible inpact on performance.  If you are thinking about picking them up, be aware they are taller than many DIMMs and may interfere with larger coolers.

Klevv-650.jpg

"You may not have heard of KLEVV – the newest player on the consumer memory scene. KLEVV’s parent company, Essencore, falls under the same SK Group umbrella corporation as semiconductor giant SK Hynix. We are looking at KLEVV‘s flagship DDR4 memory line – the Cras series."

Here are some more Memory articles from around the web:

Memory

 

Source: Kitguru

Super fast two wheeler or a solid quadrunner? A tale of two RAM kits

Subject: Memory | October 15, 2015 - 09:30 PM |
Tagged: quad channel, patriot, G.Skill, dual channel, DDR4-3000, ddr4-2400, 16GB

MadShrimps recently wrapped up two reviews featuring 16GB DDR4 kits.  The first is the $170 G.SKILL DDR4-3000 kit with two 8GB modules and timings of 15-15-15-35 while the second is the $106 Patriot VIPER 4 Series DDR4-2400 which has four 4GB DIMMs and timings of 15-15-15-35.  This provides a great way to compare the performance delta between a quad channel kit with lower frequencies against a dual channel kit with higher frequencies.  As they have used the same tests and lowered the G.SKILL to comparable frequencies the results of the charts are quite informative and demonstrate how little performance difference there is between these two kits.

intro1.png

"With the F4-3000C15D-16GVRB Ripjaws V kit from G.SKILL we will have the same memory capacity as the Patriot Viper 4 kit which we have recently reviewed, but with half the number of modules. The higher memory speed of 3000MHz at stock has also an impact on the operating voltage, which is now 1.35V instead of 1.2V and overclocking over this particular speed will usually need some extra voltage adjustments on the CPU side, a solid motherboard and UEFI construction but also a good CPU memory controller."

Here are some more Memory articles from around the web:

Memory

Source: Mad Shrimps

Driving your RAM at 3.6GHz

Subject: Memory | September 22, 2015 - 10:08 PM |
Tagged: Ripjaws V, G.Skill, DDR4-3600, ddr4

Bringing the frequency of your RAM up to 3600MHz certainly has an effect on price compared to DIMMs clocked at 2666MHz but does the performance justify that cost?  The timings of 17-18-18-38 @ 2T are tight for RAM of this frequency, though not as tight as 15-15-15-35 but perhaps that gives you some room for overclocking?  As shown in TechPowerUp's review it is not quite that easy, for example many Intel Z170 boards simply don't support these frequencies and updating your BIOS should be your first step before working with these DIMMs.  Synthetic benchmarks benefited from the full speed of these DIMMs but when it comes to actual gaming the results are negligible, especially considering you will be paying roughly triple the price for these DIMMs.  On the other hand if you simply need to have the best components on the market in your system you should check out the full review.

goodies.jpg

"Intel's new Skylake platform comes with DDR4 at increased memory speeds, and the first to help us investigate the benefits of high-performance DDR4 is G.Skill's latest design, the Ripjaws V. Wrapped in a new look, these ultra-fast 3600 MHz modules push the limits of your Skylake CPU."

Here are some more Memory articles from around the web:

Memory

 

Source: techPowerUp

Kingston Announces HyperX Savage DDR4

Subject: Memory | September 19, 2015 - 08:32 PM |
Tagged: kingston, ddr4

With Skylake bringing DDR4 to mainstream desktops, Kingston has updated another one of their product lines to the higher standard. Previously, the company had a line of XMP-compatible RAM with a low heatspreader, called Fury, and a line of high-performance sticks with tall heatspreaders. This means that there was no combination (from Kingston at least) that brings 3 GHz RAM to systems with big CPU coolers that hangs over RAM slots.

kingston-2015-hyperx-savage-ddr4.jpg

As expected, kits are available all the way up to 64 GB (8x8GB). That pack is rated at 2800 MHz with a CAS latency of 14, versus the highest-bandwidth 3000 MHz kit (4x8GB) with a CAS latency of 15.

The RAM is supposedly available now, but I cannot find any listing online. Overclockers claims that they found a 2 x 4GB kit on Newegg.com for $72 USD, but I cannot verify that because the listing appears to have been removed. Kingston HyperX Savage DDR4 comes with a lifetime warranty.

Source: Kingston

Existing Corsair Water Coolers Support (At Least) Skylake

Subject: Cases and Cooling, Memory | August 4, 2015 - 12:10 AM |
Tagged: corsair, dd4, ddr3l, memory, PSU, hydro, h100, H100i GTX, H110, H110i GTX

Skylake is coming up, with rumors pointing to a release at Gamescom in Germany, which is August 5th through August 9th. Beyond seeing the retail packaging, we are beginning to see to companies open up about how their products relate to the new architecture and chipset.

Corsair put up a blog post a few days ago to explain how their memory, water coolers, and power supplies interact with Skylake and Z170. On the PSU side, nothing has changed since Haswell. In terms for memory, DDR3L is supported with Skylake under certain motherboards, but users should look to DDR4.

None of the above should be new information.

corsair-2015-h110i-gtx.jpg

What might be new information, though, is that Skylake supports existing LGA-1150 cooler mounts. This means that the Corsair Hydro series of sealed CPU liquid coolers will support Skylake without modification. This is where Corsair's blog stops but, knowing Intel's typical release structure, this likely means that the story will not change for Kaby Lake or Cannonlake, either. These three architectures are expected to use the same socket, which should mean the cooler is the same too.

So your aftermarket cooler should have quite a bit of legs, even with the stock mounts.

Source: Corsair

Breaking: Intel and Micron announce 3D XPoint Technology - 1000x Faster Than NAND

Subject: Storage | July 28, 2015 - 04:41 PM |
Tagged: XPoint, non-volatile RAM, micron, memory, Intel

Everyone that reads SSD reviews knows that NAND Flash memory comes with advantages and disadvantages. The cost is relatively good as compared to RAM, and the data remains even with power removed (non-volatile), but there are penalties in the relatively slow programming (write) speeds. To help solve this, today Intel and Micron jointly launched a new type of memory technology.

XPoint.png

XPoint (spoken 'cross point') is a new class of memory technology with some amazing characteristics. 10x the density (vs. DRAM), 1000x the speed, and most importantly, 1000x the endurance as compared to current NAND Flash technology.

2303661_3D_XPoint_Die.jpg

128Gb XPoint memory dies, currently being made by Intel / Micron, are of a similar capacity to current generation NAND dies. This is impressive for a first generation part, especially since it is physically smaller than a current gen NAND die of the same capacity.

Intel stated that the method used to store the bits is vastly different from what is being used in NAND flash memory today. Intel stated that the 'whole cell' properties change as a bit is being programmed, and that the fundamental physics involved is different, and that it is writable in small amounts (NAND flash must be erased in large blocks). While they did not specifically state it, it looks to be phase change memory (*edit* at the Q&A Intel stated this is not Phase Change). The cost of this technology should end up falling somewhere between the cost of DRAM and NAND Flash.

IMFT.jpg

3D XPoint memory is already being produced at the Intel / Micron Flash Technology plant at Lehi, Utah. We toured this facility a few years ago.

Intel and Micron stated that this technology is coming very soon. 2016 was stated as a launch year, and there was a wafer shown to us on stage:

DSC03273.JPG

You know I'm a sucker for good wafer / die photos. As soon as this session breaks I'll get a better shot!

There will be more analysis to follow on this exciting new technology, but for now I need to run to a Q&A meeting with the engineers who worked on it. Feel free to throw some questions in the comments and I'll answer what I can!

*edit* - here's a die shot:

DSC03304.JPG

Added note - this wafer was manufactured on a 20nm process, and consists of a 2-layer matrix. Future versions should scale with additional layers to achieve higher capacities.

Press blast after the break.

Source: Intel

Crucial's 16GB Ballistix Elite 2666MHz, great frequency at the cost of timings

Subject: Memory | July 23, 2015 - 07:36 PM |
Tagged: ddr4-2666, crucial ballistix, 16GB

DDR4 has certainly ramped up the frequencies but as we have seen with previous generations of RAM, the timings tend to get looser as that frequency increases.  Take for example Crucial's 16GB DDR4-2666 kit which sports timings of CAS 16, tRCD 17, tRD 17 and tRFC 36.  Indeed to overclock the RAM to 2808MHz, Bjorn3D had to change the timings to 19-17-17-36, however at that speed it nosed slightly ahead of the Patriot kit running at 2800MHz @ 16-18-18-36 so tweaking this RAM can pay off and the Crucial Ballistix MOD Utility will let you know if you are getting into Kenny Loggins' areas.  At $170 it will not break the bank and it will beat out at least some of the competition in performance, albeit by a very slight margin.

ram.jpg

"In this review we are going to be looking at one of the many DDR4 modules that Crucial offers for the 2011v3 CPU platform: the 2666Mhz 16-17-17-36 16GBs DDR4 Ballistix Elite Memory. So step inside and see how this memory stacks up."

Here are some more Memory articles from around the web:

Memory

 

Source: Bjorn3D

Computex 2015: G.Skill Teases New Trident Z DDR4 Memory

Subject: Memory | June 3, 2015 - 03:33 AM |
Tagged: trident z, G.Skill, ddr4, computex 2015, computex

G.Skill is teasing a new series of DDR4 memory modules at Computex. Dubbed Trident Z, the new modules will come in both dual and quad channel packs aimed at high performance gaming PCs and are overclocking friendly. 

GSkill Trident Z DDR4 Quad Channel Memory Modules.png

The Trident Z series feature large stylized aluminum heatspreaders paired with a colored accent bar that users can swap out to the color of their choice to match the other PC components. G.Skill is holding off on revealing the nitty-gritty details on these modules leaving us to guess at the clockspeeds and CAS latencies. They sure look fast though!

If the existing Trident X series and the company's extreme overclocking prowess is anything to go by, however, the new Trident Z series will likely push past 3,400 MHz supported clockspeeds at the high end. That's only speculation though.

Luckily, we will not have to wait long to find out the speeds and feeds of this new memory series. Trident Z modules will be avilable next month for to-be-announced prices.

Source: G.Skill

$170 for 16GB of very overclockable DDR4-2666

Subject: Memory | May 26, 2015 - 10:22 PM |
Tagged: ddr4-2666, G.Skill, Ripjaws 4

The price may still sting a bit but honestly, it is only about a small premium over many 16GB DDR3 kits so the pricing on DDR4 is getting much better.  G.Skill's 16GB DDR4-2666 quad channel kit has timings of 15-15-15-35 and are fully XMP compliant so getting them out of the clamshell packaging may be the hardest step in installing them.  Of course many readers here, just like at Bjorn3D, are not going to be satisfied with the default settings which brings us to the overclocking results.  3048MHz @ 16-16-16-37 was perfectly stable in their testing at 1.35V and for those who don't mind the long term effects of upping the voltage to 1.4V there is more headroom left. 

G.Skill_Ripjaws_4_2666_41-700x650.jpg

"G.Skill has been churning out enthusiast memory that overclocks like nothing else we’ve ever seen. Pop a set of Ripjaws 4 into your dream machine and settle into the BIOS for an overclocking experience like you’ve never had!"

Here are some more Memory articles from around the web:

Memory

Source: Bjorn3D