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SK Hynix: DDR5 by 2020 and Actively Developing DDR6
While motherboards and procs paired with DDR4 can reach amazing frequencies and latencies these days, SK Hynix is already talking about DDR6, and yes, DDR5 is poised to see a release in 2020.
The 6th gen DDR memory will be able to offers data transmission performance of 12 gigabits per second. WHen talking to The Korea Herald, Kim Dong-kyun, research fellow for DRAM design at SK hynix, forecast that DDR6 will be developed in five or six years.
“We are discussing several concepts of the post DDR5,” he said. “One concept is to maintain the current trend of speeding up the data transmission, and another is to combine the DRAM technology with system-on-chip process technologies, such as CPU,” he added, without offering any additional information.
In late 2018, SK Hynix announced the completion of its first DDR5 RAM chip, which runs at 5200 MT/s at 1.1 Volts. A 16-gigabit DDR5 DRAM supports a data transfer rate of 5.2 gigabits per second, about 60 percent faster than the previous generation, which can process 41.6 gigabytes of data per second. The company is further raising it to 6.4 gigabits per second by 2022.
On the development of DDR5, the memory chipmaker focused on developing a set of element technologies that enable raising the speed while maintaining the operating voltage and removing noise during a high-speed transmission.
“We have developed a multi-phase synchronization technology that enables keeping the voltage during a high-speed operation in a chip at a low level by placing multiple phases within the IP circuit, so the power used on each phase is low but the speed is high when combined,” Dong-kyun said.
The DDR5 SDRAM chip is a reliable solution for automotive memory not only because of its speed but also because of its ability to correct errors. The error correction code, known as ECC, self-detects and retrieves errors in data transfer. Such error-checking protocol is crucial in the future of automotive memory that transfers and processes a vast amount of data inside the brain of a self-driving car.
SK Hynix Announces 1Ynm 16Gb DDR5 DRAM - 11/15/2018 01:52 PM
SK Hynix announced that it has developed 16 Gb DDR5 DRAM, the first DDR5 to meet the JEDEC standards. The same 1Ynm process technology used for the recently-developed 1Ynm 8Gb DDR4 DRAM was applied to...
SK Hynix Develops 10 nm-class 8 Gb DDR4 DRAM - 11/12/2018 09:40 AM
SK Hynix announced that it has developed 1Ynm 8Gb (Gigabits) DDR4 (Double Data Rate 4) DRAM. The productivity of this product is increased by 20% and the power consumption reduced by more than 15%, co...
SK Hynix Launches CTF-based 4D NAND Flash (96-Layer 512Gb TLC) - 11/06/2018 10:25 AM
SK Hynix launched the world’s first 96-Layer 512Gb (Gigabit) ‘CTF based 4D (Four-Dimensional) NAND Flash (4D NAND)’ based on its TLC (Triple-Level Cell) arrays, using 3D...
Samsung and SK Hynix to slow down memory production - 09/07/2018 09:48 AM
Just when you think you are out they pull you right back in. Signals have been green for DRAM and NAND production for a while now, it was expected that prices would drop later in the year and into 201...
SK Hynix To Further Downsize NAND and calls it 4D-NAND - 08/09/2018 09:04 AM
In a presentation, SK Hynix has talked about its next-generation NAND chips. The new NAND will base based on 96 layers (tlc) flash, stacked on top of the circuits, SK Hynix calls that 4d-NAND. With
fantaskarsef
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#5632307 Posted on: 01/28/2019 11:01 AM
This.
In real world performance outside of bottlenecked Ryzen scenarios, is this upgrade even going to matter?
This.
cryohellinc
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#5632311 Posted on: 01/28/2019 11:12 AM
Great, I'm looking forward to SK Hynix price fixing harder than they already are. It felt nice seeing $80 16GB RAM kits listed for $250 right when I needed to buy one.
In real world performance outside of bottlenecked Ryzen scenarios, is this upgrade even going to matter?
Pretty much. + Ram speed actually matters in a very small spectre of scenarios. As you mentioned, Ryzen, being one of them.
Consumer wise, that is probably the only one people will have for daily use/gaming cases. With Zen 2 this problem should be either fully resolved or at the very least - significantly mitigated.
Great, I'm looking forward to SK Hynix price fixing harder than they already are. It felt nice seeing $80 16GB RAM kits listed for $250 right when I needed to buy one.
In real world performance outside of bottlenecked Ryzen scenarios, is this upgrade even going to matter?
Pretty much. + Ram speed actually matters in a very small spectre of scenarios. As you mentioned, Ryzen, being one of them.
Consumer wise, that is probably the only one people will have for daily use/gaming cases. With Zen 2 this problem should be either fully resolved or at the very least - significantly mitigated.
Fox2232
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#5632320 Posted on: 01/28/2019 11:35 AM
Well, I am going 3700X if it is 12C/24T. Or I may move to TR platform in case there are going to be well priced chips.
(In the end, I have 4 fast memory sticks.)
As for DDR5. They are going to be here on time. But question is:
"In what volume?"
I expect them to choke production even more than they are doing it with DDR4 just to have even crazier profit margins.
Well, I am going 3700X if it is 12C/24T. Or I may move to TR platform in case there are going to be well priced chips.
(In the end, I have 4 fast memory sticks.)
As for DDR5. They are going to be here on time. But question is:
"In what volume?"
I expect them to choke production even more than they are doing it with DDR4 just to have even crazier profit margins.
Backstabak
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#5632408 Posted on: 01/28/2019 02:35 PM
Yeah, I also plan to update to the next Ryzens, but I'm definitely not waiting for this. Even if it comes the first January 2020. It will cost ridiculous amount over DDR4 (which are already overpriced) and it will probably offer only marginal advantage at first.
Yeah, I also plan to update to the next Ryzens, but I'm definitely not waiting for this. Even if it comes the first January 2020. It will cost ridiculous amount over DDR4 (which are already overpriced) and it will probably offer only marginal advantage at first.
Venix
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#5632412 Posted on: 01/28/2019 02:45 PM
Well and the sky is blue ! Also a prediction when ddr6 is almost ready to lunch i predict that they will be working on ddr7 , you heard it here first folks
Well and the sky is blue ! Also a prediction when ddr6 is almost ready to lunch i predict that they will be working on ddr7 , you heard it here first folks
schmidtbag
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#5632472 Posted on: 01/28/2019 05:08 PM
Although these higher speeds will really benefit stuff like APUs, I'm worried about what the latencies will be like. They're multiplying with every generation. This is only made worse when 2T command rates are still common.
As far as I'm concerned, we need more memory channels to get more bandwidth, not higher frequencies.
Although these higher speeds will really benefit stuff like APUs, I'm worried about what the latencies will be like. They're multiplying with every generation. This is only made worse when 2T command rates are still common.
As far as I'm concerned, we need more memory channels to get more bandwidth, not higher frequencies.
Jonathanese
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#5632502 Posted on: 01/28/2019 06:31 PM
Although these higher speeds will really benefit stuff like APUs, I'm worried about what the latencies will be like. They're multiplying with every generation. This is only made worse when 2T command rates are still common.
As far as I'm concerned, we need more memory channels to get more bandwidth, not higher frequencies.
Absolute latencies have been decreasing or hovering the same for quite some time now. You sure you aren't talking about relative timings?
Latency just isn't speeding up as fast as frequency is, so the timings have to be increased. Remember that 1600MHz RAM with 8-8-8-15 timings would have roughly the same latency as 3200MHz RAM with 16-16-16-30 timings.
Although these higher speeds will really benefit stuff like APUs, I'm worried about what the latencies will be like. They're multiplying with every generation. This is only made worse when 2T command rates are still common.
As far as I'm concerned, we need more memory channels to get more bandwidth, not higher frequencies.
Absolute latencies have been decreasing or hovering the same for quite some time now. You sure you aren't talking about relative timings?
Latency just isn't speeding up as fast as frequency is, so the timings have to be increased. Remember that 1600MHz RAM with 8-8-8-15 timings would have roughly the same latency as 3200MHz RAM with 16-16-16-30 timings.
schmidtbag
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#5632534 Posted on: 01/28/2019 07:42 PM
Absolute latencies have been decreasing or hovering the same for quite some time now. You sure you aren't talking about relative timings?
Latency just isn't speeding up as fast as frequency is, so the timings have to be increased. Remember that 1600MHz RAM with 8-8-8-15 timings would have roughly the same latency as 3200MHz RAM with 16-16-16-30 timings.
Huh. Seems you taught me something new. I looked more into this and it turns out you're right. In fact, many DDR4 DIMMs actually have better absolute latencies than older generations.
Really makes me wonder why RAM brands don't focus more on advertising absolute latency, considering how that is (in the end) more important than CAS or other timings.
Absolute latencies have been decreasing or hovering the same for quite some time now. You sure you aren't talking about relative timings?
Latency just isn't speeding up as fast as frequency is, so the timings have to be increased. Remember that 1600MHz RAM with 8-8-8-15 timings would have roughly the same latency as 3200MHz RAM with 16-16-16-30 timings.
Huh. Seems you taught me something new. I looked more into this and it turns out you're right. In fact, many DDR4 DIMMs actually have better absolute latencies than older generations.
Really makes me wonder why RAM brands don't focus more on advertising absolute latency, considering how that is (in the end) more important than CAS or other timings.
nevcairiel
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#5632694 Posted on: 01/29/2019 12:51 AM
Just be happy there is a universal standard to classify the module speed, and we don't have to interpret every vendors claims of performance.
Just be happy there is a universal standard to classify the module speed, and we don't have to interpret every vendors claims of performance.
sykozis
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#5632737 Posted on: 01/29/2019 04:51 AM
Great. When I'm finally forced to replace my motherboard, I can replace my RAM also.... Nice to know....
Great. When I'm finally forced to replace my motherboard, I can replace my RAM also.... Nice to know....
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Great, I'm looking forward to SK Hynix price fixing harder than they already are. It felt nice seeing $80 16GB RAM kits listed for $250 right when I needed to buy one.
In real world performance outside of bottlenecked Ryzen scenarios, is this upgrade even going to matter?