Samsung has just announced that its GDRR Memory 6 has received the CES 2018 Innovation Award. The new memory design will be included in the GPU which launches the NPIDIA's Volta-based consumer card next year.
Samsung GDRR 6 Memory was awarded CES 2018 Innovation Award - 16 Gbps Target for Transfer Speed.
Samsung has officially said that they will produce the fastest and least-power DRAM for next-generation products. He has currently listed a 16 GB GDRR 6 DRAM in his portfolio, but it can be expanded in the future when the output comes to full swing. With the transfer rate of 16 GBps, DRAM will be able to pump up to 64 GB bandwidth (per chip). Memory runs at 1.35V.
Compared with the current generation GDRRR DRAM, we are seeing increased bandwidth and transfer speed (8GBps vs. 16Gbps) both at low power consumption (1.5V vs. 1.35V). The specifications can be easily compared with existing DRAM standards. We know that GDRRR can reach 9 Gbps because NVIDI has launched its GTX 1060 in memory variants rapidly. This is the limit of architecture where memory architecture can go, then we have GDRR 5X, a sophisticated implementation of GDRR 5 which is better in every aspect.
GDDR5X memory is running very fast and in reality it has affected 16 GBps as microphone confirmation. While GDRRXX can hit the speed similar to GDRR 6, later comes with better optimization and high density. We are seeing the speed of 12-14 Gbps in the graphics industry while 16Gbps will be in high performance area. There is also GDRR / X maximum output of 16 GB, while 32 GB density support is also supported.
Next Generation GPU with GDDR6 DRAM will see how the Memory Specifications Terms.
When coming into the specifications, the GDRR will come in 6 8 GB and 16 GB density, while the standard released by JDEC allows up to 32 GB. The death of 8 GB DARAM will be allowed up to 12 GB VRAM with a 256-bit wide card with 8 GB VRAM and a 384-bit wide card. The death of 16 GB will repeat the VRAM as there will be 2 GB VRAM in each chip. With a 32 GB density, a 384-bit bus card can have 24GB, 48 GB VRAM will be distributed with the same interface.
Looking at the speed, we are seeing incredible jumps from 12 Gbps (GDRR 5X) to 16 GBps (GDRR 6). To compare, the voltage GPU 512 GB / s bandwidth with 256-bit wide memory interface at 16 Gbps transfer speed of GDRR 6 will be the result. A 384-bit volta chip with the same rated memory chip will focus on 768 GB / s bandwidth.
The 256 bit solution will be faster, cheaper and easier than the generation of HBM based solutions already, but 384 bit solution will be able to break HBM 2 cards, such as Pascal GP100 based on GPU which is 720 GB / s bandwidth and Raiden RX Vega 64 also includes HBM 2 memory pack, which provide 483 GB / s bandwidth. For those who think about efficiency, the good thing about GDRR 6 well is that it brings 10% power savings on the current GNDR5 memory chip.
Who can be potential customers of GDDR 6 Memory?
While talking about potential customers, the most obvious is an NVIDIA, it has already been confirmed that NVIDIA volta consumers will use the GPU GDRR 6 memory interface, as the consumer points towards production and release of Vota graphics card Those who come in the 1H of 2018. It is worth noting that Micron and Samsung have been NVIDIA an important contributor to providing NVIDIA with their respective DRAM offerings and it was the first and only client to use their G5X Memory standard and their collaboration with the Vota and GDDR 6 Will continue. Similarly, Samsung's HBM2 technology has been an important enabeller for Volta-based Tesla V100 GPU, which had started shipping customers in the last quarter.
On the other hand, AMD can still continue with HBM 2 on their Vega card, while a potential entry or budget level Vega chip can use cheaper and upgraded memory interfaces, possibly indicating the delay of Vegas 11. S.K. The development of HBM DRAM, the main partner of Hinix, AMD, is also going to offer GDRR 6 memory and AMD can use this thing.
The third entrant in the GPU industry, Intel, who recently rented AMD's graphics technology head, King Kodari, is planning to develop their own discrete GPUs. While they are years away from the production of a competitive, high end discrete graphics, GDDR 6 is here to stay for many years and Intel can tap on new technology so that consumers can get many competitive GPU based solutions. A ton of hope has been announced in CES 2018 and we expect to know more about GDRR 6 at the main point of NVIDIA's CES 2018 especially during this event.
Created by Mohammad Afsar.
Copyright 2017. All right reserved.
Samsung GDRR 6 Memory was awarded CES 2018 Innovation Award - 16 Gbps Target for Transfer Speed.
Samsung has officially said that they will produce the fastest and least-power DRAM for next-generation products. He has currently listed a 16 GB GDRR 6 DRAM in his portfolio, but it can be expanded in the future when the output comes to full swing. With the transfer rate of 16 GBps, DRAM will be able to pump up to 64 GB bandwidth (per chip). Memory runs at 1.35V.
Compared with the current generation GDRRR DRAM, we are seeing increased bandwidth and transfer speed (8GBps vs. 16Gbps) both at low power consumption (1.5V vs. 1.35V). The specifications can be easily compared with existing DRAM standards. We know that GDRRR can reach 9 Gbps because NVIDI has launched its GTX 1060 in memory variants rapidly. This is the limit of architecture where memory architecture can go, then we have GDRR 5X, a sophisticated implementation of GDRR 5 which is better in every aspect.
GDDR5X memory is running very fast and in reality it has affected 16 GBps as microphone confirmation. While GDRRXX can hit the speed similar to GDRR 6, later comes with better optimization and high density. We are seeing the speed of 12-14 Gbps in the graphics industry while 16Gbps will be in high performance area. There is also GDRR / X maximum output of 16 GB, while 32 GB density support is also supported.
Next Generation GPU with GDDR6 DRAM will see how the Memory Specifications Terms.
When coming into the specifications, the GDRR will come in 6 8 GB and 16 GB density, while the standard released by JDEC allows up to 32 GB. The death of 8 GB DARAM will be allowed up to 12 GB VRAM with a 256-bit wide card with 8 GB VRAM and a 384-bit wide card. The death of 16 GB will repeat the VRAM as there will be 2 GB VRAM in each chip. With a 32 GB density, a 384-bit bus card can have 24GB, 48 GB VRAM will be distributed with the same interface.
Looking at the speed, we are seeing incredible jumps from 12 Gbps (GDRR 5X) to 16 GBps (GDRR 6). To compare, the voltage GPU 512 GB / s bandwidth with 256-bit wide memory interface at 16 Gbps transfer speed of GDRR 6 will be the result. A 384-bit volta chip with the same rated memory chip will focus on 768 GB / s bandwidth.
The 256 bit solution will be faster, cheaper and easier than the generation of HBM based solutions already, but 384 bit solution will be able to break HBM 2 cards, such as Pascal GP100 based on GPU which is 720 GB / s bandwidth and Raiden RX Vega 64 also includes HBM 2 memory pack, which provide 483 GB / s bandwidth. For those who think about efficiency, the good thing about GDRR 6 well is that it brings 10% power savings on the current GNDR5 memory chip.
Who can be potential customers of GDDR 6 Memory?
While talking about potential customers, the most obvious is an NVIDIA, it has already been confirmed that NVIDIA volta consumers will use the GPU GDRR 6 memory interface, as the consumer points towards production and release of Vota graphics card Those who come in the 1H of 2018. It is worth noting that Micron and Samsung have been NVIDIA an important contributor to providing NVIDIA with their respective DRAM offerings and it was the first and only client to use their G5X Memory standard and their collaboration with the Vota and GDDR 6 Will continue. Similarly, Samsung's HBM2 technology has been an important enabeller for Volta-based Tesla V100 GPU, which had started shipping customers in the last quarter.
On the other hand, AMD can still continue with HBM 2 on their Vega card, while a potential entry or budget level Vega chip can use cheaper and upgraded memory interfaces, possibly indicating the delay of Vegas 11. S.K. The development of HBM DRAM, the main partner of Hinix, AMD, is also going to offer GDRR 6 memory and AMD can use this thing.
The third entrant in the GPU industry, Intel, who recently rented AMD's graphics technology head, King Kodari, is planning to develop their own discrete GPUs. While they are years away from the production of a competitive, high end discrete graphics, GDDR 6 is here to stay for many years and Intel can tap on new technology so that consumers can get many competitive GPU based solutions. A ton of hope has been announced in CES 2018 and we expect to know more about GDRR 6 at the main point of NVIDIA's CES 2018 especially during this event.
Created by Mohammad Afsar.
Copyright 2017. All right reserved.
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