Items tagged with gddr6
In this episode of HotHardware's Two And A Half Geeks podcast, Marco, Chris and Dave talk about NVIDIA’s next GeForce GTX called Turing and its potential use of MIcron GDDR6 memory, Alienware’s beastly Area-51 R5 all liquid cooled gaming PC with 18 core Skylake-X, Netgear’s Cable Orbi mesh router and cable modem kit, AMD’s 7nm Vega and Zen 2, the Qualcomm Snapdragon 1000 and new low power Qualcomm Snapdragon 429, 439 and 632 chips for mainstream phones... Show Notes: 03:42 - Micron Ramps Production Of GDDR6 Memory For NVIDIA GeForce GTX 20 Turing GPU Series 08:39 - First Look: NVIDIA Next Gen Turing GeForce GTX Prototype Card Spotted 15:25 - Alienware Area 51...
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Micron is now mass producing next generation 8-gigabit (Gb) GDDR6 memory chips that will be used in a broad range of applications, the company announced today. The significance of this is that it means Micron is right on schedule with its next-gen graphics memory rollout—Micron in December of last year stated that its initial progress was "very promising" and that it was aiming to ramp up production in the first half of 2018. These new chips are Micron's fastest and most powerful graphics memory to date. Micron envision GDDR6 being used in high performance applications such as artificial intelligence (AI), networking, automotive, and of course paired with graphics processing units (GPUs)....
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Next-generation graphics cards that employ new GDDR6 memory should offer gobs of additional memory bandwidth. That new memory has been in the works for a while now and mass production has begun at various manufacturers as well. That means we could be seeing graphics cards launch soon packing the new memory on-board. In fact, NVIDIA wil soon be talking a bit about its GTX11 GPUs that will use GDDR6 memory. Micron has offered up some details that talk about some aspects of the new RAM and it sports significant updates. Micron notes that GDDR6 has several silicon enhancements, and has offered insight about performance measurements of the new memory, along with its improved signal integrity. One...
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NVIDIA's next-generation graphics architecture for the consumer market is highly anticipated. After all, the current-generation Pascal architecture was launched two year ago, although we've seen some meaningful updates at the high-end over that time period. Given all the pent-up hype surrounding 12nm Turing GPU architecture, it's understandable that the rumormill is working overtime to try to piece together what NVIDIA has in store. The latest rumors suggest that at the heart of the GeForce GTX 1180 will be a GT104 GPU measuring around 400mm2 with 3584 CUDA cores. For comparison, the GeForce GTX 1080 has 2560 CUDA cores while the GeForce GTX 1080 Ti has 3584 CUDA cores. At...
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Here we go PC gamers. Samsung has just officially announced the company has begun mass production of 16-gigabit GDDR6 memory to feed the memory bandwidth needs of more sophisticated graphics processing engines (GPUs), artificial-intelligence, the automotive sector and markets beyond. Just last week the chip maker announced their 2nd Gen 8GB HBM2 memory with a scorching 307GB/s bandwidth and 2.4GB data transfer rate per pin at 1.2V. While GDDR6 doesn’t enjoy quite the same speed boosts, it does have some impressive numbers to get excited about. The new GDDR6 memory platform is built on Samsung’s 10nm die and comes in a 16Gb density – a geometry reduction from the company’s...
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Graphics Processing Units (GPUs) are becoming an increasingly more valuable resource in the computing arena. We've seen high-powered GPUs powering everything from gaming consoles, to high-end enthusiast PCs, to accelerators used for artificial intelligence and machine learning applications, to products like NVIDIA's DRIVE PX which enables advanced machine vision for autonomous vehicles. As GPUs get more powerful with each new generation, there also comes a need for faster memory to fuel them. In the case of Micron, the company has been delivering GDDR5X memory solutions for today's high-end graphics cards. Micron's GDDR5X started out at 10Gbps, but has since ramped up to 11Gbps and finally...
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There are competing memory standards in the graphics industry, including GDDR5, GDDR5X, and high bandwidth memory (HBM) solutions. What will tomorrow bring? If you ask Micron, the memory with roots in Boise, Idaho will tell you that it has a roadmap in place for faster GDDR5X memory and is also working on next-generation GDDR6 memory chips. For geeks like us, it has been interesting to observe the evolving graphics memory standards. For a moment in time, it looked like HBM (and now HBM2) chips were the future, but Micron proved that GDDR still had legs when it announced in 2015 that it was developing a next-generation memory technology called GDDR5X. Now a current generation standard, GDDR5X...
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The future of high-end graphics cards might still belong to high bandwidth memory (HBM) technologies such as HBM2 and HBM3, but do not count out good old fashioned graphics double data rate (GDDR) DRAM. SK Hynix has not—the memory chip maker today announced what it claims is the world's fastest 20-nanometer class 8-gigabit (Gb) GDDR6 DRAM for upcoming high-performance graphics cards. GDDR6 is a next-generation graphics memory solution that Hynix expects to quickly supplant both GDDR5 and GDDR5X, at least among faster graphics card solutions. The 8Gb part announced today operates with an I/O data rate of 16 gigabits per second (Gbps) per pin, which is a DRAM industry record. According to Hynix,...
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Micron Technology, the memory maker headquartered in Boise, Idaho, is making waves today. First is the announcement that it's acquiring the remaining shares of Inotera for approximately $3.2 billion, and secondly Micron is talking about a next generation memory technology to rival the performance of High Bandwidth Memory (HBM). Starting with the latter, Micron's Kristopher Kido confirmed the company's plans to release its new memory next year. It will likely be called GDDR5X and offer speeds of 10Gbps to 14Gbps, up to double that of existing 7Gbps 4Gb GDDR5 memory chips. More capacious 8Gb density chips won't push speeds quite as much, though will still end up at 8Gbps. You'll find Micron's new...
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