Hardware support: 3 years ago, high-end 15 to 28 watt processors had just 2 cores. Now they have 8. |
- 3 years ago, high-end 15 to 28 watt processors had just 2 cores. Now they have 8.
- UniFi 6 Long-Range (U6-LR) and UniFi 6 In-Wall (U6-IW) access points appeared at the FCC
- The Impending Chinese NAND Apocalypse
- Speculation: AMD Cezanne, Rembrandt and Van Gogh APUs
- China's Oppo steps up chip ambition as US ban hits Huawei
- Arm's New Cortex-A78 and Cortex-X1 Microarchitectures: An Efficiency and Performance Divergence
- Effects of the ninth generation consoles on gaming PC hardware
- AVX-512 Mask Registers, Again
- Z490 motherboard reviews from OC3D.net
- bad mainboards - how to recognise and avoid them
- What's the best way of overclocking a 3900x? I think this is the one
- Xiaomi RedmiBook 13, 14, 16 Come With AMD Ryzen 4000 Series CPUs (starting from ¥3799/$533 for R5, 8GB RAM, 512GB SSD)
- Arm Announces The Mali-G78: Evolution to 24 Cores
- NVIDIA A100 FP64 performance
- V100 SXM2 vs SXM3
- i5-10400 Vs. Ryzen 5 3600 - 2666MHz Vs. 3200MHz - The Deal Breaker?
- Acer’s new XV272XU monitor offers a 240Hz, QHD IPS-like AHVA panel - KitGuru
3 years ago, high-end 15 to 28 watt processors had just 2 cores. Now they have 8. Posted: 26 May 2020 01:31 PM PDT Untill the second half of 2017, when Kaby Lake R was launched, high-end mobile CPUs in the 15 to 28 watt range just had 2 cores and 4 threads. You could spend as much money as you wanted, but even a Razer Blade Stealth or a MacBook Pro (13-inch) had just a dual-core processor. Right now, less then 3 years later, you can get Ryzen 7 4800U laptops with 8 cores and 16 theads under €1000 with the same 15 watt TDP. And that even includes a much, much more powerful GPU. Finally thin and lights great again! [link] [comments] |
UniFi 6 Long-Range (U6-LR) and UniFi 6 In-Wall (U6-IW) access points appeared at the FCC Posted: 26 May 2020 07:36 PM PDT The UniFi 6 Long-range (U6-LR) and UniFi 6 In-Wall (U6-IW) access point popped up at the FCC earlier this week. The UniFi 6 In-Wall measures about 131 by 76 mm and contains one RJ45 PoE in port at the back and one PoE out along with 3 regular RJ45 ports at the bottom. This makes the device a tad smaller than the 139.7 by 86.7 mm UniFi In-Wall HD. The UniFi 6 Long-Range has a round design with a 176 mm diameter, so likely the exact same diameter as the UniFi AP AC LR, which could make it a drop in replacement. It has a single PoE-in RJ45 port. Labels
[link] [comments] |
The Impending Chinese NAND Apocalypse Posted: 26 May 2020 03:57 PM PDT |
Speculation: AMD Cezanne, Rembrandt and Van Gogh APUs Posted: 26 May 2020 11:49 AM PDT |
China's Oppo steps up chip ambition as US ban hits Huawei Posted: 26 May 2020 09:03 PM PDT |
Arm's New Cortex-A78 and Cortex-X1 Microarchitectures: An Efficiency and Performance Divergence Posted: 26 May 2020 06:07 AM PDT |
Effects of the ninth generation consoles on gaming PC hardware Posted: 26 May 2020 11:16 AM PDT This fall, Microsoft and Sony are planning to release their ninth generation consoles, the Xbox Series X and the PS5, onto store shelves throughout much of the world. The release of these consoles are going to have at least somewhat impact on the market of PC gaming market. While these future consoles have arguably already accelerated the adoption of ray tracing in GPUs and partially have facilitated a rise in the core count of CPUs, the impact of the consoles have not been fully felt yet. Even high end, ray tracing gaming PCs of today are, in many ways, weaker and less capable than the upcoming consoles (especially in the realms of audio acceleration, storage decompression, and, potentially, ray tracing performance). With these facts in mind, what do you think holds in the future of the gaming PC market? Here are some topics I think are ripe for discussion: 1. When do the specs of the ninth gen machines become the baseline requirements for AAA games on the PC? 2. When does accelerated ray tracing go from an optional feature to a requirement? 3. How is decompression handled on the PC once the consoles come out? 4. Will hardware accelerated audio make a comeback on PCs and how? [link] [comments] |
Posted: 26 May 2020 10:49 AM PDT |
Z490 motherboard reviews from OC3D.net Posted: 26 May 2020 09:43 AM PDT These are hands on overclocking and benchmarking reviews: [link] [comments] |
bad mainboards - how to recognise and avoid them Posted: 26 May 2020 11:53 AM PDT |
What's the best way of overclocking a 3900x? I think this is the one Posted: 27 May 2020 02:43 AM PDT |
Posted: 26 May 2020 06:14 AM PDT |
Arm Announces The Mali-G78: Evolution to 24 Cores Posted: 26 May 2020 07:18 AM PDT |
Posted: 26 May 2020 06:02 PM PDT The A100 has two FP64 modes: Question is: why would NVIDIA split them like this? Why include CUDA cores FP64 at all if tensors are way faster? Can they be used simultaneously, as in added together to give us 29TFLOPs of FP64 performance? [link] [comments] |
Posted: 26 May 2020 07:58 PM PDT The TDP of V100 SXM2 is 300W NVIDIA then raised SXM3 TDP to 350W to incorporate more HBM2 memory with the same clocks. [link] [comments] |
i5-10400 Vs. Ryzen 5 3600 - 2666MHz Vs. 3200MHz - The Deal Breaker? Posted: 26 May 2020 08:37 AM PDT |
Acer’s new XV272XU monitor offers a 240Hz, QHD IPS-like AHVA panel - KitGuru Posted: 26 May 2020 10:48 AM PDT |
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