Hardware support: [Extreme Tech] How L1 and L2 CPU Caches Work, and Why They're an Essential Part of Modern Chips |
- [Extreme Tech] How L1 and L2 CPU Caches Work, and Why They're an Essential Part of Modern Chips
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- How do current increases in channel length modulation?
| [Extreme Tech] How L1 and L2 CPU Caches Work, and Why They're an Essential Part of Modern Chips Posted: 09 Aug 2020 08:49 PM PDT |
| [Ars Technica] Xbox Series S outed by next-gen controller leak—and it’s legit Posted: 09 Aug 2020 06:56 PM PDT |
| Posted: 09 Aug 2020 04:07 AM PDT |
| AMD EPYC 7F72 vs. Intel Xeon Gold 6258R - Latest EPYC Rome vs. Xeon Cascade Lake Benchmarks Posted: 09 Aug 2020 08:28 PM PDT |
| Microsoft Will Discuss Xbox Series X System Architecture at Hot Chips 2020 - Posted: 09 Aug 2020 09:12 PM PDT |
| How to Save $6000 on a 28-core Flagship Intel Xeon: Platinum 8280 vs Gold 6258R Posted: 09 Aug 2020 06:24 PM PDT |
| In the current ECC DRAM memory trends, what are the scrub rates/frequency that are used? Posted: 09 Aug 2020 11:45 PM PDT Hi, so as the title suggests, I am looking for this information. In DDR3 and DDR4 RAM, what are the bit error rates currently and the scrub frequency? If you could tell me where I could find it, that'll be of great help too. Thanks! [link] [comments] |
| Why benchmarks are the missing piece of the ray tracing puzzle - Imagination Technologies Posted: 09 Aug 2020 08:31 AM PDT |
| [LTT] I've Never Seen Anything Like This - Asetek Rad Card Posted: 09 Aug 2020 10:04 AM PDT |
| [Real Hardware Reviews] Nixeus NX-EDG274K 144hz FreeSync Monitor Review Posted: 09 Aug 2020 12:33 PM PDT |
| Geekbench scores for i9-10910 in Imacs Posted: 09 Aug 2020 11:49 PM PDT |
| [François Piednoël] Fixing the speculative bugs the right way ... Posted: 09 Aug 2020 07:22 AM PDT |
| Global TV Producers Likely to Roll out Mini-LED TVs Next Year Posted: 09 Aug 2020 02:50 AM PDT |
| How do current increases in channel length modulation? Posted: 09 Aug 2020 07:06 AM PDT When we increase the V_ds > V_ds_saturation, we all know that the dimensions of the channel keep on reducing. But if still keep on increasing the V_ds then surely the channel(inversion layer) begin to pinch off, and the length of the channel L (the length from the source up to which the inversion layer exists) will surely reduce. And it will become L - delta_L as shown in this figure. But why question is, how does the current increase here? Because the path for the charges to flow itself has ceased now. So how can the current increase? It should decrease or it should become NULL right? Can somebody tell? [link] [comments] |
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