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- !Signal!!Description |MA0/MA1/MB0/MB1_CKE[1:0]||DRAM Channel A/B DIMM 0/1 Clock Enable30 KB (6,098 words) - 01:58, 12 January 2024
- [[File:two-phase clock.svg|right|300px]] ...d for [[level-triggered]] transfer instead of [[edge-triggering]]. The two clock phases are not generated on-die but come from an external [[oscillator]]. A12 KB (1,886 words) - 12:56, 14 January 2021
- ...nals within a specific clock domain only change in response to their clock signal event.263 bytes (42 words) - 05:09, 14 April 2017
- [[File:two-phase clock.svg|right|300px]] ...d for [[level-triggered]] transfer instead of [[edge-triggering]]. The two clock phases are not generated on-die but come from an external [[oscillator]]. A14 KB (2,093 words) - 04:42, 10 July 2018
- ** Integrated clock generator === Clock Generator ===7 KB (1,035 words) - 06:24, 21 November 2023
- * Higher clock frequency (5.2 GHz from 5 GHz; 4% increase) ...s in a number of slightly different flavors. In order to reach the highest clock speed of 5.2 GHz, the water cooled system is required, otherwise the air co8 KB (1,204 words) - 14:02, 23 September 2019
- ** DMI/PEG are now on a discrete clock domain with BCLK sitting on its own domain with full-range granularity (1 M ...lking more performance by increasing the instructions per cycle as well as clock frequency.52 KB (7,651 words) - 00:59, 6 July 2022
- ! Signal !! Description | (A0-F0/A1-F1)_CKE0 || DRAM Clock Enable for Address/Command Bus15 KB (2,390 words) - 02:54, 17 May 2023
- | clock min = 733 MHz | clock max = 1,600 MHz6 KB (838 words) - 09:33, 9 May 2019
- {{see also|List of semiconductor scale examples|Mixed-signal integrated circuit|Moore's law|MOS revolution|Three-dimensional integrated ...transistor goes down, while the [[Computer memory|memory capacity]] and [[clock rate|speed]] go up, through the relationships defined by [[Dennard scaling]66 KB (9,048 words) - 18:01, 6 September 2024
- * ≥ 5 GHz clock ...s which is used to forward the [[packets]] between the tiles, allowing for clock-phase-insensitive tile-to-tile communication and synchronous operations wit16 KB (2,552 words) - 23:22, 17 May 2019
- ...ity Fabric clock}} so for instance a 1.33 GHz FCLK coupled to the bus clock of DDR4-2666 SDRAM gives a raw data rate of 5.33 GT/s per lane or 21.33&nbs ...s. TR4 packages are not merely EPYC processors with two disabled dies, the signal routing is different. Only the four memory channels pinned out closest to t86 KB (17,313 words) - 02:48, 13 March 2023
- Naffziger2020--> The SerDes run at {{abbr|FCLK|Infinity Fabric clock}} so for instance a 1.33 GHz FCLK coupled to the bus clock of110 KB (21,122 words) - 02:46, 13 March 2023
- |clock multiplier=28x ** Qualcomm Spectra 390 image signal processor5 KB (597 words) - 20:19, 16 January 2022
- == Clock domains == ...ores from the prior quad-core Gold clock domains has been moved to its own clock domain. Qualcomm refers to that core as a 'Prime' core. The Prime core util9 KB (1,235 words) - 12:57, 16 December 2023
- ...well as [[802.11ac]], [[Bluetooth]] 5.0, and a 24 [[megapixel|MP]] [[image signal processor|ISP]]. ...e {{\\|9610|Exynos 9610}} featuring [[little cores]] with a 100 MHz higher clock frequency.4 KB (500 words) - 09:23, 3 October 2022
- |clock multiplier=28 ** Qualcomm Spectra 480 image signal processor7 KB (1,043 words) - 09:30, 23 December 2022
- ...Clock Control (Am486, Am5x86, K5) (August 1995).pdf|Phase Lock Loop (PLL) Clock Control]]||1995-08||Am486, Am5x86, K5 ...[[:File:Clock Gating Recommendations (Am486, Am5x86, K5) (August 1995).pdf|Clock Gating Recommendations]]||1995-08||181 KB (24,894 words) - 16:24, 12 June 2024
- !Signal!!Description |CLKIN_H/L||200 MHz Differential PLL Reference Clock7 KB (1,029 words) - 18:40, 22 February 2020
- !Signal!!Description |CLKIN_H/L||200 MHz Differential PLL Reference Clock8 KB (1,212 words) - 19:01, 22 February 2020