Tu PC da TIRONES en Juegos? ACTIVA Esto en tu BIOS AMD (Adiós Stuttering) — Transcript

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1. 0:00Look at this 3-second freeze with a drop
2. 0:02to 13 fps.
3. 0:09And now look at the exact same computer
4. 0:11, maintaining a stable 7 to 9
5. 0:13milliseconds without a single stutter.
6. 0:22If you have a good processor and a good
7. 0:24graphics card but suffer from
8. 0:26micro-stutters or hitches in your games
9. 0:28, your hardware is not damaged.
10. 0:31Today I'll show you with real metrics
11. 0:33what chokes Windows 11 and exactly which
12. 0:36system and BIOS settings eliminate
13. 0:37stuttering in any game without
14. 0:39installing junk programs.
15. 0:42Welcome to Darktech. Let's begin.
16. 0:46I used this engine in DirectX 12 as a
17. 0:48test bench with the new Call of Duty
18. 0:50because it pushes memory and cores to
19. 0:53the limit, and it even deceived me by
20. 0:55showing 41%supposed bottleneck on an
21. 0:58entire Ryzen 7 9700X.
22. 1:01By opening HWInfo64, we ruled out
23. 1:04temperature; it didn't exceed 77.1ºC and
24. 1:08the VRMs stayed at 56ºC.
25. 1:11The real problem in almost every modern
26. 1:14computer comes from three factors.
27. 1:17First, disk paging. With 22.4 GB of RAM
28. 1:21occupied by background processes and
29. 1:23memory leaks.
30. 1:25Windows runs out of headroom and dumps
31. 1:28data to the SSD mid-game, freezing the
32. 1:32processor for up to 78 milliseconds and
33. 1:35crashing the graphics card from 3242 MHz
34. 1:38to 752 MHz while it waits.
35. 1:41Second, factory electrical limit.
36. 1:45At 65 W, the processor hit 99.1%of its
37. 1:48power limit.
38. 1:50PPT, cutting frequencies down to 4.9 GHz
39. 1:53.
40. 1:54Third, internal bus mismatch.
41. 1:58The Infinity Fabric, FCLK, was running
42. 2:01at 1950 MHz with power savings on
43. 2:03automatic, adding micro-pauses in
44. 2:06communication with the DDR5 RAM.
45. 2:10Before entering the BIOS, let's clean up
46. 2:12the operating system for all your games
47. 2:14.
48. 2:16Free up RAM before playing by closing
49. 2:18browsers and heavy containers so you
50. 2:20aren't giving away more than 17 GB in
51. 2:22the background.
52. 2:24Disable hardware-accelerated GPU
53. 2:27scheduling in Settings, Display,
54. 2:29Graphics; in DirectX 12 titles that
55. 2:32exceed 10 or 11 GB of VRAM, it often
56. 2:35causes long synchronization stutters.
57. 2:39In AMD Adrenaline, turn off Instant
58. 2:42Replay, Fluid Motion Frames, and
59. 2:44Anti-Lag +.
60. 2:46Click reset shader cache and disable the
61. 2:48metrics overlay because reading sensors
62. 2:51every half second generates
63. 2:53micro-stutters.
64. 2:55Additionally, in any competitive game,
65. 2:58cap your FPS to a stable figure and
66. 3:00disable live texture downloading.
67. 3:03Now let's go to the change that benefits
68. 3:06absolutely all your games. In the BIOS.
69. 3:10Heads up, if you are watching from an
70. 3:13AM4 platform with DDR4 memory,
71. 3:15everything regarding Windows, C-States,
72. 3:17and Curve Optimizer if you have a Ryzen
73. 3:205000 works just the same, but you don't
74. 3:23need Memory Context Restore and for FCLK
75. 3:26, don't set it to 2000 MHz.
76. 3:29Set it to exactly half of your RAM speed
77. 3:31.
78. 3:321600 MHz if your RAM is 3200, or 1800
79. 3:35MHz if it is 3600.
80. 3:38Alright, let's continue.
81. 3:41Instead of turning on the 105 W mode,
82. 3:44which spikes the heat for just a 2%
83. 3:46improvement, we kept the cool 65 W and I
84. 3:50applied four key settings on my Asus
85. 3:53B850 M board.
86. 3:54FCLK frequency at 2000 MHz.
87. 3:58It corrects the previous 1950 MHz and
88. 4:01stabilizes communication with the DDR5
89. 4:04memory at 5200 MHz.
90. 4:06Curve Optimizer at All-Core -15.
91. 4:11It reduces the voltage required by each
92. 4:13core compared to the 1.367
93. 4:16V factory setting, achieving higher and
94. 4:18more stable frequencies without hitting
95. 4:21the wattage limit so quickly.
96. 4:23Memory Context Restore and Power Down
97. 4:26Enable.
98. 4:27Both enabled and synchronized, they
99. 4:29prevent stability issues on DDR5.
100. 4:32When saving for the first time, it will
101. 4:34take a couple of minutes training the
102. 4:36RAM on a black screen, but it will boot
103. 4:38in seconds afterward.
104. 4:39Global C-State Control enabled prevents
105. 4:42the board from hesitating when waking up
106. 4:44cores in heavy scenes.
107. 4:47There you have the exact summary of the
108. 4:49settings before hitting okay and
109. 4:50restarting.
110. 4:52And while Windows loads to show you
111. 4:54in-game how the freezing was eliminated
112. 4:56, I want to thank you for supporting the
113. 4:58channel by giving away a $ 10 Steam card
114. 5:01exclusive to YouTube.
115. 5:03To participate, just answer the
116. 5:05technical question you see on screen
117. 5:07right now in the comments without using
118. 5:10the word giveaway.
119. 5:12Subscribing isn't mandatory, but
120. 5:14subscribe and turn on the bell so you
121. 5:16find out when we announce the winner and
122. 5:18don't miss your code.
123. 5:20We will announce it exactly one week
124. 5:22from today. Now then, let's move on to
125. 5:25the live tests. Zero freezes and a CPU
126. 5:28time locked between 7 and 9 milliseconds
127. 5:32from start to finish with 13 to 17
128. 5:35milliseconds of input latency, between
129. 5:3995 and 117 solid fps in combat with
130. 5:42peaks of 140 fps, and the GPU working
131. 5:45without drops between 3118 and 3254 MHz
132. 5:49, dropping from 69º to just 67º.
133. 5:54If you want to modify direct in-game
134. 5:57settings and activate FSR 4.1 in
135. 5:59compatible games, I'll leave a video
136. 6:01below to gain stability and over 35 fps
137. 6:04without losing quality.
138. 6:07Apply this same block to your PC and you
139. 6:09will notice the difference from the
140. 6:11first camera turn in any game.
141. 6:14If seeing tests with real sensors and no
142. 6:16fluff was helpful, subscribe and leave a
143. 6:18comment with which processor you use so
144. 6:20I can help you tune it.