legion y520 help bios moding isydeh20 ver 5 bios.

ok thanks a lot ill try and get back in a bit

-----------
one doubt at the last step is it fn+ zero or fn+o(letter)
--------------

I tried the reddit way but it didn’t work i found another key combo for my laptop and it worked it gave me the screen attached in snip. Also shud i try the other method u told? Also what about the DLL you were talking about? Btw the key combo is function + all letter keys. Also after that screen if any press anything nothing happens.

IMG_20200520_141659.jpg

@intello - That is O not zero. The reddit method should give you a much more advanced BIOS after doing it, but it’s just for that once when you get it working, after reboot it will go back and you have to do again next time.

This may also work on your system, by itself >> While in the the bios on the main info screen, press FN+O then F10 to save and exit then it’ll reboot.
Enter BIOS and it will reveal the Advanced tab, etc…

Ok I’ll try this too and tell thanks a lot!!!
@Lost_N_Bios
Edit no it didn’t work :frowning: I just get normal Bios.

Try both methods, what I mentioned, and Reddit too. These are only “maybe” “when you’re lucky” type of things, they do not always work

now i am trying this method Insyde H2O bios unlocking/flashing but where is QA.pfx? i cant find it in the zips at the end of the post…please help… :slight_smile:

@klaxklax3 - Can you advise intello for the above question, I linked him to your guide - Insyde H2O bios unlocking/flashing

@Lost_N_BIOS I was randomly searching my c drive and found 2 previous bios versions i am linking them see if you can help me mod those verrsions and then flash those. these are .exe i think. see if you make any progress with these. thanks for helping me out!
drive link https://drive.google.com/file/d/14kog_L0…iew?usp=sharing as it was more than 6mb

@intello - BIOS version is not the issue here, so other versions do not matter. Your father is the only problem now

* Edit - What exact things do you want to change in regards to memory, I will help you change those without a mod BIOS

Yeah sorry for frustrating you. I only need to change ram timings, make them lower and overclock it. Currently it is at 2400mhz I can’t oc the cpu anyways as it is locked

So, what exactly do you want to set?

Here is options related that we can change

Memory profile, VarStoreInfo (VarOffset/VarName): 0x111, VarStore: 0x2, QuestionId: 0x112B, Size: 1, Min: 0x0, Max 0x3, Step: 0x0 {05 91 27 04 28 04 2B 11 02 00 11 01 14 10 00 03 00}
0x9C532 One Of Option: Default profile, Value (8 bit): 0x0 (default) {09 07 29 04 30 00 00}
0x9C539 One Of Option: Custom profile, Value (8 bit): 0x1 {09 07 2C 04 00 00 01}
0x9C540 Suppress If {0A 82}
0x9C542 QuestionId: 0xB5A equals value 0x1 {12 86 5A 0B 01 00}
0x9C548 QuestionId: 0xB5A equals value 0x3 {12 06 5A 0B 03 00}
0x9C54E Or {16 02}
0x9C550 Not {17 02}
0x9C552 End {29 02}
0x9C554 One Of Option: XMP profile 1, Value (8 bit): 0x2 {09 07 2A 04 00 00 02}
0x9C55B End If {29 02}
0x9C55D Suppress If {0A 82}
0x9C55F QuestionId: 0xB5A equals value 0x2 {12 86 5A 0B 02 00}
0x9C565 QuestionId: 0xB5A equals value 0x3 {12 06 5A 0B 03 00}
0x9C56B Or {16 02}
0x9C56D Not {17 02}
0x9C56F End {29 02}
0x9C571 One Of Option: XMP profile 2, Value (8 bit): 0x3 {09 07 2B 04 00 00 03}
0x9C578 End If {29 02}
0x9C57A End One Of {29 02}
0x9C57C End If {29 02}
0x9C57E Gray Out If {19 82}
0x9C580 QuestionId: 0x112B equals value 0x1 {12 86 2B 11 01 00}
0x9C586 Not {17 02}
0x9C588 End {29 02}
0x9C58A One Of: Memory Reference Clock, VarStoreInfo (VarOffset/VarName): 0xD, VarStore: 0x2, QuestionId: 0x15E, Size: 1, Min: 0x0, Max 0x2, Step: 0x0 {05 91 1D 04 1E 04 5E 01 02 00 0D 00 10 10 00 02 00}
0x9C59B One Of Option: Auto, Value (8 bit): 0x0 {09 07 C6 0F 00 00 00}
0x9C5A2 One Of Option: 133, Value (8 bit): 0x1 (default) {09 07 20 04 30 00 01}
0x9C5A9 One Of Option: 100, Value (8 bit): 0x2 {09 07 1F 04 00 00 02}
0x9C5B0 End One Of {29 02}
0x9C5B2 One Of: Memory Ratio, VarStoreInfo (VarOffset/VarName): 0xF, VarStore: 0x2, QuestionId: 0x15F, Size: 1, Min: 0x0, Max 0xF, Step: 0x0 {05 91 21 04 22 04 5F 01 02 00 0F 00 10 10 00 0F 00}
0x9C5C3 One Of Option: Auto, Value (8 bit): 0x0 (default) {09 07 C6 0F 30 00 00}
0x9C5CA One Of Option: 3, Value (8 bit): 0x3 {09 07 1C 01 00 00 03}
0x9C5D1 One Of Option: 4, Value (8 bit): 0x4 {09 07 05 04 00 00 04}
0x9C5D8 One Of Option: 5, Value (8 bit): 0x5 {09 07 06 04 00 00 05}
0x9C5DF One Of Option: 6, Value (8 bit): 0x6 {09 07 07 04 00 00 06}
0x9C5E6 One Of Option: 7, Value (8 bit): 0x7 {09 07 08 04 00 00 07}
0x9C5ED One Of Option: 8, Value (8 bit): 0x8 {09 07 09 04 00 00 08}
0x9C5F4 One Of Option: 9, Value (8 bit): 0x9 {09 07 0A 04 00 00 09}
0x9C5FB One Of Option: 10, Value (8 bit): 0xA {09 07 0B 04 00 00 0A}
0x9C602 One Of Option: 11, Value (8 bit): 0xB {09 07 0C 04 00 00 0B}
0x9C609 One Of Option: 12, Value (8 bit): 0xC {09 07 0D 04 00 00 0C}
0x9C610 One Of Option: 13, Value (8 bit): 0xD {09 07 0E 04 00 00 0D}
0x9C617 One Of Option: 14, Value (8 bit): 0xE {09 07 0F 04 00 00 0E}
0x9C61E One Of Option: 15, Value (8 bit): 0xF {09 07 10 04 00 00 0F}
0x9C625 End One Of {29 02}
0x9C627 One Of: QCLK Odd Ratio, VarStoreInfo (VarOffset/VarName): 0x10, VarStore: 0x2, QuestionId: 0x160, Size: 1, Min: 0x0, Max 0x1, Step: 0x0 {05 91 23 04 24 04 60 01 02 00 10 00 10 10 00 01 00}
0x9C638 One Of Option: Disabled, Value (8 bit): 0x0 (default) {09 07 04 00 30 00 00}
0x9C63F One Of Option: Enabled, Value (8 bit): 0x1 {09 07 03 00 00 00 01}
0x9C646 End One Of {29 02}
0x9C648 Numeric: tCL, VarStoreInfo (VarOffset/VarName): 0x11, VarStore: 0x2, QuestionId: 0x101D, Size: 1, Min: 0x0, Max 0x1F, Step: 0x1 {07 91 2D 04 2E 04 1D 10 02 00 11 00 14 10 00 1F 01}
0x9C659 Default: DefaultId: 0x0, Value (8 bit): 0x0 {5B 06 00 00 00 00}
0x9C65F End {29 02}
0x9C661 Numeric: tRCD/tRP, VarStoreInfo (VarOffset/VarName): 0x17, VarStore: 0x2, QuestionId: 0x101E, Size: 1, Min: 0x0, Max 0x3F, Step: 0x1 {07 91 2F 04 30 04 1E 10 02 00 17 00 14 10 00 3F 01}
0x9C672 Default: DefaultId: 0x0, Value (8 bit): 0x0 {5B 06 00 00 00 00}
0x9C678 End {29 02}
0x9C67A Numeric: tRAS, VarStoreInfo (VarOffset/VarName): 0x15, VarStore: 0x2, QuestionId: 0x1020, Size: 2, Min: 0x0, Max 0x40, Step: 0x1 {07 94 31 04 32 04 20 10 02 00 15 00 14 11 00 00 40 00 01 00}
0x9C68E Default: DefaultId: 0x0, Value (16 bit): 0x0 {5B 07 00 00 01 00 00}
0x9C695 End {29 02}
0x9C697 Numeric: tCWL, VarStoreInfo (VarOffset/VarName): 0x12, VarStore: 0x2, QuestionId: 0x110C, Size: 1, Min: 0x0, Max 0x14, Step: 0x1 {07 91 33 04 34 04 0C 11 02 00 12 00 14 10 00 14 01}
0x9C6A8 Default: DefaultId: 0x0, Value (8 bit): 0x0 {5B 06 00 00 00 00}
0x9C6AE End {29 02}
0x9C6B0 Numeric: tFAW, VarStoreInfo (VarOffset/VarName): 0x13, VarStore: 0x2, QuestionId: 0x1027, Size: 2, Min: 0x0, Max 0x3F, Step: 0x1 {07 94 35 04 36 04 27 10 02 00 13 00 14 11 00 00 3F 00 01 00}
0x9C6C4 Default: DefaultId: 0x0, Value (16 bit): 0x0 {5B 07 00 00 01 00 00}
0x9C6CB End {29 02}
0x9C6CD Numeric: tREFI, VarStoreInfo (VarOffset/VarName): 0x18, VarStore: 0x2, QuestionId: 0x110E, Size: 2, Min: 0x0, Max 0xFFFF, Step: 0x1 {07 94 37 04 38 04 0E 11 02 00 18 00 14 11 00 00 FF FF 01 00}
0x9C6E1 Default: DefaultId: 0x0, Value (16 bit): 0x0 {5B 07 00 00 01 00 00}
0x9C6E8 End {29 02}
0x9C6EA Numeric: tRFC, VarStoreInfo (VarOffset/VarName): 0x1A, VarStore: 0x2, QuestionId: 0x1022, Size: 2, Min: 0x0, Max 0x3FF, Step: 0x1 {07 94 39 04 3A 04 22 10 02 00 1A 00 14 11 00 00 FF 03 01 00}
0x9C6FE Default: DefaultId: 0x0, Value (16 bit): 0x0 {5B 07 00 00 01 00 00}
0x9C705 End {29 02}
0x9C707 Numeric: tRRD, VarStoreInfo (VarOffset/VarName): 0x1C, VarStore: 0x2, QuestionId: 0x1023, Size: 1, Min: 0x0, Max 0xF, Step: 0x1 {07 91 3B 04 3C 04 23 10 02 00 1C 00 14 10 00 0F 01}
0x9C718 Default: DefaultId: 0x0, Value (8 bit): 0x0 {5B 06 00 00 00 00}
0x9C71E End {29 02}
0x9C720 Numeric: tRTP, VarStoreInfo (VarOffset/VarName): 0x1D, VarStore: 0x2, QuestionId: 0x1025, Size: 1, Min: 0x0, Max 0xF, Step: 0x1 {07 91 3D 04 3E 04 25 10 02 00 1D 00 14 10 00 0F 01}
0x9C731 Default: DefaultId: 0x0, Value (8 bit): 0x0 {5B 06 00 00 00 00}
0x9C737 End {29 02}
0x9C739 One Of: tWR, VarStoreInfo (VarOffset/VarName): 0x1E, VarStore: 0x2, QuestionId: 0x161, Size: 1, Min: 0x0, Max 0x18, Step: 0x0 {05 91 3F 04 40 04 61 01 02 00 1E 00 10 10 00 18 00}
0x9C74A One Of Option: Auto, Value (8 bit): 0x0 (default) {09 07 C6 0F 30 00 00}
0x9C751 One Of Option: 5, Value (8 bit): 0x5 {09 07 06 04 00 00 05}
0x9C758 One Of Option: 6, Value (8 bit): 0x6 {09 07 07 04 00 00 06}
0x9C75F One Of Option: 7, Value (8 bit): 0x7 {09 07 08 04 00 00 07}
0x9C766 One Of Option: 8, Value (8 bit): 0x8 {09 07 09 04 00 00 08}
0x9C76D One Of Option: 10, Value (8 bit): 0xA {09 07 0B 04 00 00 0A}
0x9C774 One Of Option: 12, Value (8 bit): 0xC {09 07 0D 04 00 00 0C}
0x9C77B One Of Option: 14, Value (8 bit): 0xE {09 07 0F 04 00 00 0E}
0x9C782 One Of Option: 16, Value (8 bit): 0x10 {09 07 11 04 00 00 10}
0x9C789 One Of Option: 18, Value (8 bit): 0x12 {09 07 12 04 00 00 12}
0x9C790 One Of Option: 20, Value (8 bit): 0x14 {09 07 13 04 00 00 14}
0x9C797 One Of Option: 24, Value (8 bit): 0x18 {09 07 14 04 00 00 18}
0x9C79E End One Of {29 02}
0x9C7A0 Numeric: tWTR, VarStoreInfo (VarOffset/VarName): 0x1F, VarStore: 0x2, QuestionId: 0x1024, Size: 1, Min: 0x0, Max 0x1C, Step: 0x1 {07 91 41 04 42 04 24 10 02 00 1F 00 14 10 00 1C 01}
0x9C7B1 Default: DefaultId: 0x0, Value (8 bit): 0x0 {5B 06 00 00 00 00}
0x9C7B7 End {29 02}
0x9C7B9 Numeric: NMode, VarStoreInfo (VarOffset/VarName): 0x20, VarStore: 0x2, QuestionId: 0x1021, Size: 1, Min: 0x0, Max 0x2, Step: 0x1 {07 91 43 04 44 04 21 10 02 00 20 00 14 10 00 02 01}
0x9C7CA Default: DefaultId: 0x0, Value (8 bit): 0x0 {5B 06 00 00 00 00}
0x9C7D0 End {29 02}
0x9C7D2 One Of: Memory Voltage, VarStoreInfo (VarOffset/VarName): 0x4, VarStore: 0x2, QuestionId: 0x162, Size: 2, Min: 0x0, Max 0x672, Step: 0x0 {05 94 F7 03 F8 03 62 01 02 00 04 00 10 11 00 00 72 06 00 00}
0x9C7E6 One Of Option: Default, Value (16 bit): 0x0 (default) {09 08 CA 03 31 01 00 00}
0x9C7EE One Of Option: 1.10 Volts, Value (16 bit): 0x44C {09 08 F9 03 01 01 4C 04}
0x9C7F6 One Of Option: 1.15 Volts, Value (16 bit): 0x47E {09 08 FA 03 01 01 7E 04}
0x9C7FE One Of Option: 1.20 Volts, Value (16 bit): 0x4B0 {09 08 FB 03 01 01 B0 04}
0x9C806 One Of Option: 1.25 Volts, Value (16 bit): 0x4E2 {09 08 FC 03 01 01 E2 04}
0x9C80E One Of Option: 1.30 Volts, Value (16 bit): 0x514 {09 08 FD 03 01 01 14 05}
0x9C816 One Of Option: 1.35 Volts, Value (16 bit): 0x546 {09 08 FE 03 01 01 46 05}
0x9C81E One Of Option: 1.40 Volts, Value (16 bit): 0x578 {09 08 FF 03 01 01 78 05}
0x9C826 One Of Option: 1.45 Volts, Value (16 bit): 0x5AA {09 08 00 04 01 01 AA 05}
0x9C82E One Of Option: 1.50 Volts, Value (16 bit): 0x5DC {09 08 01 04 01 01 DC 05}
0x9C836 One Of Option: 1.55 Volts, Value (16 bit): 0x60E {09 08 02 04 01 01 0E 06}
0x9C83E One Of Option: 1.60 Volts, Value (16 bit): 0x640 {09 08 03 04 01 01 40 06}
0x9C846 One Of Option: 1.65 Volts, Value (16 bit): 0x672 {09 08 04 04 01 01 72 06}
0x9C84E End One Of {29 02}
0x9C850 End If {29 02}

Maximum Memory Frequency, VarStoreInfo (VarOffset/VarName): 0x10F, VarStore: 0x2, QuestionId: 0x16A, Size: 2, Min: 0x0, Max 0x1025, Step: 0x0 {05 94 7A 11 7B 11 6A 01 02 00 0F 01 10 11 00 00 25 10 00 00}
0x9CA11 One Of Option: Auto, Value (16 bit): 0x0 {09 08 C6 0F 01 01 00 00}
0x9CA19 One Of Option: 1067, Value (16 bit): 0x42B {09 08 7C 11 01 01 2B 04}
0x9CA21 One Of Option: 1200, Value (16 bit): 0x4B0 {09 08 7D 11 01 01 B0 04}
0x9CA29 One Of Option: 1333, Value (16 bit): 0x535 {09 08 7E 11 01 01 35 05}
0x9CA31 One Of Option: 1400, Value (16 bit): 0x578 {09 08 7F 11 01 01 78 05}
0x9CA39 One Of Option: 1600, Value (16 bit): 0x640 {09 08 80 11 01 01 40 06}
0x9CA41 One Of Option: 1800, Value (16 bit): 0x708 {09 08 81 11 01 01 08 07}
0x9CA49 One Of Option: 1867, Value (16 bit): 0x74B {09 08 82 11 01 01 4B 07}
0x9CA51 One Of Option: 2000, Value (16 bit): 0x7D0 {09 08 83 11 01 01 D0 07}
0x9CA59 One Of Option: 2133, Value (16 bit): 0x855 {09 08 84 11 01 01 55 08}
0x9CA61 One Of Option: 2200, Value (16 bit): 0x898 {09 08 85 11 01 01 98 08}
0x9CA69 One Of Option: 2400, Value (16 bit): 0x960 (default) {09 08 86 11 31 01 60 09}
0x9CA71 One Of Option: 2600, Value (16 bit): 0xA28 {09 08 87 11 01 01 28 0A}
0x9CA79 One Of Option: 2667, Value (16 bit): 0xA6B {09 08 88 11 01 01 6B 0A}
0x9CA81 One Of Option: 2800, Value (16 bit): 0xAF0 {09 08 89 11 01 01 F0 0A}
0x9CA89 One Of Option: 2933, Value (16 bit): 0xB75 {09 08 8A 11 01 01 75 0B}
0x9CA91 One Of Option: 3000, Value (16 bit): 0xBB8 {09 08 8B 11 01 01 B8 0B}
0x9CA99 One Of Option: 3200, Value (16 bit): 0xC80 {09 08 8D 11 01 01 80 0C}
0x9CAA1 One Of Option: 3467, Value (16 bit): 0xD8B {09 08 8E 11 01 01 8B 0D}
0x9CAA9 One Of Option: 3733, Value (16 bit): 0xE95 {09 08 8F 11 01 01 95 0E}
0x9CAB1 One Of Option: 4000, Value (16 bit): 0xFA0 {09 08 90 11 01 01 A0 0F}
0x9CAB9 One Of Option: 4133, Value (16 bit): 0x1025 {09 08 91 11 01 01 25 10}
0x9CAC1 End One Of {29 02}
0x9CAC3 End If {29 02}
0x9CAC5 Suppress If {0A 82}
0x9CAC7 QuestionId: 0x15E equals value 0x1 {12 86 5E 01 01 00}
0x9CACD Not {17 02}
0x9CACF End {29 02}
0x9CAD1 One Of: Maximum Memory Frequency, VarStoreInfo (VarOffset/VarName): 0x10F, VarStore: 0x2, QuestionId: 0x16B, Size: 2, Min: 0x0, Max 0x1025, Step: 0x0 {05 94 7A 11 7B 11 6B 01 02 00 0F 01 10 11 00 00 25 10 00 00}
0x9CAE5 Default: DefaultId: 0x0, Value (Other) {5B 85 00 00 08}
0x9CAEA Value {5A 82}
0x9CAEC QuestionId: 0xB02 equals value in list (0x21, 0x61, 0x62) {14 8C 02 0B 03 00 21 00 61 00 62 00}
0x9CAF8 64 Bit Unsigned Int: 0x0 {45 0A 00 00 00 00 00 00 00 00}
0x9CB02 64 Bit Unsigned Int: 0x640 {45 0A 40 06 00 00 00 00 00 00}
0x9CB0C Conditional {50 02}
0x9CB0E End {29 02}
0x9CB10 End {29 02}
0x9CB12 End {29 02}
0x9CB14 One Of Option: Auto, Value (16 bit): 0x0 {09 08 C6 0F 01 01 00 00}
0x9CB1C One Of Option: 1067, Value (16 bit): 0x42B {09 08 7C 11 01 01 2B 04}
0x9CB24 One Of Option: 1333, Value (16 bit): 0x535 {09 08 7E 11 01 01 35 05}
0x9CB2C One Of Option: 1600, Value (16 bit): 0x640 {09 08 80 11 01 01 40 06}
0x9CB34 One Of Option: 1867, Value (16 bit): 0x74B {09 08 82 11 01 01 4B 07}
0x9CB3C One Of Option: 2133, Value (16 bit): 0x855 {09 08 84 11 01 01 55 08}
0x9CB44 One Of Option: 2400, Value (16 bit): 0x960 (default) {09 08 86 11 31 01 60 09}
0x9CB4C One Of Option: 2667, Value (16 bit): 0xA6B {09 08 88 11 01 01 6B 0A}
0x9CB54 One Of Option: 2933, Value (16 bit): 0xB75 {09 08 8A 11 01 01 75 0B}
0x9CB5C One Of Option: 3200, Value (16 bit): 0xC80 {09 08 8D 11 01 01 80 0C}
0x9CB64 One Of Option: 3467, Value (16 bit): 0xD8B {09 08 8E 11 01 01 8B 0D}
0x9CB6C One Of Option: 3733, Value (16 bit): 0xE95 {09 08 8F 11 01 01 95 0E}
0x9CB74 One Of Option: 4000, Value (16 bit): 0xFA0 {09 08 90 11 01 01 A0 0F}
0x9CB7C One Of Option: 4133, Value (16 bit): 0x1025 {09 08 91 11 01 01 25 10}
0x9CB84 End One Of {29 02}
0x9CB86 End If {29 02}
0x9CB88 Suppress If {0A 82}
0x9CB8A QuestionId: 0x15E equals value 0x2 {12 86 5E 01 02 00}
0x9CB90 Not {17 02}
0x9CB92 End {29 02}
0x9CB94 One Of: Maximum Memory Frequency, VarStoreInfo (VarOffset/VarName): 0x10F, VarStore: 0x2, QuestionId: 0x16C, Size: 2, Min: 0x0, Max 0xC1C, Step: 0x0 {05 94 7A 11 7B 11 6C 01 02 00 0F 01 10 11 00 00 1C 0C 00 00}
0x9CBA8 One Of Option: Auto, Value (16 bit): 0x0 (default) {09 08 C6 0F 31 01 00 00}
0x9CBB0 One Of Option: 1200, Value (16 bit): 0x4B0 {09 08 7D 11 01 01 B0 04}
0x9CBB8 One Of Option: 1400, Value (16 bit): 0x578 {09 08 7F 11 01 01 78 05}
0x9CBC0 One Of Option: 1600, Value (16 bit): 0x640 {09 08 80 11 01 01 40 06}
0x9CBC8 One Of Option: 1800, Value (16 bit): 0x708 {09 08 81 11 01 01 08 07}
0x9CBD0 One Of Option: 2000, Value (16 bit): 0x7D0 {09 08 83 11 01 01 D0 07}
0x9CBD8 One Of Option: 2200, Value (16 bit): 0x898 {09 08 85 11 01 01 98 08}
0x9CBE0 One Of Option: 2400, Value (16 bit): 0x960 {09 08 86 11 01 01 60 09}
0x9CBE8 One Of Option: 2600, Value (16 bit): 0xA28 {09 08 87 11 01 01 28 0A}
0x9CBF0 One Of Option: 2800, Value (16 bit): 0xAF0 {09 08 89 11 01 01 F0 0A}
0x9CBF8 One Of Option: 3000, Value (16 bit): 0xBB8 {09 08 8B 11 01 01 B8 0B}
0x9CC00 One Of Option: 3100, Value (16 bit): 0xC1C {09 08 8C 11 01 01 1C 0C}
0x9CC08 End One Of {29 02}



Download this package, run command below from each versions folder which directly contains the exe, then once done make a copy of this entire folder and delete everything out except the created vars.txt and then upload to me.
This way vars.txt remains in the folder from each version of tool that created it, and you only upload that back to me.
http://s000.tinyupload.com/index.php?fil…732875438124725
H2OUVE.exe -gv vars.txt

I want to overclock the Ram and change ram timings also the steps you have mentioned we have done that earlier I think… . And I didn’t understand a word written in the spoiler part. Lmao please explain it to me.

Also now that I think , can we change clock speed of cpu too? I have an i7 7700hq which is locked by intel because it is a non -k version. Like processors with k at the end of their name are overclockable

What “Steps we’ve done earlier” are you talking about?

The stuff in spoiler is each individual BIOS setting. What do you want to overclock memory to?? What speed and timings? Then I will show you what we’ll change

No, you cannot overclock CPU unless it’s a K CPU

I was talking about the H2OUVE steps
Also let’s start with 2666 mhz and cl 16 timings? Can we change them more after trying 2666mhz and cl16 timings?

ohh, did you already send me vars? If yes, sorry, I forgot to check! If you did, then skip that part, I already have you vars

Yes, we can change them more than once

Are you sure your memory can do 2666 C16? Does your memory have any XMP profiles, if yes, what are they defined as? Show me image of CPU-z SPD tab, or HWINFO XMP profiles, so I can check things out.
What is current timings at 2400, all four first ones I mean, like 15-15-15-32?

currently the memory is running at 2400mhz 17-17-17-39 timings but it is capable of running 2666mhz , i am attaching snips of hwinfo but i dont know where to find xmp profiles

1.PNG

2.PNG



also i might not be able to respond to your posts after 1 hr because i have to sleep for school tomorow, then i can come online around 10 hours after now.

XMP if there, will be visible in the CPU-z like tiny window that shows up when you first run HWINFO
And, you can also find at Large window, left side >> Memory >> Select module >> Scroll down, if you do not see XMP or cerified profiles then your memory does not have XMP

From your images, it looks like they can for sure at least run 2666 19-19-19-43. Do you want to try that first just to be sure it will boot OK? With tighter timings you may need more voltage, and memory voltage changes do not always apply properly with latop (but we can test and verify that with AIDA64 in the Sensor section)

cpuz.PNG

sensor.PNG

i want lower timings that cl17 , cl17 would also work, because if the timinngs increase i think there is no point to oc the ram speed! tell me how to check aida64 ,
yeah we can do first cl19 to see if it boots, just lets go for the safer way, i can tell you in a day or do if the lappy feels snappier with 2666 cl19, if it does we can keep or else we can go with lower timings but lets check i it can support lower timings
i have attached snip of cpuz check if you can see anything related to xmp…

EDIT: i have attached snip of sensor section of aida64 opened by expanding computer section

Well, it’s not necessarily about what you want or think will work, it’s about what the memory can do at stock voltage. No XMP shown there with CPU-z
Here’s how to check for XMP w/ HWINFO (Same thing for AIDA64) And for voltages AIDA64, in the left side, computer section >> Sensor

HWINFOXMP.png



I doubt you will notice any changes with 2666 even at CL16 or 17, it will be same as 2400 CL17, only benchmarks would you see any changes, it’s not something you really feel or notice in normal computer usages unless your talking 1066mhz C12 vs 2666 C14 or something extreme like that

* Edit - Looks like your system does not report vDIMM voltage , so we can’t check and have to assume it will be at 1.2 no matter what we set
Check with HWINFO, click sensors at top, and scroll down and see if you see vDIMM or DDR voltage anywhere

So, we’ll make the following changes first

Memory profile, VarStoreInfo (VarOffset/VarName): 0x111, VarStore: 0x2, QuestionId: 0x112B, Size: 1, Min: 0x0, Max 0x3, Step: 0x0 {05 91 27 04 28 04 2B 11 02 00 11 01 14 10 00 03 00}
0x9C532 One Of Option: Default profile, Value (8 bit): 0x0 (default) {09 07 29 04 30 00 00}
0x9C539 One Of Option: Custom profile, Value (8 bit): 0x1 {09 07 2C 04 00 00 01} << Set Default

0x9C5B0 End One Of {29 02}
0x9C5B2 One Of: Memory Ratio, VarStoreInfo (VarOffset/VarName): 0xF, VarStore: 0x2, QuestionId: 0x15F, Size: 1, Min: 0x0, Max 0xF, Step: 0x0 {05 91 21 04 22 04 5F 01 02 00 0F 00 10 10 00 0F 00}
0x9C5C3 One Of Option: Auto, Value (8 bit): 0x0 (default) {09 07 C6 0F 30 00 00}
0x9C5CA One Of Option: 3, Value (8 bit): 0x3 {09 07 1C 01 00 00 03}
0x9C5D1 One Of Option: 4, Value (8 bit): 0x4 {09 07 05 04 00 00 04}
0x9C5D8 One Of Option: 5, Value (8 bit): 0x5 {09 07 06 04 00 00 05}
0x9C5DF One Of Option: 6, Value (8 bit): 0x6 {09 07 07 04 00 00 06}
0x9C5E6 One Of Option: 7, Value (8 bit): 0x7 {09 07 08 04 00 00 07}
0x9C5ED One Of Option: 8, Value (8 bit): 0x8 {09 07 09 04 00 00 08}
0x9C5F4 One Of Option: 9, Value (8 bit): 0x9 {09 07 0A 04 00 00 09}
0x9C5FB One Of Option: 10, Value (8 bit): 0xA {09 07 0B 04 00 00 0A}
0x9C602 One Of Option: 11, Value (8 bit): 0xB {09 07 0C 04 00 00 0B}
0x9C609 One Of Option: 12, Value (8 bit): 0xC {09 07 0D 04 00 00 0C}
0x9C610 One Of Option: 13, Value (8 bit): 0xD {09 07 0E 04 00 00 0D} << Set Default
0x9C617 One Of Option: 14, Value (8 bit): 0xE {09 07 0F 04 00 00 0E}
0x9C61E One Of Option: 15, Value (8 bit): 0xF {09 07 10 04 00 00 0F}
0x9C625 End One Of {29 02}

Maximum Memory Frequency, VarStoreInfo (VarOffset/VarName): 0x10F, VarStore: 0x2, QuestionId: 0x16A, Size: 2, Min: 0x0, Max 0x1025, Step: 0x0 {05 94 7A 11 7B 11 6A 01 02 00 0F 01 10 11 00 00 25 10 00 00}
0x9CA11 One Of Option: Auto, Value (16 bit): 0x0 {09 08 C6 0F 01 01 00 00}
0x9CA19 One Of Option: 1067, Value (16 bit): 0x42B {09 08 7C 11 01 01 2B 04}
0x9CA21 One Of Option: 1200, Value (16 bit): 0x4B0 {09 08 7D 11 01 01 B0 04}
0x9CA29 One Of Option: 1333, Value (16 bit): 0x535 {09 08 7E 11 01 01 35 05}
0x9CA31 One Of Option: 1400, Value (16 bit): 0x578 {09 08 7F 11 01 01 78 05}
0x9CA39 One Of Option: 1600, Value (16 bit): 0x640 {09 08 80 11 01 01 40 06}
0x9CA41 One Of Option: 1800, Value (16 bit): 0x708 {09 08 81 11 01 01 08 07}
0x9CA49 One Of Option: 1867, Value (16 bit): 0x74B {09 08 82 11 01 01 4B 07}
0x9CA51 One Of Option: 2000, Value (16 bit): 0x7D0 {09 08 83 11 01 01 D0 07}
0x9CA59 One Of Option: 2133, Value (16 bit): 0x855 {09 08 84 11 01 01 55 08}
0x9CA61 One Of Option: 2200, Value (16 bit): 0x898 {09 08 85 11 01 01 98 08}
0x9CA69 One Of Option: 2400, Value (16 bit): 0x960 (default) {09 08 86 11 31 01 60 09}
0x9CA71 One Of Option: 2600, Value (16 bit): 0xA28 {09 08 87 11 01 01 28 0A}
0x9CA79 One Of Option: 2667, Value (16 bit): 0xA6B {09 08 88 11 01 01 6B 0A}
0x9CA81 One Of Option: 2800, Value (16 bit): 0xAF0 {09 08 89 11 01 01 F0 0A}
0x9CA89 One Of Option: 2933, Value (16 bit): 0xB75 {09 08 8A 11 01 01 75 0B}
0x9CA91 One Of Option: 3000, Value (16 bit): 0xBB8 {09 08 8B 11 01 01 B8 0B}
0x9CA99 One Of Option: 3200, Value (16 bit): 0xC80 {09 08 8D 11 01 01 80 0C} << Set default
0x9CAA1 One Of Option: 3467, Value (16 bit): 0xD8B {09 08 8E 11 01 01 8B 0D}
0x9CAA9 One Of Option: 3733, Value (16 bit): 0xE95 {09 08 8F 11 01 01 95 0E}
0x9CAB1 One Of Option: 4000, Value (16 bit): 0xFA0 {09 08 90 11 01 01 A0 0F}
0x9CAB9 One Of Option: 4133, Value (16 bit): 0x1025 {09 08 91 11 01 01 25 10}
0x9CAC1 End One Of {29 02}


ok so there is no xmp, also i checked some side by side comparisons and with 2666 the fps in fortnite was 5-10 frames higher and i really want that so lets aim for 2666 with the lowest timings we can get?
aiso i see dimm under power values fluctuating from 0.5 watt to 0.6 watt . cant we change voltage to 1.35 volts… i think that it would do!

No worries if no XMP, I only wanted to check if. Yes, we can test lower timings next, here is first vars to program in, as described in my edit above.
Show me CPU-z memory tab (not SPD) after you flash this in and reboot. Be sure to use 100.00.16.08 to flash this varsm2 back in.
Flash via >> H2OUVE.exe -sv varsM2.txt
http://s000.tinyupload.com/index.php?fil…569757901162220

Power is wattage used, not voltage applied. Yes, we can set any voltage you want, but without being able to confirm the changes we just have to accept the fact that I;ve never seen this apply properly in any laptop (always remains 1.20)