Papusan

New Firestrike score 14372P (1512/8003) Single 330w

Have you tried Throttlestop? A better choice than the Bloated Xtu if you can't doit in bios.

A small collection of Benchmarks done by BGA Crushing Killer aka Clevo P87DM-G with OC'd [email protected] and Gtx980@1512/8004 (desktop version) Powered by @Prema. http://www.3dmark.com/fs/7934031(1512 http://hwbot.org/submission/3154039_papusan_cinebench___r11.5_core_i7_6700k_11.7_points http://hwbot.org/submission/3165475_papusan_wprime___32m_core_i7_6700k_4sec_248ms?recalculate=true http://hwbot.org/submission/3150374_papusan_wprime___1024m_core_i7_6700k_2min_12sec_617ms?recalculate=true A Crippled slim light thin BGA machine with single *** graphics and a so called unlocked i7-6820BGA turd will never match this bench results

I am late to this thread, but my list must go on! Copied slightly from @D2ultima Hope it's okay. Is not the best in English... But this is a minimum Wishlist for me. Overclocking is a BIG must on high end enthusiast/gamer notebooks. Socketed CPUs forever, even if desktop CPUs must be used. really want is an X99 laptopwith preferably an 5960X. All processors of best binned quality. Even with K processors. A big must. Socketed GPUs of course. Upgrade-ability is beautiful. Always high vRAM count GPUs 120Hz 1080/1440p panels. Larger single power bricks. I'm hoping we can at least get 450W single brick = 2x450w for Sli. Full overclockability support, and good BIOS options for end-users. UEFI fast boot support WITHOUT Secure Boot Support old BIOSes/systems for at least a couple generations for OS updates with hotkey software etc. Support for high memory speeds and some memory overvolting. Unlimited motherboard power = use of two 450W bricks or 3x330w. Better heatsinks/Better cooling design. Let Prema do your BIOS iGPU functionality (for Quicksync acceleration) on the desktop CPU machines (but not allowing the iGPU access to any displays). The desktop chipsets should allow this functionality. Bigger keyboard Mux switches are always great; dGPU only mode for all machines should be possible. Brighter and nicer backlight control for keyboards Nice colour gamuts for screens! 72% NTSC should be minimum; there's no reason to get less. Taller rubber feet on the laptop. If the laptop becomes 3 - 5 mm higher have nothing to say.. Better cooling. Please pressure nVidia to enable SLI on/off without reboots in their drivers. We've done it with driver regedits, we've done it by using desktop drivers, it causes no problems with the machines, nVidia knows that it needs changing, but they're not doing it. Thunderbolt 3 as well as mini DP/HDMI/USB 3(.1) ports All external displays wired to the dGPU in laptops which have MUX switches and can use Optimus mode. Thanks.

Is Nvidia afraid that their next graphics card (Gtx1080m?) perform just a little more or likewise as a overclocked gtx980m? If Nvidia manages to help laptop manufacturers to stop overclocking of their mobile chip, maybe more people will buy a new laptop with next generation mobile chip...

Hello everyone I am new to this forum and would like to meet new friends who are equally interested as me (in overclocking and hardware) of laptops and desktop pc. Have passion for laptops you can overclock like Alienware and Clevo. Currently I have an Alienware 17 r1 which I think is an ok laptop .. There is always something to learn when it comes to overclocking of hardware in both a laptop and desktop.

There is no other safe alternative than using xtu to find the right setting for overclocking of the processor. Follow this guide: Laptop Forums and Notebook Computer Discussion The difference between a extreme processor and yours is slightly more adjustments for extreme processor inside xtu, and you must use other values for your processor. But otherwise the procedure is the same. When it comes to a safe GPU overclocking you can use MSI Afterburner or Ewga PrecicionX. There you can set up multiple overclocking profiles.

Hello everyone. I'm pretty new to this forum so Hello. I hope I have posted my thread in the correct place. Some questions Regarding Vccin aka processor input voltage in Xtu and the difference between IA voltages and vid voltages in HWMonitor. 1) I see that IA volts is slightly higher than vid voltage in HWMonitor and What Volt is this? The difference of IA and VID is (IA = 1.253v and VID is = 1.226) 0.027mv. I use1.200v +23mv in offset with Xtu. What is this Voltage ? I dont see this voltage in no other places than in HWMonitor? 2) Why affects VCCIN temperature and wattage when processor only supply core voltage as I've already decided? An example; Lowering VCCIN from 2v to for example 1.90 Volts resulted into LESS POWER and producing LESS HEAT at different processors. Is it so that even if you have 2v vccin (processor input volts in xtu) uses the processor not up all this voltage, it has the only max voltage present in reserve if processor need more?. I see that xtu show either 1-2-3-4v and so on in adjustment step on my i7-4930mx. I use custom adjustment in the Xtu at 2v which I think is best for my processor in (Alienware 17 Ranger) What is your comments towards this? I do not know how much vccin volts as my motherboard makes ready for the processor. As I understood this vccin volt's should be approximately 0.5V greater than core voltage (vid). I have not noticed increase in temperature by putting my vccin voltage from default to 2v. Anybody who has an explanation why it is only 1v adjustment step in xtu?

Exactly why bios A09? Has Dell made some barriers in later bios Versions?