2.70GHz Intel Core i7-7500U w/ Turbo Boost Technology up to 3.12.5 in WQHD LED-backlit touchscreen (2560 x 1440) display.Razer Blade Stealth Signature Edition Specs and Info: Why you like the phone any pro's and cons With a discrete, in-game FPS counter to help you keep track, you can test and tune these settings even. Support experience may it be positive or negative Razer Cortex: GAME BOOSTER increases your FPS by micro-managing your Windows OS and non-essential applications using two core modes: one that disables CPU sleep mode, and one that enables the CPU core to prioritize gaming. What are the current available firmware updates, patches and updates I've already informed Razer of this.Discussion thread for all Razer Blade Stealth Signature Edition owners, buyers, or just seeking additional information in Philippines, in here we can discuss about the following The package is always in C2, which could be in C7 and reduce power consumption to about 0.5W at idle. So use throttlestop to disable and enable turbo when I need it.this makes the whine significantly quieter when it doesnt need to be running at maximum power. I dont really need this 24/7 whenever Im plugged in. With a base clock speed of 2.8GHz and 4.7GHz Turbo Boost, the Razer Blade Stealth 13 is powerful enough to cut through the most. Coil whine is at its loudest for me when turbo boost is running. Enable cookies to gain access to all payment and finance methods as well as personalised. That one's on Razer to get the CPU to go into lower C-states when it's idle. Get a great deal on a Razer Blade Stealth 13 Core i7 16GB 512GB SSD GTX 1650Ti MaxQ 13.3' Win10 Home Gaming Laptop. If you got that Prime stable, good on you dude!ĮDIT: The 1.2W power consumption is not normal by the way. Not really much to gain there in terms of battery life, but it's objectively better than doing it via Windows.īy the way, that undervolt is pretty substantial. It will maybe lift a miniscule amount of load off the "System" process that you can see in Task Manager. To limit the maximum clock speed, simply adjust the SpeedShift value in ThrottleStop (in your screenshot that's the 128 next to the SpeedShift checkbox). If you have SpeedShift enabled, your CPU will regulate the clock speed much faster than Windows will, as it's a hardware feature, while Windows' commands need to trickle down through the kernel, as do SpeedStep commands. I'd advise against setting the maximum CPU power state in Windows.
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