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There’s a 720p camera above the screen in the middle, which older G14s lacked, and it has IR for Windows Hello face unlock. My G14 had no noticeable backlight bleed, but this will vary depending on the laptop and panel. This is fantastic news for competitive players. ![]() This is the time it takes between a mouse click and a gunshot being fired on the screen in CS:GO, and it’s ten milliseconds faster than last year’s G14. This also contributes to the G14 having a lower total system latency. ![]() It’s also faster than last year’s Blade 14, but this may change soon as I’m getting the 2022 Blade 14 shortly! As a result, this year’s G14 is by far the best. Last year’s G14 time was 9 ms, while the year before was nearly 21 ms. With overdrive enabled (default), we’re looking at a 4.9ms average grey-to-grey response time. The control panel for the laptop, the Asus Armory Crate software, allows us to enable or disable panel overdrive. #OVERDRIVE CPU STRESS TEST FULL#Some laptops struggle to reach 300 at full brightness, but the G14 managed it at 70%. The screen gets fairly bright, at full brightness it exceeds 500 nits. The screen has an excellent color gamut and looks great, though the contrast was lower than I would have preferred. #OVERDRIVE CPU STRESS TEST FREE#Another change this year is the addition of a MUX switch to bypass the integrated graphics and gain a performance boost in games, and we get the same free sync range with either Radeon GPU in use. This year’s 14-inch screen is 16:10, giving you more vertical space when sitting in front of the laptop. It’s small for a 14-inch device, but the version I have with the lid lighting is slightly thicker than the one without. The laptop weighs 1.7 kilos (3.8 lbs) on its own and 2.4 kilos (5.4 lbs) with the 240 W power brick and cables included. The G14 is available in two colors: moonlight white and the darker Eclipse Gray that I’ve got here. I have the most powerful G14 configuration, including AMD’s Ryzen 9 6900HS eight-core processor, Radeon RX 6800S graphics, 32 gigs of DDR5-4800 memory, and a 14-inch 120Hz screen. #OVERDRIVE CPU STRESS TEST HOW TO#I watched this YouTube video below that does a great job explaining what PBO and Curve Optimizer do, and how to find the optimal settings for your system.The ASUS ROG Zephyrus G14 gaming laptop has a LOT of nice upgrades this year! This review will cover the improvements to help you decide if the new 2022 G14 is worth buying! Check current prices here – I have a Thermaltake 240mm AIO Cooler which does a pretty good job keeping temps stable. With this I got results of 4700 MHz single core and 4350 MHz all-core clockings stable with no increase in temperatures compared to stock settings under full load or otherwise. I ended up using a +150 MHz boost with a Curve Optimization of negative 18 for each individual core. What actually even makes a bigger difference in the results is using the Curve Optimizer along with PBO to get optimized frequencies and voltages/temperatures. I ended up disabling the PBO options in the AI Tweaker section and manually set the PBO options in the Advanced Overclocking section. The one under AI Tweaker is a milder version that has less performance gains and would not void the warranty compared to the one under the Advanced menu Overclock section which clearly gives a warning that changing the settings in this section will void the warranty. Seems the two different sections serve two different purposes. I just played around with these settings today with my Ryzen 5900X and X570-E Gaming motherboard. Further evidence of this is that they don't sync if you disable PBO in one, it will not disable on the other.Ĭan someone knowledgeable please explain this mess?Įxample images just to show the two different paths (the values for the options are not what I'm using): It is clear that despite being named the same and having very similar sub-options, these two features are completely different. Whereas turning on the PBO under the Advanced tab on with the same sub-options (and Curve Optimizer on Auto), power draw stays at 76W, the normal power draw constraint. Upon further testing I have noticed that both PBOs behave vastly differently: turning the one under AI Tweaker on, my 5600x's power consumption shoots from 76W (stock draw) to 95W or more (it's also worth noting that turning on "AMD Performance Enhancer" under the same AI Tweaker menu has the same effect, and I've found no practical difference between enabling either that or PBO). Both have nearly the same options except that the latter allows you to change the Curve Optimizer function while the former does not (which is silly, and a complaint I've made here). In my BIOS for the B550-E Gaming you can reach "Precision Boost Overdrive" via two different routes: the "AI Tweaker" tab or or the "Advanced" tab. ![]()
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