Introduction and technical Reviews of the ASUS ROG STRIX G16 (2024)
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Unlike the ASUS ROG Zephyrus G16 2024, which opts for a more compact and thinner format, in this Review of the ASUS ROG Strix G16 2024 we will find a fully-fledged gaming laptop, where performance and cooling are prioritized about the compact size.
It is a device equipped with the powerful Intel Core i9-14900HX, Intel’s most powerful processor, accompanied by 32 GB of DDR5 memory, a 1 TB NVMe PCIe 4.0 SSD and the NVIDIA GeForce RTX 4070 graphics card that, although It is not the top of the range, it works on this device without any limitation with its 140 W of TGP.
All this in a device with a design that follows the line of the ROG Strix range, with its gaming aesthetics, and a keyboard that surprises with its good feel and travel.
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Let’s see how it behaves in our laboratory.
Technical characteristics of the ASUS ROG STRIX G16 (2024) G614JIR-N4004
Intel Core i9-14900HX processor (24 cores and 32 threads, max 5.8 GHz).
RAM memory 32 GB DDR5 at 5,600 MHz.
Storage: 1TB M.2 PCIe Gen 4 SSD.
Graphics Card: NVIDIA GeForce RTX 4070 140 W.
16″ ROG Nebula IPS Level display 2,560 x 1,600 at 240 Hz with G-SYNC.
RGB backlit keyboard.
Connectivity:
1 x HDMI 2.1.
2 x USB 3.1 type A.
1 x USB 3.1 Type C with DP.
1 x Thunderbolt 4 40Gbps.
720p webcam
WiFi 6E + BT 5.2.
1 x Audio mini jack
1 x RJ45 2.5Gbps.
90 WHrs battery.
280W charger.
2.5 kg prisoner.
Dimensions: 35.4 x 26.4 x 3.04 cm
Price: 1129 Dollars (Approx).
Table of Contents
Design and Connectivity of Asus Rog Strix G16
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35.4 x 26.4 cm and a thickness that goes from 2.26 cm in its thinnest part to exceeding 3 cm (3.04) in the thickest part. To this we add a weight of 2.5 KG of the laptop plus its 240W adapter and we have a “lifetime” gaming laptop, where lightness or saving space is secondary.
We are not saying this as a criticism, after all, if we want uncompromising performance it is better to have a laptop with a superior cooling capacity and not have to deal with CPU or graphics power limitations.
The design combines two shades of gray on the metal casing, with a lighter one covering the entire area, and a darker one on the logo, diagonal stripe and other decorative elements. The large opening at the back stands out to let air out of the cooling systems.
By having this area occupied, physical connectivity passes to the sides. Starting on the left side, in addition to another air outlet, we have the traditional power connector (still no 240W USB-C), a 2.5 Gbps Ethernet RJ45 port, an HDMI 2.1 and two USB-C, one of them 3.1 (3.2 Gen 2 10 Gbps) and another with Thunderbolt 4 40 Gbps. This area ends with a small 3.5 mm audio minijack for microphone and headphones.
If we go to the right side we see that the space is quite wasted: Two USB-A 3.1 (3.2 gen 2 10 Gbps) are the only available ports that accompany the other air outlet. Here there would be space for an extra port or, for example, a small card reader.
In any case, we can see that the thickness of the equipment is not exactly thin, nor does it pretend to be.
The gray color with darker touches remains inside, where what is most striking is the 16-inch screen in 16:10 format without frames and with a matte coating. Here the space has been used to the maximum and, although we have a 16″ screen, the truth is that the size of the equipment is equivalent to laptops of 15″ or less from a few years ago.
Here we lose the metal and have a less “premium” plastic casing.
The screen has a small HD webcam at the top, perhaps at this point the minimum should be FHD, but at least we can give ourselves a bite because ASUS is once again integrating webcams into its entire range of ROG laptops. It’s enough for a specific conference.
The keyboard stands out for the good touch of the keys, the travel is very wide and it is noticeable before looking closely at the specifications. ASUS promises 2mm key travel, one of the highest we’ve seen on membrane keyboards. In addition, the ASUS over stroke system detects pulsations at the beginning of the stroke. Each keycap has a depth of 0.25 mm so as not to interfere with travel.
The touchpad also stands out, it has a very large size and a very pleasant touch thanks to a glass coating.
We cannot finish this section without remembering the RGB stripe on the edge, it is synchronized with the AURA system that also controls the key lighting.
ASUS ROG STRIX G16 2024 screen
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The screen of the ASUS ROG STRIX G16 2024 has a resolution of 2,560 x 1,600 pixels in 16:10 format with 240 HZ refresh rate. It is a good resolution that allows us to go beyond the typical Full HD, although it demands more from the graphics.
The coating is matte and the integration into the device is adjusted to the millimeter, with very thin frames above and on the sides, and somewhat bulkier below.
Contrast and brightness Best buy gaming laptop
The brightness is quite good, we can reach 430 nits in white, and the matte coating helps eliminate reflections that may bother in bright areas.
With HDR in small areas of the screen we have managed to measure brightness of 440 nits.
SDR white maximum brightness: 430 cd/m².
Contrast ratio: 1140:1.
Color coverage Asus Rog Strix G16
The color coverage stands out for covering the entire sRGB and DCI-P3 ranges, taking into account the deviations of the measurement tools. The coverage of the Adobe-RGB range remains close to 90%, meaning that, overall, we have excellent coverage that is more than enough for gaming and even some content creation tasks.
We have an average real delta E of 3.91 points in absolute values, with maximums of 8.63 points in some color. The standard calibration tends slightly towards somewhat bluish tones, but with the good color coverage it has, it is not difficult to improve these values with a quick calibration.
Color Tests vs SRGB – Factory Screen
Autonomy
This type of equipment, with high-consumption processors and graphics, is not particularly blessed with the autonomy they offer. There has been no surprise in the tests, with the brightness at maximum and the balanced energy plan, we have achieved exactly 3 hours of autonomy. By lowering the brightness and setting more aggressive modes with energy saving, we can use it to browse for just over 4 hours, but it is not its strong suit. Of course, even with a battery, the performance it offers is considerable.
Performance – Benchmarks
We have already tested the Core i9-14900HX several times and the RTX 4070 many more. The first is a “Raptor Lake Refresh” processor, a small update compared to Raptor Lake. It offers a total of 9 P-Cores and 16 E-Cores, with maximum speeds of 5.8 and 4.1 GHz respectively.
On the other hand, the RTX 4070 works on this device without limitations in its TGP, with 140W with Boost that it is capable of reaching.
Although the relationship between consumption and TDP is not direct, it does allow us to get an idea of the consumption that a device with these characteristics may have. We have seen the Core i9-14900HX exceed 180W of peak Boost, maintaining 150W without problems, while the RTX 4070 can reach 140W, adding it up we have 320W of TDP between those two components, not counting screen, motherboard, SSD, RAM, etc.
The ROG Strix G16 2024 charger is 280 W, and if we analyze some results we can see that there is a performance penalty that is noticeable in those cases where high CPU and GPU power loads are required. For example, in the super resolution tests we can see that brute force tests where DLSS/FSR/XeSS is not used, the device chokes and is not able to generate more than a few FPS. However, the performance when the SR is activated offers normal values.
The same thing happens in some game tests where both the CPU and the GPU are important at the same time, while others that depend more on the CPU or GPU separately show normal values.
In general, the ASUS ROG Strix G16 2024 is a laptop that is capable of playing demanding titles in FullHD, in 2K we will have to lower the quality or rely on the DLSS/FSR/XeSS on duty. In 4K the RTX 4070 can struggle, especially in games that require maximum CPU and GPU performance.
There is a bit of an imbalance between the GPU and the CPU. We have one of the most powerful processors on the market, but the graphics are somewhat far from the high ranges. It is true that the price is not the same as what we would have with an RTX 4090, but perhaps with a Core i7 14700 the equipment would have a better balance.
Temperature and Noise Asus Rog Strix G16
The G16’s cooling system is quite noisy at maximum power, but in exchange it prevents the keyboard and the upper area from heating up. We have very cool and comfortable temperatures (ambient temperature of 23ºC) where the maximum temperatures do not reach 35ºC.
Analysis and Conclusion
The ASUS ROG STRIX G16 (2024) G614JIR-N4004 is a traditional gaming laptop, with a striking design, generous size and thickness, and a cooling system that prevents it from being uncomfortable to use during long gaming sessions.
It offers a 16″ screen with good features, with a resolution of 2,560 x 1,600 at 240 Hz and G-SYNC, and excellent color coverage. The keyboard also stands out for its good key stroke and the overall design is neat, although metal gives way to plastic in the internal casing.
There are quite a few connectivity options, including a Thunderbolt 4, but it is true that the right side could be used a little more to add a card reader, for example. Its autonomy is not its strong point either, but it is not a range of equipment from which we can ask for high battery life.
Opting for a design that combines metal with plastic, along with an RTX 4070, allows this ASUS ROG STRIX G16 (2024) G614JIR-N4004 not to skyrocket its price and stay around 2,399 euros. However, there we have the Intel Core i9-14900HX, one of the most powerful processors in the world. We therefore have a certain imbalance between the CPU and the GPU, perhaps a solution with a Core i7-14700HX would give us a more balanced and cheaper solution.
In any case, there is no doubt that this laptop will delight those looking for maximum processor performance, along with a 140W RTX 4070 that can seamlessly move FullHD games with high graphic quality, and even with 2K resolution, using DLSS/FSR/XeSS we will not have problems.
Power up your game: Win more games with Windows 11, a 13th Gen Intel Core i7-13650HX processor, and an NVIDIA GeForce RTX 4060 at 140W Max TGP laptop GPU.
Fast memory and storage: Multitask quickly with 16GB of DDR5-4800MHz memory and 1TB of PCIe Gen4 SSD.
ROG Smart Cooling: The Strix G16 features Thermal Grizzly’s Conductonaut Extreme liquid metal in the CPU, and a third intake fan among other premium features, to enable better sustained performance during long gaming sessions.
Best Buy Gaming Laptop: Asus Rog Strix G16 problems
The Asus Best Buy Gaming Laptop 16: A Review of Performance and Charging Issues
Hey everyone, I want to share with you my experience with the Asus G16 laptop, which I purchased just two weeks ago. Although the performance of this laptop has been exceptional, I have encountered a frustrating issue with its AC charger, which has affected my overall experience. Let me walk you through the problem and give you a deeper look into this powerful machine.
First Impressions of the Asus Best Buy Gaming Laptop16
Upon receiving the Asus G16, I was immediately impressed with its sleek design and robust performance. This laptop is built for gamers and power users, with top-of-the-line specifications and a smooth display. The G16 is capable of running games like “Warzone 2.0” at 125 Hz on ultra settings, something I could never achieve with my desktop PC back home. The display is fantastic, offering vibrant colors and sharp details that truly enhance the gaming experience. With its powerful GeForce RTX 4060 graphics and a 1440p screen, the visual performance is remarkable, providing a seamless experience even with the most demanding games.
The Asus best buy gaming laptop also features a 500-nit display, which makes it easy to use in various lighting conditions, and I’ve been able to enjoy gaming and streaming without any visual hiccups. I’ve used the G16 for both work and leisure, and I haven’t faced any performance issues. However, there’s one significant problem that’s been hindering my overall experience.
The Charging Problem
While the Asus best buy gaming laptop 16 itself is amazing, I began encountering a strange issue with the AC charger. The problem first became apparent when I tried charging the laptop. To my surprise, the laptop wouldn’t charge with its original AC charger. Instead, I had to use a phone charger from my Steam Deck to get some power into the device. Although the phone charger worked to a degree, I kept receiving a warning message on the screen that said the charging power wasn’t sufficient to support the GPU. This was worrying, as the laptop clearly needed a more powerful charger to maintain performance.
Despite being in “eco mode” to conserve power, I continued to receive the same message, warning that the power from the phone charger wasn’t enough. The situation became even more frustrating when I unplugged the phone charger and plugged the official AC charger back into the laptop. Nothing happened. The charging port didn’t respond, and the laptop was left without any power.
Troubleshooting the Issue
I tried several solutions to fix the issue, but none of them worked. I started with a basic software-related approach, downloading and reinstalling the BIOS, hoping that it might solve the problem. I also tried uninstalling and reinstalling the battery drivers in Windows, as some forums suggested. These steps usually work in such cases, but unfortunately, they didn’t resolve the issue for me.
Next, I checked for any firmware or software updates that could potentially fix the charging issue. I also referred to a YouTube video on the Asus website that discussed common charging problems with their laptops. It turned out that this was a more widespread issue than I initially thought, with many users reporting similar problems. I followed the advice given in the video, but still, nothing changed.
Despite trying every troubleshooting method I could find online, the charging problem persisted. It was incredibly frustrating, especially since the laptop is brand new and I expected everything to work perfectly out of the box. After contacting Asus support, I was advised to request a repair under the warranty, which I plan to do soon. However, the experience left me feeling disheartened, as I had hoped the laptop would be free from such issues given its premium price.
The Performance Beyond Charging: Asus Best Buy Gaming Laptop 16
Putting the charging issue aside, I have been thoroughly impressed with the overall performance of the Asus G16. The laptop is incredibly fast and responsive, handling games and demanding applications with ease. I particularly enjoyed playing “Red Dead Redemption” in ultra settings, with the graphics looking stunning on the 1440p display.
Despite the battery and charging issues, I can still use the laptop for around two hours on battery power alone, watching videos or browsing the internet. But, of course, using the device without a functioning charger means I’m unable to enjoy the full capabilities of the laptop, especially for gaming or heavy work.
The design of the laptop is also worth mentioning. The G16 features customizable RGB lighting on the sides, which adds a personal touch to the device. I’ve also customized my memory modules with LED lights to match the laptop’s aesthetic. It’s these little details that make the laptop feel truly premium and unique.
Conclusion: An Impressive Laptop with a Major Flaw
Overall, the Asus G16 is an amazing laptop that excels in performance, design, and display quality. Whether you’re gaming, working, or consuming media, the G16 offers a powerful experience that is hard to beat in its price range. The 1440p screen, powerful GPU, and sleek design make it an attractive option for gamers and content creators alike.
However, the charging issue is a major flaw in what would otherwise be a near-perfect device. I hope that Asus addresses this issue quickly, as it’s incredibly frustrating to deal with a laptop that cannot be charged properly, especially one so new. While I plan to send it in for warranty repair, I’ll continue to monitor the situation and hope that the problem is just a defective charger rather than a deeper issue with the motherboard or other components.
In the meantime, I’ll keep using the laptop as much as I can and provide updates on any new developments. I remain hopeful that Asus will resolve this issue, as everything else about the laptop has been fantastic so far.