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Today, I’ll be reviewing the Acer Nitro V15 (ANV15-41-R99Y), a gaming laptop released by Acer last year. This model serves as an updated near-flagship in the Nitro V15 AMD lineup, which targets the mid-range gaming market with AMD processors. Key specifications include a 15.6-inch IPS display with a 144 Hz refresh rate, an AMD Ryzen 5 7535HS processor, a GeForce RTX 4060 GPU, 16 GB of DDR5 RAM clocked at 4800 MHz, and a 512 GB NVMe M.2 SSD. After putting the laptop through its paces, I can say it’s well-suited for 1080p gaming, general productivity, and media consumption. It handles modern games at high settings with ease, maintains effective thermal management, and offers respectable battery life for work-related tasks. In this review, I’ll dive into the laptop’s strengths, distinctive features, advantages, and shortcomings, as well as its performance in gaming scenarios. Let’s take a closer look.
Models and specifications
As always, let’s start the review with a brief overview of the device’s technical specifications. But first, a few words about the Acer Nitro V15 AMD lineup. As mentioned earlier, these are mid-range gaming laptops powered by AMD processors. The lineup consists of 25 different models, each varying in components and specifications. You can check them all and compare on Acer’s official website. Now, it’s worth noting that the laptop I have for review (ANV15-41-41-R99Y / NH.QSFEU.007) is essentially a near-flagship in this series. Below, I’ll outline its specific technical details.
- Model: ANV15-41-R99Y (NH.QSFEU.007)
- Processor: AMD Ryzen 5 7535HS (Zen 3+ (Rembrandt); 6 cores; 12 threads; base clock speed 3.3 GHz; maximum clock speed in Turbo Boost 4.55 GHz; level 3 cache 16 MB; 6 nm process; TDP 35-54 W; integrated graphics Radeon 660M
- Video card: NVIDIA GeForce RTX 4060; 8 GB GDDR6 video memory; GPU Boost Clock up to 2110 MHz; GPU TDP 75 W
- RAM: 16 GB DDR5-4800 SDRAM (2×8 GB Kingston ACR48S40BS6MA-8AM); operating timings 40-39-39-77 CR1
- Storage: 512 GB PCIe NVMe M.2 SSD; Kingston OM8SEP4512Q-AA model
- Display: 15.6″; IPS; matte; Full HD resolution (1920×1080); 16:9 aspect ratio; 144 Hz refresh rate; sRGB color coverage 100%; 3 ms response time (GTG); 300 nits brightness
- Audio: 2 stereo speakers; DTS X Ultra support; built-in microphone
- Camera: 1280×720 (HD)
- Keyboard and touchpad: backlit island-style keyboard with numeric pad; Microsoft Precision Touchpad certified touchpad
- Ports: 1×HDMI 2.1; 3×USB-A 3.2 Gen 1; 1×USB-C (Power Delivery / Alt. Mode); 1×RJ-45 LAN; 1×3.5 mm combined audio jack
- Network and communications: Wi-Fi 6 (802.11ax); Bluetooth 5.1; RJ-45 LAN connector (1 Gbps)
- Battery: 59 Wh lithium-polymer battery
- Power supply: 135 W AC adapter
- Proprietary software: NitroSense
- Pre-installed OS: no OS
- Security: Kensington lock slot; Trusted Platform Module (TPM); BIOS password; user password
- Backlight: white static keyboard backlight
- Dimensions (W×D×H): 362.3×239.9×23.5 mm
- Weight: 2.1 kg
- Case material: matte plastic
- Package contents: laptop, 135 W power adapter, user manual, Nitro Wireless Gaming Controller (NGR300) wireless gamepad
Positioning and price
Regarding the positioning of the Nitro V15 AMD lineup and this particular laptop within it, I’ve already covered that above, so I won’t repeat myself. However, I’ll add that the current price of the laptop is $1295 / €1263. At the time of writing, there was a discount available, bringing the price down to $1125 / €1097. In my opinion, this is a fairly competitive price for a device of this caliber, especially considering it comes bundled with a nice bonus: the Nitro Wireless Gaming Controller NGR300.
Package contents
The laptop comes in a compact, narrow cardboard box without any distinguishing marks. The only way to identify the model inside is by looking at the sticker on the side. Inside, you’ll find two smaller boxes: one with the branded gaming controller and the other slightly smaller, containing the laptop, charger, and documentation.
We take out all the contents and see that the complete Acer Nitro V15 (ANV15-41-R99Y) looks like this:
- laptop
- 135 W power adapter
- user manual
- Nitro Wireless Gaming Controller NGR300 gamepad
I have to admit, I was pleasantly surprised to find a gamepad included in the package. Manufacturers usually bundle a mouse with their laptops, but here, we get a full gamepad. It’s actually a pretty solid device, so let me provide a bit more detail about it.
In terms of shape and button layout, the Acer Nitro NGR300 is most similar to the Xbox gamepad. However, it’s slightly larger, with bigger L2 / R2 triggers, and it runs on two AA batteries. Wired connection is also supported without any issues. Overall, when compared to other controllers like the Xbox, DualSense, or DualShock 4, the NGR300 is the largest of the bunch.
Gaming with the NGR300 is a great experience. It sits comfortably in the hands, and the material feels nice to the touch. The build quality is top-notch—there’s no wobbling, creaking, or loose parts. The sticks are standard-sized, not too soft or too stiff, striking a nice balance that I really liked. The A, B, X, and Y buttons have the same feel as those on Xbox controllers. The D-pad is comfortable to use, and the built-in motors deliver solid vibration feedback during gameplay.
The only minor issue I encountered was that the gamepad didn’t always connect to Bluetooth on the first attempt. It took a few tries before it successfully paired with my laptop. However, the included user manual explains the pairing process, so following the instructions should get it connected—if not on the first try, definitely by the third. Once it’s paired, there’s no need to reconnect it each time. Just turn on the gamepad, and it will automatically connect to the laptop, allowing you to jump straight into your games. By the way, throughout the entire testing period, I didn’t experience any input lag during wireless connections.
Overall, I really liked the gamepad. It’s definitely a device you could purchase separately from the laptop if needed. In my opinion, at its regular price of $82 / €80, it’s a solid option. However, at the time of writing, it was available for $47 / €46 with a discount, making it an excellent deal for the price. If you can catch it on sale, it offers great value for the money.
Design, ergonomics, build quality
The laptop’s design is quite classic: perfectly straight edges, slightly rounded corners, and a subtle black color with faint shimmering accents. There’s no obvious gaming aesthetic, which gives it a more professional look overall. In general, the device has a fairly stylish appearance.
The laptop’s body is made of plastic, and the glossy surface tends to collect fingerprints, especially on the top lid. However, this issue is easily resolved with a slightly damp cloth. The device’s dimensions are fairly standard for this screen size—362.3×239.9×23.5 mm. The one noticeable aspect is its weight and thickness. Weighing in at 2.1 kg, it’s not excessively heavy, but you do feel the weight when you hold it, and naturally, you start comparing it to other models. As for the thickness, when closed, the laptop is just slightly less than the height of two stacked fingers.
On the bottom of the laptop, there are four rubber feet for improved stability on surfaces, along with ventilation openings that allow a glimpse of the cooling system. Inside, you’ll find two fans, numerous heat pipes, and radiators, which indicates that the cooling system is quite solid. Additionally, you can spot the stereo speaker grills at the corners.
As for the ports, the laptop offers almost a full standard set. On the left side, you’ll find the power adapter port, an RJ-45 LAN port, HDMI 2.1, two USB-A ports (3.2 Gen 1), and one USB-C port, which can be used for charging the laptop or connecting an external monitor. On the right side, there’s a Kensington lock slot, another USB-A port (3.2 Gen 1), and a standard 3.5mm combo audio jack. You’ll also find the laptop’s status indicators and notice the side ventilation openings for the cooling system. The port selection is nearly complete, though it lacks an SD card reader, which isn’t a big deal, especially since it includes an RJ-45 LAN port. Otherwise, it would be a truly comprehensive set.
The front of the laptop is completely flat, with no ports or features. However, on the back, you can spot vents for expelling hot air and the cooling system’s radiator.
The laptop opens easily with just one finger and closes smoothly with a soft-closing effect. The hinges that hold the display are not hidden—they’re visible in the photo.
The model features a 15.6-inch matte IPS display with a 16:9 aspect ratio. The bezels are typical for similar models, measuring 8 mm on the sides and 12 mm at the top. It’s worth noting that these measurements refer to the bezels of the display frame itself, while the frame of the actual display is around 1 mm and is hardly noticeable. At the top of the display, you’ll also find the webcam and microphone holes.
The workspace features an island-style keyboard with a numeric keypad and a medium-sized touchpad. There’s also a branded sticker that highlights some of the key features of the model.
The build quality is excellent, with all components neatly fitted. There are no creaks or looseness when opening or closing the laptop. The display remains securely in place at any angle. The only downside is the smudge-prone body, which easily shows fingerprints. Otherwise, everything is great.
Keyboard and touchpad
The laptop features an island-style keyboard with a numeric keypad and static white backlighting. While the backlighting is not RGB, and there are no other color options or effects, it still provides adequate illumination. The layout is ANSI, with both Ukrainian and Russian characters on the keys. The size of the main keys is standard, while the top row keys are slightly smaller. Notably, the power button is integrated into one of the top-row keys. The keys on the numeric keypad are also slightly reduced in size, and the up/down arrow keys are combined into one. Overall, the keyboard is suitable for both work and gaming. The body does not flex while typing, and it’s generally comfortable to use. The combined arrow keys and slightly smaller Delete key may feel unusual at first, but you get used to them over time.
The key backlighting is appropriately bright and even, making it easy to use the laptop even in complete darkness. If desired, the brightness of the backlighting can be reduced or completely turned off by using the keyboard shortcut Fn + F11.
As for the touchpad, it’s standard in size, with clear clicks. All taps, swipes, and other gestures are recognized precisely and without any issues. It’s a regular, reliable touchpad. There’s nothing particularly noteworthy about it, except that, like the backlighting, it can be disabled using the Fn + F10 keyboard shortcut if desired.
Display
The laptop is equipped with a 15.6-inch matte IPS display. According to the AIDA64 data, it uses the AU Optronics B156HAN08.4 panel. This is an 8-bit panel with a Full HD resolution (1920×1080) and a 144Hz refresh rate. The aspect ratio is 16:9. The claimed color coverage is 100% sRGB. The response time is 3 ms (GTG). The specified brightness is 300 nits. That’s essentially all the information Acer provides about this display.
Overall, the display is quite decent. It’s a standard mid-range IPS panel often found in laptops in the mid-price range. It offers good color reproduction and contrast. Blacks and shades look quite nice as well. For gaming, movies, and office work, it’s more than sufficient.
The viewing angles are wide. Even at a steep angle, the image on the display remains easily readable, with minimal changes in brightness, contrast, and color.
There is almost no backlight bleed. In the photo, you can notice a small spot in the lower-right corner, but in practice, it is only visible in the photo. During typical use, I didn’t notice it at all, even in particularly dark scenes.
The clarity is excellent—no blurring or smudging. Text, icons, and videos look great on the display. Games, in particular, look stunning, especially when using DLSS.
There are no issues with the response time either. Built-in tests like TFT Monitor Test show an average response time of 7 ms at a 144 Hz refresh rate. While the matrix may not be the fastest, during real-world use (in games, with dynamic content), I didn’t notice any problems. The image is fast, smooth, and pleasant to the eye.
The only complaint I had about the display during the entire test period with the laptop was the brightness, which is clearly lacking. This becomes especially noticeable when you start using the laptop after working with displays that have brightness levels of 400-500 cd/m². However, it’s worth noting that most laptops in the mid-range price segment feature similar displays, so I can’t consider this a significant drawback.
Overall, the display is really good. It fully justifies its price, as they say. By the way, I’ll add a few more words about adaptive synchronization. The specifications don’t mention adaptive sync, and it seems to be absent. However, I tested all the games with vertical sync turned off and frame generation on, and I didn’t notice any screen tearing at all. Quite an interesting fact.
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Performance
The laptop is powered by the AMD Ryzen 5 7535HS processor paired with the NVIDIA GeForce RTX 4060 graphics card, equipped with 16 GB of RAM and a 512 GB storage drive.
As usual, I suggest we go through each component in detail and run the standard set of benchmark tests. However, before starting, I’d like to note that prior to testing, the laptop was switched to maximum performance mode — in the proprietary NitroSense app, the “Performance” mode was set for the entire system. Additionally, the games were also tested in this mode.
Processor
The AMD Ryzen 5 7535HS is a mid-range processor that was released last year. It features 6 cores, capable of handling 12 threads. The base clock speed is 3.3 GHz, and the maximum Turbo Boost frequency can reach up to 4.55 GHz. The processor has 16 MB of L3 cache and is manufactured using a 6nm process. It also includes integrated Radeon 660M graphics.
Below you can see the results of tests of this processor in benchmarks: Cinebench R15 / R20 / R23 / R24, Perfomance Test CPU Mark, Blender CPU Benchmark, Geekbench 6, V-Ray Benchmark, CPU Profile 3DMark, AIDA64 Extreme (FPU Julia, CPU SHA3, FPU SinJulia, FPU Mandel, CPU AES, CPU ZLilb, FP32 Ray-Trace, FP64 Ray-Trace, CPU PhotoWorxx, CPU CheckMate).
Cinebench R15, R20, R23, R24 test results:
Performance Test CPU Mark test results:
Blender CPU Benchmark test results:
Geekbench 6 test results:
V-Ray CPU Benchmark test results:
CPU Profile 3DMark test results:
AIDA64 Extreme test results:
Video card
The laptop features integrated graphics in the form of a Radeon 660M and a dedicated NVIDIA GeForce RTX 4060 graphics card with 8GB of GDDR6 VRAM and a maximum TGP of 75W.
I don’t see much sense in testing the integrated graphics, but the dedicated GPU will be pushed to its limits. For this, I’ll use a standard set of benchmarks: 3DMark, Performance Test, Geekbench 6, Blender GPU Benchmark, and V-Ray Benchmark.
3DMark test results:
Performance Test 2D / 3D test results:
Geekbench 6 GPU Benchmark test results:
Blender GPU Benchmark test results:
V-Ray GPU Benchmark test results:
RAM
The laptop is equipped with 16GB of DDR5-4800 RAM, consisting of two 8GB Kingston ACR48S40BS6MA-8AM modules. The memory has timings of 40-39-39-77 CR1. The RAM is not soldered onto the motherboard, so it can be replaced with higher-capacity modules in the future. The maximum supported total memory capacity for the laptop is 32GB.
To test the memory, I’ll run the standard benchmarks from AIDA64 Extreme: read, write, copy, and latency.
Storage
The laptop uses a 512GB PCIe NVMe M.2 SSD as storage, with the exact model being Kingston OM8SEP4512Q-AA. The laptop has two slots for storage drives; one is occupied out of the box, and the other allows for the installation of an additional M.2 2242-2280 drive. Below, I’ve included benchmark results for the included drive in CrystalDiskMark (Default / NVMe SSD), AS SSD, and 3DMark.
Overall performance tests
Finally, we’ll run a few more overall performance tests, where all components will be tested together. For this, we’ll use: AIDA64 Cache & Memory Benchmark, PCMark 10 (Express / Extended), CrossMark, and Performance Test.
In conclusion, based on the laptop’s performance, I can confidently say that it will easily handle typical work tasks and gaming at high graphics settings. To confirm this, let’s move on to the actual testing.
Performance in games
Games will be tested using the default graphics settings at the native resolution of the monitor—1920×1080. For performance monitoring, we’ll use MSI Afterburner. The testing methodology is standard: we select a specific segment in the game and play through it on different settings while recording the minimum, average, and maximum FPS. The results will be presented in the form of visual graphs for comparison. I’ll also clarify some of the abbreviations you’ll see on the graphs for better understanding: DLSS QA refers to DLSS in “Quality” mode; FG ON/OFF denotes Frame Generation being enabled or disabled; and RT ON/OFF indicates whether ray tracing is enabled or disabled.
S.T.A.L.K.E.R. 2
In this game, performance will be tested on two different segments. The first segment is set in an open area—right after the prologue (following the encounter with Richter), where you walk to Zalisya and have a firefight with bandits. The second segment takes place directly in Zalisya village. These segments will be labeled as OPEN WORLD and ZALISSYA VILLAGE on the graphs. Why do this? Well, anyone who’s played the game knows that FPS tends to drop the most in bases. Meanwhile, in open areas, FPS can be around 20% higher and more stable. Additionally, bases can have stutters, freezes, and other signs of poor optimization. And cutscenes—FPS drops significantly during those, and this issue still hasn’t been fixed. You’ll see this difference clearly in the graph.
As you can see, the laptop handles the game well on maximum graphics settings with DLSS and frame generation set to Auto. In principle, it’s playable this way, but when visiting bases, FPS can drop as low as 16 frames, which makes it unplayable. And, of course, stutters will occur. Therefore, optimal settings for Stalker would be high or medium. By the way, I played through the entire game on medium settings, and the visuals were decent, FPS was relatively stable, and stutters occurred much less frequently than on high settings. So, for this system, I’d recommend those settings.
Black Myth: Wukong
In this game, to save time, we’ll use the built-in benchmark. It’s convenient, quick, and provides results that are reasonably accurate.
As you can see, the laptop handles this game even on Ultra settings with ray tracing enabled. However, I still recommend playing on the high graphics preset without ray tracing, using DLSS in “Quality” mode and enabling frame generation. The reason is that for Ultra and Realistic settings, the GPU lacks enough VRAM. This results in constant stutters in the game, despite a comfortable FPS. On high settings, the game runs quite comfortably, even without frame generation. However, it’s still better to disable ray tracing, as it can occasionally cause stutters that disrupt smooth gameplay.
Cyberpunk 2077
Frame generation significantly boosts the FPS in this game, and you’ll see the difference immediately on the graphs. With frame generation enabled and DLSS, it’s even possible to play on Ultra settings with ray tracing.
However, there is one issue. When frame generation is enabled on Ultra and maximum settings with ray tracing (which, ideally, the GPU shouldn’t be able to handle), a kind of blur appears during camera turns, and there’s a slight input lag. That’s why I consider the optimal settings for this game to be Ultra graphics without ray tracing, with DLSS set to Auto and frame generation enabled. The game is also quite playable on RT LOW and RT MEDIUM presets with the same frame generation and DLSS. In short, the laptop handles the game well in any case.
Silent Hill 2 (2024)
A fantastic remake of the legendary game, which runs nearly perfectly on the laptop at any settings. Frame generation also boosts performance quite well here, so I recommend enabling it.
With frame generation and DLSS in “Quality” mode, this game can be played even on Epic settings with ray tracing. However, occasional stutters may still occur, which are generally characteristic of the Unreal Engine 5. But if you lower the graphics settings (for example, to HIGH), the stutters become much less noticeable. Otherwise, the gameplay is smooth and comfortable.
Indiana Jones And The Great Circle
If you set the graphics quality higher than medium, the game crashes with an error about insufficient VRAM. It’s not surprising, though, since the minimum system requirements clearly specify 8 GB of VRAM.
As you can see, the game runs smoothly on medium settings, delivering a more than comfortable FPS. Enabling frame generation boosts the FPS above 100. I’m currently playing this game on my desktop PC with a 4060 Ti and 8 GB of VRAM, and for the laptop, I recommend the following settings: set the Texture Pool Size to MEDIUM; max out everything else; keep DLSS in “Quality” mode; frame generation can be enabled, but at these settings, it doesn’t significantly improve performance. With my settings, the game runs at 50-87 FPS (averaging around 70), and the visuals somehow look more appealing than when everything is set to medium. By the way, if you happen to play with vertical synchronization, don’t forget to set the frame limit according to your refresh rate. By default, the game has a frame limit of 1000, and if you don’t lower it, you’ll experience strange input lag in places, even with what seems like a normal FPS.
Alan Wake 2
The game is quite demanding, so on our system, it can only be played comfortably with ray tracing turned off, along with DLSS and frame generation. Frame generation significantly improves the situation here.
The optimal settings for the laptop would be: high graphics quality, ray tracing turned off, DLSS in “Quality” mode, and frame generation enabled. This configuration results in 70-113 FPS in the first forest location, where the FPS drops the most. In other areas, FPS should be slightly higher with these settings.
In conclusion, the Acer Nitro V15 (ANV15-41-R99Y) handles modern games at high graphics settings without any issues. This is expected, as the laptop’s RTX 4060 is a solid choice for 1080p resolution. When the GPU starts to struggle, DLSS and frame generation step in to help. Speaking of frame generation, I generally don’t prefer to use it, as I find it can introduce unnatural visual elements like motion artifacts or blurring during camera rotations. However, in these specific games and on this system, I didn’t notice any unusual visual glitches. For that reason, I would recommend enabling it to its full potential here.
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Cooling system and noise level
The laptop is cooled by two radial-type fans and three copper heat pipes that direct heat to two large radiators. There is also a copper plate with thermal pads placed directly on the video memory chips. Fan speeds can be controlled through the proprietary NitroSense application. Users can choose from three modes: auto, maximum, and custom. In custom mode, it’s possible to manually adjust the speed of each fan.
The fan speed, noise, and component temperatures are also affected by the current power mode. There are three options available: quiet, balanced, and maximum performance mode.
In idle state, with the fan speed set to “Auto” in quiet mode, the cooling system is barely audible. Component temperatures do not exceed 50°C. Under light loads (such as watching 4K@60FPS video on YouTube), the fans become slightly more active, but the noise level remains minimal. Component temperatures may rise by an average of 10°C during this activity.
In balanced mode with the fans set to “Auto,” the cooling system becomes more noticeable, though the laptop is still not loud. Under light loads, component temperatures average between 55-60°C.
In maximum performance mode (system set to Performance + fan set to Maximum), the laptop becomes quite loud. At times, the fan noise resembles that of a plane taking off. The fan speed can reach 6600-6800 RPM. The component temperatures after a 15-minute stress test in AIDA64 are shown in the screenshot below.
According to the specifications, the maximum operating temperature for the AMD Ryzen 5 7535HS processor is 95°C. As you can see, even under maximum load during an extended stress test, we didn’t even come close to reaching this limit. This means that the cooling system in the laptop is excellent and performs its job flawlessly. It is loud, but the temperature remains well within normal limits.
In terms of gaming performance, the average temperature of the processor can range from 70-85°C depending on its load. The discrete GPU is nearly always running at 100% load, with its maximum temperature staying between 70-74°C. Additionally, it’s worth noting that the laptop’s chassis doesn’t heat up significantly under maximum load. Areas around the keyboard and the bottom of the laptop, which typically get quite warm in other models, remain barely warm in the Acer Nitro V15 (ANV15-41-R99Y).
Sound
The laptop is equipped with two stereo speakers that deliver fairly decent sound quality. While you shouldn’t expect high-end, immersive spatial audio from a laptop, the sound is, let’s say, just average. It’s neither too flat nor distorted, and there is some bass present. The volume is more than sufficient, especially at max levels. In other words, watching movies, listening to podcasts, or having background music is perfectly fine. However, for gaming, I would recommend using headphones. The loud cooling system will likely overpower the speakers, and with headphones, you’ll not only block out the fan noise but also enjoy better audio quality in your games.
In the NitroSense app, you can activate Acer TrueHarmony, a proprietary technology that enhances bass and minimizes sound distortion. There are six preset sound options, along with automatic and custom modes. The technology works with both the laptop’s built-in speakers and headphones connected via the 3.5mm audio jack.
The laptop also supports DTS:X Ultra codecs. In the NitroSense app, you can find the DTS Sound Unbound and DTS:X Ultra applications. These offer various preset sound profiles, as well as custom settings with a full-fledged equalizer. It’s worth exploring and experimenting with them for optimal sound customization.
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Camera and microphone
Regarding the camera and microphone on the Acer Nitro V15 (ANV15-41-R99Y), everything is fairly standard. However, there is one interesting feature. The laptop comes with an HD camera that captures at a resolution of 1280×720 and supports Acer PurifiedView—an AI-enhanced feature aimed at improving video calls. This includes automatic framing, background blurring, eye contact adjustment, and more.
For voice communication, the Acer Nitro V15 (ANV15-41-R99Y) features a built-in microphone and supports Acer PurifiedVoice—a proprietary AI-based noise cancellation technology. This effectively reduces background noise from both the speakers and listeners during calls, improving the clarity of the communication.
Network and wireless communications
For wireless connectivity, the Acer Nitro V15 (ANV15-41-R99Y) is equipped with Wi-Fi 6 and Bluetooth 5.1. It also features an RJ-45 LAN port with a bandwidth of 1 Gbps. During the testing period, I encountered no issues with network or wireless devices. The laptop quickly detected and connected to wireless devices, and the internet connection speed was excellent. Below, I’ve included the SpeedTest results. The laptop was tested with a gigabit Wi-Fi 6 router, the Ruijie Reyee RG-EW3000GX, under various connection scenarios and distances: close range (1 meter), in an adjacent room behind a wall (7 meters), in the kitchen behind two walls (10 meters), and via cable.
NitroSense proprietary app
Acer developed its own software for monitoring system status, changing performance modes, adjusting fan speeds, and other advanced settings — NitroSense. Let’s take a closer look at it.
The program consists of five main sections: the home page, scenarios, personal settings, checks, monitoring, and the app center. On the home page, you can view a brief summary of the system’s status, switch between different usage scenarios, and quickly access functions such as PurifiedView or PurifiedVoice.
In the “Scenarios” menu, you can switch between different system performance modes, manage the fans, and adjust the Acer TrueHarmony sound enhancement feature. This section also includes the scenario manager, where you can customize existing profiles or create your own personalized one.
In the “Personal Settings” section, you’ll find options for adjusting the battery, display, and keyboard settings. This is where the optimized charging feature is located, which limits the battery charge to 80%. It’s recommended to enable this option if your laptop is plugged in most of the time, as it will help prolong the battery’s lifespan in the long run.
In the “Diagnostics” menu, you can quickly run tests on the battery, storage, and RAM. This section also allows you to calibrate the battery and clean up temporary files from the system.
The “Monitoring” tab provides a more detailed overview of the system’s status, including temperatures, usage, clock speeds, and other relevant metrics.
In the “Application Center,” you can pin specific applications and link them to certain profiles with custom settings.
In addition to the main tabs, the application also provides access to various news updates from Acer, offers technical support, and allows you to check for updates for the laptop.
The application is simple, intuitive, and compact. Overall, it’s quite easy to use.
Battery life
The laptop is equipped with a 59 Wh lithium-polymer battery. A 135 W power adapter is included for charging. Using the included power adapter, the laptop charges from 4% to 50% in about 30 minutes. A full charge to 100% takes around 1.5 hours.
As for the battery life. To test it, I used the built-in tests from PCMark 10. The results are as follows:
- 4 hours 40 minutes – office work
- 1 hour 21 minutes – gaming
All battery tests were performed with the following laptop settings:
- system performance mode – Balanced
- display brightness – 75%
- refresh rate – 144 Hz
- keyboard backlight – on, 100% brightness
While the battery life may not be the longest, a full charge should generally be sufficient for half a workday or about 4 hours during a power outage. Of course, with the right approach, you can extend the battery life a bit more. For instance, turning off the keyboard backlight, lowering the screen brightness, setting the performance mode to “Quiet” in NitroSense, and enabling dynamic refresh rate can all help conserve power.
Conclusions
In summary, the Acer Nitro V15 (ANV15-41-R99Y) is a really solid laptop for 1080p gaming, work, study, and typical media activities like watching movies or browsing YouTube. It offers excellent performance, a stylish design, fantastic build quality, and overall decent battery life. The price is also reasonable, especially if you can catch a discount. A standout feature is the included gamepad, which I really liked.
The only point of contention I would highlight is the brightness of the display — it could be a bit higher. However, I must say from experience that laptops in the mid-price range typically come with displays like this. Therefore, I can’t really consider this a major drawback. Let’s just call it a debatable point. Otherwise, this is truly a good device, and I wouldn’t hesitate to recommend it.
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