Acer Predator Triton Neo 16 (PTN16-51) Review – Decently Performant, But Needs More Polish

Meet the new Acer Predator Triton Neo 16, back with a new name with some AI marketing sprinkled on it (it’s a given in this day and age). Now with the Meteor Lake-based Intel Core Ultra 9 processor at disposal, let’s see what it’s capable of in this review.

Unboxing

The box isn’t all that different from other Acer laptops (there’s also the “outer shell” that we didn’t show here), with a lift-open cardboard box that reveals the laptop alongside the cables in separate compartments. One thing to note, the box handle seems to be constructed from some kind of fibrous material, so no presence of plastics here, properly aligning with the laptop maker’s environmental efforts.

With all the items laid out, here’s what you’ll be getting in the box:

• Power cable (UK, Type G)
• DC power supply (230W)
• Setup guide
• PLANET9 sticker pack
• Warranty leaflet
• International warranty leaflet
• The Acer Predator Triton Neo 16 (PTN16-51) laptop

Walkaround

In terms of looks, the Predator Triton Neo 16 mostly succeeds the design of the original Predator Triton 16, though the display is now a 16:10 panel instead of the legacy 16:9 format. On top of the display frame you’ll find a single FHD webcam, though there is no mechanical nor digital shutter present – you’ll have to manually disable it via software through Windows 11’s Settings, if privacy is of your concern.

The keyboard layout is the same as before, except for that Copilot key that Microsoft just so desperately wants everyone to use, at the cost of the Right Ctrl key. Using shortcuts like Ctrl+P or Ctrl+0 often? Womp womp. Anyways, the Triton Neo 16 also moved the entire keyboard upward, which creates additional space to fit a significantly larger touchpad, with the fingerprint sensor embedded on the top-left corner.

Under the laptop, this is where most of the cooling happens. Two rows of perforations take care of intake, while a full row of exhausts plus two additional channels on the side pushes the heat away from the laptop. Be aware, performing maintenance on this laptop requires a Torx screwdriver – so make sure you have one of these on hand before you perform any kind of dust cleanup or SSD upgrades.

At the front of the laptop, there is one microphone that complements the pair located next to the webcam, whilst the rear side is looking clean, short for the exhausts that mostly fires downward. The hinge supports opening up to 135°, typical among gaming laptops.

As for the I/O, there’s been an update over the previous model. The new chassis now features two USB-C ports (one being Thunderbolt 4), and Acer has put emphasis on offline charging in particular – some ports can be used to charge your smartphones or small devices in a pinch if you don’t have a power bank lying around.

Specifications

Acer Predator Triton Neo 16 (PTN16-51-91BP)

CPU	Intel Core Ultra 9 185H (6P+8E+2LPE – 16 cores, 22 threads)
RAM	32GB LPDDR5X-6400 (soldered)
GPU	Discrete: NVIDIA GeForce RTX 4070 Laptop GPU (110W TGP) Integrated: Intel Arc Graphics (8 Xe Cores)
NPU	Intel AI Boost NPU
Storage	SK Hynix 1TB SSD (HFS001TEJ9X125N – PCIe 4.0, M.2 2280)
Display	16″ 3.2K 16:10 IPS 3200×2000@165Hz, 3ms response time 100% DCI-P3, 8-bit (16.7M colors) 400 nits max brightness Anti-glare non-touch panel Calman Verified
Audio	Downward-firing stereo speakers DTS:X Ultra Support High-impedance (600Ω) headphone support
Webcam	1080p camera
I/O	Left: 1x DC barrel jack 1x Thunderbolt 4 (DisplayPort, 65W USB PD)* 1x USB 3.2 Gen 2 (10Gbps) Type-C (DisplayPort, 65W USB PD) 1x 3.5mm combo jack Right: 1x HDMI 2.1 1x USB 3.2 Gen 1 (5Gbps) Type-A with power-off charging support 1x USB 3.2 Gen 1 (5Gbps) Type-A 1x microSD card slot *This USB-C port also functions as USB 3.2 Gen 2×2 (20Gbps) if non-Thunderbolt device is connected
Connectivity	Wi-Fi 6E, Bluetooth 5.3 (Intel Killer AX1675i)
Battery	76Wh 4-cell Li-ion
Power Supply	230W, DC barrel jack
Operating System	Windows 11 Home
Dimensions	356 x 249.17 x 18.82 mm
Weight	2.05kg

Performance

Storage

Starting off with storage tests, this Predator Triton Neo 16 features the SK Hynix 1TB SSD (an OEM-only model), which is capable of decent performance, with read speeds nearly saturating the available bandwidth PCIe 4.0 can offer. The max sequential write speed of 5080MB/s and random I/O are all pretty respectable numbers.

CPU

For CPU, the Intel Core Ultra 9 185H processor is the only chip in the Meteor Lake lineup to have full 45W of PL2 (MTP), whereas PL1 can reach as high as 90W based on our observations. However, power modes don’t seem to affect PL1 figures, as seen in the single-run Cinebench R20 scores, where all power modes are pretty much in close proximity to each other.

As for Cinebench 2024 which demands sustained power, the advantage of Turbo mode’s least restricted power provides a sizeable lead over other power modes. However, you’ll have to deal with fans that can get massively loud with them fully pinned to keep the laptop’s thermals in check, so you’re probably using this only when you absolutely need to.

GPU

In terms of GPU performance from the Triton Neo 16, we think there seems to be some kind of bottleneck for this particular workload as the RTX 4070 gets a big jump in TGP under Turbo Mode – full 110 watts, to be exact. The next-best Performance mode locks that down to mere 75 watts based on our testing, and it looks like it didn’t really scale when more power is thrown at this test.

However, it’s a different story when it comes to synthetic benchmarks that more closely resembles gaming workloads. Here, you can see the Turbo mode providing a healthy lead over Performance mode, whereas Performance, Balanced, and Quiet stayed reasonably close to each other. However, you can’t use Quiet mode for gaming at all – we’ll explain in a bit.

System

Next, we have Novabench, which evaluates performance on several components of the system. Naturally, Turbo mode scored better, but it did so while opening up a sizeable gap over three other power profiles, thanks to more power given to the CPU and GPU to push harder.

As for PCMark 10 Modern Office benchmark, the performance of all power modes are pretty much identical short for Quiet mode, which fell behind in the Digital Content Creation category. The Performance mode also edged out Turbo mode by 3 points – this is well within the run-to-run variance that we consider both as identical in this case.

Gaming

For gaming performance, we originally intended to test all four power modes from the Triton Neo 16 to see how they stack up against each other, but as you can see here, we only get three – Quiet mode was omitted here. The reason? We observed severely degraded performance in gaming under this power profile, and it turns out that Acer has configured Quiet mode to only use E-cores. Here’s how it looks like (the Task Manager and HWiNFO both shows only E-cores are utilized):

On paper, this should simply mean reduced performance; but in reality, re-allocating the game to run on E-cores only has caused severe stuttering issues where the game can easily tank into single digit FPS. We’re not entirely sure why performance degrades this much – but one theory is that since E-cores lack some of the instruction sets used in P-cores, some game engine functions are just not functioning correctly. Again, that’s just a guess.

To be clear though, Acer confirms this is intended behavior, as Quiet mode is designed with maximum efficiency in mind. That being said, it’s got no issues pushing P-cores in Cinebench, so why wouldn’t it do the same in gaming? At least in its current form, stick to Balanced mode if you want to game while keeping fan noises reasonable, or just manually assign the game to run on P-cores only if you want the minimal fan noise from Quiet mode (with some expected performance tradeoffs with lower GPU TGPs, naturally).

That aside, let’s go back to the numbers. At a native resolution of 3200 x 2000 (this is not far off a full-blown 4K resolution at this point), games can struggle to reach 60FPS if they are particularly demanding. If you want full resolution, DLSS or FSR upscaling is most certainly a requirement here, because scaling down the display resolution will simply make things like text elements blurry.

Why? As the lower resolutions (FHD+ or QHD+) doesn’t perfectly align with this panel’s pixel grid, it’s likely to look worse than a laptop that features a QHD+ panel and runs QHD+ resolution natively. (You can look up “integer scaling” to better understand this phenomenon.) To sum it up, you’ll have to make some adjustments before you play if you want sharp images and high framerates in particularly demanding games.

Battery

Finally, the battery test. The Predator Triton Neo 16 offers two power modes on battery – Eco and Balanced. Eco is mostly a battery mode equivalent of Quiet mode, but based on our tests, it doesn’t to extract much runtime over Balanced mode. Since it doesn’t have a way of disabling dGPU entirely under battery mode for a big boost in battery life (like some ASUS laptops do), you probably won’t be able to extract much beyond 5-6 hours from a full charge.

The Good

Let’s start from the good: I’d say the performance of the Predator Triton Neo 16 is decent, and there’s a good bit of headroom if you’re willing to deal with the fan noise. Most of the heat remain contained on the top half of the keyboard and above, so you’re not likely getting your fingers burnt from long gaming sessions in general.

Speaking of which, the keyboard is honestly one of the few that I like very much – as someone who daily drives a ROG Strix G17 circa 2021, I can instantly pick up the typing on this laptop without the need to “re-train” myself. Touchpad is also generally pleasant to use with light actuation and a large surface area, and the fingerprint sensor is a nice bonus given the lack of Windows Hello facial recognition support.

Another highlight of this laptop is the display: this 3.2K IPS 165Hz panel are chock full of (factory-calibrated) colors, and the brightness is decent enough to use in a reasonably bright indoor environment as well. Generally I have no complaints here, especially given its NVIDIA G-SYNC and Advanced Optimus support, which allows the laptop to instantly switch between iGPU and dGPU without the need to reboot the system.

One interesting feature I found was the ability to customize the boot logo for this laptop. This certainly isn’t something that laptop makers would even allow you to touch, so it’s kind of surprising to see such option even exists in the first place. If you’re particularly obsessed with how your laptop wants to look as soon as you boot it up, I guess this is one way of making this laptop truly your own?

The Bad

In terms of things that can do with some improvement, here’s a few. First, while I understand Acer’s rationale for prioritizing E-cores under Quiet mode, there wasn’t any documentation that said entering this profile will effectively render the games unplayable. It took me a good while to figure out this was caused by the E-cores, but your average Joe might not even know this. Perhaps having a separate option to disable this behavior so users can have their cake and eat it too (without the fan noise getting in their way), would be nice?

That aside, there are some parts of the laptop that can definitely do with an upgrade for the price Acer is asking for. The speakers just aren’t great – they lack bass, and you’re 100% better off with a set of headphones instead. RGB customization is limited given that it’s only a 3-zone and not a per-key RGB, though I’m probably nitpicking on this one.

Additionally, since Acer largely retains the design derived from the original Triton series, the chassis is starting to fall behind in this lightweight gaming laptop segment. We’ve seen some laptop makers pushing this much further such thickness going as low as 15mm, and a sub-2kg weight at this display size. At 19mm and 2kg, it’s not quite as thin and light as the newer, redesigned laptops in this segment.

Other aspects worth improvement includes battery life – having an option to disable discrete GPU entirely, and automatically switching to 60Hz mode on battery mode would greatly help this. On the other end of the spectrum, pinning the power to the max under Turbo mode means you’ll have to deal with extremely loud fans, which no headphones can isolate without employing some kind of ANC.

Finally, I found this rather odd design that comes with this display – despite the laptop’s display frame clearly having no rounded edges, the internal IPS panel is seen featuring these rounded corners that modern laptop displays seemingly are obsessed with. Perhaps it’s manufactured this way by the display supplier, but it’s kind of odd, in my opinion.

Verdict

So, how much are you paying for one Acer Predator Triton Neo 16? The answer is an eye-watering RM9,999 – you get a decent amount of firepower in a decently lightweight chassis, but this laptop is going to need some proper polishing over its hardware and components if it wants to stay competitive in this particularly contested segment of lightweight premium gaming laptops.

Many thanks to Acer Malaysia for providing us with the Predator Triton Neo 16 gaming laptop for this review.