Acer Nitro V 15 (2025) 15.6" VS Lenovo LOQ 15i Gen 10 15"

Both laptops share a similar footprint, but there are meaningful differences in how that space is distributed. The Acer Nitro V 15 is slightly wider (362 mm vs 359 mm) but notably shallower (239 mm vs 258 mm), giving it a more compact front-to-back profile. The Lenovo LOQ 15i, by contrast, is thinner (21 mm vs 23 mm), which can make it feel sleeker when closed and easier to slide into a bag. Despite these trade-offs, total volume is comparable — 1990 cm³ for the Acer versus 1945 cm³ for the Lenovo — so neither machine is dramatically more compact overall.

Where the two diverge more noticeably is weight. The Acer Nitro V 15 weighs 2110 g, while the Lenovo LOQ 15i comes in at 2400 g — a difference of roughly 290 g. For a laptop carried daily, that gap is tangible; the Acer will feel meaningfully lighter in a backpack or when moving between rooms. Both feature a backlit keyboard and neither is fanless, weather-sealed, or ruggedized, so those shared characteristics create no differentiation.

The two machines are also positioned differently by design intent: the Acer is classified as a Gaming laptop, while the Lenovo is typed as Productivity. This doesn't change the physical specs, but it signals differences in aesthetic language and target use context. Overall, the Acer Nitro V 15 holds a clear edge in portability thanks to its lower weight, even if the Lenovo edges it out in raw thinness.

Screen size and panel technology are identical here — both are 15.6″ IPS LCD displays with a 165Hz refresh rate, meaning gaming smoothness and viewing angles are on equal footing. The real story is resolution: the Acer Nitro V 15 ships with a 1080p panel (141 ppi), while the Lenovo LOQ 15i steps up to 1440p (188 ppi). On a 15.6″ screen, that difference is genuinely visible — text is sharper, fine details in games and productivity work render more crisply, and the overall image feels more refined on the Lenovo.

There is a trade-off to consider, however. Driving a 2560 x 1440 panel demands more from the GPU than 1920 x 1080 to maintain the same frame rates at that 165Hz ceiling. Users prioritizing maximum competitive gaming performance may actually prefer the Acer's 1080p display for the headroom it gives the graphics hardware. For those who balance gaming with content creation, media consumption, or general productivity, the Lenovo's higher pixel density will be the more rewarding daily experience.

One additional differentiator: the Lenovo includes an anti-reflection coating, which the Acer lacks. In real-world use — near windows, under office lighting, or in any environment with ambient light sources — this meaningfully reduces glare and eye strain. Combined with its resolution advantage, the Lenovo LOQ 15i holds a clear display edge for users who value image quality and versatility, while the Acer remains the pragmatic pick for pure frame-rate-focused gaming.

Graphics performance is a dead heat: both laptops share an identical GPU configuration — 9.684 TFLOPS of floating-point performance, the same base and boost clocks, and 8GB of GDDR7 VRAM. For gaming workloads, neither machine has an inherent GPU advantage. The more meaningful differentiation sits in the CPU and system memory. The Lenovo LOQ 15i fields a higher core count — 28 threads across 20 cores versus the Acer's 20 threads across 14 — which translates to better sustained performance in heavily threaded workloads like video encoding, 3D rendering, or running multiple demanding applications simultaneously.

Memory tells an interesting story. The Lenovo ships with 32GB of DDR5 RAM, double the Acer's 16GB of DDR4. DDR5 offers higher bandwidth than DDR4, which can benefit both the CPU and integrated graphics tasks, while the larger capacity gives the Lenovo considerably more headroom for memory-intensive workflows and future-proofing. Ironically, the Acer supports a higher maximum memory ceiling of 64GB versus the Lenovo's cap of 32GB, meaning the Acer has more upgrade potential long-term if a user opts to expand — though it starts from a lower baseline.

Storage is equal on both sides: 1TB NVMe PCIe 4.0 SSDs that deliver fast load times and responsive system feel. On balance, the Lenovo LOQ 15i holds the performance edge for users who push CPU-heavy or multitasking workloads, thanks to its core count advantage and faster, higher-capacity RAM out of the box. The Acer remains competitive for pure gaming given the identical GPU, and its higher memory ceiling gives it an upgrade path edge for power users willing to invest later.

PassMark scores put measurable distance between these two machines. The Lenovo LOQ 15i scores 37,155 in the multi-core benchmark versus 27,599 for the Acer Nitro V 15 — a gap of roughly 35%. In practical terms, multi-core PassMark reflects how a CPU handles parallelized workloads: compiling code, exporting video, running simulations, or managing many background tasks at once. A gap of this magnitude is not marginal; users who regularly push CPU-intensive applications will notice the Lenovo pulling ahead in throughput and completion times.

Single-core performance tells a more nuanced story. The Lenovo leads here too — 3,987 versus 3,746 — but the margin narrows to roughly 6%. Single-core speed governs how snappy everyday tasks feel: launching apps, browsing, gaming frame pacing, and most general-purpose responsiveness. At this gap, the real-world difference is unlikely to be perceptible during typical use, meaning both machines should feel similarly responsive day-to-day.

Taken together, the benchmark data reinforces what the raw specs suggested: the Lenovo LOQ 15i holds a clear and meaningful CPU performance advantage, primarily in multi-threaded scenarios. The Acer remains in competitive territory for lightly-threaded tasks, but for users whose workloads scale across cores, the Lenovo is the stronger performer by a significant margin.

Connectivity is remarkably uniform across these two laptops. Both offer the same port layout — 3 USB-A 3.2 Gen 1 ports, 1 USB-C 3.2 Gen 2 port, an HDMI output, and a dedicated RJ45 ethernet jack — which is a welcome inclusion for gaming, where a wired connection consistently beats wireless for latency and stability. Neither machine offers Thunderbolt, DisplayPort, or an external memory card slot, so users with those specific needs will require adapters regardless of which they choose.

Wireless connectivity is equally matched, with both supporting Wi-Fi 6 (802.11ax) — the current mainstream standard that delivers improved throughput and better performance in congested network environments compared to Wi-Fi 5. The only differentiator in this entire group is Bluetooth: the Lenovo LOQ 15i ships with Bluetooth 5.2 versus the Acer's Bluetooth 5.1. Version 5.2 introduced the LE Audio standard, which enables more efficient audio streaming and improved multi-device handling. In everyday use, however, this difference is minor and unlikely to be noticeable for most users.

Ultimately, connectivity is essentially a tie between these two machines. The port selection, wireless standard, and wired networking capability are identical, and the single Bluetooth version gap carries negligible real-world weight. Neither laptop offers a meaningful connectivity advantage over the other.

Battery capacity is where these two machines diverge clearly. The Acer Nitro V 15 packs a 76 Wh cell, compared to the Lenovo LOQ 15i's 60 Wh — a difference of 27%. In the context of gaming laptops, where power draw can be substantial, a larger battery doesn't always translate to dramatically longer gaming sessions since the GPU and CPU are drawing heavily. However, for lighter workloads — browsing, productivity tasks, media consumption away from the desk — the Acer's larger reserve should provide a meaningful runtime advantage.

The Lenovo counters with one practical feature the Acer lacks: sleep-and-charge USB ports, which allow connected devices like phones or peripherals to continue charging even when the laptop itself is powered off or in sleep mode. For users who rely on their laptop as a charging hub, this is a genuinely useful convenience that reduces the need to carry separate chargers. Neither laptop includes a MagSafe-style connector, so both rely on standard charging methods.

On balance, the Acer Nitro V 15 holds the battery edge due to its substantially larger capacity, which offers more unplugged flexibility across a range of use cases. The Lenovo's sleep-and-charge feature is a thoughtful addition but doesn't offset the raw capacity gap for users prioritizing time away from the wall.

Gaming-relevant features are identical across both laptops: each supports ray tracing and DLSS, which are the two most impactful GPU rendering technologies for modern titles — ray tracing for visual fidelity and DLSS for recovering frame rates at higher resolutions. Neither includes Dolby Atmos, but both carry stereo speakers and a 3.5 mm audio jack, keeping headset options open without dongles.

The two meaningful differentiators in this group pull in opposite directions. The Acer Nitro V 15 includes a fingerprint scanner, which the Lenovo lacks — a small but daily-use convenience for faster, passwordless login via Windows Hello. The Lenovo LOQ 15i counters with a dual-microphone array versus the Acer's single microphone. Two microphones enable better noise isolation and voice pickup directionality, which matters for video calls, voice chat during gaming sessions, or any use case involving the built-in mic. A single microphone captures audio but with less ability to filter background noise.

This group is effectively a tie with complementary trade-offs: the Acer edges ahead for biometric convenience, while the Lenovo is the stronger pick for built-in audio input quality. Neither advantage is weighty enough to tip the overall balance — the right choice here comes down to which of those two features aligns more closely with a user's daily habits.

At the dedicated GPU level, these two machines are mirrors of each other — identical Blackwell architecture, the same shading units, memory bandwidth, and a shared 45W TDP. The more revealing differences emerge in CPU-side architecture details. The Lenovo LOQ 15i carries a larger 33 MB L3 cache versus the Acer's 24 MB, and supports faster maximum RAM speeds (5600 MHz vs 5200 MHz). A larger L3 cache reduces how often the CPU must reach out to slower main memory, which benefits latency-sensitive workloads and sustained throughput — consistent with the performance gap already seen in benchmarks.

The Lenovo also gains an edge in instruction set support, including AVX2 — absent on the Acer. AVX2 enables 256-bit wide SIMD operations, which accelerates specific workloads such as scientific computing, certain AI inference tasks, and optimized media processing. For general gaming or productivity use this rarely surfaces, but for technical or compute-heavy users it represents a meaningful architectural capability gap. The overclocked PassMark score reinforces this: 39,466 for the Lenovo versus 30,099 for the Acer — a 31% difference that underscores the CPU headroom the Lenovo carries.

One counter-point favors the Acer: its integrated GPU features 96 execution units compared to the Lenovo's 32, making the Acer's iGPU substantially more capable for light graphics tasks when the dedicated GPU is idle or powered down. Still, in a dedicated gaming laptop context where the discrete GPU handles the heavy lifting, this advantage is situational. Overall, the Lenovo LOQ 15i maintains the edge in this group through superior cache, memory speed ceiling, and raw overclocked CPU throughput.