Lenovo LOQ 15IRX9 15.6" Intel Core i7-13650HX 2.6GHz / Nvidia GeForce RTX 4060 Laptop / 16GB RAM / 1TB SSD VS MSI Cyborg A15 AI B2HWX (2025) 15.6"

Both laptops occupy the same 15.6″ gaming category and share a 359 mm width, but they diverge in meaningful ways once you look closer. The Lenovo LOQ 15IRX9 is notably thinner at 21 mm versus the MSI Cyborg A15's 23 mm, and its overall volume is slightly more compact at 1945 cm³ compared to 2022 cm³. In practical terms, the Lenovo sits flatter on a desk or in a bag, which can matter when squeezing into tight backpack compartments.

Where the MSI Cyborg A15 gains a real, tangible advantage is weight: at 1945 g, it is 435 g lighter than the Lenovo's 2380 g. That is roughly the weight of a large smartphone's difference — noticeable after carrying either machine across a campus or through an airport. For a user who regularly travels with their gaming laptop, the MSI is the considerably more portable option despite its marginally larger chassis volume.

On longevity and ownership assurance, the Lenovo holds an edge with a 2-year warranty versus the MSI's 1-year coverage — a meaningful difference for a high-value purchase. Both share backlit keyboards, active cooling, and no weather sealing, so those traits offer no differentiation. Overall, the MSI Cyborg A15 wins on portability due to its significantly lower weight, while the Lenovo LOQ 15IRX9 counters with a slimmer profile and stronger warranty protection.

At the panel level, these two laptops are virtually twins: identical 15.6″ IPS LCD screens, the same 1920 x 1080 resolution at 141 ppi, and a matching 144Hz refresh rate. For gaming, that 144Hz ceiling delivers smooth, responsive motion well above the standard 60Hz of non-gaming displays, and the IPS panel ensures decent color accuracy and wide viewing angles — solid fundamentals shared by both machines.

The single differentiator in this group is the anti-reflection coating present on the Lenovo LOQ 15IRX9 but absent on the MSI Cyborg A15. This is more consequential than it might first appear: in real-world use, ambient light from windows or overhead fixtures creates glare on uncoated panels, washing out colors and forcing users to hunt for darker corners. The Lenovo's coated screen simply remains usable in a wider range of environments without adjusting your position or dimming the lights.

Both laptops support up to 4 external displays, offering identical flexibility for multi-monitor setups. Overall, the displays are so closely matched that the anti-reflection coating becomes the decisive factor — giving the Lenovo LOQ 15IRX9 a clear, practical edge for anyone who works or plays in spaces with uncontrolled lighting.

The GPU battle here is nuanced. The Lenovo LOQ 15IRX9 posts stronger raw throughput figures — 14.56 TFLOPS of floating-point performance versus the MSI Cyborg A15's 12.9 TFLOPS — and leads decisively in texture and pixel fill rates (227.52 GTexels/s vs 201.6, and 113.76 GPixel/s vs 80.64). These numbers translate directly to how many geometry and shading operations the GPU can process per second, meaning the Lenovo holds a tangible rasterization advantage in conventional gaming workloads. The MSI counters with a newer GDDR7 memory standard on its GPU versus the Lenovo's GDDR6, and higher peak GPU clock speeds — but those higher clocks are not translating into higher overall compute output based on the provided figures.

On the CPU side, the two machines take different architectural approaches. The Lenovo's processor uses a hybrid design with 20 threads across performance and efficiency cores, while the MSI runs a uniform 8-core, 16-thread configuration at a higher base clock of 3.8 GHz with a 5.1 GHz turbo, edging the Lenovo's 4.9 GHz peak. For single-threaded tasks the MSI's higher clocks are advantageous, but the Lenovo's extra threads give it more headroom in heavily parallelized workloads. System RAM speed also favors the MSI at 5600 MHz versus 4800 MHz, which marginally benefits CPU-bound tasks and memory-intensive applications.

One specification stands out starkly: the MSI supports a maximum of 256GB of RAM compared to the Lenovo's cap of 32GB. For typical gaming this ceiling is irrelevant, but for users who also run virtual machines, large datasets, or professional workloads alongside gaming, the MSI's headroom is in a different league entirely. Weighing everything together, the Lenovo LOQ 15IRX9 holds the clearer edge for pure gaming GPU performance based on the provided throughput metrics, while the MSI Cyborg A15 is the stronger all-rounder for users whose workloads extend beyond gaming.

PassMark scores offer a standardized, real-world proxy for CPU capability across both multi-threaded and single-threaded workloads. In the multi-core test, the Lenovo LOQ 15IRX9 leads with 30,674 versus the MSI Cyborg A15's 29,915 — a gap of roughly 2.5%, which is small enough that neither machine will feel meaningfully faster in day-to-day multitasking or gaming scenarios that stress multiple cores simultaneously.

The single-core results flip the ranking: the MSI edges ahead at 3,826 versus the Lenovo's 3,767, a margin of under 2%. Single-core performance is particularly relevant for gaming, since many game engines and background OS tasks rely heavily on the speed of individual cores rather than total thread count. That said, a sub-2% difference is well within the margin of normal run-to-run variation and is unlikely to be perceptible in practice.

Taken together, these benchmarks paint a picture of two processors that are effectively neck and neck. The Lenovo holds a marginal multi-core advantage while the MSI returns a slightly higher single-core figure, but neither gap is large enough to declare a meaningful winner. Users choosing between these machines can treat CPU benchmark performance as essentially a tie and weigh other factors — such as GPU throughput or portability — more heavily in their decision.

Wired connectivity is where the Lenovo LOQ 15IRX9 pulls ahead most noticeably. It includes a dedicated RJ45 ethernet port that the MSI Cyborg A15 entirely lacks — a significant omission for gamers who prioritize the stability and low latency of a wired network connection over Wi-Fi. The Lenovo also offers one additional USB-A port (3 vs 2) and a faster USB 3.2 Gen 2 Type-C port running at 10Gbps, compared to the MSI's Gen 1 Type-C limited to 5Gbps — a meaningful difference when transferring large game files or connecting high-speed external storage.

The wireless picture, however, favors the MSI. It supports Wi-Fi 6E, which adds access to the less congested 6GHz band on compatible routers, potentially delivering faster speeds and lower interference in dense environments where the 2.4GHz and 5GHz bands are crowded. Its Bluetooth 5.3 is also a minor step ahead of the Lenovo's 5.2, though the practical difference for peripherals like headsets and controllers is negligible. Both machines share HDMI 2.1 for external display output, so neither has an advantage there.

The connectivity verdict ultimately depends on use case. For a desk-bound setup with a wired router, the Lenovo LOQ 15IRX9 is the stronger choice — its ethernet port alone is a decisive advantage for competitive gaming. For users relying entirely on wireless, the MSI Cyborg A15's Wi-Fi 6E support offers a meaningful upgrade, but the absence of ethernet is a real trade-off that limits flexibility.

Battery capacity is modest on both machines, as is typical for gaming laptops where the power demands of high-performance GPUs and CPUs make truly long unplugged sessions unrealistic. That said, the Lenovo LOQ 15IRX9 holds a small but real edge with its 60 Wh cell versus the MSI Cyborg A15's 55.2 Wh — roughly an 8% larger reservoir. In practical terms, this could translate to an additional 20–30 minutes of light productivity or video playback unplugged, though under gaming loads both machines will deplete their batteries quickly regardless.

Both laptops include sleep-and-charge USB ports, allowing connected devices like phones or earbuds to charge even when the laptop itself is powered off — a convenient feature for travel that neither machine differentiates on. Neither supports a MagSafe-style magnetic power connector, so both rely on standard port-based charging.

Given how limited this data set is, the Lenovo LOQ 15IRX9 takes a narrow win on battery capacity alone. It is not a dramatic advantage, but for a user who occasionally needs to work unplugged between gaming sessions, every watt-hour counts, and the Lenovo simply brings more of them to the table.

For gaming-focused features, both laptops stand on equal ground where it matters most: both support ray tracing and DLSS, Nvidia's two flagship technologies for enhanced visual fidelity and AI-driven performance upscaling. These are non-negotiable checkboxes for modern PC gaming, and neither machine is at a disadvantage here. Stereo speakers, a 3.5mm audio jack, and a front camera are also shared across both — covering the standard baseline for video calls and media consumption.

The one concrete differentiator in this group is the microphone count. The Lenovo LOQ 15IRX9 includes 2 microphones versus the MSI Cyborg A15's single unit. A dual-microphone array enables better noise cancellation and more accurate voice pickup through beamforming, which is a tangible benefit during voice chat in multiplayer gaming or video conferencing — both common use cases for this class of machine.

Neither laptop offers biometric security features like a fingerprint scanner or facial recognition, and the absence of sensors like GPS or a gyroscope is entirely expected for desktop-replacement gaming machines. Overall, this category is nearly a draw, with the Lenovo LOQ 15IRX9 earning a slim edge purely on the strength of its dual-microphone setup — a modest but real advantage for users who communicate frequently while gaming.

The most consequential figure in this group is Thermal Design Power: the Lenovo LOQ 15IRX9 operates at a 115W TDP versus the MSI Cyborg A15's 50W. This more than doubles the power envelope the Lenovo's GPU can draw, which directly explains why its raw throughput metrics — shading units, ROPs, TMUs, memory bandwidth — all run higher despite the MSI featuring the newer Blackwell GPU architecture versus Lenovo's Ada Lovelace. A newer architecture operating at a fraction of the power budget will inherently yield lower peak performance figures, even if it may offer better efficiency per watt.

On the CPU side, the Lenovo benefits from a larger 24MB L3 cache compared to the MSI's 16MB, which helps keep frequently accessed game data closer to the processor and reduces costly memory fetches. The Lenovo also uses big.LITTLE hybrid core technology and carries an unlocked multiplier, giving it more architectural flexibility and overclocking headroom on paper. The MSI counters with a higher maximum supported RAM speed of 7500 MHz versus the Lenovo's 4800 MHz ceiling — a forward-looking advantage if faster memory kits are ever installed, though both ship with RAM well below that theoretical cap.

Synthesizing this group, the Lenovo LOQ 15IRX9 holds the stronger hand for outright performance thanks to its significantly higher TDP, larger cache, and denser GPU compute resources. The MSI's Blackwell architecture is the more modern silicon, but its constrained power limit keeps its peak output below the Lenovo's in the metrics provided. Users prioritizing maximum gaming performance should lean toward the Lenovo; those more interested in efficiency and architectural longevity may find the MSI's lower-power Blackwell GPU an intriguing trade-off.