Apple MacBook Pro (2025) 14" VS Asus VivoBook 16 (M1607) 16"

Both the Apple MacBook Pro 14″ and the Asus VivoBook 16″ are classified as Productivity laptops and share a few baseline design traits: neither uses a fanless design, both feature a backlit keyboard, and neither offers weather sealing or a rugged build. With those commonalities out of the way, the most meaningful design differences come down to size and weight.

The MacBook Pro 14″ is notably more compact, measuring 312 × 221 × 15 mm and weighing 1550 g, compared to the VivoBook 16″'s 357 × 250 × 17 mm footprint and 1880 g mass. That translates to a 330 g weight difference — roughly the weight of a can of soda — and a volume gap of nearly 483 cm³. In practice, the MacBook Pro will feel meaningfully lighter in a bag over the course of a commute or travel day, and its slimmer 15 mm profile makes it easier to slide in and out of a sleeve or backpack.

On design, the MacBook Pro 14″ holds a clear advantage for users who prioritize portability and a more refined, compact form factor. The VivoBook 16″'s larger chassis is a natural consequence of its bigger screen, and users who value screen real estate over packability may accept that trade-off — but purely from a design and portability standpoint, the MacBook Pro is the more carry-friendly machine.

The display gap between these two laptops is substantial. The MacBook Pro 14″ uses a Mini-LED panel running at 3024 × 1964 resolution with a pixel density of 253 ppi, while the VivoBook 16″ relies on a standard IPS LCD at 1920 × 1200 and just 141 ppi. That density difference is visible to the naked eye — text and images on the MacBook Pro will appear significantly sharper, which matters especially for reading, photo editing, or any detail-oriented work. Mini-LED also delivers far superior contrast and local dimming compared to a conventional LED-backlit IPS panel.

Brightness tells a similarly one-sided story: the MacBook Pro's 1000 nits versus the VivoBook's 300 nits means the Apple machine remains comfortably usable in bright indoor environments or near windows, where the VivoBook's screen may struggle with glare — a factor made more relevant by the MacBook Pro lacking an anti-reflection coating, while the VivoBook includes one. The MacBook Pro also doubles the refresh rate at 120Hz, making scrolling and cursor movement feel noticeably smoother than the VivoBook's standard 60Hz.

Where the VivoBook carves out a practical edge is in external display support: it can drive up to 4 external monitors versus the MacBook Pro's 2, which could matter in a stationary, multi-screen workstation setup. That said, for the quality of the primary screen experience — sharpness, brightness, motion clarity, and panel technology — the MacBook Pro 14″ holds a commanding advantage across nearly every dimension that affects day-to-day visual comfort.

At first glance, both laptops arrive with 32GB of DDR5 RAM and NVMe SSDs, but the similarities fade quickly once you look at the CPU and storage details. The MacBook Pro 14″ runs its cores at significantly higher clock speeds — up to 4.6 GHz on its performance cores — compared to the VivoBook 16″'s uniform 2 GHz across all cores. Higher clock speeds translate directly into faster single-threaded tasks like compiling code, running scripts, or snappy app responsiveness. The VivoBook counters with 16 threads versus the MacBook Pro's 10, which can be advantageous in heavily parallelized workloads, but that advantage is undermined by the sheer clock speed deficit.

The MacBook Pro's 3 nm chip fabrication versus the VivoBook's 4 nm is another meaningful gap: a smaller process node generally means more computational efficiency per watt, which influences both sustained performance under load and thermal behavior over time. Storage is also dramatically different — the MacBook Pro ships with 4096 GB of internal flash versus the VivoBook's 1024 GB, a fourfold difference that matters for users working with large media libraries, virtual machines, or extensive local data. Additionally, the MacBook Pro supports up to 64 GB of maximum memory versus the VivoBook's ceiling of 32 GB, giving it more headroom for memory-intensive professional workflows.

Across every dimension that defines sustained, real-world performance — clock speed, chip efficiency, storage capacity, and memory scalability — the MacBook Pro 14″ holds a decisive advantage. The VivoBook's higher thread count is a narrow silver lining for specific parallel workloads, but it does not offset the broader performance gap.

Geekbench 6 scores put hard numbers behind the performance narrative: the MacBook Pro 14″ posts a single-core score of 4188 against the VivoBook 16″'s 2467 — a gap of roughly 70%. Single-core performance is arguably the most felt metric in everyday use, governing how fast apps launch, how smoothly browsers and editors respond, and how quickly tasks that can't be parallelized — like many audio and video encoding steps — complete. A 70% lead here is not a marginal edge; it represents a qualitatively different class of responsiveness.

The multi-core comparison tells a similar story. The MacBook Pro's score of 16832 versus the VivoBook's 11247 represents roughly a 50% advantage, meaning the Apple machine also handles sustained, parallelized workloads — rendering, compilation, batch processing — with significantly more throughput. This is notable because the VivoBook actually has more CPU threads on paper, yet the benchmark results confirm that raw thread count is outweighed by the MacBook Pro's clock speed and chip efficiency advantages.

With leads of this magnitude in both single- and multi-core testing, the MacBook Pro 14″ wins the Benchmarks category decisively. These scores validate what the spec sheet suggested: the performance gap between these two machines is real, consistent, and wide enough to meaningfully affect demanding workloads and everyday snappiness alike.

The port selection on these two machines reflects fundamentally different connectivity philosophies. The MacBook Pro 14″ offers 4 Thunderbolt 4 / USB4 40Gbps ports — each capable of driving external displays, charging, and transferring data at up to 40Gbps simultaneously. The VivoBook 16″ instead provides a more traditional mix of 2 USB-C and 2 USB-A ports, all operating at USB 3.2 Gen 1 speeds (5Gbps). For users moving large files, connecting high-resolution external monitors, or using fast docking stations, the MacBook Pro's ports are in a different league. The VivoBook's USB-A ports do offer plug-and-play compatibility with legacy peripherals without an adapter, which is a practical convenience the MacBook Pro lacks entirely.

Wireless connectivity also tips in the MacBook Pro's favor: it supports Wi-Fi 6E, which adds access to the less congested 6GHz band for faster, more stable connections in dense environments, while the VivoBook tops out at Wi-Fi 6. Both share identical Bluetooth 5.3. One further differentiator is the MacBook Pro's external memory slot — absent on the VivoBook — which is a genuine convenience for photographers and videographers regularly offloading content from SD cards.

On shared ground, both machines include a single HDMI output and AirPlay support, and neither offers an RJ45 ethernet port. Overall, the MacBook Pro 14″ holds a clear connectivity advantage in bandwidth, wireless range, and expandability. The VivoBook's USB-A ports provide some legacy flexibility, but that is a narrow trade-off against the MacBook Pro's substantially faster and more versatile port ecosystem.

The Battery spec group for these two laptops is notably sparse, with only two data points available. Both machines support sleep-and-charge USB ports, meaning they can charge connected devices even when the laptop itself is asleep or powered off — a handy feature for topping up a phone overnight without keeping the laptop running.

The only differentiator here is the MacBook Pro 14″'s inclusion of a MagSafe power adapter, which the VivoBook 16″ lacks. MagSafe uses a magnetic connector that detaches cleanly if the cable is accidentally snagged, reducing the risk of pulling the laptop off a desk or damaging the charging port over time. It also keeps the MacBook Pro's USB4 ports free for data and display use while charging, since it has a dedicated charging connector.

Given the limited data provided, the MacBook Pro 14″ holds a narrow edge in this category solely due to MagSafe — a quality-of-life and durability advantage that frequent travelers and desk-bound users alike tend to appreciate. Beyond that single distinction, the two laptops are evenly matched on the specs available here.

Several shared features form a reasonable baseline: both laptops include stereo speakers, a 3.5mm audio jack, a front camera, and 3D facial recognition for login. Neither supports ray tracing, DLSS, or includes a stylus, and both omit an optical disc drive — all expected omissions for modern productivity laptops.

The meaningful gaps emerge in security, audio, and voice capabilities. The MacBook Pro 14″ adds a fingerprint scanner alongside 3D facial recognition, giving users two biometric authentication methods versus the VivoBook's one. Its 3-microphone array versus the VivoBook's single microphone is a tangible upgrade for video calls and voice capture — more microphones allow for better noise isolation and directional audio pickup, which matters in noisy environments. The MacBook Pro also supports Dolby Atmos and voice commands, both absent on the VivoBook, rounding out a noticeably richer audio and interaction feature set.

The VivoBook 16″ matches the MacBook Pro on the basics but doesn't pull ahead in any feature category. With advantages in biometric options, microphone quality, spatial audio support, and voice control, the MacBook Pro 14″ wins this category clearly — particularly for users who rely heavily on video conferencing, voice-driven workflows, or premium audio output.

A few architectural details in this group are worth unpacking. The MacBook Pro 14″'s clock multiplier of 46 versus the VivoBook 16″'s 20 reflects the MacBook Pro's significantly higher peak clock speeds seen in the Performance group — a higher multiplier is how those top-end frequencies are achieved. More practically useful is the L2 cache comparison: the MacBook Pro carries 16 MB against the VivoBook's 8 MB. A larger L2 cache means the CPU can store and retrieve more frequently used data without reaching out to slower main memory, which contributes to snappier real-world responsiveness across a range of tasks.

The RAM speed figures present a mild counterpoint: the VivoBook supports a maximum RAM speed of 8000 MHz versus the MacBook Pro's 6400 MHz. Higher memory bandwidth can benefit GPU-intensive or memory-bound workloads, so this is a genuine spec advantage for the VivoBook — though its real-world impact depends heavily on the workloads being run. Both laptops use big.LITTLE heterogeneous core designs and include integrated graphics, and neither supports ECC memory or an unlocked multiplier.

The VivoBook's listing as both a Laptop and Desktop type suggests its platform is also deployed in desktop form factors, while the MacBook Pro is laptop-exclusive — a minor contextual note with little practical bearing on the user's decision. On balance, the MacBook Pro's larger L2 cache and higher clock multiplier represent more broadly impactful architectural advantages, giving it a modest edge in this category, with the VivoBook's superior RAM speed ceiling being the one area where it pulls ahead on paper.