Vivo Y29s VS Xiaomi Redmi Note 14 4G (Global)

Both phones share an identical 8.2 mm thickness and the same broad ″water resistant″ classification, making them comparable at a glance. However, the protection ratings diverge meaningfully: the Vivo Y29s carries an IP64 rating, while the Redmi Note 14 4G holds an IP54. The first digit is the key differentiator — a ″6″ means complete dust-tightness, whereas a ″5″ only guarantees partial dust protection. In real-world use, the Y29s will handle dusty environments — workshops, sandy beaches, dry outdoor settings — with considerably more resilience. Both resist water splashes equally, so in wet conditions they are evenly matched.

On physical dimensions, the Redmi Note 14 4G is the more compact device: at 163.3 mm tall and 76.6 mm wide, it occupies a noticeably smaller footprint and a lower overall volume (102.57 cm³ vs 105.63 cm³) than the Y29s. The weight difference — 196.5 g vs 199 g — is negligible at just 2.5 g and will not be perceptible in daily handling. Neither phone offers a rugged build or a foldable form factor.

The Vivo Y29s holds a clear edge in this group due to its superior IP64 dust protection, which is a tangible real-world advantage over the Redmi's IP54. The Redmi Note 14 4G counters with a slightly more pocketable and ergonomic footprint, which may matter to users who prioritize one-handed usability. If durability in varied environments is the priority, the Y29s wins outright; if compactness is the deciding factor, the Redmi has a slight but genuine advantage.

The panel technology gap here is substantial. The Vivo Y29s uses an LCD IPS screen, while the Redmi Note 14 4G deploys an OLED/AMOLED panel — a fundamental difference that cascades through nearly every aspect of the viewing experience. OLED produces true blacks by switching off individual pixels, which means deeper contrast, punchier colors, and significantly better outdoor visibility in bright sunlight. The Y29s, on its LCD, simply cannot replicate this.

The resolution and sharpness gap reinforces this advantage. At 395 ppi and a 1080 x 2400 px resolution, the Redmi's display is dramatically sharper than the Y29s's 260 ppi at 720 x 1600 px. In practice, text and fine detail will appear noticeably crisper on the Redmi, especially during reading or browsing. The Redmi also edges ahead on motion fluidity with a 120Hz refresh rate versus 90Hz on the Y29s — scrolling and animations will feel measurably smoother. Adding to the Redmi's lead: it supports HDR10 and HDR10+ for richer streaming content, features an Always-On Display for glanceable notifications, and includes branded damage-resistant glass — none of which the Y29s offers.

The Redmi Note 14 4G wins this category decisively. The Y29s has a marginally larger screen at 6.74″ versus 6.67″, but that minor size advantage is entirely overshadowed by the Redmi's superior panel technology, significantly higher pixel density, faster refresh rate, and broader HDR support. For any user who values display quality, the Redmi is the clear choice.

Beneath the surface, these two phones tell a surprisingly split story. The Vivo Y29s is powered by the MediaTek Dimensity 6300, while the Redmi Note 14 4G runs the MediaTek Helio G99 — both fabbed on a 6 nm process with near-identical 8-core CPU configurations. In raw CPU throughput, the Y29s actually edges ahead in Geekbench 6, posting 782 single-core and 2012 multi-core versus the Redmi's 729 and 1979 respectively. However, the Redmi pulls significantly ahead in the broader AnTuTu benchmark — 470,000 vs 409,000 — a roughly 15% gap that captures overall system performance including memory, GPU, and I/O, not just CPU cores alone.

The memory picture clarifies that gap. The Redmi ships with 8 GB of RAM running at a notably faster 4266 MHz, compared to the Y29s's 6 GB at 2133 MHz. More RAM means the Redmi handles aggressive multitasking and keeps more apps alive in the background, while the doubled memory speed improves data throughput to the CPU — a combination that explains the AnTuTu lead. One counterpoint: the Y29s supports DirectX 12 versus the Redmi's DirectX 11, which is a theoretical graphics API advantage, though both share an identical GPU clock speed of 950 MHz and near-equivalent GPU silicon.

This category lands as a narrow overall edge to the Redmi Note 14 4G. The Y29s wins on raw CPU benchmarks, but the Redmi's larger, faster RAM pool and higher composite AnTuTu score make it the more capable chip for sustained real-world workloads — gaming sessions, heavy multitasking, and future-proofing. The Y29s is no slouch, but the RAM deficit is a tangible daily-use disadvantage.

The main camera gap is wider than a simple megapixel count suggests. The Redmi Note 14 4G leads with a 108 MP primary sensor at f/1.7, a wider aperture than the Y29s's 50 MP at f/1.8 — the difference here means the Redmi gathers more light per shot, which translates to less noise and more detail in low-light scenes. More meaningfully, the Y29s's second lens is a near-useless 0.08 MP depth assistant, while the Redmi fields two additional functional lenses at 2 MP each, giving it a genuine triple-camera array. The Redmi also includes optical image stabilization (OIS), which the Y29s entirely lacks — a critical advantage for handheld video and low-light photography where camera shake would otherwise blur the image.

The selfie camera disparity is equally stark. The Redmi's 20 MP front camera dwarfs the Y29s's 5 MP shooter — four times the resolution, which directly impacts portrait clarity, detail retention when cropping, and video call quality. Both phones cap video recording at 1080p at 30 fps on the main camera, so neither pulls ahead for videographers seeking higher frame rates or 4K output. Manual controls — ISO, exposure, focus, white balance — are shared across both devices.

The Redmi Note 14 4G wins the camera category clearly. Its wider-aperture 108 MP main sensor, functional triple-lens system, presence of OIS, and vastly superior 20 MP front camera collectively outclass the Y29s across nearly every shooting scenario. The Y29s offers adequate basics for casual use, but users who prioritize photographic versatility or selfie quality will find the Redmi significantly more capable.

The most consequential difference in this category is the Android version. The Vivo Y29s ships with Android 15, a full generation ahead of the Redmi Note 14 4G's Android 14. A newer Android version matters for two reasons: it brings the latest security patches and privacy enhancements at launch, and it extends the practical lifespan of supported updates before the device falls behind. For a user planning to hold onto their phone for two or three years, starting on Android 15 provides a meaningful head start.

Beyond the OS version, the feature sets are remarkably similar — both phones cover the full modern Android checklist, including dark mode, dynamic theming, split-screen multitasking, picture-in-picture, customizable notifications, on-device machine learning, and a solid suite of privacy controls. One small but practical distinction: the Y29s supports app offloading, which allows rarely used apps to be temporarily removed to free up storage while preserving their data and settings — a useful tool on a device with fixed internal storage. The Redmi Note 14 4G does not offer this feature.

The Vivo Y29s holds a clear edge here, driven primarily by its newer Android 15 base. The app offloading capability is a secondary but genuine practical advantage. The Redmi is not deficient by any means — Android 14 remains fully featured and secure — but starting one OS generation behind is a factual disadvantage in long-term software longevity.

On paper, these two phones start from an identical foundation: both carry a 5500 mAh battery, which is a generously sized cell for this class of device. All else being equal, users can expect comparable endurance from a full charge on either phone — the capacity alone gives neither an advantage in day-to-day battery life.

Where they diverge is charging speed. The Redmi Note 14 4G supports 33W fast charging, more than double the Y29s's 15W. In practical terms, this means the Redmi can replenish a significantly larger portion of its battery in the same amount of time — the difference between a meaningful top-up during a short break and a modest one. For users who rely on quick charges throughout the day rather than overnight charging, this gap is a genuine quality-of-life distinction. Both phones ship with a charger included and neither supports wireless charging.

The Redmi Note 14 4G takes this category on the strength of its charging speed advantage. Battery capacity is a draw, but 33W vs 15W is too large a gap to call even — faster charging directly reduces the time the phone needs to spend tethered to a wall, which matters in real daily use.

For the most part, these two phones are evenly matched on audio hardware. Both retain a 3.5 mm headphone jack — a feature increasingly absent from mid-range devices — and both offer stereo speakers and a built-in FM radio. Users who prefer wired listening or enjoy over-the-air radio will find no difference between them in that regard.

The single differentiator is wireless audio quality. The Redmi Note 14 4G supports LDAC, Sony's high-resolution Bluetooth audio codec, while the Y29s does not. LDAC transmits up to three times more data than standard Bluetooth audio, which means users pairing the Redmi with compatible LDAC headphones or speakers will hear noticeably more detail, wider dynamic range, and less compression — effectively approaching wired audio quality over a wireless connection. This advantage is conditional: it only applies when using LDAC-compatible accessories, so users sticking to standard Bluetooth headphones will hear no difference.

The Redmi Note 14 4G has a narrow but real edge in this category, entirely due to LDAC support. For casual listeners or those without LDAC-compatible gear, the two phones are functionally identical on audio. But for audiophiles or users who own high-quality wireless headphones, the Redmi's codec support is a meaningful upgrade the Y29s simply cannot match.

The single most impactful difference in this category is cellular capability. The Vivo Y29s supports 5G, while the Redmi Note 14 4G is limited to 4G LTE — a distinction that directly reflects in their maximum download speeds: 3300 Mbits/s versus 650 Mbits/s. For users in areas with active 5G coverage, the Y29s offers a substantially faster and more future-proof connection. Even for those currently in 4G areas, buying a 5G-capable phone is a longer-term investment as networks continue to expand. The Y29s also carries a slightly newer Bluetooth 5.4 versus the Redmi's 5.3, though the practical difference between these versions is negligible for most users.

The Redmi counters with two sensor advantages the Y29s lacks: a gyroscope and an infrared sensor. The gyroscope enables more accurate motion-based features — augmented reality apps, immersive gaming, and precise screen rotation — while the infrared blaster lets the phone function as a universal remote control for TVs, air conditioners, and other home appliances. Neither is essential, but both add real utility. In all other connectivity respects — Wi-Fi 5, dual SIM, USB-C 2.0, NFC, expandable storage, GPS, and compass — the two phones are identical.

This category ends in a trade-off rather than a clean winner. The Y29s holds the more significant structural advantage with 5G support, which affects network speed and long-term relevance. The Redmi punches back with its gyroscope and infrared sensor, which deliver genuine day-to-day utility. Users who prioritize network futureproofing should lean toward the Y29s; those who value sensor depth and smart home control will find the Redmi more versatile.

The Miscellaneous category offers no differentiation between these two devices whatsoever. Both the Vivo Y29s and the Redmi Note 14 4G share an identical feature set across every data point provided: each has a video light, and neither features a sapphire glass display, a curved screen, or an e-paper panel.

This is a complete tie — there is no basis in the provided specs to favor one phone over the other here. Users can disregard this category as a deciding factor in their purchase decision entirely.