
Comparer les modèles
Galaxy Z Fold4 vs Xiaomi Redmi Note 13 4G
- Garantie commerciale de 12 mois
- Livraison standard offerte
- Retour gratuit sous 30 jours
Aperçu des différences
The Samsung Galaxy Z Fold4 (2022) and the Xiaomi Redmi Note 13 4G (2024) occupy completely different segments of the smartphone market, catering to contrasting user preferences. While the Galaxy Z Fold4 is a high-end foldable device designed for expansive multitasking, the Xiaomi Redmi Note 13 4G is a conventional candy-bar phone focused on everyday essentials. These two models differ fundamentally in form factor, processing capabilities, and target audience, running on the Android operating system with custom manufacturer interfaces.
Modèles disponibles
Couleur
Capacité de stockage (Go)
Scores
Durabilité
When examining longevity and durability, both devices offer distinct timelines and construction approaches suited to different user expectations.
- Release timeline and support: The Galaxy Z Fold4 launched in 2022 and receives multi-year software updates, whereas the Xiaomi Redmi Note 13 4G debuted in 2024 with a later starting point for its update lifecycle.
- Repairability and physical resilience: The foldable design of the Samsung model requires careful handling of its flexible screen mechanism, while the Xiaomi model features a traditional glass-and-plastic candy-bar build that simplifies standard maintenance.
- Practical lifespan: Both smartphones maintain adequate daily performance over several years, though hardware complexity means the foldable model demands more cautious long-term physical care.
Année de sortie
2022
2024
Compatible dernière mise à jour
Oui
Oui
Système d'exploitation
Android
Android
Pliable
Oui
Non
Performances
System responsiveness and hardware capabilities vary significantly between these two models due to their differing processor classes and memory configurations.
- Multitasking and storage: The Galaxy Z Fold4 features expansive RAM allocations and large storage capacities for heavy workflows, while the Xiaomi Redmi Note 13 4G offers modest memory tiers paired with expandable storage via a microSD card slot.
- Day-to-day operation: High-demand applications, intensive gaming, and heavy multitasking run with advanced fluidity on the Samsung device, whereas the Xiaomi device manages standard messaging, web browsing, and casual media playback smoothly.
- Battery behavior: The Xiaomi model benefits from a larger battery capacity that easily sustains typical daily use, while the Samsung device's dual screens result in more frequent charging demands for heavy users.
Qualité de l'écran
Display technology represents one of the most substantial differences between these two smartphones, shaping how users consume media and interact with content.
- Display architecture: The Galaxy Z Fold4 utilizes a dual-screen setup featuring a foldable inner panel and a cover display, both employing vibrant OLED technology with adaptive refresh rates up to 120 Hz.
- Visual experience: The Xiaomi Redmi Note 13 4G provides a single, flat AMOLED screen with a consistent 120 Hz refresh rate, delivering sharp details and clear viewing angles for everyday tasks.
- Brightness and outdoor utility: Both devices offer high peak brightness levels to ensure readability under direct sunlight, though the Samsung device provides a much larger tablet-sized canvas when fully unfolded.
Résolution
1812 x 2176
1080 x 2400
Type d'écran
Foldable Dynamic AMOLED 2X
AMOLED
Audiovisuel
Imaging and multimedia capabilities reflect the distinct market tiers of each device, influencing photography and audio output.
- Camera systems: The Galaxy Z Fold4 incorporates a versatile triple-lens rear arrangement including a dedicated telephoto optical zoom lens, while the Xiaomi Redmi Note 13 4G relies on a high-resolution main sensor accompanied by basic auxiliary lenses.
- Media and recording: Samsung supports high-resolution video recording and sophisticated low-light processing, whereas Xiaomi delivers dependable everyday snapshots and standard video capture for social sharing.
- Audio output: Both models include stereo speakers for media consumption, though the Xiaomi variant retains a traditional headphone jack alongside its dual-speaker setup.
Caméra principale
50 megapixels
108 megapixels
Caméra frontale
4 megapixels
16 megapixels
Divers
Practical daily features, connectivity standards, and physical handling characteristics define the ergonomics of each smartphone.
- Connectivity and ports: The Galaxy Z Fold4 supports advanced 5G networks and modern wireless standards using a USB-C port, while the Xiaomi Redmi Note 13 4G focuses on 4G LTE connectivity, an infrared blaster, and expandable storage.
- Security and biometrics: Both devices utilize side-mounted or integrated fingerprint recognition alongside facial unlock functionality for quick access.
- Physical dimensions: The Samsung model has a heavier, thicker folded footprint that opens into a tablet form, whereas the Xiaomi model maintains a lightweight, slim profile that is easy to hold in one hand.
Poids (en grammes)
263 g
175 g
Taille écran (pouces)
7.6
6.67
Réseau
5G
4G
Carte SIM
Double SIM physique + eSIM
Double SIM physique
Verrouillage opérateur
Débloqué tout opérateur
Débloqué tout opérateur
Connecteur
USB-C
USB-C
L’avis de la communauté
User feedback for the Galaxy Z Fold4 frequently highlights its innovative large display and desktop-like multitasking capabilities, though some users note the heavier weight and visible crease on the inner screen. Conversely, owners of the Xiaomi Redmi Note 13 4G praise its reliable battery longevity and smooth display performance for the price, while pointing out limitations in low-light photography and demanding gaming situations. Users prioritizing maximum workspace, advanced processing power, and a foldable form factor may prefer the Samsung device, while users prioritizing everyday reliability, a lightweight build, and simple media consumption will lean toward the Xiaomi model. Choosing a quality-assured refurbished option provides an eco-friendly way to access these advanced features while supporting sustainable technology habits.



