The comparison between Xiaomi Redmi 15C and realme C71 has recently caught the attention of many users. With prices differing by just around a hundred thousand rupiahs, both smartphones are hot contenders for the best budget phone in the entry-level segment. People looking for an affordable smartphone want to know which device delivers more value based on features like screen, battery, camera, and performance.
Performance and Processor Comparison
Redmi 15C comes powered by the T7250 processor, giving it a slight edge in basic performance. However, realme C71 uses the G81 Ultra chipset, whose GPU advantage is higher with more cores. According to expert recommendations, those prioritizing top performance in apps and games should consider the G81 Ultra platform on the C71. On the other hand, if users want a smoother experience for everyday activities with a high refresh rate, the T7250 on Redmi 15C is worth a look.
Design, Durability, and Display Spec
Redmi 15C features a simple curved-body design and a square camera module. Its front display adopts a U-shaped waterdrop notch, available in four color variants: moonlight blue, mint green, midnight black, and twilight orange. In contrast, realme C71 comes in White Swan, Violet Parrot, and Forest Owl, boasting a beautiful feather-like color gradient and a thin body. The camera is arranged vertically in a rectangular module with a “pulse light” at the bottom, which serves as a visual notification for calls or messages.
For toughness, realme C71 leads with MIL-STD-810H military-grade certification, tested for resistance against shocks and drops. It is also IP64 rated for dust and splash resistance, with “Wet Touch” technology that keeps the touch screen responsive even when wet. The SonicWave Water Ejection feature is unique as it helps expel trapped water from the speaker using vibrations. Redmi 15C also has IP64 dust and splash resistance and a side fingerprint sensor for security.
When it comes to the display, Redmi 15C offers a 6.9-inch IPS LCD HD+ (720 x 1,600 pixels) screen with a 120 Hz refresh rate, making it one of the main selling points. The wide screen is ideal for streaming and social media, while TUV Rheinland certification reduces eye strain for prolonged viewing. realme C71 features a slightly smaller 6.67-inch HD+ LCD (720 x 1,640 pixels), but also offers 120 Hz refresh rate and a higher peak brightness of up to 725 nits, ensuring clear visuals even under sunlight.
Camera Capabilities
For photography, Redmi 15C packs a 50 MP main camera and 2 MP depth sensor, supporting video up to 1080p at 30 fps. It includes an 8 MP selfie camera on the front. realme C71 is also armed with a 50 MP main camera using AI-powered features like Night Mode and various creative filters, and comes with a 5 MP front camera suitable for selfies or video calls.
Battery Capacity and Fast Charging
Redmi 15C provides a large 6,000 mAh battery backed by 33W fast charging via USB Type-C. According to manufacturer claims, it can play videos continuously for up to 22 hours or music for up to 82 hours on a single charge. realme C71 slightly surpasses this with a 6,300 mAh battery and even faster 45W charging. The brand notes that users can reach 50% of battery charge in just 43 minutes, making it highly suitable for mobile users who are constantly on the go and do not want to wait long for charging.
Price List in Indonesia
Here is the current official price comparison for both smartphones in Indonesia based on each brand’s official online market:
- Redmi 15C (6GB/128GB): Rp1,599,000
- Redmi 15C (8GB/256GB): Rp1,799,000
- realme C71 (4GB+8GB/128GB): Rp1,649,000
- realme C71 (6GB+12GB/128GB): Rp1,899,000
- realme C71 (8GB+16GB/128GB): Rp1,999,000
Prices are subject to change and should be checked at the official brand stores for the most updated information. The choice between Xiaomi Redmi 15C and realme C71 ultimately depends on your priority—whether it’s stronger gaming performance, better durability, or superior charging speed. Users are encouraged to consider these specs carefully based on their needs and typical usage patterns in daily life.
