Samsung Galaxy A17 4G 4GB 128GB Light Blue - UAE Version (TDRA)

Discover the Samsung Galaxy A17 4G at Miles Telecom: Premium Features, Everyday Value

Discover the Samsung Galaxy A17 4G 4GB 128GB Light Blue UAE Version (TDRA) at Miles Telecom, Al Satwa Road, Dubai. This stylish smartphone blends Samsung’s trusted performance, elegant craftsmanship, and essential features at an outstanding value.

Elegant Design with Refined Finish

The Galaxy A17 4G features a 6.7″ FHD+ Super AMOLED display that delivers vibrant visuals, smoother scrolling, and immersive clarity. Its slim 7.5 mm body and sleek Light Blue finish create a modern, minimalist look that’s comfortable to hold. Built for durability, it includes IP54 dust and splash resistance and Gorilla Glass Victus+ protection.

Smooth Performance and Reliable Storage

Brilliant Display & Camera Experience

Enjoy crisp, vivid visuals on the 6.7″ Super AMOLED FHD+ screen (1080 × 2340) with a 90 Hz refresh rate for seamless interaction.
Capture every detail with the triple-camera system —
50 MP main lens with OIS, 5 MP ultra-wide, and 2 MP macro sensor — delivering natural colors and steady shots. The 13 MP front camera ensures clear selfies and smooth FHD video calls.

Battery & Connectivity

Stay powered throughout your busy day with the 5000 mAh battery, offering extended use on a single charge. Connectivity options include Dual SIM (4G LTE), Wi-Fi 802.11 a/b/g/n/ac, Bluetooth 5.3, NFC, and USB-C for fast data transfer and charging.

Exclusive Samsung Experience

Running on Android with Samsung One UI, the Galaxy A17 4G offers an intuitive interface, enhanced customization, and seamless integration across the Galaxy ecosystem. Samsung guarantees long-term OS and security updates, ensuring your device stays optimized and secure

What is TDRA?

TDRA (Telecommunications and Digital Government Regulatory Authority) is the UAE authority that certifies devices for compatibility with local telecom networks and standards. The “UAE (TDRA)” version ensures full compliance and optimal performance within the region.