Vivo launched T4 5G, which the company claims is the thinnest phone in its category, but featuring a massive 7,300mAh battery for extended use.
This Vivo T4 smartphone comes with 6.77-inch high-definition+ screen, offering a swift 120Hz refresh speed and peak brightness reaching 5000 nits.
Powering the device is the Snapdragon 7s Gen 3 chipset, built on an octa-core architecture to deliver efficient multitasking and seamless performance. It is paired with 12GB of memory, ensuring smooth operation, even during heavy usage, and offers internal storage of up to 256GB using the UFS 2.2 standard for faster data access and app loading times.
The smartphone will operate on Funtouch OS 15, which is built upon the latest Android 15 platform, providing users with enhanced features, security updates and an improved user interface experience.
The rear camera setup includes a 50-megapixel main sensor that captures high-resolution, detailed photos, accompanied by a 2-megapixel auxiliary lens, designed to enhance depth and support portrait effects. On the front, the device comes with an 32-megapixel selfie camera, ideal for clear video calls and crisp self-portraits.
The device features a fingerprint scanner integrated within the display, offers MIL-STD-810H certified military-level toughness, and carries an IP65 rating for protection against dust and water splashes. It is equipped with a USB Type-C connector, an infrared blaster, dual SIM card support and a built-in speaker for a complete utility-driven experience.
The Vivo T4 is offered in two striking shades -- Phantom Grey and Emerald Blaze. Buyers can choose from three configurations: 8GB RAM with 128GB storage priced at ₹21,999, 8GB RAM with 256GB storage available for ₹23,999, and the top-end model featuring 12GB RAM with 256GB storage, which retails at ₹25,999.
The smartphone is equipped with an enormous 7,300mAh power unit, designed to deliver extended usage without the need for frequent recharging. Complementing this large battery is a rapid 90W charging capability, allowing the device to replenish its power swiftly and efficiently.