Vivo V29 Pro maintains the sleek design and several features of its predecessor while introducing camera enhancements and faster charging
Vivo launched the new Vivo V29 Pro, the successor of the Vivo V27 Pro. While the new Vivo V29 Pro may appear quite familiar to its predecessor in terms of look and feel, it’s worth noting that there have been some notable changes in the camera and charging speed.
Design
If you have seen the Vivo V27 Pro, you will find no difference in terms of the design of the Vivo V29 Pro. The successor carries the same beautiful design with minimal bezels and a sleek, elongated frame. Adding more to the aesthetic appeal of the phone is the body colour of the phone. We got the Blue glossy variant, which comes with unique 3D particles, giving a shimmering appearance to the rear side.
When it comes to the placement of buttons and ports on the Vivo V29 Pro, it adheres to the conventional setup. On the right side, you’ll find the power button and volume rockers for ease of use. Moving to the bottom, it’s a bit crowded with a dual SIM slot, the primary microphone, a USB Type-C port, and a speaker grill. Meanwhile, the top houses the secondary microphone.
Display
The Vivo V29 Pro retains the same display size as its predecessor. It sports a 6.78-inch Full HD+ 3D curved AMOLED display with a screen resolution of 1260 x 2800 pixels.
In terms of display specifications, it largely aligns with the standard features found in this segment. These include a 100 per cent colour gamut on the DCI P3 scale, a 120Hz refresh rate, support for HDR10+, and a peak brightness of 1,300 nits.
The Vivo V29 Pro incorporates up to 2160Hz PWM dimming, which plays a role in optimising the visual experience. This optimisation is particularly noticeable in apps like YouTube, Netflix, and Prime Video, where it improves colour rendering and contrast, resulting in a more vivid and engaging display output.
OS
Operating on Android 13 with Funtouch OS 13 layered on top, the Vivo V29 Pro introduces several notable features. This version of Funtouch OS brings forth enhanced personalisation choices, reinforced privacy and security measures,
and added control functions. These additions collectively contribute to a more streamlined and uninterrupted user experience, ensuring that users have greater control over their devices while enjoying an enhanced level of personalisation and security.
Processor
The Vivo V29 Pro is powered by MediaTek Dimensity 8200 4nm processor, which remains unchanged from its predecessor, the V27 Pro. This processor configuration consists of 1x Cortex-A78 clocked at 3.1GHz, 3x Cortex-A78 clocked at 3.0GHz, and 4x Cortex-A55 clocked at 2GHz. To facilitate smooth gaming performance, the device is equipped with the Mali-G610 MC6 GPU.
Even in demanding graphics-intensive games, this GPU proves to be efficient. Moreover, the phone incorporates an Ultra Large Vapor Chamber Bionic Cooling System with a substantial cooling area of 35,227 mm², ensuring that it remains adequately cooled during extended gaming sessions.
Camera
The Vivo V29 Pro includes a primary 50MP camera with an f/1.88 aperture, optical image stabilisation (OIS), and the capability to record 4K videos at 60 fps. Complementing this is an 8MP ultra-wide sensor with an f/2.2 aperture, a 12MP portrait camera featuring a Sony IMX663 sensor and an f/1.98 aperture, as well as a 50MP autofocus front camera with an f/2.0 aperture that can record 4K videos at 60 fps. Notably, the device incorporates an Aura Light,
measuring 15.6 mm in diameter, which introduces a three-dimensional lighting effect. This light source is notably nine times larger than a standard flash, resulting in a 36% increase in brightness compared to the V27 Pro. It also allows for a colour temperature adjustment ranging from 1800K (warm light) to 4500K (cold light).
In terms of camera performance, the Vivo V29 Pro excels in well-lit conditions, especially when HDR is enabled, enhancing the dynamic range of the shots. The device’s 2X zoom performs reasonably well, keeping the details like the lighting and the dynamic range intact.
