Vivo Y400 Pro with 32MP front camera, IP65 rating and 5,500 mAh battery launched in India: Price, specs and more

Vivo Y400 Pro
is now official. Vivo has expanded its Y-series of smartphones with the launch of Vivo Y400 Pro in India. Vivo Y400 Pro sports a 6.77-inch AMOLED display and a
32MP front camera
. The smartphone is powered by an octa-core MediaTek Dimensity chipset and is backed by a
5,500 mAh battery
. 'With the Y400 Pro, we aim to redefine what consumers expect from a mid-range smartphone. The Y400 Pro embodies everything that our user stands for – style, substance, and performance, all in one sleek device,' said the company.
Vivo Y400 Pro: Price and availability
Vivo Y400 Pro comes in two variants — 8GB+128GB and 8GB+256GB priced at Rs 24,999 and Rs 26,999 respectively. The smartphone can be purchased in Freestyle White, Fest Gold and Nebula Purple colour options. The smartphone will go on sale starting June 27 on Amazon.in, Flipkart, Vivo India online store and offline on authorised stores in the country.
Vivo Y400 Pro: Launch offers
* Up to 10% Cashback on SBI Card, DBS Bank, IDFC FIRST Bank, Yes Bank, BOBCARD, Federal Bank, OR up to 10 Months ZERO Down Payment
* Bundled deal offer on TWS 3e ANC; available for purchase at Rs 1499
by Taboola
by Taboola
Sponsored Links
Sponsored Links
Promoted Links
Promoted Links
You May Like
Memperdagangkan CFD Emas dengan salah satu spread terendah?
IC Markets
Mendaftar
Undo
* Flat 20% Off on V-Shield (Screen Damage Protection Plan)
* 1 Year free Extended Warranty
* FREE Premium Access to 10 OTT Apps for 2 months (Applicable on Rs 1199 Jio Prepaid Plan)
* Cashback, Extended Warranty, V-Shield, and TWS offers are valid from 20th to 30th June 2025
* V-Shield discount applicable on vivo Y400 Pro only
* Jio offer valid from 1st to 15th July 2025
Vivo Y400 Pro: Specifications
Vivo Y400 Pro features a 6.77-inch full HD AMOLED 1080x2392 pixel resolution. The display offers 120Hz refresh rate and up to 4500 nits of peak brightness level. The smartphone is powered by an octa-core
MediaTek Dimensity 7300
chipset paired with 8GB of RAM.
Vivo Y400 Pro comes in two storage options — 128GB and 256GB. The mid-range Vivo smartphone runs Android 15 operating system topped with company's own layer of FunTouch OS 15 on top.
Vivo Y400 Pro houses a 50MP main camera with f/1.79 aperture, 2MP depth sensor with f/2.4 aperture. There's also a 32MP front camera for selfies. The Y400 Pro also provides 4K Video Recording support on both front and rear. Additionally, AI-driven tools like AI Erase 2.0 and AI Photo Enhance further enhance the overall camera experience.
Vivo Y400 Pro is backed by a 5,500 mAh battery with 90W fast charging support. The smartphone comes with
IP65 rating
which makes the smartphone resistant to dust and splash.
AI Masterclass for Students. Upskill Young Ones Today!– Join Now

Try Our AI Features

Explore what Daily8 AI can do for you:

Learn with AIFact CheckingText to SpeechAI Summary

Related Articles

Indian Express

27 minutes ago

• Indian Express

GDP alone cannot decide country's growth, Amit Shah

Union Minister for Home and Cooperation Amit Shah on Friday said that India's growth cannot depend merely on GDP numbers but employment generation is also a key factor. 'The steps taken by Prime Minister Narendra Modi will ensure that the cooperative sector grows equally across the country and it will be a big boost to the economy. Our country cannot grow merely on GDP. With a population of 130-140 crore, the GDP will grow rapidly for sure. But everyone should get employment as well. If the rural women, youth are to get employment, then cooperation is the only tool which connects them to employment opportunities,' said Shah. He was speaking at the national conference organised by Nafed on the occasion of 2025 being the International Year of Cooperatives. Earlier, Shah said that cooperative sector weakened in the northern and eastern parts of the country and maintained to work towards symmetrical development in the coming years. 'We are already taking steps to change uneven growth of the cooperative sector to symmetrical development. The co-operative movement had weakened in the northern and eastern parts of the country and was stable mostly in western India…Cooperative sector provides for growth and development of the economy with less capital and more profit. We will make the cooperation sector progress with landmark growth and strengthen it in the nook and corner of the country,' Shah said. Shah said cooperative movement revolutionalised the rural economy and gave the example of Amul in Gujarat where 36 lakh women associated with it didn't even have Rs 100 in capital but have today handling a turnover of Rs 80,000 crore. He mentioned that dal, maize, oil seeds can be sold to Nafed from farmers and if the market rate is more, farmers can sell the produce directly. 'It is to ensure that farmers get the maximum profit,' he said. Shah said the cooperation ministry has compiled a data of cooperative units in the country so that the government knows where the vacuum is and how to expand it. Two lakh new primary agriculture credit societies (PACS) will also be formed and will be made multi-dimensional, he said.

India Today

32 minutes ago

• India Today

Nothing Headphone 1 to launch in India on July 1, its sound will be tuned by premium audio company KEF

On July 1, Nothing is launching its Phone 3 in India. Now the company has confirmed that it will also be launching the Headphone 1, its first full-size headphones, in India on the same day. While it was earlier revealed that the Headphone 1 will be launched at Nothing's global event on July 1, on Friday, the company confirmed that the product is also coming to India on the same day. advertisementThe Nothing Phone 3 will also be coming to India on July 1. The confirmation about the headphones came from Akis Evangelidis, the co-founder of Nothing and its current India head. Akis tweeted on Friday, 'Headphone (1) will be launched in India at the same time as global.'Akis tweeted on the same day when multiple leaks confirmed the design of the Headphone 1. For its first big headphones, the company is going to follow a similar retro-futuristic design, complete with transparent back and industrial look, which it has so far followed with its phones. As for the earpads, it seems Nothing is going with a squarish shape instead of round, similar to some of the Bowers & Wilkins that we have seen earlier. The design also hints that the Headphone 1 is going to be a premium set of cans, with the headband using some metal and lots of padding. Along with the design, which has now come to light, we already know that the Headphone 1 will have its sound tuned by KEF. Now, KEF is a brand solely focussed on extremely high-end audio products. While its specialisation is in speakers, the brand also sells a headphone — KEF MU 7 — that is priced around $400. So, it is expected that the Headphone 1 may offer the kind of sound that punches above its weight and price point. advertisementAlthough more details about the Nothing Headphone 1 will become clear in the coming days, or on July 1, there is an indication that with its headphones, the company is taking an aim at the likes of Sony and Bose, which sell highly-regarded full-size wireless headphones. And, just like it does in the phone market, Nothing may possibly try to undercut the audio giants in pricing with the Headphone 1. This means it may come in around Rs 25,000 to Rs 30,000. Along with the Headphone 1, Nothing is also launching the Phone 3 on July 1. The phone, which Nothing is calling its 'true flagship', is going to be powered by the Qualcomm Snapdragon 8s Gen 4 chipset. Compared to the Phone 2, it is also expected to feature a revamped camera system as well as other key improvements in areas like screen and sound system. It is expected that the Nothing Phone 3 may get a price of around Rs 60,000 in India.

Time of India

33 minutes ago

• Time of India

IIT Delhi researchers develop compact, energy efficient computing device using 2D materials tech

New Delhi: A team of researchers at IIT Delhi developed a compact, energy-efficient computing device using 2D materials technology. 2D materials technology involves the use of materials that are just one or a few atoms thick, offering unique electrical, thermal, and mechanical properties. Unlike conventional computers that rely on traditional semiconductor materials and bulky designs, often resulting in high power consumption, this innovation promises to make future computers significantly smaller, faster, and more power-efficient. The team, which includes Dr Manoj Kumar and Kritika Bhattacharya and is led by Dr Samaresh Das, head of centre for applied research in electronics at IIT Delhi, named the device MOD-PC (Multifunctional Optoelectronic Device for Processing Circuits). Optoelectronic signal processing means handling signals that involve both light (optical) and electricity (electronic). In regular computers, most signals are processed electronically (using electrical currents). However, optoelectronic devices can process signals using both light and electricity. This allows for much faster data transmission, lower energy loss, and the ability to handle huge amounts of data quickly. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like Eat 1 Teaspoon Every Night, See What Happens A Week Later [Video] getfittoday Undo The new computing cell, called MOD-PC, is built using light-sensitive tungsten diselenide (WSe2), a 2D material that holds great promise for creating next-generation, deeply scaled computing chips. Kumar, the lead author of the study, explained that the computing unit draws inspiration from the visual cortex of the human brain. This allows it to learn from optical light signals, mimic synaptic plasticity, and store data for long-term use. The device can also perform digital, analogue, and mixed-signal operations within a single unit, helping to overcome the traditional memory and power limitations faced by conventional computing systems, he added. Bhattacharya, a senior research fellow at IIT Delhi, led the fabrication and implementation of the MOD-PC chips. She shared that producing semiconductor chips from WSe2, which measure only a few nanometres in thickness and size, was challenging. However, with persistent efforts and advanced fabrication techniques, the team successfully achieved this breakthrough. Speaking about its real-world impact, Das, principal investigator of the project, said that the development of the MOD-PC device could transform neuro-vision computing hardware, with significant applications in artificial intelligence and neuro-robotics.