Lights, Camera, Innovation: Vivo X100 Series Unleashes 4K Cinematic Portrait Video

Vivo X100
Image: Gizchina

In recent times, Vivo has carved a niche for itself as an innovative Android Original Equipment Manufacturer (OEM) with a strong focus on smartphone imaging capabilities. Vivo has now announced the third-generation custom-designed Image Signal Processor (ISP) – the V3 chip – which promises to bring "4K Cinematic Portrait Video" to Android devices for the first time. This groundbreaking technology is expected to debut in the Vivo X100 series, offering users a cutting-edge multimedia experience. In this article, we will explore the technical aspects of Vivo's V3 chip and its potential implications for the smartphone market.

1. The V3 Chip: Advancements in Imaging Technology

The V3 chip marks a significant milestone for Vivo, as it is the first of its line to be based on a 6-nanometer (nm) architecture. This shift to a 6nm process node is essential in ensuring improved performance and power efficiency. The V3 chip will be responsible for enabling "4K Cinematic Portrait Video" on the upcoming Vivo X100 series smartphones.

2. 4K Cinematic Portrait Video: A Revolutionary Feature

"4K Cinematic Portrait Video" is a term coined by Vivo to describe a revolutionary imaging feature that combines the clarity of 4K resolution with the artistic depth of portrait mode. This feature promises to transform smartphone videography by delivering professional-grade videos with a cinematic feel. The technology aims to enhance the overall video quality while emphasizing the subject's face, providing stunning visual effects.

3. The Role of Co-Processors in Smartphone Imaging

Vivo joins an elite group of Android OEMs that have developed their own co-processors to elevate smartphone imaging capabilities. A co-processor, in this context, refers to a specialized chip dedicated to handling specific tasks, such as image signal processing. By offloading these tasks to a dedicated co-processor, smartphones can achieve higher performance and better power efficiency.

4. Post-Processing Capabilities and Improved Image Algorithms

One of the key advantages of the V3 chip is its ability to handle post-processing for the "4K Cinematic Portrait Video" clips. Post-processing plays a crucial role in refining and enhancing videos after they have been captured, resulting in smoother, more polished final footage. With the extra silicon and computational power provided by the V3 chip, Vivo X100 series smartphones are expected to deliver top-notch post-processing capabilities.

Moreover, the V3 chip is expected to incorporate "significantly" improved image algorithms compared to its predecessor, the V2. These advanced algorithms will enable Vivo X100 series smartphones to achieve exceptional imaging results while consuming less power, leading to longer battery life.

5. The X100 Series: A Camera-Centric Lineup

Based on Vivo's track record over the past few years, the first smartphone to feature the V3 chip will likely be the Vivo X100. Positioned as a camera-centric device, the X100 series aims to push the boundaries of smartphone photography and videography. Alongside the X100, Vivo may also launch higher-end variants like the X100 Pro and the X100 Pro Plus, catering to different segments of users with varying imaging requirements.

6. Top-Notch Hardware and Zeiss-branded Camera Glass

To complement the V3 chip's powerful imaging capabilities, Vivo is expected to equip the X100 series with cutting-edge System-on-Chips (SoCs), such as the Qualcomm Snapdragon 8 Gen 3 or the MediaTek Dimensity 9300. These high-performance SoCs will ensure seamless overall device performance and excellent multitasking capabilities.

In addition to powerful hardware, Vivo is likely to partner with Zeiss, a renowned optics company, to provide Zeiss-branded rear camera glass for the X100 series. This collaboration aims to enhance the smartphones' imaging prowess by leveraging Zeiss's expertise in optics and lens technology.

7. Expected Timeline and Market Impact

As Vivo's Imaging Festival continues until July 31, 2023, the launch of the X100 series with the V3 chip is eagerly anticipated. If the rumors are accurate, consumers can expect to witness a new era in smartphone videography by the end of 2023.

The introduction of "4K Cinematic Portrait Video" smartphones will not only raise the bar for smartphone imaging but also stimulate further advancements in imaging technology among other OEMs. Vivo's commitment to developing custom-designed co-processors is likely to inspire competition and innovation in the Android smartphone market.


The Vivo X100 series, featuring the groundbreaking V3 chip, promises to revolutionize smartphone videography with its "4K Cinematic Portrait Video" capabilities. Leveraging the power of a 6nm architecture and specialized image algorithms, the V3 chip will unlock new levels of performance and power efficiency. By incorporating post-processing capabilities and top-notch hardware, Vivo aims to deliver a camera-centric lineup that caters to photography enthusiasts and content creators alike. As the launch date draws near, consumers and tech enthusiasts eagerly await the arrival of the Vivo X100 series, expecting a new era in smartphone imaging and videography.

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