On Monday (September 6), the Chinese language tech firm will maintain an imaging know-how sharing session. On the occasion, VIVO will introduce its self-developed V1 ISP chip.

Beforehand, Hu Baishan, govt vice chairman of VIVO, stated that their self-developed V1 chip is knowledgeable imaging chip. The analysis and improvement lasted 24 months and greater than 300 individuals have participated in analysis and improvement. The flagship new product VIVO X70 collection will come on September 9, debuting the chip. One of many greatest highlights is the improved capturing expertise of evening scene movies. Zhao Dian, the product supervisor of VIVO, stated that the V1 has very sturdy efficiency. So you possibly can’t imagine that the photographs are taken by cell phones.

VIVO X70 Sequence

At the moment, three fashions of the VIVO X70 collection have opened an appointment on JD.com. In line with latter, the road consists of the VIVO X70, the VIVO X70 Professional, and the VIVO X70 Professional+. Previous to this, we realized that they may have completely different positioning. The usual model will include the MediaTek Dimensity 1200 flagship chip; the VIVO X70 Professional will sport the Exynos 1080 flagship chip; the VIVO X70 Professional+ will function the Qualcomm Snapdragon 888 Plus flagship chip.

Earlier immediately, a Weibo blogger confirmed photographs of VIVO’s self-developed V1 ISP chip. As the highest variant will include the Snapdragon 888 Plus chip, the corporate has had a deep cooperation with Qualcomm for the most effective efficiency.

The blogger additionally revealed that VIVO has organized the manufacturing of the V1 chip itself. That is fairly essential for an organization that makes a chip for the primary time.

VIVO V1 ISP Chip

The ISP (Picture Sign Processor) processes the picture sign output by the Picture Sensor. Because the core machine of picture processing, ISP performs a vital and decisive function within the remaining imaging fashion and high quality of cell phone cameras. In easy phrases, what the ISP must do is to extend the visible acuity stage of the “digital eye” to the extent of the “human eye”. So the impact when the human eye sees a digital picture is as shut as doable to the impact when the human eye sees the actual scene.

In line with VIVO’s Hu Baishan, it takes a very long time for the chip itself to remodel from positioning and IP to design. VIVO takes a two-year cycle for every technology of the chip.

Hu Baishan stated that the chip design is split into 4 levels: the conversion of sentimental algorithms to IP (picture processing): the design of the chip itself: the tape out of the foundry: packaging and output.