Vivo launches X500 Pro Max with 17 stops dynamic range, 4K240 slo-mo

Vivo launched its X500 Pro Max flagship in China on Tuesday, touting a camera that can capture 17 stops of dynamic range and record 4K video at 240 frames per second. The phone uses a new Sony IMX989 sensor paired with MediaTek’s Dimensity 9300‑Pro chipset, marking the first time the two suppliers have collaborated on a consumer‑grade device.

The move comes as smartphone makers race to differentiate their cameras after years of incremental improvements. Sony’s large‑sensor technology, first seen in high‑end phones like the Samsung Galaxy S23 Ultra, allows more light to reach the pixel, which translates into brighter highlights and deeper shadows. MediaTek’s latest image‑processing unit adds real‑time HDR and AI‑driven noise reduction, enabling the advertised 17‑stop dynamic range—a figure previously reserved for professional cameras. Vivo’s focus on photography follows a pattern set by Chinese rivals such as Huawei and Xiaomi, which have leveraged premium optics to compete with Apple and Samsung in a saturated market.

Analysts say the X500 Pro Max could boost Vivo’s share among photography‑enthusiast users, a segment that now accounts for a sizable portion of high‑end phone sales in China. IDC data shows Chinese manufacturers collectively hold over 60 percent of the domestic premium market, and Vivo’s new sensor stack may help it capture a larger slice of that pie. Early reviewers have praised the phone’s ability to retain detail in bright skies and dark interiors, while the 4K 240 fps slo‑mo feature appeals to content creators on platforms like TikTok and Bilibili. However, some critics note the high price tag—roughly ¥7,999 (about $1,100)—could limit its appeal to budget‑conscious consumers.

Vivo plans to roll the X500 series out to other Asian markets later this year, with a European debut slated for early 2027. The company says software updates will further refine the HDR algorithms and expand the slow‑motion modes. If the phone lives up to its specifications, it could set a new benchmark for mobile imaging and pressure rivals to adopt similar sensor‑chipset partnerships, accelerating the arms race for ever‑more capable smartphone cameras.