Vivo X500 Series Brings 2nm Dimensity and 4K 120fps Log Video to China on September 21
Vivo will launch its X500 flagship family in China on September 21, a three-phone lineup that pairs an expanded video-focused camera system with what the company says is the first 2nm MediaTek Dimensity chipset in a shipping handset. The vivo X500 series grows to three models for the first time, adding a Pro Max tier above the X500 and X500 Pro. Vivo is pitching the range at video creators rather than at buyers chasing spec-sheet gains.
Vivo confirmed the date at its Creator Festival in Yantai, and the three models have already appeared on pre-order listings, which show their final designs. Han Boxiao, Vivo's product manager, has said the X500 Pro and X500 Pro Max will be the first phones to carry a 2nm Dimensity flagship chip. According to the reported specifications, that chip is fabricated on TSMC's second-generation N2P node with a redesigned GPU and a higher-performance NPU.
MediaTek is expected to introduce that chipset on September 15, six days before Vivo's event, so the silicon reaches the market alongside the phones that use it. The chip has no confirmed commercial name. Geekbench listings for the X500 Pro Max (model V2602DA, processor MT6995) point to the Dimensity 9600 Pro, according to the benchmark entries, and the Pro Max has been recorded clearing 4,000 in single-core testing.
What Vivo has confirmed, and what is still rumour
The confirmed details are narrower than the leaked spec sheets. Vivo has committed to three models, the September 21 date, a new imaging platform with hardware-level Log processing, 4K video at 120fps in 10-bit Log on the new 2nm Dimensity platform, and a 6.83-inch BOE Q11 2K panel on the Pro Max. The chip's commercial name, sensor counts, battery capacity and pricing remain unpublished.
Reported specifications, which should be treated as unverified until the launch, describe a split lineup:
| Model | Display | Chip | Camera highlights |
|---|---|---|---|
| Vivo X500 | 6.59-inch 1.5K OLED | Dimensity 9500-series (3nm) | 50MP Sony LYT-828 main, 64MP LYT-610 telephoto, 50MP ultra-wide, 200mm teleconverter support |
| Vivo X500 Pro | 6.37-inch 1.5K OLED, 144Hz | Dimensity 9600 Pro (2nm) | Custom Phantom 900 main sensor, CIPA 7.0 stabilisation |
| Vivo X500 Pro Max | 6.83-inch BOE Q11 2K | Dimensity 9600 Pro (2nm) | 200MP telephoto, gimbal stabilisation, 4K 240fps slow motion |
Two details stand out in that list. The standard X500 is expected to run the previous-generation Dimensity 9500-series silicon on a 3nm node, so the 2nm advantage is reserved for the two Pro models. According to the reported specifications, the X500 Pro Max pairs a 200MP telephoto with a gimbal stabilisation system rated at CIPA 7.0, the same rating Vivo has applied across the main and telephoto cameras of the Pro tier. Leaked figures for the base model also list a 7,500mAh battery with 90W wired and 40W wireless charging, none of which Vivo has confirmed.
The three-model structure is a change in approach. The outgoing X300 generation arrived with two variants, so Vivo is now splitting the range along video capability rather than screen size alone. That gives buyers a clearer choice and gives Vivo a higher-priced tier to sell against premium rivals.
Inside the vivo X500 series video upgrades
Vivo's central claim is hardware-level Log recording, which encodes 10-bit 4:2:2 footage in the Log colour profile inside the camera pipeline instead of through software processing. The X500 series is expected to record 4K at 120fps in 10-bit Log and 4K at 240fps in slow motion on the main cameras of the Pro and Pro Max, doubling the 120fps ceiling of the previous X300 generation.
Above 240fps, Vivo uses frame interpolation to synthesise 4K 480fps and 960fps clips that can be played back up to 32 times slower than real time. Vivo has confirmed 4K 240fps only for the main camera. The quality of the interpolated modes is unproven, which matters because those frames are generated rather than captured.
The node choice is the second half of the story. Vivo has tied the 2nm Dimensity move to power consumption and heat dissipation during sustained recording, which is where high-bitrate 4K capture typically breaks down on a phone. A denser process buys throughput before thermal throttling sets in, so the 2nm claim matters most for users who record 10-bit clips that run for minutes rather than seconds.
Other imaging elements include a ZEISS Ultra Dynamic Main Camera built around a custom Phantom 900 sensor developed with Sony, 17EV of dynamic range with TCG-HDR, VCS 4.0 processing, and a cinematic colour system intended to keep photo and video colours consistent. HDR recording at 4K 120fps with Dolby Vision support has also been reported.
Who should care, and when
The X500 Pro and Pro Max are aimed at people who shoot and grade video on a phone. Hardware Log output at 4K 120fps in 10-bit 4:2:2 is a workflow feature, not a social-media feature. It matters to anyone matching phone footage against a dedicated camera in an edit, and it means far less to a buyer shooting short clips for messaging apps.
For that mainstream buyer, the more consequential detail is the tiering. If the standard X500 ships on last-generation 3nm silicon while the Pro models get 2nm, the entry point of the vivo X500 series delivers a smaller generational jump than the badge implies. Vivo has not published pricing, so the value question stays open until September 21.
Availability is confirmed for China, where the launch begins at 7 PM local time, roughly 4:30 PM in India. An India and wider international rollout has been reported for October, but Vivo has not confirmed a date or a price for any market outside China.
Why this matters
Two things are moving at once. MediaTek's 2nm Dimensity arrives in a phone within a week of its own unveiling, compressing the usual gap between a chip announcement and retail hardware and pressuring rivals to publish comparable timelines. Vivo is also competing on video capture rather than megapixels, treating Log encoding and stabilisation as the flagship differentiator. If that bet holds, the checklist buyers use to compare premium phones shifts toward codecs, bit depth and frame rates, and away from sensor counts.
Photo by Andrey Matveev on Unsplash
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Researched and cross-referenced against primary sources by the Bytevyte editorial team. This article was generated with the assistance of artificial intelligence and reviewed by the Bytevyte editorial team.