Vivo X500 Pro Max Geekbench Listing Leaks 4.55GHz Dimensity 9600 Pro Power

Benchmark databases have once again spoiled a smartphone maker’s surprise party. An early engineering unit of the Vivo X500 Pro Max Geekbench listing has officially surfaced on the Geekbench Browser repository under the model number V2610. In doing so, the benchmark run provides our clearest technical preview yet of Vivo‘s next ultra-premium flagship and the powerhouse silicon running underneath its glass.

Instead of leaning solely on standard off-the-shelf mobile chips, the prototype was benchmarked running an unreleased MediaTek motherboard identified as “MT6995(ENG)”-widely recognized across the semiconductor industry as the upcoming Dimensity 9600 Pro. Paired with an aggressive CPU cluster layout and an all-new Arm graphics pipeline, the leak signals that Vivo is preparing to battle Apple and Qualcomm for the raw performance crown this autumn.

30-Second TL;DR

• Dimensity 9600 Pro Debut: The Vivo X500 Pro Max benchmark exposes an unreleased 2+3+3 octa-core chip designed to reach peak clock speeds of up to 4.55GHz.
• Next-Gen Graphics Architecture: The listing confirms the presence of Arm’s unannounced Mali-G2-Ultra-NX MC12 graphics engine alongside 12GB of system RAM.
• Cinema-Grade Camera Rig: Leaked companion disclosures point to a 200MP periscope telephoto, 17EV dynamic range, and 3-degree gimbal hardware stabilization.

Leaked Geekbench Specs & Benchmark Profile

Technical Metric	Vivo X500 Pro Max (Geekbench Test Unit)
Tested Model Identifier	Vivo V2610
Identified Motherboard	MT6995(ENG) (MediaTek Dimensity 9600 Pro)
CPU Cluster Configuration	2 Prime Cores + 3 Performance Cores + 3 Base Cores (2+3+3)
Prime Core Peak Frequencies	2x High-Performance Cores @ Up to 4.55 GHz (Target Clock)
Performance Core Array	3x Performance Cores @ Up to 4.35 GHz
Base / Efficiency Frequency	3x Energy-Efficient Cores @ 3.10 GHz
Integrated Graphics (GPU)	Mali-G2-Ultra-NX MC12
Tested Memory Capacity	12GB Physical RAM (Retail tiers up to 16GB/24GB)
Operating System Profile	Android 16 (OriginOS 6 Interface)
Target Single-Core Score	~4,200 – 4,300 Points (Full Production Target)
Target Multi-Core Score	~12,000 – 12,500 Points (Full Production Target)

Detailed Architectural Breakdown

1. The 2+3+3 CPU Architecture: A Fresh Take on Raw Speed

For several generations, mobile processors relied on a single “hero” core backed by multiple smaller clusters. However, the Geekbench listing confirms that MediaTek and Vivo are doubling down on heavy compute by adopting an aggressive 2+3+3 CPU design.

Vivo X500 Pro Max Silicon Architecture
 ├── Primary SoC (MediaTek Dimensity 9600 Pro / MT6995)
 │    ├── 2x Prime Cores ──> Heavy single-thread burst tasks (Up to 4.55 GHz)
 │    ├── 3x Performance Cores ──> High-load parallel gaming & 4K editing (Up to 4.35 GHz)
 │    ├── 3x Base Cores ──> Everyday background processing (3.10 GHz)
 │    └── Mali-G2-Ultra-NX MC12 GPU ──> Hardware-level ray tracing & shader pipelines
 └── Proprietary Co-Processor (Vivo V-Series Custom ISP)
      └── Real-time 4K cinematic video processing, 17EV dynamic range & noise reduction

Consequently, the two prime cores are architected to reach up to 4.55GHz, while three performance cores sustain speeds of 4.35GHz. While the prototype tested on Geekbench ran at throttled base speeds of 2.8GHz during early lab debugging, final retail units are projected to deliver single-core scores north of 4,200 points. In everyday use, that translates into instant app execution, flawless high-resolution video rendering, and zero frame stuttering during long multitasking sessions.

“A Vivo smartphone carrying the V2610 model number has appeared on Geekbench with an unreleased ‘MT6995’ processor, revealing a 2+3+3 CPU structure with prime cores capable of reaching 4.55GHz.” – My Mobile India benchmark report

2. Multi-Chip Strategy: Primary SoC vs. Custom Imaging Silicon

It is important to remember that the Dimensity 9600 Pro handles general system computing and graphics rendering, but it does not work alone. Vivo continues its proprietary multi-chip strategy by pairing the primary MediaTek silicon with an in-house Vivo custom V-series imaging co-processor.

As a result, the primary CPU remains cool and unburdened during photo sessions, while the dedicated imaging chip executes real-time AI color grading, extreme night-mode exposure stacking, and 10-bit cinema log processing directly at the hardware layer.

3. Mali-G2-Ultra-NX GPU & Gaming Muscle

The graphics department features Arm’s upcoming Mali-G2-Ultra-NX MC12 GPU. Because open-world mobile titles demand high rendering throughput, this graphics processor introduces enhanced hardware ray tracing and native frame interpolation pipelines. Consequently, gamers can expect stable 120fps frame rates in demanding 3D games with lower power draw from the battery.

Leaked Camera Hardware & Feature Expectations

Beyond raw benchmark numbers, accompanying supply-chain leaks from Chinese tipsters reveal that the Vivo X500 Pro Max will serve as Vivo’s ultimate photography showcase.

• ZEISS Super Dynamic Optics: Co-engineered with ZEISS, the main camera incorporates a custom Sony primary sensor boasting an expansive 17EV dynamic range to prevent blown-out highlights in direct sunlight.
• 3-Degree Gimbal Stabilization: Upgrading standard optical stabilization, the main sensor integrates a mechanical 3-degree gimbal mechanism with CIPA 7.0 certification, delivering smooth handheld video without bulky external gimbals.
• 200MP Periscope Telephoto: A large 1/1.4-inch 200MP periscope lens delivers high-magnification optical zoom, crisp telephoto macro shots, and sharp low-light portrait separation.
• 7,000mAh+ Silicon-Carbon Battery: To power this high-performance hardware, the device is tipped to house a massive 7,000mAh to 7,500mAh high-density battery supported by 100W wired and 40W wireless charging.

Leak and Verification Timeline

        June 2026                        August 20, 2026                      August 25, 2026
────────────┬───────────────────────────────────┬────────────────────────────────────┬─────────────
            │                                   │                                    │
  Early Camera & Battery              3C Certification Hints               Geekbench Listing
  Rumors Surface (DCS)                At Fast-Charging Hardware            Reveals V2610 & MT6995

• June 2026: Early supply-chain chatter from Digital Chat Station hinted at a 7,000mAh+ battery and custom ZEISS sensor testing.
• August 20, 2026: Related Vivo models (V2607 / V2608A) passed 3C regulatory certifications with high-speed charging adapters.
• August 25, 2026: Model V2610 officially populated the Geekbench Browser database, verifying the Dimensity 9600 Pro’s core architecture.

What is Confirmed

• Geekbench Entry: Confirmed appearance of model number V2610 on the official Geekbench testing browser.
• Processor Architecture: Verified 2+3+3 octa-core arrangement with Mali-G2-Ultra-NX MC12 GPU architecture.
• Base Memory & OS: Confirmed 12GB RAM testing configuration running on Android 16.

What is Not Confirmed

• Final Retail Clocks: The exact thermal-throttled clock speeds on final commercial retail units remain unconfirmed by MediaTek.
• Official Pricing: While international retail projections suggest a premium flagship price tag above ₹1,00,000 in India, official launch pricing has not been disclosed by Vivo.
• Exact Launch Date: Vivo has not yet issued official media invitations for the X500 series launch keynote.

Why This News Matters

Over the last three years, Vivo’s X-series has earned a reputation as the gold standard for smartphone photography. However, the Vivo X500 Pro Max Geekbench disclosure proves that Vivo is no longer content with just winning camera shootouts. By adopting a bleeding-edge 4.55GHz CPU architecture and a heavy-duty cooling stack, Vivo is aiming to deliver a device that matches its class-leading photography with unmatched gaming and raw productivity throughput.

What Happens Next

Now that the engineering prototype has completed its initial synthetic benchmarking runs, regulatory clearances from China’s MIIT and TENAA will follow in short order. Meanwhile, MediaTek is expected to host its annual autumn summit in late September to formally introduce the Dimensity 9600 Pro silicon, paving the way for Vivo’s official flagship unveil shortly after.

Conclusion

The benchmark appearance of the Vivo X500 Pro Max gives smartphone enthusiasts plenty of reasons to be excited. Between its 2+3+3 core compute engine, upgraded ZEISS gimbal cameras, and massive silicon-carbon battery reserves, the upcoming flagship looks ready to set a high bar for what a premium smartphone can achieve in 2026.