Another Certification Confirms the Vivo X300 Ultra’s Global Release

The global smartphone market is currently witnessing a strategic shift, and the upcoming flagship from vivo is shaping up to be a centerpiece of this evolution. Recent developments regarding the vivo X300 Ultra have transitioned from speculative rumors to concrete regulatory confirmations. Following the device’s certification in Europe late last month, we have now observed a second pivotal regulatory milestone: the device has officially been certified by TKDN (Indonesia’s Directorate General of Resources and Equipment for Information and Communication Technology). This dual certification strategy confirms that vivo is not merely testing the waters for a regional exclusive but is executing a full-scale global rollout for its most anticipated ultra-flagship.

This Indonesian certification, linked to the model number V2562, acts as the final piece of the puzzle. We can now definitively state that the X300 Ultra is headed for international markets, moving beyond the domestic boundaries where vivo has traditionally dominated. For tech enthusiasts, mobile photographers, and performance seekers, this signals the imminent arrival of a device that aims to redefine the boundaries of mobile imaging and processing power.

The Regulatory Trail: From European Approval to Indonesian Compliance

Regulatory certifications are rarely accidental; they are the calculated administrative steps required before a device can be sold in a specific territory. The journey of the vivo X300 Ultra through these regulatory bodies provides us with a timeline and a confirmation of intent.

The European Entry

Late last month, the device appeared in the databases of European regulatory standards. European certification typically involves strict compliance with radio frequency, safety standards, and environmental regulations. The appearance of the X300 Ultra here was the first major indication that vivo was preparing its supply chain for distribution across the European Union. This region is notoriously competitive, housing giants like Samsung and Apple. Vivo’s willingness to enter this arena with the X300 Ultra suggests a high level of confidence in the product’s hardware and market positioning.

The Indonesian TKDN Certification

The most recent confirmation comes from Indonesia’s TKDN (Tingkat Komponen Dalam Negeri) certification. Indonesia is a massive market for smartphones in Southeast Asia, and the TKDN certification is mandatory for devices sold there. It ensures that a certain percentage of the device’s value is derived from local content, whether through manufacturing, software development, or component sourcing.

The listing of the V2562 model number in Indonesia is significant because it matches the model number identified months ago in internal documentation. This consistency across continents confirms that the device is not a variant, but the singular, global flagship known as the vivo X300 Ultra.

Model Number V2562: A Consistent Identity

The V2562 model number has been a persistent identifier. First traced back to November during early software development stages, this number has now appeared on three distinct regulatory fronts. This consistency allows us to map the device’s capabilities with high accuracy. Unlike competitors who sometimes fragment their flagship lineups with different chipsets for different regions, the evidence suggests vivo is maintaining a unified hardware profile for the X300 Ultra. This unified approach is crucial for a global launch, ensuring that users in Europe, Asia, and beyond receive the same premium experience.

A Visual and Build Evolution: The Vivo X300 Ultra Design Philosophy

While the X300 Ultra remains under wraps in terms of official press renders, the design language has been heavily hinted at through leaked schematics and case manufacturer specifications. We are looking at a device that prioritizes screen real estate and ergonomics without sacrificing durability.

Display Technology: The LTPO Advantage

The centerpiece of the X300 Ultra is rumored to be a massive 6.82-inch LTPO AMOLED display. LTPO (Low-Temperature Polycrystalline Oxide) technology is the current gold standard for high-end smartphones. It allows for dynamic refresh rate scaling, likely ranging from 1Hz to 120Hz.

For the user, this translates to exceptional battery efficiency. When reading static text or viewing an always-on display, the screen refreshes only once per second, consuming minimal power. When gaming or scrolling, it ramps up to 120Hz for fluid motion. The QHD+ resolution (roughly 1440 x 3200 pixels) ensures that pixel density is incredibly high, making text sharp and multimedia content immersive. This display size and quality position the X300 Ultra directly against the Samsung Galaxy S Ultra series, offering a canvas that is suitable for both content consumption and creative work.

Build Materials and Ergonomics

Leaks indicate that the X300 Ultra will feature a premium metal frame, likely aluminum or titanium, sandwiching glass panels on the front and back. This construction provides a rigid chassis that feels substantial in the hand.

Interestingly, recent reports suggest the omission of a dedicated camera shutter button (similar to the Capture Button found on iPhones or Sony Xperia devices). This design choice implies that vivo is relying on its software and screen-based solutions for photography controls. By removing the physical button, the device likely achieves cleaner lines and potentially improves water and dust resistance. We anticipate a tactile volume rocker and power button on the right side, with a smooth, uninterrupted frame that enhances grip.

The Beast Within: Snapdragon 8 Elite Gen 5 Performance

At the heart of the vivo X300 Ultra lies the rumored Snapdragon 8 Elite Gen 5. Assuming this naming convention follows Qualcomm’s hierarchy, this SoC (System on Chip) represents the pinnacle of mobile processing power available in the Android ecosystem.

Raw Processing Power

The “Elite” designation typically implies a high-performance CPU configuration, likely featuring a prime core clocked above 3.4 GHz, supported by performance and efficiency cores built on a cutting-edge fabrication process (likely TSMC’s 3nm or similar). This architecture ensures that the device can handle intensive multitasking, 4K video rendering, and complex computational photography tasks without breaking a sweat.

Gaming and Graphics

For mobile gamers, the integration of the Adreno GPU associated with this chipset promises hardware-accelerated ray tracing. This brings console-quality lighting and shadow effects to mobile titles. Combined with the 120Hz LTPO display, the X300 Ultra is poised to be a powerhouse for mobile gaming, maintaining high frame rates even in graphically demanding scenarios.

AI Capabilities

Modern flagship SoCs are defined by their AI performance. The Snapdragon 8 Elite Gen 5 will feature a dedicated NPU (Neural Processing Unit) significantly more powerful than its predecessors. This will directly benefit the vivo X300 Ultra’s camera system, enabling real-time scene detection, advanced noise reduction in low-light video, and on-device generative AI features that enhance productivity and creativity.

Revolutionary Imaging: The 200MP Triple Camera System

The most compelling aspect of the vivo X300 Ultra is its camera system, which appears to be a significant leap forward in mobile photography. We are looking at a setup that focuses on sensor resolution and optical clarity, potentially redefining the standard for smartphone imaging.

The 200MP Main Sensor

The centerpiece is a 200MP main camera. While high megapixel counts have been criticized in the past for potential noise issues, modern sensor technology has overcome these hurdles. A 200MP sensor allows for immense flexibility. It can bin pixels (combining multiple pixels into one) to produce high-quality 50MP or 25MP images with exceptional light sensitivity. Furthermore, the high resolution allows for lossless zooming within the frame—users can crop into a 200MP image to reveal detail that would be lost on a lower-resolution sensor.

The 200MP Periscope Telephoto

Perhaps even more impressive is the rumored inclusion of a 200MP periscope telephoto lens. Traditionally, telephoto lenses on smartphones have topped out at 50MP or 64MP. A 200MP telephoto sensor is a game-changer for long-range photography. It would allow the X300 Ultra to offer a substantial optical zoom (likely 3x or 5x) with a level of detail that rivals the main sensor.

This dual 200MP approach suggests vivo is targeting a specific use case: extreme clarity at all focal lengths. Whether shooting a landscape or a distant subject, the user would not have to sacrifice detail. This aligns with vivo’s partnership with Zeiss, suggesting that these sensors are paired with Zeiss T* lens coatings to reduce flare and ghosting, ensuring professional-grade optics.

Advanced Image Processing

Hardware is only half the equation. Vivo has historically excelled in image signal processing (ISP). The X300 Ultra will likely leverage the Snapdragon SoC’s ISP alongside vivo’s proprietary “V-series” chip (if included) to handle tasks like HDR merging, portrait mode edge detection, and night mode processing. We expect the device to support 4K HDR video recording at 60fps across all lenses, a feature that few competitors can claim.

Connectivity and Global Roaming: The 5G Era

With certifications in Europe and Indonesia, the vivo X300 Ultra is engineered for global connectivity. The V2562 model number is expected to cover a wide array of 5G bands, including Sub-6GHz and mmWave (in specific variants).

Satellite Communication

Rumors suggest that vivo may be integrating satellite connectivity, a feature currently limited to select flagship models. This would allow users to send SOS messages or emergency texts even without cellular coverage, a vital safety feature for adventurers and professionals in remote areas.

Wi-Fi 7 and Bluetooth 5.4

The X300 Ultra is expected to be among the first devices to support Wi-Fi 7 technology. This offers significantly higher data transfer speeds, lower latency, and improved performance in congested network environments. Combined with Bluetooth 5.4, users can expect seamless connections to wearables, audio devices, and smart home ecosystems with minimal power drain.

Software Experience: OriginOS 6 (Global: Funtouch OS)

The hardware is complemented by vivo’s software. For global markets, the device will likely run Funtouch OS, though the underlying design philosophy is heavily influenced by OriginOS, the company’s proprietary UI for the Chinese market.

Fluidity and Customization

Expect a highly customizable interface that takes full advantage of the 120Hz display. Vivo’s “Dynamic Effect” system, which adds subtle animations to every interaction, creates a tactile feel that makes the device feel responsive and alive.

AI Integration

As mentioned, the powerful NPU will enable system-level AI features. This includes smart battery management that learns user habits to optimize charging cycles, extending the battery’s lifespan. We also anticipate AI-driven gallery management, where users can search for images using natural language (e.g., “find photos of my dog on the beach”).

Long-Term Update Policy

To compete globally, vivo is expected to offer a competitive update policy, likely including 4 major Android OS updates and 5 years of security patches. This is critical for consumers investing in a premium flagship device, ensuring the X300 Ultra remains secure and up-to-date for years to come.

Battery Life and Charging Technology

A device of this caliber requires substantial power. While specific battery capacity details are still emerging, we can infer based on the 6.82-inch display and high-performance SoC.

Capacity and Efficiency

We expect a battery capacity in the range of 5500mAh to 6000mAh. The efficiency of the 3nm-class Snapdragon 8 Elite Gen 5, combined with the variable refresh rate of the LTPO screen, will be key to all-day battery life.

Fast Charging

Vivo has been a leader in fast charging technology. The X300 Ultra is anticipated to support ultra-fast wired charging, potentially in the range of 80W to 100W. This would allow the device to charge from 0 to 100% in under 30 minutes. Wireless charging will also be present, likely capped at 50W for safety and convenience.

Market Positioning and Competition

With the global release confirmed, the vivo X300 Ultra is entering a highly competitive arena.

Direct Competitors

• Samsung Galaxy S25 Ultra: The incumbent king of Android flagships. The X300 Ultra will challenge it with a higher resolution camera system and potentially more aggressive pricing.
• Google Pixel 9 Pro: While Google focuses on computational photography, vivo’s hardware-first approach with 200MP sensors offers a different value proposition.
• Xiaomi 15 Ultra: Another hardware powerhouse. The competition between vivo and Xiaomi will likely hinge on software stability and image processing speed.

The Global Strategy

By securing certifications in Europe and Indonesia simultaneously, vivo is signaling that the X300 Ultra is not a “China-only” experiment. They are aiming to capture market share from established players by offering superior hardware specs—specifically in the camera department—at a price point that undercuts the premium of Western brands.

Magisk Modules and Customization Potential

For the tech-savvy community, including our users at Magisk Modules, the vivo X300 Ultra represents a new frontier for customization. The combination of the Snapdragon 8 Elite Gen 5 and a well-optimized kernel provides an excellent foundation for the Magisk framework.

Why the X300 Ultra is Prime for Customization

The V2562 model’s hardware is robust enough to handle advanced Magisk modules that tweak system performance, audio processing, and visual aesthetics. Since the device runs on Android, it remains an open platform for root enthusiasts.

• Performance Tuning: Modules that overclock the CPU or GPU can utilize the advanced thermal management of the X300 Ultra to squeeze out extra performance for gaming.
• Camera Enhancement: While vivo’s native camera app is powerful, the Magisk community often develops modules to enable higher bitrate recording or unlock hidden camera APIs, allowing for manual control over shutter speed and ISO that may not be available in the stock app.
• Audio Modding: The device’s large chassis likely houses decent stereo speakers. Audio modification modules can enhance the soundstage, bass response, and overall volume, providing a more immersive media experience.

We are closely monitoring the development scene for the X300 Ultra. As soon as the device is in the hands of the community, we expect a wide array of Magisk Modules to become available on our repository, allowing users to unlock the full potential of this hardware beyond what vivo provides out of the box.

Conclusion: A Flagship for the Global Stage

The certification of the vivo X300 Ultra (Model V2562) in Indonesia serves as the final confirmation we needed. This device is not a rumor anymore; it is a tangible product heading for global shelves. It represents a convergence of top-tier specifications: a 6.82-inch QHD+ LTPO display, the formidable Snapdragon 8 Elite Gen 5 chipset, and a revolutionary dual 200MP camera system.

For consumers, this means a new choice in the ultra-premium segment—a device that challenges the status quo with sheer hardware prowess. For the enthusiast community, it presents a new platform to explore, modify, and optimize.

We will continue to monitor the release dates and pricing details as vivo makes its official announcements. However, based on the regulatory trajectory, it is clear that the vivo X300 Ultra is poised to make a significant impact on the global smartphone market, offering a compelling package of innovation and performance.