In an era where data transfer speeds and storage capacity directly impact productivity and user experience, the storage industry continues to push the boundaries of what's possible. At this moment, we are proudly to introduce our latest innovation, the VP14000 PCIe 5.0 NVMe SSD – a groundbreaking solution that represents the pinnacle of storage innovation. This advanced SSD not only meets the demands of today's most intensive computing applications but also anticipates the needs of tomorrow's data-driven landscape.

The VP14000 embodies the cutting edge of storage technology, built upon the PCIe 5.0 interface that delivers twice the bandwidth of its PCIe 4.0 predecessor. With its M.2 2280 form factor and compliance with NVMe 2.0 standards, this SSD achieves remarkable sequential read speeds up to 14,000 MB/s and write speeds reaching 13,000 MB/s. These staggering numbers translate to real-world performance that revolutionizes how users interact with their systems.

VP14000 controller adopts new technology with SLC Cache emulation technology in SSD controllers is essentially an "algorithm-for-hardware" swap—balancing high performance, long lifespan, and cost-effectiveness without increasing hardware costs. It is particularly tailored for consumer-grade and industrial-grade entry-level SSD scenarios, directly addressing the pain point of subpar performance in low-cost NAND (e.g., TLC/QLC).

Adv1. Dynamically Manage Write Traffic to Ensure Sustained Write Stability​

When the volume of written data is less than the SLC Cache capacity, data flows directly into the high-speed SLC area, keeping sustained write speeds stable at SLC levels (e.g., above 500MB/s). Only when the cache is full does data get written to slower NAND (e.g., TLC/QLC). This "cache-first" strategy prevents the abrupt performance drop (dubbed "slowdown") that plagues traditional SSDs when writing directly to slow NAND. In scenarios like 4K video recording or large file transfers, the SLC Cache absorbs bursty write traffic, ensuring write speed fluctuations stay below 10% throughout the process and boosting system stability.

Adv2. Better Performance

In NAND Flash, the read/write speed of the SLC mode (approximately 50–100μs) is far faster than that of MLC (around 100–200μs), TLC (around 200–500μs), or QLC (around 500–1000μs), with lower latency.

The controller stores high-frequency accessed small files and scattered data (e.g., system temporary files, application caches, database indexes) into the emulated SLC area via SLC Cache, enabling random 4K read/write performance to approach that of physical SLC SSDs (for example, the random 4K read performance of consumer-grade TLC SSDs can jump from 10K IOPS without cache to over 50K IOPS). This translates to tangible daily-use improvements: faster system boots, smoother app loading, lower latency in multitasking, and a significantly enhanced user-perceived "response speed".

Why choose between speed and space? With the VP14000, you get both.

Available in capacities up to 4TB, it offers ample room for your operating system, applications, games, and media libraries. From video editors working with 8K footage to gamers with vast collections, this drive meets the growing demand for high-speed, high-capacity storage in a compact M.2 form factor.

Comprehensive Technical Specifications

In an era where data transfer speeds and storage capacity directly impact productivity and user experience, the storage industry continues to push the boundaries of what's possible. At this moment, we are proudly to introduce our latest innovation, the VP14000 PCIe 5.0 NVMe SSD – a groundbreaking solution that represents the pinnacle of storage innovation. This advanced SSD not only meets the demands of today's most intensive computing applications but also anticipates the needs of tomorrow's data-driven landscape.

The VP14000 embodies the cutting edge of storage tompliance with NVMe 2.0 standards, this SSD achieves remarkable sequential read speeds up to 14,000 MB/s and write speeds reaching 13,000 MB/s. These staggering numbers translate to real-world performance that revolutionizes how users interact with their systems.

VP14000 controller adopts new technology with SLC Cache emulation technology in SSD controllers is essentially an "algorithm-for-hardware" swap—balancing high performance, long lifespan, and cost-effectiveness without increasing hardware costs. It is particularly tailored for consumer-grade and industrial-grade entry-level SSD scenarios, directly addressing the pain point of subpar performance in low-cost NAND (e.g., TLC/QLC).

Adv1. Dynamically Manage Write Traffic to Ensure Sustained Write Stability​

When the volume of written data is less than the SLC Cache capacity, data flows directly into the high-speed SLC area, keeping sustained write speeds stable at SLC levels (e.g., above 500MB/s). Only when the cache is full does data get written to slower NAND (e.g., TLC/QLC). This "cache-first" strategy prevents the abrupt performance drop (dubbed "slowdown") that plagues traditional SSDs when writing directly to slow NAND. In scenarios like 4K video recording or large file transfers, the SLC Cache absorbs bursty write traffic, ensuring write speed fluctuations stay below 10% throughout the process and boosting system stability.

Adv2. Better Performance

In NAND Flash, the read/write speed of the SLC mode (approximately 50–100μs) is far faster than that of MLC (around 100–200μs), TLC (around 200–500μs), or QLC (around 500–1000μs), with lower latency.

The controller stores high-frequency accessed small files and scattered data (e.g., system temporary files, application caches, database indexes) into the emulated SLC area via SLC Cache, enabling random 4K read/write performance to approach that of physical SLC SSDs (for example, the random 4K read performance of consumer-grade TLC SSDs can jump from 10K IOPS without cache to over 50K IOPS). This translates to tangible daily-use improvements: faster system boots, smoother app loading, lower latency in multitasking, and a significantly enhanced user-perceived "response speed".

Why choose between speed and space? With the VP14000, you get both.

Available in capacities up to 4TB, it offers ample room for your operating system, applications, games, and media libraries. From video editors working with 8K footage to gamers with vast collections, this drive meets the growing demand for high-speed, high-capacity storage in a compact M.2 form factor.

The VP14000 exceptional performance characteristics make it ideally suited for a wide range of demanding applications:

3.1 Gaming

For gaming enthusiasts and professional gamers, this SSD delivers an unparalleled experience. The incredible read speeds eliminate loading screens and significantly reduce game launch times. Open-world games benefit from seamless texture streaming, while competitive gaming scenarios see improved responsiveness and smoother gameplay. The large capacity options allow users to maintain extensive game libraries without compromising performance.

3.2 Content Creation

Content creators working with high-resolution media find the VP14000 particularly transformative. Video editors working with 8K footage experience real-time playback and editing capabilities that were previously unimaginable. Graphic designers and 3D artists benefit from rapid asset loading and rendering times, significantly accelerating creative workflows. Photographers handling large RAW image collections appreciate the swift file access and transfer speeds.

3.3 Workstations & Servers

In professional environments, the drive excels at handling data-intensive tasks. Software developers working with large codebases and multiple virtual machines experience dramatically improved compilation times and system responsiveness. Data scientists and researchers processing massive datasets benefit from the accelerated data access speeds, reducing computation times and improving productivity. Financial analysts working with complex models and large databases enjoy significantly improved processing capabilities.

Beyond raw speed, the VP14000 incorporates several advanced features that enhance its functionality and reliability. The drive includes comprehensive error correction capabilities, advanced wear-leveling algorithms, and sophisticated bad block management. These features work together to ensure data integrity and extend the drive's operational lifespan.

The inclusion of power loss protection mechanisms safeguards data during unexpected power interruptions, making it suitable for critical applications where data preservation is essential. The drive's low power consumption characteristics also make it an environmentally conscious choice, reducing energy usage without compromising performance.

As the computing industry continues to evolve, the VP14000 positions users at the forefront of storage technology. Its PCIe 5.0 compatibility ensures readiness for next-generation computing platforms and emerging applications that will demand even higher storage performance. The drive's robust design and advanced feature set provide a foundation that will remain relevant as computing requirements continue to advance.

The VP14000 exceptional performance characteristics make it ideally suited for a wide range of demanding applications:

3.1 Gaming

For gaming enthusiasts and professional gamers, this SSD delivers an unparalleled experience. The incredible read speeds eliminate loading screens and significantly reduce game launch times. Open-world games benefit from seamless texture streaming, while competitive gaming scenarios see improved responsiveness and smoother gameplay. The large capacity options allow users to maintain extensive game libraries without compromising performance.

3.2 Content Creation

Content creators working with high-resolution media find the VP14000 particularly transformative. Video editors working with 8K footage experience real-time playback and editing capabilities that were previously unimaginable. Graphic designers and 3D artists benefit from rapid asset loading and rendering times, significantly accelerating creative workflows. Photographers handling large RAW image collections appreciate the swift file access and transfer speeds.

3.3 Workstations & Servers

In professional environments, the drive excels at handling data-intensive tasks. Software developers working with large codebases and multiple virtual machines experience dramatically improved compilation times and system responsiveness. Data scientists and researchers processing massive datasets benefit from the accelerated data access speeds, reducing computation times and improving productivity. Financial analysts working with complex models and large databases enjoy significantly improved processing capabilities.

Beyond raw speed, the VP14000 incorporates several advanced features that enhance its functionality and reliability. The drive includes comprehensive error correction capabilities, advanced wear-leveling algorithms, and sophisticated bad block management. These features work together to ensure data integrity and extend the drive's operational lifespan.

The inclusion of power loss protection mechanisms safeguards data during unexpected power interruptions, making it suitable for critical applications where data preservation is essential. The drive's low power consumption characteristics also make it an environmentally conscious choice, reducing energy usage without compromising performance.

As the computing industry continues to evolve, the VP14000 positions users at the forefront of storage technology. Its PCIe 5.0 compatibility ensures readiness for next-generation computing platforms and emerging applications that will demand even higher storage performance. The drive's robust design and advanced feature set provide a foundation that will remain relevant as computing requirements continue to advance.