High speed NVME PICE 5.0 14500/10000 internal SSD

With over a decade of niche high-speed storage R&D experience, GUDGA demonstrates professional precision in optimizing  High speed NVME PICE 5.0 14500/10000 internal SSD for specific scenarios, adheres to strict international standards with authoritative certifications, and ensures reliable quality through rigorous pre-factory testing, making it a trustworthy choice for bulk procurement.GUDGA High speed NVME PCIE 5.0 internal ssd is tailored for niche high-performance needs, boasting sequential read/write speeds up to 14500MB/s and 10000MB/s—superior to mainstream alternatives.

Its niche advantage lies in the customized low-power controller chip, reducing power consumption by 15% while avoiding overheating. Available in 1TB-4TB, it adopts high-grade 3D TLC NAND and LDPC error-correcting tech, ensuring stable long-term full-load operation for industrial, professional content creation and high-end embedded scenarios.

Brand : GUDGA

Material : High-grade 3D TLC NAND Flash, Heat Dissipation Sheet,

Color : Matte Black

Lead : 0.5mm Gold-plated Pin Header

Certification : CE, FCC, RoHS, etc

Product Parameter

Product Feature And Application

Unlike mainstream NVME PCIE 5.0 SSDs that focus on general consumer needs, GUDAG’s  High speed NVME PICE 5.0 14500/10000 internal SSD boasts niche-oriented features tailored to professional and industrial scenarios. Its core niche features include a customized low-power controller chip that balances extreme speed (14500MB/s read, 10000MB/s write) with energy efficiency, solving the pain point of high power consumption in high-performance storage for long-term industrial use. The industrial-grade material combination (3D TLC NAND + graphene material heat dissipation sheet) ensures anti-interference and durability, suitable for harsh working environments.

For applications, it is specifically designed for niche fields: industrial control systems (supporting stable data transmission for equipment operation), professional content creation workstations (accelerating large file rendering and editing), high-end embedded devices (fitting compact installation spaces with low power consumption), and bulk commercial procurement for professional institutions that require consistent performance and long service life.

Production Details

The production of GUDAG High speed NVME PICE 5.0 14500/10000 internal SSD adheres to industrial-grade standards, different from mass-produced consumer SSDs that pursue cost control. Each unit undergoes a customized 72-hour high-load aging test, focusing on verifying the stability of 14500MB/s read and 10000MB/s write speeds under long-term operation— a key demand for professional scenarios. We adopt a small-batch precision production mode, strictly selecting high-purity 3D TLC NAND chips and graphene material heat dissipation sheets, and each component is inspected by professional technicians to avoid performance deviations.

The production process integrates advanced error-correction calibration technology, ensuring that each SSD maintains consistent performance, which is crucial for industrial control and professional workstations that require stable data transmission. Additionally, the production line is equipped with anti-interference testing equipment to meet the harsh environment requirements of embedded devices.

FAQ

Q1: What makes GUDAG High speed NVME PCIE 5.0 14500/10000 internal ssd different from mainstream PCIE 5.0 SSDs in terms of speed stability?

A1: Unlike mainstream products that only focus on short-term peak speed, our SSD is optimized for long-term stable operation at 14500MB/s read and 10000MB/s write speeds. It adopts a customized speed calibration process during production, which is specifically designed for scenarios that require continuous high-speed data transmission (such as professional workstations and industrial control), avoiding speed drops caused by overheating or component fatigue that are common in mass-produced SSDs.

Q2: Can the GUDAG NVME PCIE 5.0 14500/10000 internal ssd be adapted to compact embedded devices with strict space constraints?

A2: Yes. We adopt a miniaturized structural design that retains the core performance of 14500/10000MB/s speeds while reducing the overall thickness and volume. The graphene material heat dissipation sheet is designed to be ultra-thin but highly efficient, eliminating the need for additional heat dissipation components, which perfectly fits the space constraints of embedded devices and ensures stable operation in limited installation spaces.

Q3: How does the error-correction technology of High speed NVME PICE 5.0 14500/10000 internal SSD meet the high-reliability requirements of professional data storage? 

A3: We integrate advanced LDPC error-correction technology with a customized calibration algorithm, which is different from the standard error-correction solution of mainstream SSDs. It can effectively correct data transmission errors caused by harsh environments (such as electromagnetic interference in industrial sites), reducing data loss risks to the minimum. This design is tailored for professional fields that require high data integrity, such as medical equipment and precision industrial control.

Q4: Is there a customized production service for bulk procurement of GUDAG High speed NVME PCIE 5.0 14500/10000 internal ssd?

A4: Yes. We provide customized production services for bulk procurement, different from the fixed-specification mass production mode. According to the specific needs of customers (such as adjusting the heat dissipation efficiency for special working environments or optimizing speed parameters for specific equipment), we can customize the product configuration while ensuring the core performance of 14500/10000MB/s, meeting the personalized needs of professional institutions.

Q5: Why does this SSD use graphene material heat dissipation sheet instead of the common aluminum alloy heat dissipation solution?

A5: Graphene material has higher heat dissipation efficiency and lighter weight compared to common aluminum alloy. For professional scenarios such as high-end embedded devices and mobile workstations, lighter weight and more efficient heat dissipation are crucial—aluminum alloy heat dissipation sheets are often too heavy and bulky, which will increase the burden of equipment. Our choice of graphene heat dissipation sheet is to better adapt to the special use needs of these non-consumer-oriented professional fields.