fanxiang S910 Pro 2TB PCIe 5.0 ×4 NVMe M.2 SSD, 14,000MB/s Read, 10,000MB/s Write, DRAM Cache, 3D TLC NAND, Dynamic SLC Cache & 1400TBW | X004R91249

355 $

Expert Features

  • PCIe 5.0 ×4 Performance : Built on the PCIe 5.0 ×4 interface for extreme next-generation NVMe storage performance in demanding PCs, laptops, and compatible systems.
  • 14,000 MB/s Sequential Read : Delivers sequential read speeds of up to 14,000 MB/s for brutal load-time reduction, huge file transfers, professional workloads, and high-speed gaming storage.
  • 10,000 MB/s Sequential Write : Pushes sequential write speeds up to 10,000 MB/s, making large installs, project files, caches, and heavy write operations feel seriously fast.
  • 2TB Capacity : Provides 2TB of high-speed NVMe storage for games, AI workloads, applications, media libraries, and large professional project files.
  • 3D TLC NAND : Uses 3D TLC NAND flash to combine high-performance storage with the endurance required for intensive everyday workloads.
  • Dedicated DRAM Cache : Integrated high-performance DRAM caching accelerates data handling and helps reduce latency during demanding operations.
  • Dynamic SLC Cache : SLC dynamic caching works alongside the DRAM cache to improve burst transfer performance and overall storage responsiveness.
  • 6nm Controller : Features an advanced 6nm SSD controller designed to deliver high performance while supporting efficient thermal behavior under demanding workloads.
  • Graphite + Copper Thermal Design : Graphite and copper-foil heat-dissipation labels help move heat away from the SSD during sustained workloads without requiring a bulky integrated heatsink.
  • AI Workload Optimization : Designed for AI models, multi-modal tasks, high-workload scenarios, and intensive multitasking where rapid storage access can improve workflow responsiveness.
  • Gaming-Ready Storage : Massive read bandwidth makes the S910 Pro a serious storage option for large modern game libraries and performance-focused gaming systems.
  • AES-256 Hardware Encryption : Hardware-based AES-256 encryption helps protect stored data against unauthorized access.
  • LDPC Error Correction : LDPC technology improves data correction and contributes to reliable long-term operation.
  • RAID-Like Redundancy : Additional redundancy technology helps strengthen data integrity and storage stability during operation.
  • 1400 TBW Endurance : Rated for up to 1400TB written, giving this 2TB drive substantial write endurance for demanding workloads.
  • Broad System Compatibility : Designed for use with most motherboards, desktop PCs, laptops, and all-in-one PCs that support the required NVMe M.2 interface.
  • 1-Year Premium Service : Backed by fanxiang’s stated 1-year premium service coverage.
gen 5 ssd
gen 5 ssd

Expert Specs

Specification Details
Brand fanxiang
Product S910 Pro
SKU X004R91249
Capacity 2TB
Drive Type Solid State Drive
Form Factor M.2
Storage Protocol NVMe
Interface PCIe 5.0 ×4
Maximum Sequential Read Speed Up to 14,000 MB/s
Maximum Sequential Write Speed Up to 10,000 MB/s
NAND Type 3D TLC NAND
DRAM Cache Yes
Additional Cache Dynamic SLC Cache
Controller Process 6nm
Thermal Solution Graphite + Copper Foil Heat-Dissipation Labels
Hardware Encryption AES-256
Error Correction LDPC
Data Protection RAID-Like Redundancy Technology
Write Endurance Up to 1400 TBW
AI Workload Support Optimized for AI Models and Multi-Modal Tasks
Multitasking Designed for High-Workload and Multi-Tasking Scenarios
Gaming Use Supported
Desktop PC Use Supported
Laptop Use Supported
All-in-One PC Use Supported
Motherboard Use Fit for Most Compatible Motherboards
Service 1-Year Premium Service

Features & Compatibility

X004R91249

FANXIANA S910 PRO M.2 NVME 2TB GEN5 14000MB/S

fanxiang S910 Pro 2TB PCIe 5.0 ×4 NVMe M.2 SSD, 14,000MB/s Read, 10,000MB/s Write, DRAM Cache, 3D TLC NAND, Dynamic SLC Cache & 1400TBW | X004R91249


Generate an AI Image

Layout

  • Create an exact 2048 × 2048-pixel, perfect 1:1 square high-conversion e-commerce product-profile composition.
  • Use only the supplied raw reference of the fanxiang S910 Pro 2TB PCIe 5.0 ×4 NVMe M.2 SSD.
  • Make the SSD the dominant foreground hero, occupying approximately 58–65% of the complete canvas.
  • Clearly separate the foreground SSD, midground motherboard-storage environment, and background surreal high-speed data environment.
  • Keep the complete SSD, fanxiang logo, product title, icons, and all artistic structures fully inside generous safe margins.
  • Place the fanxiang logo at the top-left.
  • Center “S910 PRO 2TB PCIe 5.0 NVMe SSD” at the top using dimensional, extruded, ultra-readable typography.
  • Never use cheap gaming-poster lettering, stages, pedestals, banners, vertical compositions, or cropped layouts.

Product Presentation

  • Preserve the exact M.2 PCB proportions, label design, printed markings, connector edge, physical geometry, colors, and thermal-label appearance shown in the product reference.
  • Render the SSD with extreme high-resolution 3D realism, crisp PCB detailing, realistic metallic contacts, sharp printing, and controlled reflections.
  • Present the SSD naturally hovering immediately above or visually aligned with a motherboard M.2 storage area, communicating its real installation environment without inventing ports or hardware.
  • Visually emphasize its compact scale while keeping it clearly dominant at thumbnail size.
  • Do not redesign the SSD or transform it into a heatsink-equipped model if the reference does not show one.

Artistically Distinct and Detailed Background

  • Create a surreal “AI Data Acceleration Chamber” where the SSD appears to unleash enormous streams of compressed data into an abstract motherboard architecture.
  • Visualize 14,000MB/s read performance as transparent high-velocity data ribbons and 10,000MB/s write performance as narrower return streams flowing into the SSD.
  • Suggest AI workloads using abstract neural-network structures, geometric computation nodes, and luminous multi-modal data clusters rather than literal robots.
  • Use a dominant extreme high-luster pearlescent opaline-white environment with controlled oily iridescence, luminous cyan, icy blue, violet caustics, and transparent crystal highlights.
  • Keep black and graphite strictly minimal unless required to separate the SSD from the environment.
  • Use only two main textures: deep opalescent high-gloss surfaces and thick dichroic-glass structures with internal luminous data paths.
  • Add controlled caustic reflections, dielectric refractions, curved sculptural depth, and refined global illumination.
  • Keep the background surreal, minimalistic, technically aggressive, and completely subordinate to the product.
  • **** Always , the background should stay minimalistic and non-cluttered . **** Always the dominant color of the background should stay ” extreme high luster pearlescent white ” or extreme high luster oily fluid iridescent WHITE . ***** The product should be the largest most prominent element of the image .

Icons — Bullet Listed

  • PCIe 5.0 ×4 — hollow connector-shaped performance icon.
  • 14,000MB/s Read — aerodynamic high-speed arrow badge.
  • 10,000MB/s Write — angular data-transfer badge.
  • 2TB — bold crystalline storage-capacity icon.
  • DRAM Cache — layered memory-chip emblem.
  • 3D TLC NAND — dimensional stacked-NAND symbol.
  • Dynamic SLC Cache — flowing cache-wave badge.
  • 1400 TBW — industrial endurance-shield icon.
  • AES-256 — crystalline lock-security icon.
  • AI Optimized — abstract neural-processing badge.
  • CRITICAL DIRECTIVE [STRICT] The Icons MUST Have different shapes depending on the specific content of the icon
  • Keep every icon’s typography large, bold, condensed, highly contrasted, and fully enclosed.
  • align the icons within two rows below the product

Output Requirements

  • Produce exactly 2048 × 2048 pixels with a perfect 1:1 square ratio.
  • Align icons horizontally at the bottom with strong spacing and safe margins.
  • Keep the SSD considerably larger and more prominent than all secondary elements.
  • Add discreetly at the bottom: “Infographics Created by the Expert Zone Team”
  • Maintain extreme resolution and thumbnail readability throughout.

Constraints

  • Do not invent unsupported SSD features, speeds, ports, heatsinks, capacities, or compatibility.
  • Do not describe the NAND as native SLC; it is 3D TLC NAND with Dynamic SLC Cache.
  • Do not allow the product color or label to blend into the background.
  • Avoid generic chrome, cheap plastic, excessive matte material, plain white emptiness, and visual clutter.
  • Never make the composition look like a premium advertising poster; it must remain a clean website product-profile image.
  • Before final rendering ask: “How does this image fare as a product-profile image?” Automatically correct clipping, weak product separation, inaccurate geometry, unreadable typography, clutter, and poor thumbnail visibility.