Serving the Critical Data Storage Needs
of Industrial and OEM Customers



As a new generation of Solid State Drives based on PCI Express interface bus, Fortasa PCIe 2.5" SSD offers fastest data throughput with the quality and reliability expected of Fortasa Industrial Grade products.

Technical Specifications

Fortasa PCIe 2.5 Gen 3x4 BICS5 NAND Data Sheet Rev 1.1 Final


As a higher perfromance evolution from the SATA interface, the PCIe bus provides a significantly higher data throughput rates benefitting performance critical applications such as data recorders.. Assembled in an industry standard 2.5" SSD form factor, Fortasa's PCIe 2.5" solid state drive offers high capacity, greater performance and extended reliability.

Fortasa's Industrial PCIe 2.5" SSD is manufactured using cost effective 3D TLC NAND Flash components in both Standard (0°C to 70°C) and Industrial (-40°C to 85°C) Temperature grades. With capacity range from 128GB to 16TB and Read and Write performance of over 2000MB/sec, Fortasa's Industrial PCIe 2.5" SSDs can benefit any embedded application where high reliability or extreme environmental conditions are a must.

Fortasa's PCIe 2.5" products are the perfect solution for your most critical storage needs.


  • Next Generation replacement of 2.5" SATA HDDs
  • Advanced Wear-leveling and Bad Block Management
  • Built-in HW ECC, Trim Command and SMART Functions
  • Power Failure Prevention and Recovery
  • Thermal Sensor
  • AES-256 Encryption
  • Quick Erase / Military Data Purge / Write Protection (Optional)


Model Name 2.5" - U.2
NAND Flash Type 3D TLC
Interface Type PCI Express Gen 3 x 4
Connector Type U.2 (SFF-8639)
Form Factor 2.5" SSD
Physical Dimensions (in mm) 100.00 x 69.85 x 7.00 (mm)
Capacities 960GB - 8TB
Sustained Read/Write Performance 3340 / 1175
ECC Support LDPC (Low Density Parity Check) ECC
Standard Op Temp.(°C) 0 ~ + 70
Storage Temp.(°C) -40 ~ + 100
Extended Op Temp.(°C) -40~+85
Operating Voltage 12V ± 5%V
Shock 50G
Vibration 15G
Humidity 5% ~ 95%
Power Consumption (typ) 705 mA / 180 mA