Serving the Critical Data Storage Needs
of Industrial and OEM Customers

EMBEDDED USB DISK MODULE

EMBEDDED USB DISK MODULE

Fortasa's USB-Disk Module (UDM) is an Industrial Grade, High Reliability, embedded flash disk drive.

Technical Specifications

UDM2P - USB Disk Module - SLC - Rev 2.6 Data Sheet UDM2P - USB Disk Module - MLC - Rev 1.9 Data Sheet

OVERVIEW

Supporting an industry standard USB interface, UDM offers a small form-factor storage solution for most critical Embedded Applications. The Fortasa UDM modules are manufactured using either SLC or MLC NAND flash giving customers a choice between most reliable and cost effective storage solution.

Fortasa UDM is a direct replacement of legacy Intel Z-U130 eUSB module product. Utilizing a variety of coupling connectors, throughole positions and physical form factors, Fortasa's UDM devices are the perfect storage solution for USB based storage needs.

FEATURES

  • Compliant with the standard USB 3.0 or 2.0 specifications
  • Compact size and multiple form factors
  • High Performance - Upto 90MB/sec (Read/Write Performance)
  • Support Linux / WinCE/ XP Embedded / XP Professional boot-up
  • Shock resistance and anit-vibration
  • Low power consumption
  • Write Protect (Optional)

SPECIFICATIONS

Model Name UDM 3 SLC UDM 3 MLC UDM 2-Plus SLC UDM 2-Plus MLC
Interface Type USB 3.0 USB 3.0 USB 2.0 USB 2.0
Connector Type 20-pin (2x10) female header 20-pin (2x10) female header 10-pin USB (2 x 5 header) 10-pin USB (2 x 5 header)
Flash Type SLC MLC SLC MLC
Capacities 128MB - 16GB 8GB - 32GB 256MB - 32GB 4GB - 64GB
Reliability BCH - 72-bit Error Detection per 1K block BCH - 72-bit Error Detection per 1K block BCH - 24-bit Error Detection per 1K block BCH - 24-bit Error Detection per 1K block
Sustained Read/Write Performance 41 / 36 90 / 48 39 / 29 33 / 16
Industrial Op Temp.(°C) -40~+85
Optional Features Write Protect Write Protect - -
Standard Op Temp.(°C) 0~+70
Storage Temp.(°C) -40~+100
Shock 50G
Vibration 15G
Humidity 5°C ~ 95°C
Low Power Consumption (5.0V) - Active/Sleep currents in mA 150 / 70 190 / 75 181 / 70 175 / 80