FEMC016GTTE7-T13-27

Memory IC Overview

The FEMC016GTTE7-T13-27 is a NAND flash memory IC manufactured by Flexxon Pte Ltd. It utilizes pSLC (pseudo-SLC) technology and supports the eMMC interface standard. The device offers a storage capacity of 128Gbit. It operates at a clock frequency of 200 MHz and is housed in a 100-FBGA package with dimensions of 14x18 mm.

Memory IC Feature Summary

• Utilizes pSLC NAND technology for enhanced data retention and endurance compared to standard MLC configurations.
• Integrates an embedded Multimedia Card (eMMC) controller for simplified host interface connectivity.
• Designed for high-performance data logging and robust storage in demanding environments.

Memory IC Applications

• Data logging devices
• Consumer electronics
• Network infrastructure equipment

Memory IC Procurement Notes

Verify the specific suffix T13-27 against official Flexxon documentation to confirm the exact voltage range and temperature grade, as these parameters define the operational limits. Ensure the 100-FBGA footprint matches the target PCB design. Cross-reference the pSLC designation with system requirements for endurance specifications before finalizing procurement orders.

Memory IC Selection Notes

Select this component when high endurance and reliability are prioritized over raw cost efficiency. The pSLC mode provides superior write cycles compared to standard MLC variants like the FEMC016GTTE7-T13-16. Consider the 128Gbit capacity and 200 MHz speed for applications requiring sustained data throughput in industrial or medical settings where data integrity is critical.

Memory IC Part Context

This part belongs to Flexxon's industrial-grade NAND flash portfolio, which specializes in solutions for industrial, medical, and automotive sectors. The series includes various capacities and interface options, with this specific model focusing on high-reliability pSLC performance within the eMMC form factor.

Memory IC Replacement Considerations

The FEMC016GTTE7-T13-16 is a related variant offering MLC technology instead of pSLC. Verify if the reduced endurance of MLC meets application requirements. No other direct pin-compatible substitutes are confirmed in public documentation.