FBFS512GBE-EA40

The FBFS512GBE-EA40 from Flexxon is a high-capacity 512GB UFS 2.2 flash storage solution designed for embedded systems requiring fast, reliable non-volatile memory. Built on 3D TLC NAND technology and packaged in a compact 153-ball BGA format (11.5×13×1.52mm), this industrial-grade memory module delivers the performance and durability needed for demanding applications across industrial automation, edge computing, medical devices, and IoT infrastructure.

With a wide operating temperature range of -40°C to 85°C and full RoHS compliance, the FBFS512GBE-EA40 provides designers with a robust storage foundation that balances high capacity, thermal resilience, and space efficiency in a single surface-mount package.

Key Features

• High-Capacity 512GB Storage
  Organized as 512G × 8 (4.096 Tbit total), this module provides ample non-volatile memory for data-intensive embedded applications including high-resolution video recording, edge analytics, and local data logging.
• UFS 2.2 Interface
  Universal Flash Storage 2.2 interface delivers superior throughput and low latency compared to legacy eMMC solutions, enabling faster boot times, improved system responsiveness, and efficient multi-threaded data access.
• 3D TLC NAND Technology
  Advanced 3D triple-level cell architecture provides higher storage density and improved endurance while maintaining cost-effectiveness for volume applications.
• Industrial Temperature Range
  Qualified for operation from -40°C to 85°C, ensuring reliable performance in harsh environments including factory automation equipment, transportation systems, and outdoor installations.
• Compact BGA Package
  Surface-mount 153-ball BGA in an 11.5×13×1.52mm footprint minimizes board space requirements, ideal for space-constrained designs in handheld devices, embedded modules, and compact industrial controllers.
• RoHS Compliant
  Meets environmental regulations for lead-free manufacturing, supporting global compliance requirements and sustainable design practices.

Typical Applications

• Industrial Automation and Control Systems
  Provides reliable storage for PLC firmware, configuration data, and operational logs in factory automation controllers, process monitoring equipment, and industrial HMI panels operating in extreme temperature environments.
• Edge Computing and IoT Gateways
  Enables local data buffering, edge analytics processing, and firmware storage in IoT gateways, smart city infrastructure, and distributed computing nodes requiring high-capacity, fast-access storage.
• Medical and Healthcare Equipment
  Supports storage of patient data, diagnostic images, and system firmware in portable medical devices, bedside monitors, and diagnostic equipment where reliability and data integrity are critical.
• Transportation and Fleet Management
  Handles video recording, GPS tracking data, and telematics information in vehicle dash cameras, fleet management systems, and transportation monitoring equipment operating across wide temperature ranges.
• Network and Telecommunications Infrastructure
  Serves as embedded storage for configuration, logs, and cached content in routers, switches, base stations, and network appliances requiring industrial-grade reliability.

Unique Advantages

• Performance Upgrade Path from eMMC:
  UFS 2.2 interface provides a straightforward migration from legacy eMMC-based designs with significantly improved sequential and random access performance, reducing system bottlenecks in data-intensive applications.
• Industrial-Grade Reliability:
  Extended temperature qualification from -40°C to 85°C ensures consistent operation in challenging thermal environments where consumer-grade components cannot reliably function, reducing field failures and warranty costs.
• Space-Efficient Integration:
  Compact BGA footprint reduces PCB real estate requirements by up to 40% compared to discrete NAND plus controller solutions, enabling smaller product form factors and higher component density on mixed-signal boards.
• Simplified BOM and Supply Chain:
  Single-component storage solution eliminates the need for separate NAND flash and controller ICs, reducing component count, simplifying procurement, and lowering assembly complexity for faster time-to-market.
• Future-Ready Capacity:
  512GB capacity headroom accommodates growing firmware sizes, expanding data logging requirements, and evolving application features without requiring hardware redesigns as product functionality increases over time.
• Environmental Compliance Built-In:
  RoHS-compliant manufacturing ensures compatibility with global environmental regulations, eliminating compliance risks and supporting corporate sustainability initiatives without design compromise.

Why Choose the FBFS512GBE-EA40?

The FBFS512GBE-EA40 combines the high-performance UFS 2.2 interface with industrial-grade temperature qualification and high capacity in a compact, surface-mount package. This makes it an ideal choice for embedded system designers who need to balance performance, reliability, and physical constraints in demanding applications. Whether you're designing next-generation industrial controllers, upgrading legacy eMMC-based products, or developing new IoT infrastructure, this module provides the storage foundation to support both current requirements and future feature expansion.

Flexxon's BGA UFS 2.2 series delivers proven reliability backed by industrial-grade qualification, enabling engineers to confidently deploy products in mission-critical applications where storage failure is not acceptable. The combination of 3D TLC technology, wide temperature operation, and compact packaging provides long-term value through reduced field failures, simplified inventory management, and design reuse across product families.

Ready to integrate industrial-grade UFS 2.2 storage into your next design? Request a quote for the FBFS512GBE-EA40 today to discuss volume pricing, technical specifications, and delivery timelines for your project. Our team is ready to support your embedded storage requirements with technical documentation and application guidance.