FEMC008GPE-E430

The FEMC008GPE-E430 is an 8GB embedded MultiMediaCard (eMMC) 5.1 storage solution from Flexxon's XTRA III Series, engineered for demanding industrial applications. Built with pseudo-Single Level Cell (pSLC) technology, this 64Gbit non-volatile flash memory device delivers enterprise-grade reliability and endurance in a compact 100-ball FBGA surface-mount package. Operating across the industrial temperature range of -25°C to 85°C, this memory module provides robust data storage for embedded systems requiring consistent performance in harsh environments.

Designed for industrial computing, IoT gateways, medical devices, and automation equipment, the FEMC008GPE-E430 combines high-speed data transfer capabilities with superior data retention characteristics. The eMMC 5.1 interface supports clock frequencies up to 200 MHz, while the pSLC technology offers significantly improved write endurance and lower bit error rates compared to standard MLC flash, making it ideal for applications with intensive write cycles and mission-critical data integrity requirements.

Key Features

• 8GB pSLC Flash Memory
  64Gbit capacity organized as 8G × 8, utilizing pseudo-Single Level Cell technology that provides enhanced endurance, faster write speeds, and superior data retention compared to conventional MLC flash memory.
• eMMC 5.1 Interface
  Industry-standard embedded MultiMediaCard 5.1 specification ensures broad compatibility with modern processors and SoCs while delivering high-speed data transfer at clock frequencies up to 200 MHz.
• Industrial Temperature Range
  Qualified for operation from -25°C to 85°C, making it suitable for industrial equipment, outdoor installations, and systems exposed to challenging thermal environments.
• Flexible Voltage Support
  Dual voltage operation with VCCQ supporting both 1.8V and 3.3V signaling and VCC at 3.3V, providing compatibility with various host system voltage levels and reducing design complexity.
• Compact 100-Ball FBGA Package
  Surface-mount 100-ball Fine-pitch Ball Grid Array package delivers high integration density, minimal board footprint, and reliable electrical connections for space-constrained embedded designs.
• RoHS Compliant
  Fully compliant with RoHS environmental standards, meeting regulatory requirements for modern electronic equipment manufacturing.

Typical Applications

• Industrial Automation and Control
  Embedded storage for PLCs, HMIs, and industrial control systems requiring reliable data logging, firmware storage, and configuration management in factory environments.
• Medical and Healthcare Devices
  Data storage for portable medical instruments, diagnostic equipment, and patient monitoring systems where data integrity and consistent performance are critical.
• IoT Edge Gateways and Routers
  Firmware and data storage for industrial IoT gateways, network routers, and edge computing devices operating in remote or environmentally challenging locations.
• Transportation and Fleet Management
  Embedded storage for vehicle telematics, fleet management systems, and transportation equipment requiring operation across wide temperature ranges.
• Building Automation and Security
  Storage solution for access control systems, surveillance equipment, and building management controllers where long-term reliability and data retention are essential.

Unique Advantages

• Enhanced Endurance with pSLC Technology
  Pseudo-Single Level Cell architecture delivers significantly higher program/erase cycles compared to standard MLC flash, extending product lifespan and reducing total cost of ownership in write-intensive applications.
• Industrial-Grade Reliability
  Extended temperature qualification and rigorous testing ensure consistent performance and data integrity in harsh industrial environments where commercial-grade components may fail.
• Simplified Integration
  Standard eMMC 5.1 interface and 100-ball FBGA footprint enable straightforward integration with mainstream processors and SoCs, reducing design time and engineering effort.
• High-Speed Performance
  200 MHz clock frequency support enables rapid boot times, fast data access, and responsive system performance for applications requiring quick startup and efficient data throughput.
• Dual Voltage Compatibility
  Flexible VCCQ voltage support (1.8V/3.3V) accommodates various host system architectures without requiring additional level shifters or voltage translation circuitry.
• Proven XTRA III Series Platform
  Part of Flexxon's established XTRA III industrial eMMC family, providing access to a range of densities and configurations for product line scalability and long-term supply continuity.

Why Choose the FEMC008GPE-E430?

The FEMC008GPE-E430 represents an ideal balance of capacity, performance, and reliability for industrial embedded systems. With 8GB of pSLC flash memory and eMMC 5.1 interface technology, it delivers the data integrity and endurance required for mission-critical applications while maintaining the ease of integration associated with industry-standard embedded storage solutions. The industrial temperature range and robust construction ensure dependable operation in environments where standard components cannot guarantee consistent performance.

For design engineers developing industrial computing platforms, IoT infrastructure, medical devices, or automation equipment, the FEMC008GPE-E430 offers a field-proven storage foundation backed by Flexxon's industrial memory expertise. The combination of pSLC reliability, flexible voltage support, and compact surface-mount packaging simplifies design while providing the endurance and data retention characteristics essential for long product lifecycles and demanding operational conditions.

Get Started Today

Ready to integrate industrial-grade storage into your next embedded design? Contact our technical sales team to request a quote for the FEMC008GPE-E430, discuss volume pricing, or obtain samples for evaluation. Our application engineers are available to assist with integration support and help you select the optimal storage configuration for your specific requirements.