MTFC32GAKAEEF-AIT TR

Product Overview

The MTFC32GAKAEEF-AIT from Micron Technology is a 32GB e.MMC managed NAND Flash memory designed to provide embedded systems with compact, non-volatile data and program storage.

The device combines NAND Flash memory with an integrated e.MMC controller in a single BGA package. The controller handles essential NAND-management operations internally, reducing the storage-management workload placed on the host processor. This makes the component suitable for storing operating systems, application software, configuration data, multimedia content and system logs.

Key Features

• Manufacturer: Micron Technology

• Part number: MTFC32GAKAEEF-AIT

• Product family: Micron e.MMC

• Memory type: Managed NAND Flash

• Storage capacity: 32GB

• Raw memory density: 256Gbit

• Memory organization: 32G × 8

• Interface: MMC/e.MMC

• Data-bus options: 1-bit, 4-bit and 8-bit modes

• Main supply voltage: 2.7V to 3.6V

• Memory management: Integrated NAND controller

• Error management: Internal error-correction and bad-block management

• Endurance management: Internal wear-leveling functions

• Boot support: Dedicated e.MMC boot operation

• Partitioning: Supports boot, user-data and protected storage areas

• Security and protection: Write-protection and replay-protected memory functions supported by the e.MMC architecture

• Maintenance functions: Background operations and device-health reporting

• Operating temperature: −40°C to +85°C

• Temperature suffix: AIT, denoting the extended-temperature version for demanding embedded applications

• Package: 169-ball TFBGA

• Package dimensions: 14 × 18mm

• Mounting type: Surface mount

• Packaging options: Tray or tape and reel, depending on the complete ordering code

• Environmental compliance: Lead-free and RoHS-compliant

• Lifecycle status: Obsolete / no longer manufactured through normal Micron production channels

The “TR” designation, when appended to the part number, identifies tape-and-reel packaging. Without TR, the device may be supplied in tray packaging.

Applications

The MTFC32GAKAEEF-AIT is suitable for embedded products that require integrated and reliable non-volatile storage, including:

• Industrial control equipment

• Factory-automation systems

• Automotive infotainment and display systems

• Instrument clusters and navigation equipment

• Embedded computers and single-board computers

• Communication and networking equipment

• Medical devices

• Data-logging systems

• Human-machine interfaces

• IoT gateways and edge devices

• Point-of-sale terminals

• Surveillance and security equipment

• Consumer electronics

• Operating-system and firmware storage

Because the NAND controller is integrated inside the package, the host processor can access the device through a standardized e.MMC interface instead of directly managing raw NAND Flash.

Quality & Sourcing

Antrex Electronics can help source original MTFC32GAKAEEF-AIT inventory from available factory stock, authorized-channel surplus and traceable OEM or EMS excess inventory. Package photographs, date codes, lot details and available traceability documents can be provided before shipment.

Our component supply and verification services include:

• Original and traceable e.MMC inventory sourcing

• BOM sourcing and consolidated quotations

• Global searches for obsolete and hard-to-find memory products

• Factory-label, lot-code and date-code verification

• Visual inspection and top-marking verification

• X-ray inspection of the internal die and BGA construction

• XRF, decapsulation and electrical testing through qualified third-party laboratories

• Blank-check, capacity and functional testing where compatible test fixtures are available

• International shipping and customized quality documentation

As this device is obsolete, customers should carefully verify the complete ordering code, packaging format, date code and firmware compatibility. e.MMC devices with the same capacity and package are not necessarily drop-in replacements because NAND generation, controller firmware, performance, partition configuration and host qualification requirements may differ.