MT29F8T08EWLEEM5-T:E

MT29F8T08EWLEEM5-T:E is a Micron NAND flash memory device (MT29F8 family). Key points:
- Capacity: 8 Gbit per die (nonvolatile storage; multiple dies can be combined for larger builds).
- Type/Use: Parallel NAND flash used with a NAND controller to form storage in devices such as embedded systems and SSDs.
- Architecture: Organized into pages and erase blocks; data is read/written at the page level with an OOB (out-of-band) area for ECC.
- Operations: Supports standard NAND operations—read, program (page program), and erase; requires error correction and wear leveling managed by the controller.
- Interface/Protocol: Typically uses a parallel NAND interface with device-level signaling that may involve ONFI or Toggle modes (the exact mode depends on the revision).
- Packaging/Temp: The suffix -T:E indicates a temperature grade and packaging variant; exact electrical specs (voltage, timing, endurance) vary by revision—consult the datasheet for precise figures.
Applications: commonly used in embedded storage, memory cards, and as part of larger NAND-based storage systems. For exact specs, page size, block size, endurance, and timing, refer to the official Micron MT29F8T08EWLEEM5-T:E datasheet.

48‑pin Thin Small Outline Package (TSOP‑48) for Micron MT29F8T08 NAND Flash.

- Pin count: 48 pins (TSOP48/WSON48 style)
- Function: 8‑bit wide parallel NAND flash memory device (non-volatile storage) with standard NAND interface signals (CLE/ALE, WE#, RE#, CE#, WP#, R/B, and DQ0–DQ7 data lines).

- Manufacturer: Micron Technology, Inc.
- Company type: American multinational technology company that designs, develops, and manufactures memory and storage solutions (DRAM, NAND flash, SSDs), one of the world's largest semiconductor manufacturers.

Applications for MT29F8T08EWLEEM5-T:E include:
- Embedded NAND flash storage for consumer electronics (smartphones, tablets, cameras, set-top boxes)
- Removable storage (USB drives, memory cards)
- Boot/firmware storage in embedded systems
- Consumer and industrial SSDs
- Rugged automotive/industrial environments requiring extended-temperature operation