THGAF8T1T83BAIR

Memory Kioxia America, Inc. THGAF8T1T83BAIR Overview

Introducing the Memory Kioxia America, Inc. THGAF8T1T83BAIR, a cutting-edge IC FLASH with a substantial 256Gbit storage capacity, designed to meet the high demands of modern electronic devices. Engineered by Kioxia America, Inc., this product encapsulates advanced UFS interface technology housed in a compact 153VFBGA package. This flash memory is optimized for high-speed data transmission and enhanced reliability, making it an ideal solution for manufacturers looking to elevate their product's storage capabilities.

THGAF8T1T83BAIR Features

The THGAF8T1T83BAIR boasts several features that make it a standout choice for high-performance applications. Key features include a vast 256Gbit storage capacity, a robust UFS interface that ensures fast data access and transfer speeds, and a highly efficient 153VFBGA packaging that minimizes space while maximizing functionality. Additionally, its durability and operational reliability are designed to withstand the rigors of frequent access and long-term usage, making it an exceptionally dependable component in any high-tech setup.

THGAF8T1T83BAIR Applications

• Smartphones: Utilized in the storage architecture of high-end smartphones, enabling quick access to large volumes of data like photos, videos, and apps due to its high-speed UFS interface.
• Tablets: Enhances the performance of tablets by providing expansive storage capacity for media, documents, and software applications, all while maintaining swift operating speeds.
• Digital Cameras: Ideal for digital cameras where high-resolution image and video storage demands are significant; ensures fast data saving and retrieval, critical for high-definition content.
• Automotive Applications: Used in advanced automotive infotainment systems to manage and store large amounts of data required for navigation, multimedia playback, and user interface enhancements.
• Industrial Systems: Provides reliable and robust data storage solutions for industrial applications, where durability and the ability to handle large, complex datasets are essential.