GigaDevice: Full-Capacity Expansion of the GD25UF Series Empowers AI Computing with Ultra-Low-Power 1.2V Storage
2026 year 3 month 11 On [date], Zhaoyi Innovation announced that its 1.2V Ultra-low power consumption SPI NOR Flash GD25UF Series completed 8Mb To 256Mb Expansion of the entire line’s capacity. This measure precisely aligns with the shift toward high performance. Artificial Intelligence It calculates the differentiated storage requirements across diverse application scenarios, such as low-power battery-powered devices. Leveraging its significant advantages of low voltage and ultra-low power consumption, this product is ideal for wearable devices, smart headphones, AI ASIC This provides strong support for rapidly growing emerging application markets such as platforms and medical electronics. While significantly extending the battery life of end devices, it will also further drive product development toward the edge. Artificial Intelligence Moving toward ultra-miniaturization to accelerate the innovative upgrade of next-generation smart terminals.
Deep adaptation System on a Chip Low-Voltage Evolution Reshapes System Design Architecture
With the continuous advancement of semiconductor manufacturing processes, in pursuit of higher energy efficiency, the operating voltages of advanced controller chips and processors have gradually entered 1.2V Era. GigaDevice GD25UF Series SPI NOR Flash Born out of necessity, its 1.14V To 1.26V Its operating voltage perfectly aligns with the trend toward low-voltage host controller platforms.
GD25UF The series is able to work with 1.2V The master controller enables seamless integration of the power supply system, eliminating the need for developers to separately design voltage conversion circuits or complex power-management modules for the memory. This architectural streamlining not only significantly reduces the number of external components but also lowers the overall system Bill of Materials Moreover, it eliminates energy losses associated with voltage conversion at the source, thereby significantly enhancing energy efficiency.
Two-way capacity expansion: meets Artificial Intelligence The Dual Challenges of Computation and Miniaturization
As Artificial Intelligence Infrastructure is continuously extending from hyperscale data centers to the edge, driven by trends toward larger-scale models, more complex inference tasks, and massive data transmission. Artificial Intelligence Servers, high-performance computing platforms, and machine learning systems are facing ever-increasing demand pressures. From code storage in hyperscale data centers to CXL From high-bandwidth memory interconnect architectures to high-speed data transmission in optical modules, stable and reliable local non-volatile storage is becoming increasingly critical. To this end, GD25UF The series further expands capacity to 256Mb , in order to provide more ample storage space and promote Artificial Intelligence Enhanced reasoning efficiency and system flexibility.
Meanwhile, for application scenarios such as the Internet of Things, smart wearable devices, and optical modules—where spatial layout requirements are extremely stringent— GD25UF The series offers as low as 8Mb small-capacity options, and supports WLCSP Wafer-level packaging. This approach ensures outstanding storage performance even in extremely constrained physical spaces, enabling ultra-lightweight designs for end products.
Outstanding power consumption and reliability performance
GD25UF Demonstrates exceptionally excellent power efficiency and performance. This series supports single-channel, dual-channel, and quad-channel configurations, as well as DTR Four channels SPI Mode, with a maximum clock frequency of STR 120 MHz 、 DTR 80MHz , with data throughput as high as 80MB/s。GD25UF The series is specially designed to Normal Mode and Low Power Mode Two operating modes. Compared with the traditional 1.8V Flash The product in this series has a reduced operating voltage of approximately 33% , power consumption can be reduced 50% To 70% This groundbreaking performance is critically important for smart health monitoring and single-battery-powered IoT devices, as it effectively extends device battery life and enhances the user experience.
In addition, this series boasts exceptionally high reliability and supports 10 Ten thousand erase/write cycles and 20 The data retention period for the year. Its operating temperature range is wide, covering -40 degrees Celsius ~85 °C, -40 degrees Celsius ~105 °C and -40 degrees Celsius ~125 ℃, capable of meeting the full temperature-range requirements spanning from the most demanding industrial environments to high-performance automotive-grade applications. Currently, GigaDevice GD25UF All capacity variants in the series have entered mass production. This product series supports SOP8、WSON8、USON8、 WLCSP A wide range of package options are available; customers are encouraged to contact their local sales representative or authorized distributor for samples and detailed technical support.
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