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The NOR Flash product from Chuangfeixin Technologies is designed for efficient code storage and execution. It features a standardized Serial Peripheral Interface (SPI) with support for Dual-I/O and Quad-I/O modes, achieving a top frequency of 108MHz and 432MHz for Quad-I/O modes. The product allows direct code execution (XIP) from the SPI interface, which reduces pin count and space requirements in designs. Engineered for high reliability, low power consumption, and fast data exchange rates, this NOR Flash also boasts a robust temperature tolerance, making it ideal for automotive and industrial-grade applications. It is available in both serial and parallel configurations to cater to diverse application needs. With a focus on delivering optimal performance, the NOR Flash ensures rapid and flexible data access across its memory cells, enhancing overall system efficiency and reliability.
Chuangfeixin Technologies offers an advanced NAND Flash product characterized by large storage capacity and rapid rewrite speeds, tailored for high-density data storage needs. This NAND Flash is engineered to provide a compact and efficient solution for storing extensive continuous data, enhancing data retention and erasure speed. Using a state-of-the-art 24nm fabrication process, the NAND Flash embodies a high reliability profile, alongside low energy consumption and swift data interchange capabilities. It supports parallel operations with page sizes of 2048+64/128 suitable for 4-8 bit Error Correction Code (ECC) operations, making it highly applicable to industrial-grade requirements. With its ability to sustain extensive data exchanges without significant latency penalties, this NAND Flash is ideally suited for applications in consumer electronics, storage devices, and embedded systems, where efficiency and performance are crucial.
Chuangfeixin Technologies' OTP (One-Time Programmable) technology serves as a secure storage solution designed to preserve data integrity by preventing alterations or deletions post programming. This feature is crucial for devices needing permanent data retention, such as code storage within microcontrollers and ASICs. Their OTP technology employs a robust CMOS compatible process, eliminating the need for additional processing steps and conditions. It stands out for its small footprint, superior reliability, and strong resistance to interference. These technical advantages contribute to low secondary development costs and enhanced data security. Ideally suited for applications such as embedded modules, CPUs, and secure identification technologies, this OTP IP achieves greater than 100-year data retention under high-temperature conditions, making it a reliable choice for long-term applications.
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