Is this your business? Claim it to manage your IP and profile
OTP (One-Time Programmable) technology from Chuangfeixin provides an innovative approach to data security and protection within embedded applications. Upon programming, the data is immutable, ensuring hardware integrity and safeguarding products against unauthorized access. This IP is vital across sectors requiring assured reliability and data confidentiality, such as FLASH storage, CPUs, and MCUs. The OTP Technology integrates easily with CMOS processing steps, requiring no additional tooling conditions, thus simplifying manufacturing while reducing costs associated with production. It is designed to protect the product design from exploitation through a robust anti-tampering structure. Its small IP core footprint and high reliability enhance its value proposition, enabling its broad application in embedded security. Chuangfeixin's OTP Technology is verified across various process nodes, promising longevity and efficacy of over a hundred years of data storage at extreme temperatures. This capability encapsulates its utility in advanced processor environments where security and data integrity are non-negotiable.
NAND Flash by Chuangfeixin is engineered for mass data storage with its formidable capacity and rapid rewrite speeds, fitting seamlessly into data-intensive applications. It is especially suitable for continuous data storage tasks, supporting low-cost consumer electronics by offering higher storage density and swift erase operations. The NAND Flash solution is crafted to provide 2048+64/128 page sizes and supports 4-8 bit ECC operations, ideal for catering to industrial grade needs. It employs cutting-edge 24nm process technology to deliver exceptional reliability, low power consumption, and quick data interchange. Its design facilitates extensive temperature ranges, enhancing suitability for demanding environments where consistent reliability is paramount. Chuangfeixin's NAND Flash not only maximizes storage potential but also efficiently manages power distribution, ensuring optimal performance across diverse applications. With a focus on enhancing storage density and maintaining high-speed data operations, it presents a valuable proposition for enterprises looking to upgrade their data retention capabilities.
NOR Flash typically serves an essential role in storing code and executing it, allowing rapid random access to any location within the memory array. Chuangfeixin provides both serial and parallel NOR Flash chips known for their high reliability, low power consumption, rapid data exchange rates, and extensive temperature adaptability. These chips, integrating SPI interface with Dual-I/O and Quad-I/O support, enable streamlined execution of code directly from the SPI interface, optimizing space and reducing pin usage. Their NOR Flash offerings are tailored to meet automotive and industrial grade requirements, showcasing robustness in demanding conditions. With a focus on minimizing power usage and maximizing performance under varying thermal conditions, this NOR Flash technology is ideal for applications demanding relentless reliability and efficiency. The convergence of high frequency operation and data maintenance integrity makes this solution indispensable for numerous control and execution scenarios, fulfilling the demands of modern electronic devices. Chuangfeixin's NOR Flash also provides the versatility of two types: serial and parallel models, advancing its practicality and broad deployment across tech platforms. It achieves substantial production capability, scaling efficiently to high volumes, ensuring accessibility and broad deployment for varied applications that necessitate enduring performance and density.
The EEPROM technology developed by Chuangfeixin stands as a crucial player in non-volatile memory applications. Designed to offer superior performance in environments that demand reliability and endurance, this EEPROM technology is set on a 130nm standard process platform, ensuring stability and scalability for large-scale commercial use. It features a broad operating temperature range, ensuring data integrity across varied conditions and enduring through extensive write/erase cycles typical of EEPROM operations. This technology is ideal for applications that prioritize data retention and require frequent data updating, providing a reliable solution that refrains from data corruption while supporting large-scale production needs. Chuangfeixin's EEPROM IP has successfully passed customer-grade evaluations, underscoring its robustness and fitting it well for wide applications across various industries. Its adherence to established manufacturing standards makes it a prime choice for businesses looking to integrate EEPROM technology into their systems, promising consistent performance and sustainability.
Chuangfeixin's 40nm HV OTP IP enhances display driver technology, offering reliable and high-capacity storage solutions with broad applications. Read more
Chuangfeixin's 130nm EEPROM IP has successfully passed stringent customer evaluations, marking its commercial viability for large-scale production. Read more
Chuangfeixin's launch of its 55nm BCD OTP IP marks significant progress in semiconductor technology, enhancing its global competitiveness. Read more
Join the world's most advanced semiconductor IP marketplace!
It's free, and you'll get all the tools you need to discover IP, meet vendors and manage your IP workflow!
No credit card or payment details required.
Join the world's most advanced AI-powered semiconductor IP marketplace!
It's free, and you'll get all the tools you need to advertise and discover semiconductor IP, keep up-to-date with the latest semiconductor news and more!
Plus we'll send you our free weekly report on the semiconductor industry and the latest IP launches!
To evaluate IP you need to be logged into a buyer profile. Select a profile below, or create a new buyer profile for your company.
