In-Depth Analysis of Flash Chip Technology

Flash is a type of non-volatile memory that can retain data even when power is off. It is a form of electronically erasable programmable read-only memory (EEPROM) that allows for multiple erase and write cycles during operation. This technology is primarily used for general data storage and for transferring data between computers and other digital … Read more

A Spaceborne Advanced Storage System for Remote Sensing Microsatellites

Content Introduction Abstract: With the development of satellite miniaturization technology and remote sensing technology, the rapid deployment and application of microsatellite constellations is an inevitable trend. Due to the limitations of size, weight, and power (SWaP), onboard storage systems with high scalability, high performance, and high reliability remain one of the technical bottlenecks for remote … Read more

In-Depth Explanation of Automotive Grade Chips

Today, I am sharing an article explaining automotive-grade chips. The article is quite long, so you can save it for a slow read. What is Automotive Grade (commonly referred to as automotive-grade)? It is consistent reliability. The moment the car engine starts, it must work in the scorching heat of summer and the freezing cold … Read more

Overview of Hard Disk Interface Technologies

The development of hard disk technology has gone through multiple advancements and transformations in interface technology. Storage expert Wu will lead everyone to explore the grand view of hard disk interfaces and witness the past and future of hard disk interfaces. Old Disk Interfaces IDE Interface IDE (Integrated Drive Electronics) is a disk interface that … Read more

Exciting CXL Technology in the Era of Large Memory

Source: Global Semiconductor Observation Author: Wang Kaiqi The increasing cost of storage, along with the more pressing challenges of computational and bandwidth imbalances, have rendered Intel’s PCI-e (PCI Express) technology, introduced two decades ago, increasingly inadequate. We are eagerly anticipating a transformative new technology centered around memory, and the CXL technology based on the PCI-e … Read more

Design of Portable Signal Acquisition System Based on FPGA and NAND Flash

Abstract: In response to the current issues of low sampling rates and poor portability in signal acquisition systems, a design for a high-speed portable signal acquisition system based on FPGA is proposed. This design uses an FPGA chip to control an analog-to-digital converter (ADC) chip for high-speed signal sampling, then stores the data in a … Read more

Emerging Storage Technology: Ferroelectric Memory

With the rapid iteration of emerging applications such as the Internet of Things, artificial intelligence, and smart vehicles, the market has raised higher demands for data storage in terms of speed, power consumption, capacity, and reliability. Storage technology is continually facing new challenges. Among the current mainstream storage technologies, while DRAM is fast, it has … Read more

Latest More Moore Roadmap Insights

Source: WeChat Official Account “Semiconductor Industry Observation” ✎ Editor’s Note In the mid-20th century, the IEEE Electronics and Electrical Engineers Association established an organization called ITRS, which annually published a technology roadmap for the semiconductor field— the ITRS (International Technology Roadmap for Semiconductors). However, in 2017, IEEE stopped updating ITRS and renamed it IRDS, believing … Read more

What You Should Know About Distributed Storage (Detailed Explanation)

The risks of distributed storage actually arise from the contradictions between “sharing”, “large data volumes”, “high performance”, and the use of X86 servers with cheap disks as carriers. This is not an issue of “data architecture” as some readers claim. In fact, any storage has this problem, but it is more severe in distributed storage. … Read more

Unpacking Malware: Weak Encryption Algorithms

A few days ago, I started writing a series of articles about tools and methods for unpacking malware. Each piece of malware or packer is different, and sometimes a universal method cannot be used for unpacking. However, common characteristics can sometimes be found. For example, packers often use weak encryption algorithms, and breaking these algorithms … Read more