It is understood that the world's first anti-vulcanization memory module developed by Apacer, a memory storage company for industrial memory, has been successively patented in the United States, Taiwan, and China. At the same time, Apacer further expands its anti-vulcanization product layout and expands its anti-vulcanization technology. Applied to DDR4, DDR3 industrial memory. As of now, Apacer has obtained 232 patents.
It can be said that Apacer Technology has successfully promoted the importance of the industrial control market for vulcanization issues since it issued a patented anti-vulcanization memory module. Apacer's new anti-vulcanization memory can not only effectively solve the vulcanization corrosion caused by environmental pollution, but also increase the overall service life of the system. Can meet the needs of the system in a harsh environment for a long period of stable operation to ensure product reliability and durability.
Different from the relatively stable application environment of general standard memory modules, industrial computers often need to operate in high temperature or high pollution environments. Therefore, industrial memory products need to be customized in response to various special application environments. Anti-vulcanization technology strengthens the memory module's resistance to vulcanization in high-pollution environments, which can significantly increase the stability of the industrial computer's overall system.
Suspended particles with excessive concentration in highly polluted environment contain a large amount of sulfur gas, which easily combines with the silver material of the electrode layer as a conductor in the resistor to produce silver sulfide as an insulator, resulting in an increase in the resistance value of the resistor and even forming an open circuit and failure, particularly in automotive electronics. Taiwan Communications and other equipment are often exposed to the polluted atmosphere. The phenomenon of vulcanization corrosion is even more pronounced. The unique anti-vulcanization characteristics of Apacer's new anti-vulcanization memory modules effectively solve the problem of product reliability and durability caused by resistance vulcanization.
With the increasingly complex industrial application situation, the diversification of intelligent application devices, and the rise of edge computing terminal devices, the promotion of anti-vulcanization memory modules from special applications to the mainstream of the market, from the cloud to the terminal, from the data center, the server to the edge The standard specification of the device. At the same time, this trend has also triggered a new wave of growth momentum in the memory module market.
According to IDC, more than a quarter of the data in the global data field in 2025 will be real-time data, and real-time data will play an important role in the growth of edge computing devices.
Apacer Technologies stated that due to the fact that the edge computing devices are located in harsh and complex application environments, the demand for industrial memory modules with substantial anti-vulcanization effect has increased, which has led to the adoption of anti-vulcanization memory modules. In addition, IPC industry leaders continue to focus on memory vulcanization issues. They are fully aware of the impact of memory vulcanization on the reliability and service life of industrial PCs, Netcom and server products, and require the introduction of anti-vulcanization memory modules to increase product added value and create differences. Turning.
Apacer Technology has discovered from an accelerated curing experiment that the general memory module in the high-temperature, high-concentration, sulfur-containing environment will begin to show sulfidation corrosion in less than 200 hours, causing a problem of breakdown. Apacer’s patented anti-sulfide memory uses a special alloy. The material achieves the highest anti-vulcanization effect. Its components have passed the ASTM B809-95 test specification for resistance to sulfurization, and can still operate stably for more than 1000 hours at a high temperature of 105 degrees and in a high concentration of sulfur, and the anti-vulcanization durability is improved to 5 More than doubled, to ensure product reliability and durability, to meet the needs of the system for long-term stable operation, and then effectively improve the overall service life of the system.