FTSRQ (FTSC) immersion water port technology
Introduction
FTSRQ (FTSC) immersion water port technology is a technology which focuses on immersion water port cooling, effective heat dissipation, and cooling down of the entire system. It consists of an inlet, outlet and a water chamber which can be made of steel, stainless steel, aluminum or another material which is compatible with the embedded system. Water is supplied to the inlet, passes through the outlet and is held in the chamber. Due to the unique design of the chamber, temperature is reduced in the port by up to 20°C below ambient temperature, which can be very beneficial in cooling down the entire embedded system.
Advantages
One of the main advantages of this technology is the intense cooling of the immersion ports. By using the chamber design, the port temperature can be brought down to 20°C below ambient temperature, greatly increasing the heat dissipation and cooling down of the whole embedded system. This reduces heat dissipation from the other components of the embedded system, as the heat is absorbed into the ports and dissipated more efficiently. This also helps to reduce the operational costs associated with additional cooling systems.
The ports are designed to be completely sealed, ensuring that no outside air or contamination can enter the ports and effect the performance of the embedded system. This level of protection helps to increase the life of the system, as the components will be protected from any dust or moisture that could effect their performance.
In addition, the FTSRQ (FTSC) architecture allows for the customization of the ports according to the needs of the system. Different inlets and outlets can be used, and different materials can be used to construct the water chamber. This allows for optimal cooling and performance, which may not be achievable with conventional cooling solutions.
Applications
FTSRQ (FTSC) immersion water port technology is used in many embedded systems, particularly in those with higher power settings. These include systems such as game consoles and computers, as well as medical and automotive applications. The intense cooling of the ports helps to reduce the heat generated by the higher power components, and the sealed architecture helps to protect the computer from contamination.
The ports can also be used in other applications, such as industrial equipment and controllers which need to have very high performance cooling and heat dissipation. The design of the ports also allows for efficient liquid cooling systems, which can improve performance and reduce the cost of running the system.
Conclusion
FTSRQ (FTSC) immersion water port technology offers a unique solution for embedded systems where intense cooling is required. By providing 20°C lower than ambient port temperature, the entire system can benefit from increased cooling and increased performance. Additionally, the ports can be customized according to the needs of the system, and are completely sealed to prevent any contamination. This makes FTSRQ (FTSC) immersion water port technology a popular choice for embedded systems in high power applications.
