The T8310CX features a Trusted extended processor with a built-in CCoat tri-proof coating, ensuring safe and stable operation even in harsh environments such as salt spray, condensation, and wide temperature ranges, maintaining SIL3 protection and protecting ESD system communications without interruption.

The T8310CX, a Trusted extension processor with a built-in CCoat tri-proof coating, maintains stable operation with a SIL3 protection level even in harsh environments such as salt spray, condensation, and wide temperature ranges, ensuring uninterrupted ESD system communication. The initial product was the T8310, later upgraded to the T8310C. The T8310CX, as the latest model with a tri-proof coating, is adapted to extremely harsh industrial environments, such as: offshore oil and gas platforms and offshore LNG extraction units, where severe salt spray corrosion is prevalent; coastal thermal power plants and coastal chemical industrial parks, where humidity is high and sea breezes carry salt; coal chemical, fine chemical, and fertilizer plants, where there are highly corrosive acidic or alkaline substances and volatile gases; and open-air auxiliary control systems in northern regions and control rooms in high-altitude mining areas, where wide temperature ranges and large diurnal temperature variations exist. It operates safely and efficiently in these practical application scenarios, reducing the cost of frequent board replacements and daily maintenance.

The CX coating isolates the board from salt spray, condensation, and corrosive gases, extending its lifespan by 3-5 years and preventing safety interlock failures caused by communication interruptions.

Q1: How to choose between T8310C and T8310CX?

A: The suffix CX is the key identifier distinguishing the standard version from the ruggedized version. If the project is located near the sea, on an offshore platform, in a coal chemical plant, or in a high-humidity and corrosive environment, T8310CX must be selected; for inland cleanrooms with constant temperature and humidity, T8310C, which offers better cost performance, can be chosen.

Q2: Will the CCoat coating affect heat dissipation and performance?

A: The CCoat ultra-thin and uniform coating process does not cover critical heat dissipation areas, does not attenuate IMB high-speed bus signals, does not change the original electrical performance of the module, and only adds an insulating protective barrier. It is an upgrade solution optimized for extreme operating conditions.