02.19.14
Innodisk, a designer and manufacturer of memory and storage products for industrial applications offers a wide range of DRAM products with conformal coatings for greater reliability, superior service life, improved performance, and reduced total cost of ownership. Innodisk DRAM modules with conformal coatings applied are protected from moisture, dust and chemical contaminants. This allows for normal operation in extreme environments, where unprotected modules would become unreliable.
Some system integrators outsource DRAM conformal coating to save on equipment and human resources. However, Innodisk takes an extra step by integrating conformal coating into the production process, to ensure high levels of quality, and reduce repair and maintenance costs for the user.
The conformal coatings are a layer of chemicals applied to the surface of the DRAM module, to create a protective film for components. The layer thickness varies from 0.03mm up to 0.13 mm, depending on the demands of the application and the materials used. These coatings protect against moisture, contaminants, dust and acid or alkaline materials, in line with IPC-A-610 standards for electronic components. They also protect against issues caused by electrical or thermal conduction, static electricity, and heat.
Some system integrators outsource DRAM conformal coating to save on equipment and human resources. However, Innodisk takes an extra step by integrating conformal coating into the production process, to ensure high levels of quality, and reduce repair and maintenance costs for the user.
The conformal coatings are a layer of chemicals applied to the surface of the DRAM module, to create a protective film for components. The layer thickness varies from 0.03mm up to 0.13 mm, depending on the demands of the application and the materials used. These coatings protect against moisture, contaminants, dust and acid or alkaline materials, in line with IPC-A-610 standards for electronic components. They also protect against issues caused by electrical or thermal conduction, static electricity, and heat.