Alltronix India - Advantech, Harting & Brady Distributor in Bangalore

The Han Megabit and Han Gigabit modules from HARTING are elements that are used for maximum data transmission rates in a limited space. They enable a 360° shielded transmission in a modular connector. They are enclosed in hoods and housings so that they are ideal for usage in outdoor applications, thus achieving highest data and power transmission rates per space unit. One of the most popular applications that these connectors are used in is the railway sector. Modern high-performance Ethernet cabling is important in such railway applications, and HARTING modules support the high bandwidth Ethernet network with shielding and jumper cable housings. These products are generally made of die-cast aluminum, whose hoods and housings meet all the requirements in the railway sector, as they are especially protected against shock, corrosion, and vibration, with the highest degree of tightness, fulfilling the requirements concerning fire resistance too. These plug-in connectors with hi...

Reduction of scanning times in the medical industry is important to reduce the amount of exposure to radiation that one has to encounter while the body is scanned. Thus, integrated low-dose medical equipment is the key here. What is required here is dual-processor motherboards with large memory capacities that can support multiple GPU cards so that medical scanning machines can generate images rapidly, thus reducing scanning time. However, it isn’t easy to find such high-grade industrial PC platforms, unless you decide to get in touch with Advantech distributor in Chennai or elsewhere. This is because to solve the problems encountered with medical scanning devices taking too much of time, Advantech has come up with an innovative ASMB series scalable platform server boards that are powered by Intel Xeon processors with up to 28 cores providing at least 1.5-fold increase in computing power. As a leader in embedded platform and server solutions, Advantech knows how to produce...