Modern digital and communications equipment are usually subjected to a series of accelerated stress tests by their manufacturers to ensure that they are free of defects and also to set their operational limits or boundaries.
In any critical business operation, the use of computers and other communications devices is a must. This is to ensure secure and timely delivery of data from one workstation to the next. In such circumstance, any breakdown can cause a sudden chain reaction which may hinder your business operations. In this circumstance, it is important to know the operational limits of your equipment so unnecessary interruptions are avoided.
At the core of a network is your server. Depending on the size of your operations, you may use a mid-range or full server. Due to its extreme power, its implements could rapidly reach high temperatures within a short period of time. This is why server motherboards and other parts contained therein are subjected by their manufacturers to a highly accelerated stress test to determine its temperature limits. Several studies revealed that HAST machines can detect and pinpoint failing solder joints on the motherboard upon reaching a particular temperature level. Knowing this limit can help the manufacturer set the expectation of the end user as to how extreme heat can impact their equipment.
In a network environment, a network cable, as well as routers and repeaters must always be present. You need the cable to connect the router to the server. You must also install WiFi repeaters to ensure signal strength is maintained. In the case of the cable, laying them down loosely is good practice since overly stretching it may cause weakening in some areas at some point in time.
Router and Repeaters
For routers and repeaters, you also need to position them in areas where there is proper ventilation. You see, these devices also contain implements that reach high temperatures. Their temperature limits have been determined by HAST machines during their production. Knowing their operational boundaries could help you implement procedures to ensure they do not go beyond those limits.
Always ensure that the blowers or centrifugal fans within your workstations, especially the one on top of the processors, are working flawlessly. They are there for a reason and that is to ensure these implements do not overheat. In case of broken blowers or centrifugal fans, replace them with a new one that can cope with the rapid heating that can ensue when the terminal is turned on. They have temperature limits which have also been determined by HAST machines so you will know what type of blowers or centrifugal fans to use to prevent them from overheating.
The stress screening and testing that manufacturers subject the units to before they are shipped to you is essential and very critical. According to the National Renewable Energy Laboratory, these tests can determine how much heat the implements can handle over a period of time before they break up or explode. While such explosions may not be life-threatening, it can cause your network equipment to go haywire and break down. To prevent such, it is always a good idea to check the temperature and other technical limits of your network hardware to ensure smooth operations.