SSD firmware is incredibly complex and many SSD failures tend to be a corner case - a problem that occurs only outside of normal operating parameters. 'However you approach it, the idea is to do something to increase the cooling and/or reduce the ambient temperature inside the system chassis,' Adato said. Lowering the ambient room temperature to a cooler level can also go a long way toward resolving SSD heat-related issues. IT needs to know about a failure quickly, and fixing it faster is far more important than finding a guilty party to blame. 'You might a big chassis where you can ensure lots of direct external airflow over the chip, or you might be able to install a heat sink, fan or liquid cooling system,' Adato said. There are various approaches to this problem. The challenge is finding a way to draw heat away from the drive. Providing adequate cooling can ensure that the SSD doesn't overheat, keeping it from failing or throttling down to a slower speed. 'Even under regular operation, NVMe can generate problem-causing temperatures.'

'NVMe SSDs can run insanely hot, especially if you're running intense operations like high-level calculations,' said Leon Adato, head geek at IT management software and monitoring tools provider SolarWinds. While NVMe SSDs are the new kid on the block, the problem that plagues them the most is one of the oldest in computing: heat. Here's a look at four leading causes of SSD failure and how to resolve the problems. Yet, while the SSD may be dead, all is not necessarily lost. Unlike hard drives, SSDs can't send an audible warning that something may be going wrong. Like any storage device, an NVMe SSD will eventually fail the only variable is when. Knowing how to spot the signs of an imminent SSD failure, as well as understanding how to troubleshoot a malfunctioning SSD, can mark the difference between permanent data loss and a trouble-free recovery.

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