
Edge computing architectures typically consists of an array of IoT sensors that are collecting data in realtime which then send data to an edge data center for additional processing. Eventually, much of the collected data ends up in a public…
Edge computing architectures typically consists of an array of IoT sensors that are collecting data in realtime which then send data to an edge data center for additional processing. Eventually, much of the collected data ends up in a public…
Storage Switzerland is at the 2019 edition of the Flash Memory Summit (FMS). Each day of the summit, we will be providing a quick summary of our meetings. Day 1 was a busy day for StorageSwiss as we raced from…
The speed and low latency of dynamic access memory (DRAM) are why so many organizations are looking at developing new applications to take advantage of the in-memory computing concept. The problem is that rewriting and migrating to a new application…
The modern workload set has fundamentally changed the nature of and also how we handle data sets. Previously, critical business applications were typically driven by the processing of large, monolithic databases that were comprised of large files. Today, more and…
The data center is a series of networks. There are networks that connect servers to users and networks that connect storage to servers. Even within servers and storage there are networks to connect CPU to IO devices like flash drives…
NVMe (Non-Volatile Memory Express) flash drives thrust storage media from the position of the worst performing component of the data center to the best. The technology’s low latency however, exposes other bottlenecks that went previously undetected. The new storage performance…
When the CPU needs data, the role of the storage system is to transfer information into main memory so the CPU can process it. The memory channels between the CPU and main memory is very fast and the number of…