microsoft edge linux hardware acceleration

In terms of networking, hardware offloading moves the processing of network tasks from the CPU to the network interface card (NIC). While today’s CPUs are multi-core and often feature parallel single-instruction multiple data (SIMD) units, hardware acceleration still yields benefits, particularly for any computation-intensive algorithm, which is executed frequently in a task or program. In short, offloading or acceleration is the process by which computing tasks are offloaded onto computer hardware or systems that have been specially designed to perform particular functions more efficiently than is possible in software running on a general-purpose CPU. This separate processor might be a hardware accelerator situated inside the server, but it could also be an external platform. Offloading, or computational offloading, transfers resource-intensive computational tasks to a separate processor, also known as a coprocessor. These specialized hardware resources provide additional computing power that can enable functionality that would have been deemed not valuable enough for the computational load. When certain tasks are offloaded from the CPU to a specialized hardware resource, the CPU does not need to process these instructions and has a reduced workload. This is generally referred to as hardware offloading. Today we will look at how adding more powerful hardware to handle specific tasks in your computing infrastructure can alleviate the demands on the CPU. Traditionally, your options to work around this problem were to super-size a computing machine with more powerful hardware, distribute the software between multiple computers, or make the software more efficient. Unfortunately, the engine of computers, the central processing unit (CPU), remains a bottleneck for performance of many applications today. As computing demands have risen, networking demands have risen too.

Microsoft edge linux hardware acceleration