The Acorn RISC Machine was the original name for ARM, although it was later renamed the Advanced RISC Machine (ARM). ARM is a family of RISC (reduced instruction set computing) architectures for computer processors that can be customized for a range of applications. ARM stands for Advanced RISC machine, which is a network server that uses ARM processors rather than x86-class CPUs to support a wide range of ARM processors. The newest trends in the ARM-based servers market include innovation in mobile and computing, multi-core innovations, system-on-chip (SoC), integrated management, software-defined networking, and an increase in the use of ARM chips in IoT and wearables devices.
ARM servers are the next step in the evolution of server-based computing. Instead of directing the workload through a few processors, an ARM server uses low-power processors that spread processing jobs across hundreds of them. The ARM server provides great processing capability while utilizing less energy and cooling than similar technology based on x86-class processors, which are widely used in enterprise data centers.
Market Dynamics for ARM-based Servers
The market for ARM-based servers is driven by low-energy chips based on ARM, mobile apps processors, rapid adoption of ARM in embedded intelligence, enterprise infrastructure, computing & thread density, high-performance workloads, energy efficiency, improved performance, and highly integrated server chips.
The market for Arm-based servers is beset by software and hardware concerns, as well as compatibility issues.
Increasing adoption of ARM chips in smartphones, increased internet-connected products, increased computing and servers, connectivity, and real-time processors all present prospects for ARM-based servers.
The newest trends in the ARM-based servers market include innovation in mobile and computing, multi-core innovations, system-on-chip (SoC), integrated management, software-defined networking, and an increase in the use of ARM chips in IoT and wearables devices.
The market for ARM-based Servers: A Competitive Analysis
Cavium, Inc., Applied Micro Circuits Corporation, Huawei Technology Co. Ltd., IBM Corporation, Texas Instruments Incorporated, Marvell Semiconductor, Inc., ARM Holdings plc, Microsoft Corporation, Red Hat, Inc., HP Inc., Citrix Systems, Inc., SuSE Inc., Canonical Ltd, Linaro Ltd, Xilinx, Inc., LSI Corporation, Dell Inc., Advanced Micro Devices, Inc., Broadcom Corporation.