Scalable Processor Market

Scalable Processor Market Introduction

Scalable processor delivers data center modernization to enhance operational effectiveness that lead to greater output and improved total cost of ownership (TCO) for users. On the basis of design, scalable processor sets a different level of platform capabilities and convergence across storage, memory, compute, network, and security. The processor has the competency to enable an advanced level of pervasive, consistent, and breakthrough performance. Scalable Processor is generally available in the form of socket type that includes two, four and eight sockets which provides a seamless balance between energy efficiency and improved throughput.

For business organizations, a scalable processor platform provides next-generation enterprise competency to large, small & medium size enterprises that can assist the data-fueled era, hybrid cloud services, and also help to increase day-to-day operations among them.

Scalable Processor Market- Competitive Landscape

• In April 2019, Intel launched its second generation “Xeon Platinum Scalable Processors 9200 Series” that has the capabilities to accelerates performance of up to 14 times for deep learning inference workloads includes image classification, object detection, and speech recognition..
• In June 2019, Marvell Technology Group signed a partnership agreement with Arm Limited for the design & development of next-generation Marvell ThunderX scalable and highly optimized server processor technology. This partnership is expected to help both the companies improve their market position and accelerate and enhance worldwide penetration.

Intel Corporation

Founded in 1968 and located in the United States, Intel Corporation designs, develops, and manufactures data storage, networking, computing, and communication solutions worldwide. The company mainly provides system-on-chip, microprocessors, and multichip packaging products for various applications such as automotive, retail, industrial, and several other embedded applications.

Advanced Micro Devices (AMD), Inc

Founded in 1969 and located in the United States, Advanced Micro Devices (AMD), Inc manufactures semiconductor and enterprise solutions worldwide. The company operates its business mainly through enterprise, embedded, semi-custom computing & graphics. It provides x86 microprocessors, chipsets, and professional GPUs; discrete &integrated (GPUs); semi-custom System-on-Chip (SoC) products; and server & embedded processors and technology for game consoles.

Qualcomm Technologies, Inc.

Founded in 1985 and located in the United States, Qualcomm Technologies, Inc. manufactures wireless semiconductor chips worldwide. The company designs and develops a VR software development kit, Qualcomm Snapdragon XR1 Platform, Qualcomm Snapdragon 855 Mobile Platform, and others specifically in North America, Europe and Asia Pacific regions.

NVIDIA Corporation

Founded in 1993 and located in the United States, NVIDIA Corporation manufactures visual computing solutions worldwide. The company provides processors such as Quadro for design professionals working in computer-aided design; GeForce NOW for cloud-based game-streaming service; GeForce for PC gaming and mainstream PCs; and special effects, video editing, and other creative applications. Its products are used in various industries such as professional visualization, gaming, automotive, and datacenter markets.

NXP Semiconductor

Founded in 1953 and located in Netherlands, NXP Semiconductor designs and develops embedded application solutions worldwide. The company mainly provides power management devices, microcontrollers and microprocessors, sensors, RF transceivers, and amplifiers.

Some of the prominent players in the scalable processor market are Rockchip, Arm Limited, Marvell Technology Group, Ampere Computing, and Fujitsu.

Scalable Processor Market Dynamics

Rapid Adoption of 5G Network Driving the Scalable Processor Market

A scalable processor platform is the foundation for next-generation platforms to build 5G-ready networks, which are cloud-optimized and virtualized. It provides a structural design that adapts & scales with ease to handle the growing demands of evolving applications such as high-performance packet processing, signal processing, and control plane processing. Therefore, the adoption of 5G technology is likely to allow completely new ecosystems and modules of enterprise & consumer services coupled with media applications on wireless and wire-line networks. The adoption of 5G networking technology and innovative use cases driven by visual computing, Internet of Things (IoT), and analytics, signify substantial upcoming opportunities for communications service providers (CommSPs) to expand revenue by the adoption of this innovative processor.

High Implementation Cost Restraining Scalable Processor Market Growth

Increasing cost of innovative processor platforms is projected to hinder the growth of the market. Budget of several enterprises, specifically small & medium enterprises (SMEs) is limited. Its high implementation cost causes budget limitations in small- & medium-sized businesses to deliver effective data storage solutions, which is restricting the growth of the scalable processor market.

Scalable Processor Market Segmentation

Based on socket type, the scalable processor market is segmented into

• Up to Two
• Up to Four
• Up to Eight

Based on memory, the scalable processor market is segmented into

• Up to 1 TB
• Up to 5 TB
• Up to 10 TB
• Above 10 TB

Based on applications, the scalable processor market is segmented into

• Artificial intelligence
• Autonomous driving
• High performance computing (HPC)
• In-memory analytics
• Network transformation
• Others