Worldwide x86 and ARM Server-Class Microprocessor Forecast, 2016–2020

Worldwide x86 and ARM Server-Class Microprocessor Forecast, 2016–2020

IDC, Date of Publication: Jun 2, 2016, 14 Pages
US$8,000.00
IDC-US41247116

This study presents a five-year forecast for the worldwide x86 and ARM server-class microprocessor market.

With an expanding system TAM, expanding workload base, and emerging competition, the next five years of the server-class microprocessor market will see more system- and workload-specific designs, moderation in pricing, and some modest changes in market share.

TABLE OF CONTENTS

List of Attachments

Market Forecast Figure

Figure: Worldwide x86 and ARM Server-Class Microprocessor Shipment Snapshot

Executive Summary

Figure: Worldwide x86 and ARM Server-Class Microprocessor Unit Share by System Category, 1Q13–1Q16

Figure: Intel's Server-Class Microprocessor Unit Share and Average Selling Price, 2001–2015

Advice for Technology Suppliers

Market Forecast

Table: Microprocessor Vendors That Are Licensees of ARM and Targeting the Enterprise and Datacenter

Table: Worldwide x86 and ARM Server-Class Microprocessor Unit Shipments by Architecture, 1Q15–4Q16 and 2015–2020 (M)

Table: Worldwide x86 and ARM Server-Class Microprocessor Revenue, 1Q15–4Q16 and 2015–2020

Table: Worldwide x86 and ARM Server-Class Microprocessor Average Selling Prices, 1Q15–4Q16 and 2015–2020

Market Context

Drivers and Inhibitors

Drivers

Cloud Service Provider Buildouts

New Competition

The Internet of Things

Inhibitors

Slowing of Moore's Law

Shift to SoCs

Significant Market Developments

ASP Shifts

Weakened Competitors

CSP Purchases

Changes from Prior Forecast

Table: Worldwide x86 and ARM Server-Class Microprocessor Revenue, 2007–2020: Comparison of May 2015 and May 2016 Forecasts ($M)

Figure: Worldwide x86 and ARM Server-Class Microprocessor Revenue, 2007–2020: Comparison of May 2015 and May 2016 Forecasts

Market Definition

Methodology

Related Research

 

Date of Publication:
Jun 2, 2016
File Format:
PDF via E-mail
Number of Pages:
14 Pages
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