• IEEE.org
  • IEEE CS Standards
  • Career Center
  • About Us
  • Subscribe to Newsletter

0

IEEE
CS Logo
  • MEMBERSHIP
  • CONFERENCES
  • PUBLICATIONS
  • EDUCATION & CAREER
  • VOLUNTEER
  • ABOUT
  • Join Us
CS Logo

0

IEEE Computer Society Logo
Sign up for our newsletter
FacebookTwitterLinkedInInstagramYoutube
IEEE COMPUTER SOCIETY
About UsBoard of GovernorsNewslettersPress RoomIEEE Support CenterContact Us
COMPUTING RESOURCES
Career CenterCourses & CertificationsWebinarsPodcastsTech NewsMembership
BUSINESS SOLUTIONS
Corporate PartnershipsConference Sponsorships & ExhibitsAdvertisingRecruitingDigital Library Institutional Subscriptions
DIGITAL LIBRARY
MagazinesJournalsConference ProceedingsVideo LibraryLibrarian Resources
COMMUNITY RESOURCES
GovernanceConference OrganizersAuthorsChaptersCommunities
POLICIES
PrivacyAccessibility StatementIEEE Nondiscrimination PolicyIEEE Ethics ReportingXML Sitemap

Copyright 2025 IEEE - All rights reserved. A public charity, IEEE is the world’s largest technical professional organization dedicated to advancing technology for the benefit of humanity.

  • Home
  • /Profiles
  • Home
  • /Profiles

John H. Crawford

Award Recipient

Featured ImageFeatured ImageJohn Crawford is an Intel Fellow, Digital Enterprise Group, and sets the architectural direction for emerging power and reliability technologies for future Intel® Processor Server platforms.

When Crawford joined Intel as a new college graduate in 1977, he worked as a software engineer developing software tools for Intel's 8086 processor; including the code generation phase of Intel's Pascal compiler for the 8086.

In 1982, he became the Chief Architect for the Intel386™ microprocessor. He was responsible for defining the company's 32-bit architectural extensions to the already successful 8086/186/286 16-bit product line. In this capacity, he set the architectural direction and later participated in the design of the processor by leading the microprogram development and test program generation. Crawford made similar contributions as Chief Architect of the Intel486™ processor. Crawford co-managed the design of the Pentium® processor up through a successful product launch in 1993.

Crawford headed the joint Architecture Research with Hewlett-Packard that developed the Itanium family architecture, Intel's 64-bit Enterprise product line. He has been involved with the Itanium family of products since its inception in 1994.

In 1995, Crawford received the ACM/IEEE Eckert-Mauchly Award for contributions to computer and digital systems architecture. Crawford received the IEEE Ernst Weber Engineering Leadership Recognition in June 1997. He was elected to the National Academy of Engineering in 2002.

Crawford received a bachelor's degree in Computer Science from Brown University in 1975, and a master's degree in Computer Science from the University of North Carolina, Chapel Hill, in 1977. Crawford holds 23 patents.

Awards

1995 Eckert-Mauchly Award
“In recognition of your impact on the computer industry through your development of microprocessor technology.”
Learn more about the Eckert-Mauchly Award

LATEST NEWS
IEEE Uganda Section: Tackling Climate Change and Food Security Through AI and IoT
IEEE Uganda Section: Tackling Climate Change and Food Security Through AI and IoT
Blockchain Service Capability Evaluation (IEEE Std 3230.03-2025)
Blockchain Service Capability Evaluation (IEEE Std 3230.03-2025)
Autonomous Observability: AI Agents That Debug AI
Autonomous Observability: AI Agents That Debug AI
Disaggregating LLM Infrastructure: Solving the Hidden Bottleneck in AI Inference
Disaggregating LLM Infrastructure: Solving the Hidden Bottleneck in AI Inference
Copilot Ergonomics: UI Patterns that Reduce Cognitive Load
Copilot Ergonomics: UI Patterns that Reduce Cognitive Load
Get the latest news and technology trends for computing professionals with ComputingEdge
Sign up for our newsletter
Read Next

IEEE Uganda Section: Tackling Climate Change and Food Security Through AI and IoT

Blockchain Service Capability Evaluation (IEEE Std 3230.03-2025)

Autonomous Observability: AI Agents That Debug AI

Disaggregating LLM Infrastructure: Solving the Hidden Bottleneck in AI Inference

Copilot Ergonomics: UI Patterns that Reduce Cognitive Load

The Myth of AI Neutrality in Search Algorithms

Gen AI and LLMs: Rebuilding Trust in a Synthetic Information Age

How AI Is Transforming Fraud Detection in Financial Transactions