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Arm Education in Conversation with Sophie Wilson
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Welcome to the ‘Arm Education In Conversation With…’ series of interviews.
In this episode, we interview Sophie Wilson, a renowned computer scientist and engineer who co-designed the first Arm processor. Sophie shares with us her insights into the genesis of the project, the fundamentals of computer architecture design, and why making things is still important in today’s world.
Join us and be a part of the conversation. Don't forget to subscribe to this channel to stay updated on new episodes, and follow us on
00:00 Introduction
00:56 What was the history behind the development of the Arm 1 processor?
10:39 What computer design problem were you trying to address?
12:53 How was your solution different from to previous processor designs?
16:00 How did you start and manage the design process of the Arm 1 processor?
19:16 What aspect of your involvement in the design of Arm 1 were you most proud of?
19:36 What other aspects of computer architecture design do you think people should know about?
21:21 Why is everything a trade-off in computer architecture design
23:04 Do you have any examples of trade-offs that you’ve had to make when designing a processor and how you resolved them?
25:50 What sort of guiding principles do you use when designing a processor?
26:55 What determines the ‘best’ design for a microprocessor?
27:57 In reality there may be many different ‘best’ designs, so how do you pick one?
29:17 How have changes in related technologies like semiconductor manufacturing or application development impacted microprocessor design?
33:36 Are there any trade-offs in power or performance when factoring security into the design of a microprocessor?
35:45 How has the rise of multiprocessing impacted the evolution of microprocessor design?
38:06 How do you deal with the complexity of dealing with changes in technology when designing a new microprocessor?
39:32 What is Moore's law and is it still relevant in Computer Architecture design?
45:08 What has a bigger impact on computer architecture design - Moore's Law or Amdahl's Law?
46:14 Looking forward, do you think the way processor architectures evolve is now quite predictable or do you see radical changes on the horizon?
47:20 Why is Making Things Important?
Stay connected with Arm:
In this episode, we interview Sophie Wilson, a renowned computer scientist and engineer who co-designed the first Arm processor. Sophie shares with us her insights into the genesis of the project, the fundamentals of computer architecture design, and why making things is still important in today’s world.
Join us and be a part of the conversation. Don't forget to subscribe to this channel to stay updated on new episodes, and follow us on
00:00 Introduction
00:56 What was the history behind the development of the Arm 1 processor?
10:39 What computer design problem were you trying to address?
12:53 How was your solution different from to previous processor designs?
16:00 How did you start and manage the design process of the Arm 1 processor?
19:16 What aspect of your involvement in the design of Arm 1 were you most proud of?
19:36 What other aspects of computer architecture design do you think people should know about?
21:21 Why is everything a trade-off in computer architecture design
23:04 Do you have any examples of trade-offs that you’ve had to make when designing a processor and how you resolved them?
25:50 What sort of guiding principles do you use when designing a processor?
26:55 What determines the ‘best’ design for a microprocessor?
27:57 In reality there may be many different ‘best’ designs, so how do you pick one?
29:17 How have changes in related technologies like semiconductor manufacturing or application development impacted microprocessor design?
33:36 Are there any trade-offs in power or performance when factoring security into the design of a microprocessor?
35:45 How has the rise of multiprocessing impacted the evolution of microprocessor design?
38:06 How do you deal with the complexity of dealing with changes in technology when designing a new microprocessor?
39:32 What is Moore's law and is it still relevant in Computer Architecture design?
45:08 What has a bigger impact on computer architecture design - Moore's Law or Amdahl's Law?
46:14 Looking forward, do you think the way processor architectures evolve is now quite predictable or do you see radical changes on the horizon?
47:20 Why is Making Things Important?
Stay connected with Arm:
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