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#Technology #Thread #Semiconductor #Manufacturing #Data
The Semiconductor Critical Data:
1/ - The Semiconductor Industry Generates And Processes A Vast Amount Of Data, From Design And Testing To Manufacturing And Supply Chain Management.
The Semiconductor Critical Data:
1/ - The Semiconductor Industry Generates And Processes A Vast Amount Of Data, From Design And Testing To Manufacturing And Supply Chain Management.
2/ - This Data Is Then Used To Provide Insights Into About Product Development, Supply Chain Optimization, And Quality Control.
3/ - The Semiconductor Industry Also Has To Focus On Data Security, As The Data It Handles Is Often Proprietary, Confidential, And Sensitive.
- It Is Done By Deploying Various Security Measures, Such As Encryption, Firewalls, And Access Controls.
- It Is Done By Deploying Various Security Measures, Such As Encryption, Firewalls, And Access Controls.
#Technology #Thread #Semiconductor #Manufacturing #AI
The Semiconductor AI SoC:
1/ - AI SoC - Artificial System-On-A-Chip - Is Gaining Lot Of Traction.
- Primary Reason Is The Need To Capture, Process, Extract, Learn And Predict, All At A Very High Speed.
The Semiconductor AI SoC:
1/ - AI SoC - Artificial System-On-A-Chip - Is Gaining Lot Of Traction.
- Primary Reason Is The Need To Capture, Process, Extract, Learn And Predict, All At A Very High Speed.
2/ - Doing So With The Help Of Traditional SoC Is Not Impactful.
- Reason: Traditional SoC Are For Generic Workloads.
- Reason: Traditional SoC Are For Generic Workloads.
3/ - AI Applications Bring New Sets Of Workloads.
- These Needs To Be Processed By Mapping The Low-Level Details To The Underlying Architecture.
- Thus, More Precise Computing Is Required.
- These Needs To Be Processed By Mapping The Low-Level Details To The Underlying Architecture.
- Thus, More Precise Computing Is Required.
