1 week ago
Bengaluru Engineers Develop Affordable AI PC KEO
Two engineers in Bengaluru built a new computer called KEO.
It is designed to use artificial intelligence.
The computer is meant to be affordable.
It uses RISC-V, an open-source way to design computer processors.
Many computers today use different designs called ARM or x86.
The engineers wanted to create an alternative to those designs.
They also wanted to avoid some licensing and royalty costs.
Their goal is to help more people use computers and edge AI technology.
Two semiconductor engineers in Bengaluru developed KEO, an affordable AI-enabled personal computer.
KEO uses the open-source RISC-V processor architecture.
The device was developed in Karnataka as an alternative to ARM- and x86-based systems.
The engineers said they aim to make computing and edge AI technology more accessible.
They said avoiding ARM and x86 licensing and royalties was a key objective.
- Who
- Two semiconductor engineers from Bengaluru.
- What
- They developed KEO, an affordable AI-enabled personal computer using open-source RISC-V architecture.
- Where
- Bengaluru, Karnataka.
- When
- Why
- To make computing and edge AI more accessible and to avoid the licensing and royalty structures associated with ARM and x86 architectures.
Open-Source RISC-V Approach
Established ARM and x86 Architectures
Processor architecture
Open-Source RISC-V Approach
The engineers developed KEO using open-source RISC-V as an alternative architecture.
Established ARM and x86 Architectures
ARM and x86 are the two dominant architectures used widely in personal computers and other computing devices.
Cost and access
Open-Source RISC-V Approach
The engineers said their approach could make computing and edge AI more accessible by avoiding licensing and royalty structures.
Established ARM and x86 Architectures
The articles do not provide a statement from ARM or x86 representatives about costs, access, or the KEO project.
Key facts
- Device
- KEO
- Type
- Affordable AI-enabled personal computer
- Development location
- Bengaluru, Karnataka
- Processor architecture
- Open-source RISC-V
- Alternative architectures
- ARM and x86
- Stated goal
- Expand access to computing and edge AI technology
- Design objective
- Avoid licensing and royalty structures linked to dominant chip architectures
Sources
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