The launch of Sarawak’s first homegrown Gallium Nitride (GaN) semiconductor chip via the keteq.GaN and keteq.ai platforms represent more than a technical milestone - it signals a transformation in the state’s economic direction.
The launch of Sarawak’s first homegrown Gallium Nitride (GaN) semiconductor chip via the keteq.GaN and keteq.ai platforms represent more than a technical milestone - it signals a transformation in the state’s economic direction.
The launch of Sarawak’s first homegrown Gallium Nitride (GaN) semiconductor chip via the keteq.GaN and keteq.ai platforms represent more than a technical milestone - it signals a transformation in the state’s economic direction.
The launch of Sarawak’s first homegrown Gallium Nitride (GaN) semiconductor chip via the keteq.GaN and keteq.ai platforms represent more than a technical milestone - it signals a transformation in the state’s economic direction.
The launch of Sarawak’s first homegrown Gallium Nitride (GaN) semiconductor chip via the keteq.GaN and keteq.ai platforms represent more than a technical milestone - it signals a transformation in the state’s economic direction.
The launch of Sarawak’s first homegrown Gallium Nitride (GaN) semiconductor chip via the keteq.GaN and keteq.ai platforms represent more than a technical milestone - it signals a transformation in the state’s economic direction.
The launch of Sarawak’s first homegrown Gallium Nitride (GaN) semiconductor chip via the keteq.GaN and keteq.ai platforms represent more than a technical milestone - it signals a transformation in the state’s economic direction.
The launch of Sarawak’s first homegrown Gallium Nitride (GaN) semiconductor chip via the keteq.GaN and keteq.ai platforms represent more than a technical milestone - it signals a transformation in the state’s economic direction.
Sarawak Impact: How does Sarawak drive sustainable development?
Datuk Dr Hazland: To navigate Sarawak's sustainable future, the State government has...
