Beyond Oil, Into Silicon.
The UAE’s Next Great Export.
Alpha Power is the Middle-Easts first 3rd Generation Compound Semiconductor FAB.
Beyond Oil,
Into Silicon.
The UAE’s Next
Great Export.
Alpha Power is the Middle-Easts first 3rd Generation Compound Semiconductor FAB.
Beyond Oil, Into Silicon.
The UAE’s Next Great Export.
Alpha Power is the Middle-Easts first
3rd Generation Compound Semiconductor FAB.
Not Experimental. Not Conceptual.
Just Proven Semiconductor Chips to Power Real Technology.
Silicon Carbide (SiC)
Empowering the Next Generation of EVs and Intelligent Data Infrastructure.
Not Experimental. Not Conceptual.
Just Proven Semiconductor Chips to Power Real Technology.
Not Experimental. Not Conceptual.
Just Proven Semiconductor Chips to Power Real Technology.
Silicon Carbide (SiC)
Empowering
the Next
Generation of
EVs and
Intelligent Data Infrastructure
The UAE’s First Silicon Carbide Semiconductor Fab
We are building a foundation for the future with the GCC's first Silicon Carbide (SiC) FAB.
The UAE’s First Silicon Carbide Semiconductor Fab
We are building a foundation for the future.
What is a Semiconductor FAB?
A FAB
- short for Fabrication Plant, is where the raw materials of technology are transformed into the critical components that power the world. In our case, it's where Silicon Carbide (SiC) semiconductors are engineered and manufactured with precision and scalability.
Unlike traditional silicon, SiC is designed to handle high voltage, extreme temperatures, and rapid switching speeds, making it the ideal choice for next-generation power systems.
Our SiC Applications
Our Silicon Carbide (SiC) technology drives key innovations across critical sectors. In Electric Vehicles (EVs) and eVTOLs (Electric Vertical Take-Off and Landing), it enables longer ranges, faster charging, and higher efficiency for sustainable mobility.
For AI Data Centers, it optimizes energy use and reduces heat, driving greener and more efficient computing. In Smart Grids and Renewable Energy, it enhances power distribution and solar integration, ensuring resilient and sustainable energy networks.
What is a Semiconductor FAB?
A
FAB -
short for Fabrication Plant, is where the raw materials of technology are transformed into the critical components that power the world. In our case, it's where Silicon Carbide (SiC) semiconductors are engineered and manufactured with precision and scalability.
Unlike traditional silicon, SiC is designed to handle high voltage, extreme temperatures, and rapid switching speeds, making it the ideal choice for next-generation power systems.
Our SiC Applications
Our Silicon Carbide (SiC) technology drives key innovations across critical sectors. In Electric Vehicles (EVs) and eVTOLs (Electric Vertical Take-Off and Landing), it enables longer ranges, faster charging, and higher efficiency for sustainable mobility.
For AI Data Centers, it optimizes energy use and reduces heat, driving greener and more efficient computing. In Smart Grids and Renewable Energy, it enhances power distribution and solar integration, ensuring resilient and sustainable energy networks.
The UAE’s First Silicon Carbide Semiconductor Fab
We are building a foundation for the future.
What is a Semiconductor FAB?
A FAB - short for Fabrication Plant, is where the raw materials of technology are transformed into the critical components that power the world. In our case, it's where Silicon Carbide (SiC) Semiconductors are engineered and manufactured with precision and scalability.
Unlike traditional silicon, SiC is designed to handle high voltage, extreme temperatures, and rapid switching speeds, making it the ideal choice for next-generation power systems.
Applications
Our Silicon Carbide (SiC) technology drives key innovations across critical sectors. In Electric Vehicles (EVs) and eVTOLs (Electric Vertical Take-Off and Landing), it enables longer ranges, faster charging, and higher efficiency for sustainable mobility.
For AI Data Centers, it optimizes energy use and reduces heat, driving greener and more efficient computing. In Smart Grids and Renewable Energy, it enhances power distribution and solar integration, ensuring resilient and sustainable energy networks.
⼒阿爾法電 | أﻟﻔﺎ ﺑﺎور
A journey of a thousand
miles begins with one-single chip.
⼒阿爾法電 | أﻟﻔﺎ ﺑﺎور
A journey of a thousand
miles begins with
one-single chip.
Make it in the Emirates
Where Energy
Meets Intelligence
We are doing something
Bold at
Alpha Power Semiconductor.
Building the UAE's first
Silicon Carbide (SiC) Fabrication Plant.
The UAE is the ideal choice - a nation built on innovation, powered by ambition, and strategically positioned at the crossroads of global trade. With world-class infrastructure, forward-thinking leadership, and a commitment to industrial sovereignty, the Emirates is set to become a global hub for semiconductor manufacturing.
Beyond making semiconductor chips, we're building an ecosystem - training the next generation of Emirati engineers, partnering with universities, and laying the groundwork for a high-tech future.
Forging the silicon backbone of the UAE's digital future by planting the seeds of a technological revolution right here in the Emirates.
From sand to silicon - shaping the future of global power systems.
Make it in the Emirates
Where Energy
Meets Intelligence
We are doing something
Bold at
Alpha Power Semiconductor.
Building the UAE's first
Silicon Carbide (SiC) Fabrication Plant.
The UAE is the ideal choice - a nation built on innovation, powered by ambition, and strategically positioned at the crossroads of global trade. With world-class infrastructure, forward-thinking leadership, and a commitment to industrial sovereignty, the Emirates is set to become a global hub for semiconductor manufacturing.
Beyond making semiconductor chips, we're building an ecosystem - training the next generation of Emirati engineers, partnering with universities, and laying the groundwork for a high-tech future.
Forging the silicon backbone of the UAE's digital future by planting the seeds of a technological revolution right here in the Emirates.
From sand to silicon - shaping the future of global power systems.
⼒阿爾法電 | أﻟﻔﺎ ﺑﺎور
A journey of a thousand
miles begins with
one-single chip.
Make it in the Emirates
Where Energy Meets Intelligence
We are doing something
Bold at Alpha Power Semiconductor.
Building the UAE's first
Silicon Carbide (SiC) Fabrication Plant.
The UAE is the ideal choice - a nation built on innovation, powered by ambition, and strategically positioned at the crossroads of global trade. With world-class infrastructure, forward-thinking leadership, and a commitment to industrial sovereignty, the Emirates is set to become a global hub for semiconductor manufacturing.
Beyond making semiconductor chips, we're building an ecosystem - training the next generation of Emirati engineers, partnering with universities, and laying the groundwork for a high-tech future.
Forging the silicon backbone of the UAE's digital future by planting the seeds of a technological revolution right here in the Emirates.
From sand to silicon - shaping the future of global power systems.
Our Silicon Carbide (SiC) technology is engineered to power five main application verticals. These sectors represent the foundation of global sustainable energy and intelligent infrastructure, where efficiency, reliability, and power density are critical.
Renewable Energy Systems
We maximize energy output with minimal environmental impact, making solar, wind, and other renewable energy systems more effective and sustainable.
EVs & EVTOLs
(Electric Vehicles & Take-off and Landing)
From ground to sky, our SiC semiconductors enhance battery performance, extend driving range, and increase power efficiency for electric vehicles and next-generation electric air mobility.
Robotics & Industrial Automation
Our SiC technology delivers high-efficiency power control for actuators, motors, and drives in robotic systems. From precision manufacturing to autonomous systems, it enhances speed, reliability, and thermal resilience, ultimately enabling smarter, more agile automation across industries.
Power Systems for
AI Data Centers
Our technology optimizes power usage and reduces thermal output, ensuring faster processing speeds with significantly lower energy consumption, enabling the future of intelligent data infrastructure.
Smart
Grids
SiC technology strengthens power networks, enhancing resilience and efficiency while supporting seamless integration with renewable energy sources. This creates smarter, more reliable grids for sustainable urban growth.
Our Silicon Carbide (SiC) technology is engineered to power five main application verticals. These sectors represent the foundation of global sustainable energy and intelligent infrastructure, where efficiency, reliability, and power density are critical.
Engineering the Backbone of Clean Energy and Intelligent Systems
EVs & EVTOLs
(Electric Vehicles & Take-off and Landing)
From ground to sky, our SiC semiconductors enhance battery performance, extend driving range, and increase power efficiency for electric vehicles and next-generation electric air mobility.
Power Systems for
AI Data Centers
Our technology optimizes power usage and reduces thermal output, ensuring faster processing speeds with significantly lower energy consumption, enabling the future of intelligent data infrastructure.
Robotics & Industrial Automation
Our SiC technology delivers high-efficiency power control for actuators, motors, and drives in robotic systems. From precision manufacturing to autonomous systems, it enhances speed, reliability, and thermal resilience, ultimately enabling smarter, more agile automation across industries.
Renewable Energy
Systems
We maximize energy output with minimal environmental impact, making solar, wind, and other renewable energy systems more effective and sustainable.
Smart Grids
SiC technology strengthens power networks, enhancing resilience and efficiency while supporting seamless integration with renewable energy sources. This creates smarter, more reliable grids for sustainable urban growth.
Engineering the Backbone of Clean Energy and Intelligent Systems.
Our Silicon Carbide (SiC) technology is engineered to power four main application verticals. These sectors represent the foundation of global sustainable energy and intelligent infrastructure, where efficiency, reliability, and power density are critical.
EVs & EVTOLs
(Electric Vehicles & Take-off and Landing)
From ground to sky, our SiC semiconductors enhance battery performance, extend driving range, and increase power efficiency for electric vehicles and next-generation electric air mobility.
Power Systems for
AI Data Centers
Our technology optimizes power usage and reduces thermal output, ensuring faster processing speeds with significantly lower energy consumption, enabling the future of intelligent data infrastructure.
Smart
Grids
SiC technology strengthens power networks, enhancing resilience and efficiency while supporting seamless integration with renewable energy sources. This creates smarter, more reliable grids for sustainable urban growth.
Renewable Energy
Systems
We maximize energy output with minimal environmental impact, making solar, wind, and other renewable energy systems more effective and sustainable.
Engineering the Backbone of Clean Energy and Intelligent Systems.
Our Silicon Carbide (SiC) technology is engineered to power five main application verticals. These sectors represent the foundation of global sustainable energy and intelligent infrastructure, where efficiency, reliability, and power density are critical.
Robotics & Industrial Automation
Our SiC technology delivers high-efficiency power control for actuators, motors, and drives in robotic systems. From precision manufacturing to autonomous systems, it enhances speed, reliability, and thermal resilience, ultimately enabling smarter, more agile automation across industries.
EVs & EVTOLs
(Electric Vehicles & Take-off and Landing)
From ground to sky, our SiC semiconductors enhance battery performance, extend driving range, and increase power efficiency for electric vehicles and next-generation electric air mobility.
Power Systems for
AI Data Centers
Our technology optimizes power usage and reduces thermal output, ensuring faster processing speeds with significantly lower energy consumption, enabling the future of intelligent data infrastructure.
Smart
Grids
SiC technology strengthens power networks, enhancing resilience and efficiency while supporting seamless integration with renewable energy sources. This creates smarter, more reliable grids for sustainable urban growth.
Renewable Energy
Systems
We maximize energy output with minimal environmental impact, making solar, wind, and other renewable energy systems more effective and sustainable.
Semiconductors.
Made in the UAE.
Semiconductors.
Made in the UAE.
Semiconductors.
Made in the UAE.
SBD Diode Structure
Ultra-fast switching with minimal reverse recovery loss. Optimized for high frequency efficiency and low forward voltage operation.
JBS Diode Structure
High blocking voltage with low conduction and leakage losses. Delivers strong surge current capability and reliable efficiency under stress.
PIN Diode Structure
Extremely high blocking voltage and current handling. Low leakage with proven reliability in demanding environments.
SBD Diode Structure
Ultra-fast switching with minimal reverse recovery loss. Optimized for high-frequency efficiency and low forward voltage operation.
JBS Diode Structure
High blocking voltage with low conduction and leakage losses. Delivers strong surge current capability and reliable efficiency under stress.
MPS Diode Structure
Extremely high blocking voltage and current handling. Low leakage with proven reliability in demanding environments.
10,000
wafers per month - phase 1 production output
1,200+
high-tech jobs created for Emirati talent
40%+
more energy efficient than traditional Silicon
10,000
wafers per month - phase 1 production output
1,200+
high-tech jobs created for Emirati talent
40%+
more energy efficient than traditional Silicon
10,000
wafers per month - phase 1 production output
1,200+
high-tech jobs created for Emirati talent
40%+
more energy efficient than traditional Silicon
