Hsinchu, Taiwan, July 18, 2023 - Airoha Technology, a global leader in fixed broadband network infrastructure and advanced Artificial Intelligence of Things technologies, is making significant strides in the industry. With its dual business groups, the company is leveraging over two decades of industry experience to focus on the development of high-value, high-margin chips that utilize iterative technologies with high entry barriers. AIROHA projects a robust compound annual growth rate (CAGR) of 13% in its targeted SAM (Serviceable Available Market) from 2023 to 2025.

Airoha Technology delivers top-tier products through its four key product lines: Bluetooth® Communication, GNSS (Global Navigation Satellite System), Fixed Broadband Network, and Ethernet. With the backing of its parent company, MediaTek, and its advanced platforms in 5G, Wi-Fi 7, Smart TV, and automotive electronics, AIROHA ensures seamless integration, interoperability, and rigorous testing. Several of AIROHA's flagship offerings, including TWS (True Wireless Stereo) headphone chips, GNSS receiver chips, and fiber optic CPE chips, rank among the top three worldwide.

"Airoha Technology plays a pivotal role in MediaTek's technological strategy. With over 20 years of profound industry experience, AIROHA's two business groups are adept at selecting and developing high-value, high-margin chips using iterative technologies that have high entry barriers. This strategy has led to a growth of 17% in our gross margin over the past six years," stated Hsieh Ching-Jiang, Chairman of Airoha Technology.

"Our market shares in TWS, GNSS and fixed broadband network chips are among the top three in the world, with a customer base that reaches every corner of the globe. Our goal is to learn from the world's top customers, continue to innovate with advanced technologies, deliver high value products to our customers and grow with our customers," says Hsieh.

Visible revenues are expected to grow every quarter through 2023, and the CAGR of the AIROHA chips' targeted SAM is estimated at 13% through the years to 2025

Airoha Technology anticipates consistent quarterly revenue growth through 2023, with a projected CAGR of 13% for its chips' targeted SAM until 2025. The company plans to launch new products between 2023 and 2025 to boost revenue and market share. With current sales accounting for just 10% of its targeted SAM, AIROHA's future growth potential is substantial.

The Infrastructure of Fixed Broadband Network: Cumulative shipments of more than 700 million sets of fiber optic communication chips to more than 80 countries

In 2022, AIROHA made waves by partnering with a major North American carrier to launch the world's fastest broadband service, boasting 8 Gbps symmetrical uplink and downlink speeds. This innovation garnered significant global attention. In 2023, AIROHA's next-generation flagship chip - a 12-Core 10G-PON fiber broadband CPE SoC - has successfully transitioned into mass production. AIROHA has worked closely with our partners, and we can only win business if operators approve our specification solutions.

With 20 years of experience in discussing specifications, introducing chip solutions, and testing and verifying products with major network operators around the world, we have become a trusted chip provider in developing specifications with major operators and have achieved a leading market position in many countries.

Advanced Artificial Intelligence of Things landscape, AIROHA is already among the world's top 3 chip suppliers for TWS and GNSS customers

With over 20 years of experience in Bluetooth® audio, AIROHA provides chips offering reliable network connectivity and Active Noise Cancellation (ANC) technologies. Last year, AIROHA has also successfully entered the Bluetooth® gaming headphone market with 10 ms ultra-low latency products. AIROHA is also the world’s first company to introduce a 12 nm dual frequency GNSS SoC, which significantly reduces power consumption, supports six satellite constellations, and employs AI methods for automatic environment identification, thereby reducing positioning time and improving accuracy and reliability.