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Alpha And Omega Semiconductor Limited  (NASDAQ: AOSL)
Other Ticker:  
 
    Sector  Technology    Industry Semiconductors
   Industry Semiconductors
   Sector  Technology
 
Price: $34.3500 $-1.08 -3.048%
Day's High: $35.2 Week Perf: -17.67 %
Day's Low: $ 33.65 30 Day Perf: -2.58 %
Volume (M): 610 52 Wk High: $ 53.29
Volume (M$): $ 20,947 52 Wk Avg: $32.88
Open: $34.54 52 Wk Low: $19.38



 Market Capitalization (Millions $) 1,002
 Shares Outstanding (Millions) 29
 Employees 2,332
 Revenues (TTM) (Millions $) 667
 Net Income (TTM) (Millions $) -23
 Cash Flow (TTM) (Millions $) 20
 Capital Exp. (TTM) (Millions $) 29

Alpha And Omega Semiconductor Limited

We are a designer, developer and global supplier of a broad portfolio of power semiconductors. Our portfolio of power semiconductors includes approximately 1,900 products, and has grown significantly with the introduction of 200 new products during the fiscal year ended June 30, 2018, and over 80 and 90 new products in each of the fiscal years ended June 30, 2017 and 2016, respectively. Our teams of scientists and engineers have developed extensive intellectual properties and technical knowledge that encompass major aspects of power semiconductors, which we believe enable us to introduce and develop innovative products to address the increasingly complex power requirements of advanced electronics. We have an extensive patent portfolio that consists of 722 patents and 108 patent applications in the United States as of June 30, 2018. We differentiate ourselves by integrating our expertise in technology, design, manufacturing capability and advanced packaging to optimize product performance and cost. Our portfolio of products targets high-volume applications, including personal computers, flat panel TVs, smart phones, battery packs, quick chargers, home appliances, consumer and industrial motor controls and power supplies for TVs, computers, servers and telecommunications equipment.

During the fiscal year ended June 30, 2018, we continued our diversification strategy by developing new silicon and packaging platforms to expand our serviceable available market, or SAM and offer higher performance products. Our metal-oxide-semiconductor field-effect transistors, or MOSFET, portfolio expanded significantly across a full range of voltage applications. We also developed new technologies and products designed to penetrate into markets beyond our MOSFET computing base, including the consumer, communications and industrial markets as well as power IC for the next generation computing applications.

Our business model leverages global resources, including research and development and manufacturing in the United States and Asia. Our sales and technical support teams are localized in several growing markets primarily in Asia. We operate a 8-inch wafer fabrication facility located in Hillsboro, Oregon, or the Oregon fab, which enables us to accelerate proprietary technology development, new product introduction and improve our financial performance. To meet the market demand for the more mature high volume products, we also utilize the wafer manufacturing capacity of selected third party foundries. For assembly and test, we primarily rely upon our in-house facilities in China. In addition, we utilize subcontracting partners for industry standard packages. We believe our in-house packaging and testing capability provides us with a competitive advantage in proprietary packaging technology, product quality, costs and sales cycle time.

On March 29, 2016, we entered into a joint venture contract (the “JV Agreement”) with two investment funds affiliated with the municipalities of Chongqing (the “Chongqing Funds”), pursuant to which we and Chongqing Funds form a joint venture, (the “JV Company”), for the purpose of constructing a power semiconductor packaging, testing and wafer fabrication facility in the Liangjiang New Area of Chongqing, China (the “JV Transaction”). The total initial capitalization of the JV Company is $330.0 million (the “Initial Capitalization”). As of June 30, 2018, we own 51%, and the Chongqing Funds own 49%, of the equity interest in the JV Company. The JV Company substantially completed its assembly and testing and 12-inch wafer fab facilities during the quarter ended June 30, 2018. We expect to commence limited mass production for assembly and testing in the second half of calendar year 2018, and trial production for the 12-inch wafer fabrication facility toward the end of calendar year 2018.

Semiconductors are electronic devices that perform a variety of functions, such as converting or controlling signals, processing data and delivering or managing power. With advances in semiconductor technology, the functionality and performance of semiconductors have generally increased over time, while size and cost have generally decreased. These advances have led to a proliferation of more complex semiconductors being used in a wide variety of consumer, computing, communications and industrial markets and have contributed to the growth of the semiconductor industry.
Analog semiconductors

The semiconductor industry is segmented into analog and digital. Analog semiconductors process light, sound, motion, radio waves and electrical currents and voltages. In contrast, digital semiconductors process binary signals represented by a sequence of ones and zeros.

As a result of these fundamental differences, the analog semiconductor industry is distinct from the digital semiconductor industry in terms of the complexity of design and the length of product cycle. Improper interactions between analog circuit elements can potentially render an electronic system inoperable. Experienced engineers engaged in the design process are necessary because computer-aided design cannot fully model the behavior of analog circuitry. Therefore, experienced analog engineers with requisite knowledge are in great demand but short supply worldwide. In addition, analog semiconductors tend to have a longer product life cycle because original design manufacturers, or ODMs and original equipment manufacturers, or OEMs typically design the analog portions of a system to span multiple generations of their products. Once designed into an application, the analog portion is rarely modified because even a slight change to the analog portion can cause unexpected interactions with other components, resulting in system instability.
Power semiconductors

Power semiconductors are a subset of the analog semiconductor sector with their own set of characteristics unique to power architecture and function. Power semiconductors transfer, manage and switch electricity to deliver the appropriate amount of voltage or current to a broad range of electronic systems and also protect electronic systems from damage resulting from excessive or inadvertent electrical charges.

Power semiconductors can be either discrete devices, which typically comprise only a few transistors or diodes, or ICs, which incorporate a greater number of transistors. The function of power discrete devices is power delivery by switching, transferring or converting electricity. Power transistors comprise the largest segment of the power discrete device market. Power ICs, sometimes referred to as power management ICs, perform power delivery and power management functions, such as controlling and regulating voltage and current and controlling power discrete devices.

The growth of the power semiconductor market in recent years has several key drivers. The proliferation of computer and consumer electronics, such as notebooks, tablets, smart phones, flat panel displays and portable media players created the need for sophisticated power management to improve power efficiency and extend battery life. The evolution of these products is characterized by increased functionality, thinner or smaller form factors and decreasing prices. Our Power IC and low voltage (5V-40V) MOSFET products address this market. In the area of AC-DC power supplies for electronic equipment, data centers and servers, the market is characterized by a continuous demand for energy conservation through higher efficiency, which is driving the need for our medium voltage (40V-400V) and high voltage (500V-1000V) MOSFET products. The increased application of power semiconductors to control motors in white goods and industrial applications, is driving demand for Insulated Gate Bipolar Transistors, or IGBTs. IGBTs are also being used in renewable energy and automotive applications.

The evolution toward smaller form factors and complex power requirements in the low voltage areas has driven further integration in power semiconductors, resulting in power ICs that incorporate the functionalities of both power management and power delivery in a single device. Power ICs can be implemented by incorporating all necessary power functions either on one piece of silicon or multiple silicon chips encapsulated into a single device. Additionally, the advancement in semiconductor packaging technology enables increased power density and shrinking form factors.

Power semiconductor suppliers develop and manufacture their products using various approaches which tend to fall across a wide spectrum of balancing cost savings with proprietary technology advantages. At one end of the spectrum are integrated design manufacturers, or IDMs, which own and operate the equipment used in the manufacturing process and design and manufacture products at their in-house facilities. IDMs exercise full control over the implementation of process technologies and have maximum flexibility in setting priorities for their production and delivery schedules. At the other end of the spectrum are completely-outsourced fabless semiconductor companies, which rely entirely on off-the-shelf technologies and processes provided by their manufacturing partners. These companies seek to reduce or eliminate fixed costs by outsourcing both product manufacturing and development of process technologies to third parties. Our model seeks to achieve the best balance between technological advancement and cost effectiveness by using a dedicated in-house technology laboratory to drive rapid new product developments, while utilizing third-party foundry capacity for mature products. This is particularly important in the development of power semiconductor products due to the unique nature of their technology. While digital technologies are highly standardized in leading foundries, power semiconductor technologies tend to be more unique as they seek to accommodate a wider range of voltage applications. Accordingly, third-party foundries, which are primarily designed and established for digital technologies, can be limited when it comes to the development of new power semiconductor technologies.



   Company Address: Clarendon House Hamilton 0
   Company Phone Number: 830-9742   Stock Exchange / Ticker: NASDAQ AOSL


Customers Net Income grew by AOSL's Customers Net Profit Margin grew to

7.9 %

24.07 %

• Customers Performance • Customers Expend. • Customers Efficiency • List of Customers


   

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• View Complete Report
   



Business Update

Alpha and Omega Semiconductor Pioneers Low Quiescent Power Vcore Solution Amidst Vari...

Published Wed, May 29 2024 1:38 PM UTC

SUNNYVALE, Calif. -- Alpha and Omega Semiconductor Limited (AOS) , a global supplier renowned for its broad range of discrete power devices, wide band gap power devices, power management ICs, and modules, has announced an innovation in power management technology. The release of the AOZ71137QI, a sophisticated 3-rail, 7-phase controller designed for multiphase core voltage (...

Alpha And Omega Semiconductor Limited

AOSL Reports Surprising Loss of $0.39 per Share in Latest Financial Report

The stock market is always filled with interesting and sometimes surprising facts. One such fact can be found in the financial report of Alpha And Omega Semiconductor Limited (AOSL) for the third quarter of their fiscal year 2024, which ended on September 30, 2023.
Despite a revenue increase of 12.821% from the previous reporting season, bringing their revenue to $149.56 million, AOSL actually reported a loss of $-0.39 per share. This is a significant change from the previous reporting season, where revenue deteriorated by -9.361% from $165.00 million, and the loss per share grew from $-0.10.

Alpha And Omega Semiconductor Limited

Alpha And Omega Semiconductor Limited suffers significant losses due to weak sales in fiscal first quarter of 2024

Alpha And Omega Semiconductor Limited (AOS) is a semiconductor company based in Sunnyvale, California. The company recently reported its financial results for the fiscal first quarter of 2024, which ended on September 30, 2023. Unfortunately, the results were not favorable, with the company slipping into a loss of $-0.10 per share compared to a profit of $0.21 per share in the same period the previous year. Earnings per share (EPS) also fell from $0.19 per share in the previous reporting period to a loss of $-0.10 per share.
One of the main reasons for the decline in profitability was the considerable decrease in revenue. The company's revenue dropped by -12.587% to $165.00 million, compared to $188.76 million in the same reporting period the previous year. Sequentially, revenue also deteriorated by -8.295% from $179.93 million in the prior quarter. This decline in revenue is a cause for concern and indicates a challenging market environment for Alpha And Omega Semiconductor Limited.

Alpha And Omega Semiconductor Limited

Struggling Against the Headwinds: Alpha and Omega Semiconductor Limited's Bleak Fiscal First Quarter Spells Trouble

Alpha and Omega Semiconductor Limited (AOS) recently reported its financial results for the fiscal first quarter of 2024, and the figures indicate a bleak outlook for the company. The company's net profit per share for the fiscal span ending September 30, 2023, plummeted by -78.41%, dropping to $0.19 per share compared to $0.88 the year before. This represents a significant decline and raises concerns about the company's profitability.
Moreover, the company's revenue also took a hit, receding by -13.695% to $179.93 million from $208.48 million in the same period the previous year. Although there was a gradual increase of 11.935% from the preceding quarter, it is not enough to offset the overall decline in revenue. This decline suggests a lack of demand for Alpha and Omega Semiconductor Limited's products and services.

Alpha And Omega Semiconductor Limited

Alpha And Omega Semiconductor Limited Reports Revenue Contraction in Fiscal Q4 2023, but Shows Promising Earnings Per Share Progress



Alpha And Omega Semiconductor Limited (AOSL) recently released its financial report for the fourth quarter of 2023 earnings season. While the company experienced a decline in revenue and a widened deficit, it showed improvements in income per share. Here are the key highlights of the report:
Financial Highlights:
1. Earnings per Share (EPS): AOSL reported a deficit of $-0.04 per share for the fourth quarter of 2023, compared to $0.53 per share a year ago. However, there was an improvement from the previous reporting period, which had an EPS of $-0.68 per share.
2. Revenue: The company's revenue witnessed a decline of -17.127% to $160.74 million in the fourth quarter of 2023, compared to $193.96 million in the corresponding period last year. Sequentially, revenue improved by 21.258% from $132.56 million.







Alpha And Omega Semiconductor Limited's Segments
Power discrete    65.29 % of total Revenue
Power IC    31.06 % of total Revenue
Packaging and testing services and other    0.61 % of total Revenue
License and development services    3.12 % of total Revenue
Hong Kong    87.07 % of total Revenue
China    9.2 % of total Revenue
South Korea    0.24 % of total Revenue
United States    0.4 % of total Revenue
Other countries    3.17 % of total Revenue





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