Benzinga  Feb 5  Comment 
Citi recently issued a report on Silicon Laboratories (NASDAQ: SLAB) after the company beat Wall Street EPS expectations for the December quarter and offered guidance for the March quarter that was in line with expectations. Currently, analysts at...
Benzinga  Jan 20  Comment 
Shares of Microchip Technology Inc. (NASDAQ: MCHP) were unchanged at $41.70 ahead of Wednesday's opening bell following the company's announcement that it has agreed to acquire Atmel Corporation (NASDAQ: ATML) for a total consideration of $8.15...
New York Times  Jan 20  Comment 
The acquisition is the latest in a series of mergers and acquisitions in the semiconductor industry as chip makers combine to cut costs.
Benzinga  Jan 19  Comment 
According to Morgan Stanley analyst Craig Hettenbach, Microchip Technology Inc. (NASDAQ: MCHP)'s acquisition of Atmel Corporation (NASDAQ: ATML) is “the most identifiable catalyst for the stock we have seen in years.” In a new report,...
Wall Street Journal  Jan 19  Comment 
Reuters  Jan 15  Comment 
Shares in Dialog Semiconductor Plc rose as much as 9 percent on Friday after it said it would not enter a bidding war for U.S. chipmaker Atmel Corp .
newratings.com  Jan 15  Comment 
CHANDLER (dpa-AFX) - Dialog Semiconductor plc (DLGNF.PK, DLGS) said that its board has determined not to revise its proposal to acquire Atmel Corp. (ATML). On January 13, 2016, Atmel published that it had determined that the...
newratings.com  Jan 14  Comment 
Dialog Semiconductor Declines to Revise Bid for Atmel Dialog Semiconductor Plc. / Key word(s): Mergers & Acquisitions 14.01.2016 20:11 Dissemination of an Ad hoc announcement according to § 15 WpHG, transmitted by DGAP - a service of EQS...
SeekingAlpha  Jan 13  Comment 


Consumers can find products by Atmel Corporation (Nasdaq: ATML), which makes integrated circuit boards and computer chips, in everything from printers to cell phones to car keys. Its main customers include Cisco Systems (CSCO), Siemens AG (SI) , Sony (SNE), and Toshiba (TOSBF).

Semiconductor Equipment and Materials International, the main trade association within the semiconductor industry has estimated that overall sales in the industry will slow beginning in 2008.[1] In response to this outlook, Atmel has begun moving towards a fab-lite manufacturing model, which emphasizes the use of third-party foundries for part of the manufacturing process and helps to decrease costs.

Specifically,the movement to the fab-lite model has been driven by the increasing cost of raw materials; in particular, the silicon wafers used to form the foundation of nearly all microchips have seen price increases of more than 25%.[2] ATML must also contend with an industry where annual price decreases can be as high as 33%, reducing profit margins.[3]

In 2008, Atmel purchased Quantum Research Group which is a company that specializes in developing innovative user interfaces, specifically "touch" technologies. Ever since the introduction of the iPhone, the market for touch interface devices has seen significant growth, with more than 50 million cell phones in the market today that have some aspect of this technology and projections by Quantum predicting more than 400 million units by 2011.[4]

Business Overview

Atmel is divided into four main division with each group specializing in microchips that are related to a unique consumer end market. Each microchip, before it is shipped to consumers, is placed through a battery of tests to measure its performance along a defined set of metrics that are common in the semiconductor industry . Some of the key metrics used in this industry are laid out below.

Performance Metrics [5]
Access time Measures the amount of time it takes to access a packet of data from a microchip. Both ATML and its competitor Advanced Micro Devices (AMD) offer chips with access times of less than 50 nanoseconds
Power Consumption Measures in amps the amount of power a microchip uses per hour. Low power usage chips by ATML are frequently used in mobile devices such as cellphones.
Endurance Measures the number of write/erase cycles that can be completed on a microchip in its lifetime before deterioration of the hardware components. Both ATML and its competitor Microchip Technology (MCHP) have been able to create chips with an endurance of 1 million cycles.

Business Financials

Total revenues for ATML have been stagnant or declining since 2004. For 2009, ATML earned a total of $1.22 billion, a significant decline from its 2008 revenues of $1.57 billion. This has negatively impacted ATML's net income. Between 2008 and 2009, ATML's net income declined from a net loss of $27 million in 2008 to $110 million in 2009.

Business Segments

Application Specific Integrated Circuit (24% of 2009 net revenues)[6]

The ASIC division is responsible for the design and manufacturing of integrated circuits that are able to be custom tailored based on customers demands. Additionally, the ASIC division manufactures secure microcontroller-based smart cards that often appear in such devices as the SIM cards that are often placed inside of cell phones.

Microcontrollers (38% of 2009 net revenues)[6]

The microcontroller division of ATML is its most profitable division.The two main products are ATML's proprietary AVR and ARM-based microcontrollers both of which have seen strong growth. The former is a heavily used microchip, particularly in the automotive industry , that has the ability to both store and process information without the need for any external add-on devices.[7] The latter is also a microchip that is based on a separate architecture that is most noted for its power saving features, making it one of the most popular microchips used in the mobile communications industry.[8]

Nonvolatile Memories (24% of 2009 net revenues)[6]

Nonvolatile memory (NVM) in the technology industry refers to any product that can retain information even when its power is turned off. The NVM market is the most competitive one in which ATML sells its products resulting in continued price decreases.

Radio Frequency (12% of 2009 net revenues)[6]

The radio frequency division in ATML specializes in manufacturing wireless key fobs as well as software systems that can detect and prevent car theft. This department is also home to ATML's radio frequency identification (RFID) tags that have become heavily used in the retail industry to track inventory as well as shipments.[9]

Key Trends and Forces

Falling prices in the semiconductor industry force firms to rapidly adapt or lose money

Since 2005, the average price per gigabyte of NVM has fallen from more than $45 to less than $10.[10] This precipitous price drop is reflective of the larger trend of large annual product price decreases in the semiconductor business. Another important component of the cost involved in producing a microchip is the cost of the transistors, or the "switches" on the chip that help to relay electrical signals. A metric that examines the cost of building one million transistors onto a signal microchip demonstrates that prices fall an average of 35% each year.[11] This pattern of continuously decreasing prices has lead ATML to post extremely thin profit margins.

More broadly, in an industry with profit margins on average of less than 3%[12], ATML, along with other firms, are forced to introduce numerous new products each year that are solely geared towards maintaining profit. The longer ATML keeps the same microchip in the market place the smaller the profit it will earn on that product. However, this rapid development can lead to numerous negative repercussions. On average, less than half of all product launches in the semiconductor industry actually meet their scheduled launch date.[13] These pressures to innovate can also cause budget overruns and raise quality concerns.

Switching to a fab-lite manufacturing model increases dependence on outside foundries

Since 2005, ATML, along with much of the semiconductor industry , has been slowly transitioning towards a fab-lite model of manufacturing where the majority of chip production is delegated to third-party foundries. Fab-lite is distinct from outsourcing in the sense that production could still take place within the borders of one country. However, this yip yap production is now carried out by specialized firms, or foundries unlike ATML, that have are focused solely on the manufacturing end of the process.

In 2008, ATML made plans to sell one of its largest factories in Rousset, France, which would result in a loss of 210 workers.[14] The advantage of a fab-lite model is cost, allowing a firm to specialize in design and engineering.[15] However, this strategy creates an increased dependence on outside suppliers coupled with a decreased ability to internally compensate for any lapses in production.[16]

Due to ATML's sales structure it is sensitive to downturns in the Asian economies

More than 50% of ATML's revenues come from sales in Asia, exposing it to the risks associated with Asian economics. A 2008 report by the Semiconductor Equipment and Materials International (SEMI) trade group predicts that spending in the semiconductor industry will fall by more than 20%, lead by the Asian economies.[17] This would have a severe negative impact on ATML's sales.

Atmel's acquisition of Quantum Research exposes the company to the growing touch interface cell phone market

In 2007, Atmel acquired Quantum Research Group, which makes touch interface technology. In 2008, the cell phone market saw almost 20 different models that operate primarily through the use of a touch screen introduced to the market.[18]

Research firms have also predicted that 40% of all cell phones will incorporate some aspect of touch technology by 2012.[19] The technology developed by Quantum Research Group has been used in a wide variety of products including the first ever mobile phone to incorporate an iPod style scroll wheel into its interface[20], making the company a likely beneficiary of touch screen market growth.


AMTL competes in the diverse semiconductor industry alongside such companies as Advanced Micro Devices (AMD), Qimonda AG (QI), STMicroelectronics N.V. (STM), and Microchip Technology (MCHP) . Each of these five companies produce a wide array of products and operate under essentially the same sales model of selling to consumer end product manufacturers in every industry from aeronautics to telecommunications.

Competitive Data [21]
YOY Qtrly Revenue Growth Operating Margin Net Income Endurance Access Time
Atmel (ATML) 4.10% 4.63% 20.15M 1 million cycles [22] 200ns
Advanced Micro Devices (AMD) 3.10% -11.65% -2.88B N/A N/A
Qimonda AG (QI) -48.10% -77.92% -2.58B N/A N/A
STMicroelectronics N.V. (STM) -1.10% 7.29% 76M >1 million cycles 200ns
Microchip Technology (MCHP) 1.6% 31.74% 293.77M 1 million cycles 600ns


  1. DigiTimes Taiwan 9/11/2008: "The state of the semiconductor industry: Q&A with SEMI president Stanley Myers"
  2. Clean Tech 9/9/2008: "China solar industry faces rising silicon costs"
  3. CBR Online 6/14/2007: "Chip growth drops on free-falling prices"
  4. Quantum Research Group Press Release 2/6/2008: "Atmel to Acquire Quantum Research Group"
  5. Datasheet Catalog
  6. 6.0 6.1 6.2 6.3 ATML 10-K 2009 Item 1 Pg. 3
  7. ARV TV: Short Video Clip Explaining ARV Technology
  8. ARM Microchip Overview
  9. The Register 6/27/2003 "RFID Chips are Here"
  10. CNET News 1/4/2006: "Bye-bye hard drive, hello flash"
  11. IC Knowledge 2008: "Price Per Function Trend"
  12. Reuters: ATML Company Statistics
  13. Kalypso White Paper 2006: Semiconductor Product Lifecycle Management"
  14. EETimes Asia 8/5/08: "Atmel Plans to Trim Down French workforce"
  15. EETimes Asia 2/19/2007: "Sony to follow fab-lite model on semi biz"
  16. MarketWatch 8/25/08: "Seventy Fab Projects Brighten Industry Outlook in 2009"
  17. CNET Reviews 5/5/2008: "Touch-screen cell phones: More than just the iPhone"
  18. Forbes 11/26/07: "Reach Out and Touch--A Phone Screen"
  19. Quantum Research Group Mobile Showroom
  20. Yahoo Finance: ATML Competitive Comparison
  21. The chip used for comparison amongst ATML, MHCP, and STM was a 2-wire SerialEEPROM. This is a type of NVM that is used to store small amounts of data when power to the main device is turned off
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