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As filed with the Securities and Exchange Commission on December 12, 2002 UNITED STATES
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| |X| | ANNUAL REPORT PURSUANT TO SECTION 13 OR 15(d) OF THE SECURITIES EXCHANGE ACT OF 1934 |
| For the fiscal year ended September 30, 2002 |
| |_| | TRANSITION REPORT PURSUANT TO SECTION 13 OR 15(d) OF THE SECURITIES EXCHANGE ACT OF 1934 |
| For the transition period from _____________ to ____________ |
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Commission File Number 001-16397 Agere Systems Inc. |
| Delaware (State or other jurisdiction of incorporation or organization) |
22-3746606 (I.R.S. Employer Identification No.) |
| 1110 American Parkway N.E. Allentown, Pennsylvania (Address of principal executive offices) |
18109 (Zip Code) |
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Registrants telephone number, including area code: 610-712-6011 Securities registered pursuant to Section 12(b) of the Act: |
| Title of Each Class Class A Common Stock, $.01 par value Class B Common Stock, $.01 par value |
Name of Each Exchange on Which Registered New York Stock Exchange New York Stock Exchange |
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Securities registered pursuant to Section 12(g) of the Act: None Indicate by check mark whether the registrant (1) has filed all reports required to be filed by Section 13 or 15(d) of the Securities Exchange Act of 1934 during the preceding 12 months (or for such shorter period that the registrant was required to file such reports), and (2) has been subject to such filing requirements for the past 90 days. |X| Yes |_| No Indicate by check mark if disclosure of delinquent filers pursuant to Item 405 of Regulation S-K is not contained herein, and will not be contained, to the best of registrants knowledge, in definitive proxy or information statements incorporated by reference in Part III of this Form 10-K or any amendment to this Form 10-K. |_| Indicate by check mark whether the Registrant is an accelerated filer (as defined in Rule 12b-2 of the Exchange Act). |X| Yes |_| No The aggregate market value of voting common equity held by non-affiliates of the registrant as of December 1, 2002 was approximately $2.3 billion. As of December 1, 2002, 740,948,404 shares of Class A common stock and 907,995,677 shares of Class B common stock were outstanding. DOCUMENTS INCORPORATED BY REFERENCECertain information required by Part III of this report (Items 10, 11, 12 and 13) is incorporated by reference from the registrants proxy statement to be filed pursuant to Regulation 14A with respect to the registrants 2003 annual meeting of stockholders. Agere Systems Inc.
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| Item 1. | Business |
| Item 2. | Properties |
| Item 3. | Legal Proceedings |
| Item 4. | Submission of Matters to a Vote of Security Holders |
| Executive Officers of the Registrant |
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PART II |
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PART III |
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PART IV |
| Item 15. | Exhibits, Financial Statement Schedules, and Reports on Form 8-K |
| | digital signal processors for speech compression and encoding and transmission of voice and data; |
| | conversion signal processors to convert signals between frequencies used in digital signal processors and frequencies used for radio transmission; and |
| | software that controls the communication process. |
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We also license hardware and software designs for mobile telephones that use our integrated circuits. Most of our mobile terminal products support General Packet Radio Service, or GPRS, and operate on the Global Systems for Mobile Communications, or GSM, standard. GPRS provides enhanced data transmission capabilities for GSM mobile phones. Infrastructure SystemsThrough our Infrastructure Systems group, we offer solutions for high-speed communications systems that encompass integrated circuits, software and reference designs. Our products facilitate the transmission and switching of voice, video and data signals within communications networks, including optical, wireline and wireless networks. Our products are used primarily in the following types of equipment: |
| | network communications equipment, which facilitate the transmission, switching and management of data and voice traffic within communications networks; |
| | network access equipment, such as data communications equipment, which allow devices to connect with communications networks; and |
| | wireless infrastructure equipment, such as cellular base stations, which transmit and receive data and voice communications through radio waves. |
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Our ongoing infrastructure systems product offerings support three primary applications: |
| | networking; |
| | processing, aggregation and switching; and |
| | transport. |
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We sell integrated circuit solutions that include physical layer devices, integrated circuits supporting SONET/SDH communication standards, multi-service switching fabrics and network processing devices and broadband access devices, each of which is described below. In addition, we currently sell optoelectronic components that are utilized in optical networks, although we are selling or exiting this business. Optical networks transmit information as pulses of light, or optical signals, through optical fibers, which are hair-thin glass strands. We primarily offer active optical components, including lasers, modulators, transmitters and amplifiers. An active component is a device that has both optical and electronic properties. Networking Devices The majority of our revenue from networking devices is derived from the sale of customized integrated circuits for our customers. These integrated circuits incorporate our intellectual property or combine our intellectual property with our customers intellectual property to create a customized solution for these customers. For some customers, we design and manufacture the integrated circuit while the key intellectual property belongs solely to our customers. Our systems-level knowledge and integrated circuit design methodologies allow us to turn our customers design concepts into a systems solution quickly and effectively. Our intellectual property gives our customers the flexibility to customize their products to meet their individual cost and performance objectives. In fiscal 2002, we sold our field-programmable gate array, or FPGA, and field-programmable systems-on-a-chip, or FPSC, business to Lattice Semiconductor Corporation, and we sold our analog line card business to Legerity, Inc. The analog line card business provided integrated circuits to telecommunication equipment manufacturers for use in traditional voice telephone networks. Processing, Aggregation and Switching Devices Multi-Service Switching Fabrics and Network Processing Devices. Switching devices guide data to different local area networks and wide area networks based on the intended destination. Multi-service switching devices support the transmission of voice and video signals as well as data. We sell switch fabrics and programmable network processors to communications equipment manufacturers. A switch fabric directs the data within a switching device. A network processor is a component that controls how data is sent over a network or over a switch fabric such that the data retains its quality of service without interfering with other data traffic. We also offer supporting software with our switching products. We currently offer switching products for asynchronous transfer mode, or ATM, and Internet protocol, or IP. Asynchronous transfer mode and Internet protocol refer to different procedures for the formatting and timing of data transmission between two pieces of equipment. Our switching integrated solutions reduce the number of required integrated circuits needed in a switching device. Broadband Access Devices. Broadband is a general term that refers to high-speed data transmission. Our broadband access integrated circuits, or mappers, support data transport between central offices and enterprise sites by aggregation and termination. Aggregation refers to the combining of many low-speed, or tributary, data signals from enterprises into higher speed, or trunk, data signals for transmission to a central office. Termination refers to the separation of trunk data signals into lower-speed, tributary data signals. Our products support data transport for T-carrier data transport in North America. T-carrier is a digital transmission service from a common carrier. We support similar services worldwide which are referred to as J-carrier in Japan and E-carrier in Europe. T-carrier services such as T1 and T3 lines are widely used to create point-to-point networks for use by enterprises. T1 and T3 lines refer to different levels of T-carrier service that transmit data at 1.5 megabits per second and 44.7 megabits per second, respectively. A megabit is a unit of measurement for data and is equal to approximately one million bits. Wireless Infrastructure Devices. We sell integrated circuit solutions used in wireless infrastructure products, which are primarily cellular base stations and cellular base transceiver stations. These devices include digital signal processors for speech compression and encoding and transmission of voice and data. We also are beginning to sample to some customers radio frequency devices to transmit signals. Transport Devices Physical Layer Devices. High-speed physical layer devices are key elements in the conversion between optical signals and electronic signals in communications networks. High-speed physical layer devices accept the output from an optical receiver and convert it into a digital data signal that can be used in communications switching and processing functions. Our products include integrated circuit components for physical layer devices that provide a complete product offering for transmission up to and including 10 gigabits per second. SONET/SDH Network Devices. Synchronous optical networks, which are typically referred to as SONET, and synchronous digital hierarchy standard networks, or SDH, carry data, voice and video traffic through a network by combining lines carrying traffic at slower speeds with lines carrying traffic at higher speeds. This process is known as multiplexing, and involves directing traffic from the individual lines into designated time slots in the higher speed lines, and those lines into still higher speed lines. The SONET/ SDH equipment that handles the directing of traffic into slower speed and faster speed lines is the add-drop multiplexor, or ADM. Add-drop multiplexors handle the addition and removal of traffic from a SONET/SDH communication transmission. We offer single-chip integrated circuit solutions, or framers, for add-drop multiplexing of data and voice traffic. In addition, our framers are used in high-speed routers within an optical network. A router is an interface, or link, between two networks. Optoelectronic Components We currently sell the optoelectronic components described below. We expect to transfer these product lines as part of the sale of a substantial portion of our optoelectronics business to TriQuint, except where noted. Lasers. We offer a variety of lasers for use in high-speed transport, metropolitan and submarine network applications. We also offer analog lasers for use in cable television applications. These lasers are not included in the TriQuint sale. Modulators. Our lithium niobate modulators are used in high-speed transport and metropolitan network applications, and our lithium niobate polarization controllers are used in high-speed transport network applications. Amplifiers. We offer erbium doped fiber amplifiers and Raman amplifiers in high-speed transport and metropolitan network applications. Transmitters, Receivers and Transceivers. We offer cooled laser transmitters for high-speed transport and metropolitan network applications, and tunable laser transmitters for high-speed transport network applications that are designed to enable flexible and reconfigurable optical networks. We offer uncooled laser transmitters for metropolitan network applications. Our positive intrinsic negative, or PIN, receivers are used for high-speed transport, metropolitan and cable television network applications. Our avalanche photo detector, or APD, receivers are used for high-speed transport and metropolitan network applications. We also offer combined transmitters and receivers, which are called transceivers. Analog receivers and transmitters related to cable television applications are not included in the sale to TriQuint. Transponders. Our transponders offer both integrated circuits and optoelectronic components in one combined unit, or module. This module combines a transceiver with a multiplexor/demultiplexor into a unified product. A multiplexor is an electronic device that allows two or more signals to be combined for transmission over one communications circuit. A demultiplexor separates two or more signals previously combined by compatible multiplexing equipment. Customers, Sales And DistributionCustomers We have a globally diverse base of customers, consisting primarily of manufacturers of computer and communications equipment. We generally target as customers the leaders in the market segments in which our products are used as well as the companies we believe will be future leaders in these segments. In fiscal 2002, we sold our products directly to approximately 260 end customers and indirectly, through distributors, to approximately 800 end customers. For some end customers, we deliver the product to, and are paid by, a third party associated with the customer, such as their contract manufacturer. Our top 20 end customers in fiscal 2002, based on revenue, accounted for approximately 68% of our revenue and our top 10 end customers in fiscal 2002, based on revenue, accounted for approximately 53% of our revenue. Our top ten end customers in fiscal 2002 were: |
| Apple Computer, Inc. Avaya Inc. Cisco Systems, Inc. Hewlett Packard Lucent Technologies Inc. |
Maxtor Corp. NEC Corporation Seagate Technology, Inc. Siemens AG Western Digital Corp. |
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Our sales to Lucent represented 10%, 15% and 21% of our revenue in fiscal 2002, 2001 and 2000, respectively, and our sales to Maxtor represented 13% of our revenue in fiscal 2002. No other customer accounted for 10% or more of our revenue in fiscal 2002, 2001 or 2000. Sales and Distribution We have a worldwide sales organization with approximately 420 employees as of September 30, 2002, located in 9 domestic and 14 international sales offices. We sell our products globally primarily through our direct sales force. To complement our direct sales force, we also sell our products through distributors, which sales in fiscal 2002 represented approximately 10% of our revenue. We aim to have our customers incorporate our products into the end products they design and develop. Typically, manufacturers of computer and communications equipment conduct a competitive process to select suppliers for the parts that they will include in their end products. Our sales, marketing and technical personnel work with customers to demonstrate our products ability to satisfy any specific requirements. We call winning the competitive process a design win. A design win is important because it allows us to establish a long-term relationship with the customer, at least through the life-cycle of the product. We generally do not, however, enter into written agreements with our customers after achieving a design win. A customer could terminate its relationship with us or discontinue developing the product. Most of our revenue originates from sales that are the result of design wins. After we achieve a design win and negotiate the terms of the sale, we deliver our products to our end customers in a number of ways. Our end customers typically have us ship our products to their facilities directly. In some instances, however, our customer uses a contract manufacturer to manufacture and assemble their end product. When our product is being incorporated into an end product being manufactured by a contract manufacturer, we often ship our product directly to the contract manufacturer and receive payment from that contract manufacturer. To determine our sales to particular customers, however, we recognize this type of transaction as a sale to, and revenue from, the end customer. Sometimes a customer for whom we have achieved a design win will have us sell that product to a distributor or trading company from whom the customer then buys our product. We recognize these transactions as indirect sales. ManufacturingOur operations support organization is responsible for the supply chain management and manufacturing activities of both integrated circuits devices and optoelectronics components. As of September 30, 2002, we had approximately 5,700 employees devoted to manufacturing and related support activities. Integrated Circuit Manufacturing We had 6 facilities located in 3 countries devoted to manufacturing integrated circuits as of September 30, 2002. These sites utilized approximately 2.3 million square feet of space dedicated to manufacturing. As of September 30, 2002, our company-owned and joint venture wafer fabrication operations were in the United States and Singapore, while our assembly and test operations were in the United States, Singapore and Thailand. Since January 2002, we have been consolidating our integrated circuit manufacturing operations and expect that by September 2003, all our manufacturing in the United States will be conducted at our facility in Orlando, Florida. We are seeking a buyer for that facility, but will continue to operate it at least through September 2004, as we reduce the amount of our owned manufacturing capacity to reduce our fixed costs. See note 5 to our financial statements in Item 8. We have a joint venture, called Silicon Manufacturing Partners, with Chartered Semiconductor Manufacturing Ltd., that operates an integrated circuit manufacturing facility in Singapore. We have agreed to purchase 51% of the ventures managed wafer capacity and Chartered Semiconductor has agreed to purchase the remaining 49% of the managed wafer capacity. Silicon Manufacturing Partners determines its managed wafer capacity each year based on forecasts provided by Agere and Chartered Semiconductor. If we do not purchase all the wafers allotted to us, we may be obligated to reimburse the joint venture for the portion of its fixed costs associated with the unpurchased wafers. Chartered Semiconductor is similarly obligated with respect to the wafers allotted to it. Chartered Semiconductor will also have the right of first refusal to the wafers produced in excess of our requirements. The joint venture agreement may be terminated by either party upon two years written notice, but may not be terminated prior to February 2008. The agreement also may be terminated for material breach, bankruptcy or insolvency. Currently, we manufacture most of our integrated circuits in facilities that we either own or operate through a joint venture. We also have third-party manufacturing relationships to improve our manufacturing efficiency and flexibility and to allow us to focus on developing leading products. In the future, we expect to increase the amount of integrated circuits we buy at market prices, whether through our relationship with Chartered Semiconductor or other relationships. Optoelectronic Component Manufacturing We had six facilities located in the United States and one facility located in Mexico devoted to manufacturing optoelectronic components as of September 30, 2002. These sites utilized approximately 500,000 square feet. As part of the exit of our optoelectronics business we plan to sell or close all of our optoelectronics manufacturing facilities. CompetitionWe sell products designed for communications and computer equipment manufacturers. Our customers products are sold in market segments that are intensely competitive and characterized by: |
| | rapid technological change; |
| | evolving standards; |
| | short product life cycles; and |
| | price erosion. |
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There are many competitors for our products. We expect the intensity of competition in the market segments we serve to continue to increase in the future as existing competitors enhance and expand their product offerings and as our customers attempt to limit the number of suppliers from which they buy. Increased competition may result in price reductions, reduced revenues and loss of market share. We cannot assure you that we will be able to compete successfully against existing or future competitors. Some of our customers and companies with which we have strategic relationships also are, or may be in the future, competitors of ours. Our primary competitors within our client product areas are listed in the table below. |
| Storage |
Wireless Local Area Networking |
Computing Connectivity |
Mobile Terminals | ||||
|---|---|---|---|---|---|---|---|
Infineon Technologies AG |
Broadcom Corp. |
Broadcom Corp. |
Koninklijke Philips Electronics AG |
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LSI Logic Corp. |
Intersil Holding Corp. |
Conexant Systems, Inc. |
Motorola, Inc. |
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Marvell Communications Corp. |
Texas Instruments Incorporated |
Infineon Technologies AG |
QUALCOMM Inc. |
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STMicroelectronics N.V. |
Koninklijke Philips Electronics AG |
Skyworks Solutions, Inc. |
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Texas Instruments Incorporated |
Marvell Communications Corp. |
STMicroelectronics N.V. |
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PCTel, Inc. |
Texas Instuments Incorporated |
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Our primary competitors within our infrastructure product areas are listed in the table below. |
| Networking |
Processing, Aggregation And Switching |
Transport |
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|---|---|---|---|---|---|---|---|---|---|
Broadcom Corp. |
Applied Micro Circuits Corp. |
Applied Micro Circuits Corp. |
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IBM Corp. |
Conexant Systems, Inc. |
Intel Corp. |
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Infineon Technologies AG |
IBM Corp. |
PMC-Sierra, Inc. |
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LSI Logic Corp. |
Intel Corp. |
Vitesse Semiconductor Corporation |
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Motorola, Inc. |
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Texas Instruments Incorporated |
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Our competitive position varies depending on the market segment and product areas within these segments. For example, we are number one or two, based on revenue, in many of our product areas, including analog modems, baseband integrated circuits for wireless infrastructure, SONET/SDH integrated circuits and wired communications integrated circuits. However, our competitive position is not as strong in the wireless terminal and network processor product areas. While improving our position in many of the product areas where our position is less well-established is an objective of ours, we cannot assure you that we will be able to accomplish this goal. Further, because we expect to face increasing competitive pressures from both current and future competitors in the product areas we serve, we may not be able to maintain our position in the product areas in which we are currently a leader. We believe competition in our industry is based on the following factors: |
| | performance and reliability; |
| | price; |
| | compatibility of products with other products and communications standards used in communications networks; |
| | product size; |
| | ability to offer integrated solutions; |
| | time to market; |
| | breadth of product line; |
| | logistics and planning systems; and |
| | quality of manufacturing processes. |
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While we believe we are competitive on the basis of all the factors listed above, we believe some of our competitors compete more favorably on the basis of price and on delivering products to market more quickly. However, we feel we are particularly strong in offering integrated solutions, our broad product lines and our logistics and planning systems. Research and developmentOur research and development personnel focus on product and manufacturing process development, which provides the technological basis for our commercial products, and on basic research, which helps provide the scientific advances which ultimately lead to new products and technology and manufacturing processes. As of September 30, 2002, our product and process development team was comprised of approximately 2,500 development engineers and scientists. Approximately 80 percent of these development engineers and scientists design and implement product solutions. The remaining 20 percent work primarily on design and manufacturing technology, such as the technology for system-on-a-chip and integrated circuit design methodology. In addition to our internal research and development team, we work closely with universities around the world and have entered into joint research and development initiatives with other companies. Our research and development expenditures were $693 million, $951 million and $827 million for fiscal 2002, 2001 and 2000, respectively. We anticipate that we will continue to make significant research and development expenditures to maintain our competitive position with a continuing flow of innovative products and technology. Patents, Trademarks And Other Intellectual PropertyWe own or have rights to a number of patents, trademarks, copyrights, trade secrets and other intellectual property directly related to and important to our business. We have approximately 5,700 U.S. patents and patent applications and their corresponding foreign patents and patent applications. These patents include patents related to the following technologies: |
| | integrated circuit and optoelectronic manufacturing processes; |
| | integrated circuits for use in products such as modems, digital signal processors, wireless communications, network processors and communication protocols; and |
| | optoelectronic products including lasers, optical modulators, optical receivers and optical amplifiers. |
| Name |
Age |
Position |
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|---|---|---|---|---|---|
| John T. Dickson | 56 | President, Chief Executive Officer | |||
| Ronald D. Black | 38 | Executive Vice President, Client Systems | |||
| Mark T. Greenquist | 44 | Executive Vice President and Chief Financial Officer | |||
| Peter Kelly | 45 | Executive Vice President, Operations | |||
| Sohail A. Khan | 48 | Executive Vice President, Infrastructure Systems | |||
| Ahmed Nawaz | 53 | Executive Vice President, Worldwide Sales | |||
| Fiscal 2001 |
High |
Low |
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|---|---|---|---|---|---|
| Quarter Ended March 31, 2001 | $6.23 | $6.01 | |||
| (trading began March 28, 2001) | |||||
| Quarter Ended June 30, 2001 | $9.50 | $4.10 | |||
| Quarter Ended September 30, 2001 | $7.50 | $3.10 | |||
| Fiscal 2002 |
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|---|---|---|---|---|---|
| Quarter Ended December 31, 2001 | $6.30 | $4.06 | |||
| Quarter Ended March 31, 2002 | $6.10 | $3.60 | |||
| Quarter Ended June 30, 2002 | $4.49 | $1.40 | |||
| Quarter Ended September 30, 2002 | $2.70 | $0.95 | |||
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All of our outstanding Class B common stock was held by Lucent until June 1, 2002, when Lucent completed our spin-off, distributing to its stockholders all of our Class A common stock and Class B common stock that it held on that date. Our Class B common stock has been traded on the New York Stock Exchange under the symbol AGR.B since June 3, 2002. The following table sets forth, for the indicated periods, the quarterly high and low sale prices of our Class B common stock, as reported in the consolidated transaction reporting system. |
| Fiscal 2002 |
High |
Low |
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|---|---|---|---|---|---|
| Quarter ended June 30, 2002 | $3.32 | $1.35 | |||
| (trading began June 3, 2002) | |||||
| Quarter ended September 30, 2002 | $2.72 | $0.94 | |||