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SECURITIES AND EXCHANGE COMMISSION
WASHINGTON, D.C. 20549

FORM 10-K

FOR ANNUAL AND TRANSITION REPORTS PURSUANT TO SECTION 13
OR 15(d) OF THE SECURITIES EXCHANGE ACT OF 1934

(MARK ONE)

/x/ ANNUAL REPORT PURSUANT TO SECTION 13 OR 15(d) OF THE
SECURITIES EXCHANGE ACT OF 1934

FOR THE FISCAL YEAR ENDED JANUARY 31, 2001

OR

/ / TRANSITION REPORT PURSUANT TO SECTION 13 OR 15(d) OF THE
SECURITIES EXCHANGE ACT OF 1934

FOR THE TRANSITION PERIOD FROM                to                .

COMMISSION FILE NUMBER 0-27414

REMEC, INC.
(EXACT NAME OF REGISTRANT AS SPECIFIED IN ITS CHARTER)

REGISTRANT'S TELEPHONE NUMBER, INCLUDING AREA CODE: (858) 560-1301

SECURITIES REGISTERED PURSUANT TO SECTION 12(b) OF THE ACT: NONE

SECURITIES REGISTERED PURSUANT TO SECTION 12(g) OF THE ACT:
COMMON STOCK, $.01 PAR VALUE
(TITLE OF CLASS)

    Indicate by check mark whether REMEC (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 twelve (12) months (or such shorter period that REMEC was required to file such reports) and (2) has been subject to such filing requirements for the past ninety (90) days: Yes /x/  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 Registrant's knowledge, in definitive proxy or information statements incorporated by reference in Part III of this Form 10-K. / /

    The aggregate market value of the voting stock held by non-affiliates of REMEC on March 30, 2001 was approximately $390,000,641 based on the last reported sale price on the Nasdaq National Market of $9.4688 per share of such stock on March 29, 2001.

    The number of outstanding shares of Registrant's Common Stock as of March 30, 2001 was 44,684,720.

DOCUMENTS INCORPORATED BY REFERENCE

    Portions of the Proxy Statement for REMEC's Annual Meeting of Shareholders expected to be held on June 11, 2001, a definitive copy of which will be filed with the SEC within 120 days after the end of the year covered by this Form 10-K, are incorporated by reference herein in Part III of this Form 10-K.

REMEC, INC.
ANNUAL REPORT ON FORM 10-K
FOR FISCAL YEAR ENDED JANUARY 31, 2001

TABLE OF CONTENTS

PART I

    Some of the statements made by us in this Annual Report on Form 10-K are forward-looking in nature, including but not limited to, statements relating to our future revenue, product development, demand, acceptance and market share, gross margins, levels of research and development, our management's plans and objectives for our current and future operations, and other statements that are not historical facts. Forward-looking statements include, but are not limited to, statements that are not historical facts, and statements including forms of the words "intend", "believe", "will", "may", "could", "expect", "anticipate", "plan", "possible", and similar terms. Actual results could differ materially due to a variety of factors, including the risks described in this Annual Report and the other documents we file from time to time with the Securities and Exchange Commission. Readers are cautioned not to place undue reliance on these forward-looking statements, which speak only as of the date hereof. We undertake no obligation to publicly release the result of any revisions to these forward-looking statements that may be made to reflect events or circumstances after the date hereof or to reflect the occurrence of unanticipated events.

ITEM 1.  BUSINESS

INTRODUCTION

    REMEC is a leading designer and manufacturer of high frequency subsystems used in the transmission of voice, video and data traffic over wireless communications networks. Our products are designed to improve the capacity, efficiency, quality and reliability of wireless communications infrastructure equipment. We also develop and manufacture highly sophisticated wireless communications equipment used in the defense industry, including communications equipment integrated into tactical aircraft, satellites, missile systems and smart weapons. We manufacture products that operate at the full range of frequencies currently used in wireless communications transmission, including at radio frequencies, or RF, microwave frequencies and millimeter wave frequencies. By offering products that cover the entire frequency spectrum for wireless communications, we are able to address opportunities in the worldwide mobile wireless communications market as well as the global fixed access broadband wireless market.

INDUSTRY BACKGROUND

    DEREGULATION OF THE TELECOMMUNICATIONS INDUSTRY FOSTERS COMPETITION BY SERVICE PROVIDERS.  Global telecommunications deregulation is fostering significant competition among providers of advanced communications services. In the U.S., regional Bell operating companies, such as Ameritech, Bell Atlantic, BellSouth, GTE, Pacific Bell, SBC Communications and US West, until recently were the exclusive owners and operators of the copper wire connections between network backbones and their subscribers, commonly known as the "last mile." The federal Telecommunications Act of 1996 intensified the competitive environment in the U.S. by requiring these telephone companies to provide access to portions of their networks, including the last mile, to competing service providers. Similar to the U.S., other countries have begun to privatize state-owned telecommunications companies to encourage competition among communications service providers. These events have been significant factors in creating worldwide competition in the communications services industry. To compete in this environment, many network service providers seek to differentiate themselves and increase market share by offering integrated voice, video and data services, which require broadband access and deployment of additional communications infrastructure equipment.

    DEMAND FOR HIGH SPEED INTERNET ACCESS AND OTHER DATA SERVICES INCREASES THE NEED FOR BROADBAND ACCESS.  Consumers around the world are using the Internet for an ever increasing range of purposes, including email, high quality audio, streaming video and other multimedia services. Businesses are also using the Internet to enhance their reach to both

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residential and business consumers with applications such as electronic commerce, global marketing, customer support, web hosting, order fulfillment and supply management. The Internet also permits access to corporate data networks, including intranets and extranets, facilitating communication among corporate sites or with telecommuters or traveling employees. This increased usage requires an expanded capacity for the quick and reliable transmission of voice, video and data, which can be accomplished through broadband access.

    INCREASED DEMAND FOR MOBILE WIRELESS SERVICES NECESSITATES EXPANSION OF WIRELESS INFRASTRUCTURE.  Wireless network service providers to date have focused primarily on satisfying the increasing demand for wireless telephony and paging services through the transmission of voice and low speed data signals over analog cellular systems and digital personal communication systems, or PCS. It is estimated that the number of global cellular/PCS subscribers will grow from 427 million in 1999 to 1.1 billion by 2003. Since each cellular or PCS base station has a finite capacity, the demand created by increased subscribers will require a substantial increase in capital investment in wireless communications infrastructure equipment. It is estimated that wireless base stations, cell site equipment and switch equipment sales will grow from $54 billion in 2000 to $114 billion in 2004.

    ADVANCES IN MOBILE WIRELESS COMMUNICATIONS NETWORK TECHNOLOGY WILL REQUIRE ADDITIONAL WIRELESS INFRASTRUCTURE EQUIPMENT.  The capacity and quality of domestic and international mobile wireless communications networks have evolved with advances in technology. In response to capacity and level of service demands, service providers are expanding their current infrastructure and also are implementing new wireless technologies, such as third generation, or 3G, networks. The level of technology advancement used in wireless mobile networks is generally grouped into the following three categories:

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First generation, or 1G, networks. These mobile networks feature analog technology that provides voice and low speed data services.



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Second generation, or 2G, networks. Second generation cellular networks feature digital technology, including PCS. Digital technology provides network service providers and subscribers with advantages over analog technology, including increased system capacity, secure voice communications, short messaging service and other enhanced services. This technology can be implemented with new infrastructure or as an expansion of existing 1G networks.



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Third generation, or 3G, networks. Third generation cellular networks feature increased capacity and data speeds that permit wireless transmission of integrated voice, video and data traffic. This technology can be implemented with new infrastructure or also as an equipment overlay to existing 2G networks, often referred to as 2.5G. Network services providers have upgraded networks in Japan, are currently upgrading networks in various European countries and the U.S. and have announced upgrades in the U.S. and Asia. Service providers are anticipated to begin installing new 3G networks over the next few years as regulatory agencies around the world continue to license the frequency bands for this digital technology. Licenses to use this frequency band have been awarded in Japan and various European and Asian countries, with the U.S. following over the next several years. Japan is currently installing 3G networks with operations to begin this year.

    COPPER WIRE, CABLE AND FIBER OPTIC BROADBAND ACCESS IS COSTLY TO DEPLOY AND HAS OTHER LIMITATIONS.  Applications requiring high capacity data transmission or high speed Internet access traditionally have been satisfied through deployment of broadband last mile

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connections consisting of enhanced copper wire called digital subscriber lines, or DSL, coaxial cable and fiber optic cable, each of which is described below:

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Digital subscriber line. DSL has a data transmission rate of up to 1.5 Mbps. While the necessary copper infrastructure for DSL is already in place through existing telephone copper wires, transmission rates and availability are limited by the quality of the subscriber's existing copper wire infrastructure and distance from the telephone company switch.



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Coaxial cable. Cable has a data transmission rate of up to 27 Mbps. As with DSL, the necessary cable infrastructure for residential use is already in place. However, existing cable networks must be upgraded to provide for two-way data transmission, and many businesses are not currently wired for cable.



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Fiber optic cable. Fiber optic networks have data transmission rates of up to 10 billion bits per second, or 10 Gbps, the fastest rate of any current broadband access solution. However, optic cable is very expensive to deploy and may exceed the data transmission needs of many subscribers.

    In order to add capacity, these land line networks currently require right of way access and a labor intensive process of physically laying wires or cables in order to connect consumers to the network backbone. As a result of the difficulties in deploying additional wires or cables, increased demand for communication access may create a "last mile bottleneck" between subscribers and the backbone of these land line networks.

    FIXED ACCESS BROADBAND WIRELESS TECHNOLOGY IS EMERGING AS A COST EFFECTIVE ALTERNATIVE TO BROADBAND LAND LINE TRANSMISSION.  New fixed access broadband wireless technology can provide quality of service comparable to the best land line network alternatives at speeds that are significantly faster than conventional copper wire-based networks. Fixed access broadband wireless technology is designed to be integrated with the existing network backbone to address the last mile bottleneck problem. In addition, certain types of fixed access broadband wireless technology provide an alternative for selective network backbone applications. Broadband wireless systems include point-to-point, point-to-multipoint and satellite-to-multipoint broadband technologies, which are described below:

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Point-to-point wireless. Point-to-point wireless systems generally have data transmission rates of up to 155 Mbps. While point-to-point systems have traditionally been deployed for high capacity trunking applications between two wireless telephony networks, recently they have been used to interconnect digital cellular networks. Point-to-point wireless networks can also provide a last mile connection for large communications end users, such as large office buildings, hospitals and universities.



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Point-to-multipoint wireless. Point-to-multipoint wireless systems generally have data transmission rates of up to 500 Mbps. Point-to-multipoint wireless systems use a single central hub radio to serve multiple end users. Point-to-multipoint wireless systems have additional advantages over point-to-point wireless systems. These include reduced equipment costs as the addition of new customers requires only new customer premises equipment, as well as allocation of bandwidth based on demand, so customers only pay for what they use. As a result, point-to-multipoint systems can provide cost effective last mile access to customers that do not have as much traffic as point-to-point customers.



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Satellite-to-multipoint wireless. The current generation of satellite-based multipoint systems are implemented with networks using very small aperture terminals, or VSATs. These networks are deployed for a wide range of business data applications such as point-of-sale transactions and inventory management. Recently, VSAT networks have been adapted for cost effective use in rural telephony applications, primarily in countries that do not have fully developed land line

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telephone networks. Recent advances in satellite digital processing and component and device technology, based on a newly licensed frequency spectrum called the Ka band, are being used in the development of broadband satellite networks such as Teledesic and Hughes Spaceway. These next generation satellite networks are designed to provide broadband access to residential and business users for applications such as high speed Internet access, videoconferencing and other data rich applications.

    FREQUENCY ALLOCATIONS BY THE FCC AND INTERNATIONAL AGENCIES MAY LEAD TO WIRELESS INFRASTRUCTURE EXPANSION.  In response to the increasing demand for wireless communications services, regulatory bodies like the Federal Communications Commission (FCC) and other international agencies continue to allocate new frequency spectrum. For example, the FCC has recently licensed several frequency bands, including bands for local multipoint distribution systems, or LMDS, and multichannel multipoint distribution systems, or MMDS, for two-way broadband wireless data services. During 2000 the FCC also allocated additional spectrum through auctions, which can be used by high speed data transmission service providers. It is anticipated that these frequencies will be used to deliver fixed wireless Internet access to business and residential customers. To take advantage of these licenses, network operators must deploy new infrastructures specific to the licensed frequency band. Each frequency band requires unique transmission equipment designed to work with the technical requirements of the particular band. Thus, as additional frequencies are allocated by regulatory agencies around the world, wireless infrastructure equipment must be deployed to commercialize these licenses.

    WIRELESS INFRASTRUCTURE OEMS RELY ON SUBSYSTEM PROVIDERS.  In order to meet the demand for mobile wireless and fixed access broadband wireless services, service providers are turning to systems integrators or OEMs to build out infrastructure quickly, efficiently and in accordance with exacting performance specifications. In addition, OEMs are looking to outsource the design and manufacture of highly integrated, reliable subsystems in a cost effective manner. This permits OEMs to accelerate their time to market and allows them to leverage their core competencies of full system design and integration. By outsourcing subsystems, OEMs promote competition among developers and manufacturers, which leads to technological innovations in wireless infrastructure equipment. Concurrently, OEMs are seeking to select a core group of subsystem and component providers in order to reduce the supply and management risks associated with the currently fragmented supplier base.

THE REMEC SOLUTION

    We are a leading designer and manufacturer of high frequency subsystems and integrated components used in the transmission of voice, video and data traffic over wireless communications networks and in defense applications. We market our products to OEMs of wireless communications networks and network services providers as well as to prime contractors in the defense industry.

    We believe that our core competencies enable us to effectively address the existing and emerging opportunities in the wireless communications infrastructure equipment and defense markets. These core competencies include the following:

    Integration Expertise.  We design high performance subsystems over a broad range of RF, microwave and millimeter frequencies, which require sophisticated component integration. By effectively integrating a number of required microwave functions into a single package, we are able to:

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improve performance and reduce cost through reduction in product size and parts count;



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enhance performance through optimal partitioning and implementation of functional elements; and

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reduce cost by minimizing "over engineering," through avoiding the use of higher performance, more costly components than are necessary in order to compensate for performance degradation resulting from inefficiencies due to combining stand alone components that are not designed to be integrated into one system.

    Concurrent Engineering.  We streamline and optimize the product development cycle by employing "concurrent engineering," which includes the following elements:

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joint participation with our customers at the conceptual design stage, allowing us to suggest an architecture/design that reduces cost and increases performance at the integrated subsystem level;



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participation by our suppliers in the design process, thereby optimizing material and device selections; and



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consideration of manufacturing constraints and limitations while developing a product design in order to expedite the implementation of the manufacturing process.

    Vertical Integration Of Design And Manufacturing.  Vertical integration of design and manufacturing reduces product time to market and unit costs. With vertical integration, we retain control of each step of the design and manufacturing process while minimizing the use of outside sources and subcontractors for key manufacturing processes and services. This vertical integration also improves quality control, reliability and our ability to implement volume production. We have enhanced our vertical integration capability with recent acquisitions. These acquisitions include a surface mount board assembly manufacturer, as well as several microwave component companies that provide key functional capabilities to be used in the design of our integrated subsystems.

    Broad Frequency Range.  Our technologies support the range of frequencies utilized for mobile wireless and broadband wireless applications. Our microwave technology expertise covers the full range of the frequency spectrum used for existing wireless communications. Many of our subsystem competitors only address select frequency bands in the subsystems they design, which makes them vulnerable to technological advances in products that use frequency bands they do not address. By being able to design and manufacture products across the breadth of the wireless communications market, we can better address our customers' needs and capitalize on our overall design and manufacturing capabilities.

STRATEGY

    Our objective is to build on the strength of our core competencies to be the supplier of choice of OEMs in the wireless infrastructure equipment industry and prime contractors in the defense electronics industry. Our strategy includes the following key elements:

    Leverage Technology Leadership.  Through eighteen years of leadership in high frequency applications in the defense and commercial industries, we believe that we have one of the most advanced portfolios of products encompassing RF, microwave and millimeter wave technologies. The skills that we developed in the defense industry and honed in the commercial wireless market have enabled us to develop solutions to achieve substantial reductions in the size and cost of wireless infrastructure equipment. We intend to continue to integrate additional functions into smaller packaging with fewer parts while meeting the reliability and performance specifications of next generation wireless infrastructure equipment.

    Continue To Develop Strong Strategic Alliances With Customers.  By forming lasting customer relationships through working closely with customers, we are better able to develop insight into their system requirements and to design specific products that meet their needs. We intend to continue to expand our key customer alliances with leading infrastructure OEMs, such as Motorola, Digital

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Microwave and Nokia, as well as working with emerging wireless equipment suppliers. In addition, we intend to expand our participation in significant defense programs with key prime contractors, such as Raytheon, Northrop Grumman and Lockheed Martin. We will concentrate our efforts on the commercial customers we believe will be the most successful in selling their systems to service providers that require high volume production.

    Supply Integrated Microwave Subsystems to OEMs' Worldwide Operations and Expand our International Presence.  Historically, we have been primarily a supplier to the domestic operations of OEMs. Most OEMs have a significant global presence, including operations in Europe and Asia. There is an opportunity to become the supplier for these OEMs in all of their global markets. We believe that we are one of only a few microwave subsystem companies that have the breadth of expertise in wireless communications technology necessary to service these OEMs' worldwide operations. In addition to servicing OEMs' worldwide operations, with our acquisition of United Kingdom-based Airtech, we have been increasing our operations in Europe, initially focusing on the mobile wireless market. Also, with our recent acquisition of Pacific Microwave Corporation, discussed below under "Subsequent Events," we have expanded our operations in Asia. We intend to expand our existing sales offices in Kuala Lumpur, Malaysia and Beijing, China to increase our sales and distribution capabilities in Asia. Additional international activities may include establishing design and manufacturing operations in China and entering into strategic partner relationships with local marketing or manufacturing companies in Asia.

    Supply Niche Products Directly To Network Service Providers.  We intend to continue expanding our marketing efforts to sell certain niche mobile wireless products directly to network service providers. Although we do not intend to enter into direct competition with our OEM customers, there are several niche products that are not being marketed aggressively by OEMs, including base station tower top products and mobile wireless coverage enhancement products. We intend to continue expanding our product portfolio and our efforts to market these products to network service providers when we can do so without competing directly with our OEM customers or enter into partnership agreements with our OEM customers to integrate our products into their system solutions.

    Enhance High Volume Manufacturing Capability.  We intend to continue to implement process manufacturing automation and believe that our ability to develop a high level of automated product alignment and test capability will help us to further improve our cost effectiveness and time to market. We also intend to continue expanding our foreign manufacturing operations, both at our current locations such as Costa Rica and in new locations in Asia, when appropriate, in order to lower our costs or to access an available workforce. In addition, we intend to offer our manufacturing services to OEMs and subsystem and component developers or manufacturers who need high volume manufacturing of their own products either because of capacity constraints or lack of manufacturing expertise.

    Pursue Strategic Acquisitions.  We intend to continue to augment our existing technology base by acquiring specialized technology companies that complement our product offerings and market strategies. We believe that expansion of our core competencies through the acquisition of such specialized technology companies, when combined with our technological and manufacturing skills, will allow us to achieve improved levels of integration.

SUBSEQUENT EVENTS

    Sale of Humphrey.  In February 2001, we announced that we had sold the assets and operations of our Humphrey Inc. subsidiary. We expect that the sale of Humphrey, which provides precision instruments for control and measurements systems for use in defense and commercial applications, will allow us to focus on our core microwave business.

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    PMC Acquisition.  In March 2001, we announced the completion of our acquisition of Pacific Microwave Corporation (PMC), a privately held microwave electronics manufacturing company located in the Philippines. PMC has approximately 850 employees, including microwave engineers, technicians and assemblers. PMC specializes in the assembly, manufacture and test of RF, microwave and millimeter wave gallium arsenide devices, components, subsystem and systems for broadband voice, video, and data transmission over wireless communications networks. We believe that the addition of PMC will provide an increase in our millimeter wave manufacturing capacity.

PRODUCTS

    Virtually every wireless system contains a microwave transport subsystem that performs the function of transforming modulated voice, data or video from an intermediate frequency, or IF, signal into a microwave frequency signal for transmitting or for converting an incoming signal from microwave frequencies back into an IF modulated voice, data or video signal. A microwave transport subsystem may consist of a completely integrated unit or of several interconnected modules and single function components.

    Mobile Wireless Infrastructure.  In this market, we sell multi-function microwave modules, including delay filter assemblies, filter/low noise amplifier assemblies and filter panel assemblies. We also supply components, including filters, amplifiers, voltage controlled oscillators, or VCOs, and mixers that are used by OEMs in base station infrastructure equipment. In addition, we also sell directly to service providers complete microwave subsystems for network coverage enhancement applications, including tower mounted amplifiers and tower mounted boosters. These products eliminate the cable between the radio at the bottom of the base station and the antenna at the top of the base station by filtering and amplifying the transmit/receive signals at the base station tower top. These tower top base stations may extend coverage by up to 30% to 40%. As fully integrated microwave "front ends," these products provide the circuitry of the radio that enables signals to be transmitted and received at microwave frequencies and that can be used as the front end of low power transceiver units. Active antenna and remote RF head products that allow IF, RF, microwave or fiber optic backhaul are currently being developed to provide levels of integration similar to that of the fixed wireless access and broadband satellite access products. To address the niche but high growth in-building coverage market, we have also developed in-building coverage products, including repeaters, bi-directional amplifiers, multicarrier combiners/amplifiers and fiber optic distribution modules. Our selling prices for mobile wireless subsystems and components range from approximately $20 to $3,500.

    Point-To-Point Broadband Wireless Products.  We develop and supply high (OC-3) and medium (Tl to 8T1) capacity point-to-point wireless transport equipment deployed by network operators for backhaul of a variety of communications traffic. Our products are utilized in systems that provide a cost effective approach to data transport where land line access to T1 lines or fiber optic cable is not deployed or otherwise unavailable. For this market, we manufacture microwave transport subsystems, including radios, outdoor units, or ODUs, as well as individual microwave modules, including antennas, diplexers, transceivers, synthesizers and power supplies, that provide microwave transport functionality. As the market has become more horizontally segmented, there has been a significant trend towards outsourcing the entire ODU, which allows our OEM customers to focus on system engineering and network software. Using our broad microwave engineering capabilities, we have been able to supply complete microwave transport subsystems, which aids our customers in achieving their cost reduction and time to market objectives. Our selling prices for point-to-point broadband wireless subsystems and components range from approximately $80 to $10,000.

    Point-To-Multipoint Broadband Wireless Products.  For this market, we manufacture microwave transport subsystems, such as radios, customer premises equipment and coverage enhancement products, as well as the individual microwave modules that provide the microwave transport

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functionality. These modules include antennas, diplexers, transceivers, synthesizers and power supplies. Network systems integrators in this market typically outsource the entire radio and, in many cases, the entire customer premises equipment. This outsourcing allows these integrators to focus on their core competencies of system engineering and network architecture. Our network service provider customers in this market typically require specialized solutions to network-wide functional needs. An example is our coverage enhancement product used in LMDS to solve line-of-sight obstructions between base stations and potential customer sites, which frequently impair transmission performance of our customers' LMDS networks. Our selling prices for point-to-multipoint subsystems and components range from approximately $300 to $5,000.

    Satellite-To-Multipoint Broadband Products.  Like the point-to-point and point-to-multipoint markets, we have focused our VSAT and broadband satellite business on ODU and customer premises equipment. We also provide microwave modules such as power amplifiers to ODU integrators. Our satellite-to-multipoint subsystems and components sell for less than $1,000.

    Defense Products.  We focus our efforts in the defense electronics industry on providing communication systems, subsystems and integrated components to defense programs which we believe have the highest probability of follow-on production. Our products are integrated into various defense tactical aircraft, satellites, missile systems and smart weapons comprise the majority of the platforms of our customers. The systems, subsystems and integrated components are comprised of specialized combinations of components that perform a variety of microwave functions, including filters, couplers, power divider switches, amplifiers, VCOs, mixers and multipliers, among others. Defense industry programs for which we provide communication systems, subsystems and integrated components include the following:

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the F-22 Stealth Tactical Fighter Aircraft program for the U.S. Air Force;



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the Integrated Defensive Electronic Countermeasure System (IDECM) for the U.S. Navy;



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the Advanced Medium Range Air to Air Missile (AMRAAM) program for the U.S. Air Force;



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the Longbow Missile and Radar programs for the U.S. Army; and



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the Standard Missile for the U.S. Navy.

    Our selling prices for defense subsystems and components range from approximately $100 to $200,000.

CUSTOMERS

    We derive significant revenues from a limited group of customers. For the fiscal year ended January 31, 2001, our top ten customers comprised approximately 70% of revenues, with no customer accounting for more than 10% of total fiscal 2001 revenues other than sales to Motorola, Inc. Sales to Motorola accounted for 12% of fiscal 2001 revenues. We anticipate that we will continue to derive significant revenues from sales to a relatively small group of customers. If any of these customers cancels, reduces or delays orders or product estimates given to us or shipments on account of their manufacturing or supply difficulties, financial difficulties or reduction in demand for their systems and products or otherwise, our revenues would be significantly reduced.

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    We sell our commercial wireless communications products primarily to OEMs, that in turn integrate our products into wireless infrastructure equipment solutions sold to network service providers. In addition, we also sell certain niche products directly to network service providers. Our customers for commercial wireless subsystems include the following:

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Motorola



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Alcatel



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VoiceStream



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DMC Stratex Networks (formerly Digital Microwave)




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Nokia



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Lucent Technologies



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Nortel Networks

    We also sell our wireless communications equipment to the major U.S. defense prime contractors for integration into larger systems. Our customers for defense communications equipment include the following:

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Raytheon



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ITT Industries



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TRW




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Northrop Grumman



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Lockheed Martin



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Boeing

SALES AND MARKETING

    We use a team-based sales approach to facilitate close management of relationships at multiple levels of a customer's organization, including management, engineering and purchasing personnel. Our integrated sales approach involves a team consisting of a senior executive, a business development specialist, members of our engineering department and, occasionally, a local technical sales representative. In particular, the use of experienced engineering personnel as part of the sales effort enables close technical collaboration with the customer during the design and qualification phase of new communications equipment which we believe is critical to the integration of our products into our customers' equipment. Our executive officers are also involved in all aspects of our relationships with our major customers and work closely with their senior management. To identify sales opportunities, we primarily utilize a direct sales force that is supplemented by a group of manufacturer sales representatives.

    We are rapidly expanding our international sales presence with direct sales offices in Europe and Asia. Sales to customers residing outside of the U.S. represented 15%, 19% and 27% of net sales in fiscal years ended January 31, 1999, 2000 and 2001, respectively. Our international sales do not include products sold to foreign end users by our domestic customers.

PRODUCT AND MANUFACTURING GROUPS

    Our business is divided into four groups: Broadband Wireless, Mobile Wireless Infrastructure, Defense Products and Manufacturing.

    The Broadband Wireless group develops and manufactures fixed access wireless communications infrastructure equipment integrated into wireless networks for high speed voice, video, data and internet services. These services may be offered by communications services providers to business and residential customers through various distribution systems, including local multipoint distribution systems, or LMDS, multichannel multipoint distribution systems, or MMDS, and satellite systems. Subsidiaries within this group include REMEC Magnum, REMEC Wireless and REMEC CSH. The products produced by members of this group include high capacity point-to-point and point-to-multipoint radios, system enhancing microwave repeaters and low cost satellite ground systems.

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    The Mobile Wireless Infrastructure Group develops and manufactures highly integrated RF products that improve the performance and cost effectiveness of mobile wireless communications infrastructure equipment. The subsidiaries within this group include REMEC Airtech, REMEC WACOM and REMEC Q-bit. The products produced by this group are provided to worldwide OEMs and service providers and include masthead amplifiers, boosters, high power and low noise amplifiers, as well as integrated filtering and combining systems.

    The Defense Products Group provides a broad spectrum of RF, microwave and guidance products for systems integrated by prime contractors in military and space applications. After the sale of the Humphrey operations, this group consists of REMEC Microwave whose products range from critical components and integrated modules to advanced integrated microwave assemblies for radar, missiles, electronic warfare and communication/navigation systems.

    The Manufacturing Group provides high volume production of microwave products, including test and critical hybrid circuits, to the other product groups. Subsidiaries or divisions within this group include REMEC Veritek, a microwave adept automated surface mount assembly facility, REMEC Metal Fabrication Center, a sophisticated metal fabrication design and volume production facility, and REMEC Costa Rica and an affiliated maquiladora operation in Mexico, both of which have high volume manufacturing facilities. Members of the product groups also have manufacturing facilities. Pacific Microwave Corporation, which was recently acquired as discussed above, is now in the manufacturing Group and specializes in the assembly, manufacture and test of RF, microwave and millimeter wave gallium arsenide products.

    Not included in the above segments are Nanowave, Inc., a majority owned subsidiary which designs and produces custom monolithic integrated circuits, critical modules and integrated subassemblies for fiber optic and broadband wireless communications systems, and certain non-operating subsidiaries of REMEC.

    Financial information regarding our business segments may be found in Note 9 to the audited Financial statements appearing elsewhere in this Form 10-K.

MANUFACTURING

    With the precise specifications required by our customers, we believe that process expertise and discipline are key elements of successful high volume production of wireless subsystems. We assemble, test, package and ship products at our manufacturing facilities located in the following cities:

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San Diego, Poway, Escondido and Milpitas, California;



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Palm Bay, Florida;



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Waco, Texas;



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Toronto, Canada;



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San Jose, Costa Rica;



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Tijuana, Mexico; and



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Aylesbury, United Kingdom.

    Since inception, we have been manufacturing products for defense programs in compliance with the stringent MIL-Q-9858 specifications. We received ISO-9001 certification from the Defense Supply Center Columbus (DSCC) for our facilities at Microwave. Other REMEC facilities that are ISO-9001 qualified include Wireless, Q-bit and Airtech. In addition, facilities at Veritek and REMEC Costa Rica facilities are ISO-9002 qualified. ISO-9001 and ISO-9002 are standards established by the International Organization for Standardization that provide a methodology by which manufacturers can obtain quality certification. To assure the highest product quality and reliability and to maximize control over the complete manufacturing cycle and costs, we seek to achieve vertical integration in the manufacturing process wherever appropriate.

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    Historically, the volume of our production requirements in the defense markets was not sufficient to justify the widespread implementation of automated manufacturing processes. As a result of expected growth in our commercial wireless business, we are significantly increasing our manufacturing capacity. Accordingly, we have introduced automated manufacturing techniques for product assembly and testing and anticipate significant capital expenditures for this purpose in the future.

    We attempt to utilize standard parts and components that are available from multiple vendors. However, certain components used in our products are currently available only from single sources, and other components are available from only a limited number of sources. Despite the risks associated with purchasing components from single sources or from a limited number of sources, we have made the strategic decision to select single source or limited source suppliers in order to obtain lower pricing, receive more timely delivery and maintain quality control. In 1997, we acquired Veritek which provides surface mount capabilities and expertise. We also rely on contract manufacturers for circuit board assembly. We generally order components and circuit boards from our suppliers and contract manufacturers by purchase order on an as needed basis.

COMPETITION

    The markets for our products are extremely competitive and are characterized by rapid technological change, new product development, product obsolescence and evolving industry standards. In addition, price competition is intense, and the market prices and margins of our products may decline if competitors begin making similar products. We face some competition from component manufacturers who have integration capabilities, but we believe that our primary competition is from the captive manufacturing operations of large wireless communications OEMs, including all of the major telecommunications equipment providers, and defense prime contractors. We believe that our future success depends largely upon the extent to which these OEMs and defense prime contractors elect to purchase subsystems and integrated components from outside sources such as us. OEMs and defense prime contractors could develop greater internal capabilities and manufacture these products exclusively in-house, rather than outsourcing them, which would have a negative impact on our sales.

RESEARCH AND DEVELOPMENT

    Our core competencies, including our emphasis on concurrent engineering, rely heavily on our research and development capabilities. These capabilities, including our breadth of engineering skills, have allowed us to develop products that operate at the full range of existing frequencies used in commercial wireless communications. Research and development expenses for the fiscal years ended January 31, 1999, 2000 and 2001 were approximately $10.9 million, $14.0 million and $19.0 million, respectively. We expect that as our commercial business expands, research and development expenses will increase in amount and as a percentage of sales. Our research and development efforts in the defense industry are conducted in direct response to the unique requirements of a customer's order and, accordingly, are included in cost of sales and the related funding in net sales. We believe that to remain competitive in the future we will need to invest significant financial resources in research and development.

GOVERNMENT REGULATIONS

    Our products are incorporated into commercial wireless communications systems that are subject to regulation domestically by the FCC and internationally by other government agencies. Although typically the equipment operators and not us are responsible for compliance with these regulations, regulatory changes, including changes in the allocation of available frequency spectrum, could negatively affect our business by restricting development efforts by our customers, making current products obsolete or increasing the opportunity for additional competition. In addition, the increasing demand for wireless telecommunications has exerted pressure on regulatory bodies worldwide to adopt

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new standards for these products, generally following extensive investigation of and deliberation over competing technologies. The delays inherent in this governmental approval process have in the past caused and may in the future cause the cancellation, postponement or rescheduling of the installation of communications systems by our customers.

    We are also subject to a variety of local, state, federal and foreign governmental regulations relating to the storage, discharge, handling, emission, generation, manufacture and disposal of toxic or other hazardous substances used to manufacture our products. The failure to comply with current or future regulations could result in the imposition of substantial fines on us, suspension of production, alteration of our manufacturing processes or cessation of operations.

    Because of our participation in the defense industry, we are subject to audit from time to time of our compliance with government regulations by various agencies, including the Defense Contract Audit Agency, the Defense Security Service, the Office of Federal Contract Compliance Programs and the Defense Supply Center Columbus. These and other governmental agencies may also, from time to time, conduct inquiries or investigations that may cover a broad range of our business activity. Responding to any governmental audits, inquiries or investigations may involve significant expense and divert management attention. Also, an adverse finding in any such audit, inquiry or investigation could involve penalties.

    We believe that we operate our business in material compliance with applicable government regulations.

INTELLECTUAL PROPERTY

    We do not currently hold any patents on our significant products. In order to protect our intellectual property rights, we rely on a combination of trade secrets, copyrights and trademarks and employee and third party nondisclosure agreements. We also limit access to and distribution of proprietary information. The steps that we have taken to protect our intellectual property rights may not be adequate to prevent misappropriation of our technology or to preclude competitors from independently developing similar technology. Furthermore, in the future, third parties may assert infringement claims against us or with respect to our products. As to some of our products, we have agreed to indemnify our customers against possible claims by third parties that the products infringe their intellectual property rights. Asserting our rights or defending against third party claims could involve substantial costs and diversion of resources. If a third party was successful in a claim that one of our products infringed that third party's proprietary rights, we may have to pay substantial royalties or damages or remove that product from the marketplace. We might also have to expend substantial financial and engineering resources in order to modify the product so that it would no longer infringe on those proprietary rights.

EMPLOYEES

    As of January 31, 2001, we had a total of 3,167 employees, including 2,167 in manufacturing and operations, 426 in research, development and engineering, 212 in quality assurance, 56 in sales and marketing, and 306 in administration and material procurement. We believe our future performance will depend in large part on our ability to attract and retain highly skilled employees. None of our employees is represented by a labor union, and we have not experienced any work stoppage. We consider our employee relations to be good.

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RISKS RELATING TO OUR BUSINESS

Current economic conditions are uncertain.

    Current conditions in the domestic and global economies are extremely uncertain. As a result, it is difficult to estimate the level of growth, if any, for the economy as a whole, and even more difficult to estimate growth, if any, in the specific markets in which REMEC participates. Because our budgeting and forecasting are dependent upon estimates regarding the markets we serve, the prevailing economic uncertainty renders estimates of future income and expenditures even more difficult than usual to make. The future direction of the overall domestic and global economies will have a significant impact on our overall performance.

Our entry into the commercial wireless communications industry carries certain risks.

    Historically, our business focused almost exclusively on making wireless communications and other tactical weapon system products for the U.S. defense industry. We have recently increased our business in the commercial wireless communications market. Our success in the commercial wireless market depends in large part on investments by our customers in expensive wireless infrastructure equipment. Because the commercial wireless market has only recently begun to develop, it is difficult to predict the rate at which this market will grow, if at all. This market is currently experiencing a downturn, and as a result our customers may reduce their capital expenditures in response to current or anticipated reductions in consumer demand for their products and services. If the current economic uncertainty continues, demand for our commercial wireless products may be sharply reduced or may fail to develop, which would adversely affect our revenues. In addition, the need to invest in the engineering, research and development and marketing required to penetrate markets and maintain service and support capabilities limits our ability to reduce expenses during downturns.

Our operations may be adversely affected by energy shortages.

    California is currently experiencing shortages of electrical power and other energy sources. This condition has periodically resulted in rolling brown-outs, or the temporary and generally unannounced loss of the primary electrical power source. Our facilities in San Diego, Poway, Escondido and Milpitas are powered by electricity. Currently, we do not have secondary electrical power sources to mitigate the impacts of temporary or longer-term electrical outages. It is not anticipated that the power shortages will abate soon, and therefore, our operating facilities may experience brown-outs, black-outs, or other consequences of the shortage, and may be subject to usage restrictions or other energy consumption regulations that could adversely impact or disrupt our research and development, manufacturing and other activities.

The failure of our customers to sell wireless communications network solutions that include our subsystems and integrated components would harm our sales.

    In general, our integrated components and subsystems must be custom designed for use in our customers' products. As a result, we sell our products to a relatively small group of customers, and our products must be specifically engineered for each customer. While we select our customers based on our assessment of their ability to succeed in the marketplace, we can not be sure of their success. If our customers are not successful, the length of time required to reengineer our product for another customer may delay our sales or prohibit us from getting our products to the marketplace in a timely manner or at all.

Our production schedules and manufacturing processes may cause fluctuations in quarterly results.

    Our quarterly results have varied significantly in the past and are likely to continue to vary significantly, due to a number of factors, including the following: timing, cancellation or rescheduling of

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customer estimates for product; customer orders and shipments; pricing and mix of products sold; introduction of new products; our ability to obtain components and subassemblies from contract manufacturers and suppliers; and variations in manufacturing efficiencies. Any one of these factors could substantially affect our results of operations for any particular fiscal quarter.

Our continued efforts to service the defense market may limit our growth in revenues.

    We make a substantial portion of our sales to the U.S. defense market. As a result, lower defense spending by the U.S. government could materially reduce our revenues. Lower defense spending by the U.S. government might occur because of defense budget cuts, general budget cuts or other causes. The U.S. recently has reduced its defense budget and may further reduce it. In addition, the U.S. has reduced the number of newly initiated defense industry production programs. In the existing defense programs in which we participate, pricing pressure continues to be exerted on follow-on orders.

    We expect to continue to derive a substantial portion of our revenues from defense programs and to develop microwave products for defense applications. If a significant defense program or contract ends, and we fail to replace sales from that program or contract, our revenues will decline. In addition, a large portion of our expenses are fixed and difficult to reduce, thus magnifying the negative effect of any shortfall in revenue.

Our defense development contracts could cause our quarterly results to fluctuate.

    Because of the decline in the number of defense industry production programs, we have entered into more defense industry development contracts as a source of defense revenues. Development contracts are contracts for the development of products, rather than the production of products and they tend to be fixed price contracts that generally result in lower gross profit margins than production contracts. As a result, our increased reliance on development contracts has led to increased quarterly fluctuations in sales and gross profit margins. Accordingly, our comparative performance from one fiscal quarter to the next is not necessarily an accurate indicator of our future performance.

Our exclusive arrangements with some customers may limit our pursuit of market opportunities and may result in a loss of revenues.

    We have granted some of our customers exclusivity on specific products, which means that we are only permitted to sell those specially engineered products to them. We expect that in some cases our existing customers and new customers may require us to give them exclusivity on new products that we make for them. By entering into exclusive arrangements, we may forego opportunities to supply these products to other companies. In addition, if we enter into exclusive relationships with customers who prove to be unsuccessful, our revenues will be negatively affected. We may not be able to establish business relationships with, or negotiate acceptable arrangements with, significant customers in the future. Also, our current or future arrangements with significant customers may not continue or be successful.

Our dependence on suppliers and contract manufacturers may decrease our timeliness of product delivery to customers which may result in lost revenues.

    We rely on contract manufacturers and suppliers, in some cases sole suppliers or limited groups of suppliers, to provide us with services and materials necessary for the manufacture of our products. As a result of a worldwide demand for and shortage of components, some suppliers have begun to limit the number of components that we may purchase. These components include chip components and other products necessary for the production of our products. If we are not able to obtain sufficient allocations of these components, our production and shipment of product will be delayed, we may lose customers and our profitability will be affected.

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    Other risks relating to our reliance on contract manufacturers and on sole suppliers include reduced control over productions costs, delivery schedules, reliability and quality of materials. Any inability to obtain timely deliveries of acceptable quality materials, or any other circumstances that would require us to seek alternative contract manufacturers or suppliers, could adversely affect our ability to deliver products to our customers. In addition, if costs for our contract manufacturers or suppliers increase, we may suffer losses if we are unable to recover such cost increases under fixed price production commitments to our customers.

Fixed-price contracts may increase risks of cost overruns and product non-performance.

    Our customers establish demanding specifications for product performance, reliability and cost. Most of our customer contracts are firm fixed price contracts. Firm fixed price contracts provide for a predetermined fixed price for the products we make, regardless of the costs we incur. We have made pricing commitments to customers based upon our expectation that we will achieve more cost effective product designs and automate more of our manufacturing operations.

    Manufacture of our products is an extremely complex process. We face risks of cost overruns or order cancellations if we fail to achieve forecasted product design and manufacturing efficiencies or if products cost more to produce than expected. The expense of producing products can rise due to increased cost of materials, components or labor, or other factors. We may have cost overruns or problems with the performance or reliability of our products in the future.

Our success in pursuing sales in international markets may be limited by risks related to international trade and marketing.

    For the fiscal year ended January 31, 2001, approximately 27% of our revenue was derived from sales to customers residing outside the U.S. In addition, some of our U.S.-based customers which integrate our subsystems into their products may sell into these international markets. Adverse international economic conditions or developments, including economic instability in Asia, have in the past and could in the future negatively affect our direct sales and sales by our customers into these regions which would impact our revenues.

    In addition to the uncertainty as to our ability to maintain and expand our international presence, there are certain risks inherent in foreign operations, including: delays resulting from export restrictions on certain products and technologies; fluctuations in foreign currencies and the U.S. dollar; loss of revenue, property and equipment from expropriation, nationalization, war, insurrection, terrorism and other political risks; overlap of different tax structures; seasonal reductions in business activity; and risks of increases in taxes and other government fees. In addition, foreign laws treat the protection of proprietary rights differently from laws in the United States and may not protect our proprietary rights to the same extent as U.S. laws.

Increasing our international market presence may be difficult and costly.

    We may seek to expand our presence in international wireless communications and related markets by entering into partnerships or alliances with OEMs and service providers in those countries and acquiring complementary international business. We have had limited experience in partnering with international entities and managing international operations. The success of our ability to increase our international market presence is dependent on a number of factors, including the success of our domestic operations, level of funding, stability of our stock price, ability to produce competitive international products, attraction and retention of key employees at our international locations and our execution of strategic objectives.

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We may encounter difficulties in effectively integrating acquired businesses.

    Over the last several years we have acquired a number of companies. Acquisitions may result in potentially dilutive issuances of equity securities, incurrence of debt and contingent liabilities and amortization expenses related to goodwill and other intangible assets, which could harm our profitability. In additiion, acquisitions involve numerous risks, including, among other things: higher than estimated acquisition expenses; difficulties in successfully assimilating of the operations, technologies and personnel of the acquired company; diversion of management's attention from other business concerns; risks of entering markets in which we have no or limited direct prior experience; and the potential loss of key employees and customers as a result of the acquisition. There can be no assurance as to the effect of future acquisitions on our business or operating results.

Competition among technology companies for experienced engineers and other personnel may affect our ability to sustain our growth expectations.

    We depend on attracting and retaining competent personnel in all areas of our business, including management, engineering, manufacturing, quality assurance, marketing and support. In particular, our development efforts depend on hiring and retaining qualified engineers. We believe that engineers, including highly skilled microwave engineers with the skills necessary to develop products for wireless communications are in high demand. We may not be able to hire and retain these personnel at compensation levels consistent with our existing compensation and salary structure. If we are unable to hire a sufficient number of engineering personnel, we may be unable to support the growth of our business, and as a result, our sales may suffer.

Our stock price may fluctuate significantly.

    The market price of our common stock, like the stock prices of many companies in the telecommunications industry, is subject to wide fluctuations in response to a variety of factors, including: actual or anticipated operating results; announcements of technological innovations; announcements of new products or new contracts by us, our competitors or customers; government regulatory action; developments with respect to wireless telecommunications; and general market conditions and other factors. In addition, the stock market has from time to time experienced significant price and volume fluctuations. These fluctuations have particularly affected the market prices for the stocks of technology companies and have often been unrelated to the operating performance of particular companies. The market price of our common stock has been highly volatile and may continue to be highly volatile.

ITEM 2.  PROPERTIES

    Our principal administrative, engineering and manufacturing facilities are located in ten buildings aggregating approximately 275,000 square feet in the Southern California area. Our Southern California operations consist of five facilities owned by us and five leased facilities located in San Diego, Escondido and Poway, California. The leases of these facilities expire on various dates beginning in December 2002 through February 2010. Our Northern California operations are located in four leased buildings aggregating approximately 106,000 square feet in Milpitas and Burlingame, California. These leases expire on various dates between May 6, 2003 and February, 2008. Q-bit owns a 51,000 square foot building located in Palm Bay, Florida. REMEC Inc. S.A. owns a 50,000 square foot building located in San Jose, Costa Rica. Nanowave leases approximately 47,000 square feet in four buildings located in Toronto, Canada, under leases that expire in September 2001. WACOM owns a 33,000 square foot building located in Waco, Texas. We believe that our existing facilities are adequate to meet our current needs and that suitable additional or alternative space will be available on commercially reasonable terms as needed.

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ITEM 3.  LITIGATION

    On April 19, 1999, a class action lawsuit was filed against us, some of our officers and directors and the investment banking firms who served as the representatives of the underwriters of our public offering completed in February 1998. The lawsuit was filed in the United States District Court for the Southern District of California by the law firm Milberg Weiss Bershad Hynes and Lerach and its colleagues as counsel for Charles Vezzetti and all others similarly situated. The lawsuit alleges violations of the Securities Exchange Act of 1934 by us and the other defendants between December 1, 1997 and June 12, 1998. Specifically, the complaint alleges that we made falsely positive statements which artificially inflated the price of our stock prior to a secondary offering completed in February 1998 in which REMEC and some of our officers and directors sold stock, and that our stock price fell on a series of adverse disclosures in late May and early June 1998. The complaint in the lawsuit does not specify an amount of claimed damages. Since the lawsuit was filed, the underwriters have been dismissed without prejudice.

    We believe that the lawsuit is without merit, and we have been defending against it vigorously through a pending motion to dismiss and otherwise. In addition, we believe the ultimate resolution will not have a material adverse impact on our business or financial condition. However, if the plaintiffs are successful in pursuing their claims against us and our officers and directors, such a result could have a significant negative impact on our business and financial condition.

    Other than the securities class action lawsuit described above, neither REMEC nor any of its subsidiaries is presently subject to any material litigation, nor to REMEC's knowledge, is such litigation threatened against REMEC or its subsidiaries, other than routine actions and administrative proceedings arising in the ordinary course of business, all of which collectively are not anticipated to have a material adverse effect on the business or financial condition of REMEC.

ITEM 4.  SUBMISSION OF MATTERS TO A VOTE OF SHAREHOLDERS

    No matters were submitted to a vote of REMEC's shareholders during the last quarter of its fiscal year ended January 31, 2001. In connection with REMEC's offer to purchase the stock of Allgon AB, a Swedish company, a shareholder meeting was scheduled for January 16, 2001. On January 12, 2001 REMEC cancelled the scheduled meeting because certain conditions to closing the transaction had not been met, making the shareholder meeting unnecessary.

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PART II

ITEM 5.  MARKET FOR REMEC'S COMMON EQUITY AND RELATED SHAREHOLDER MATTERS

MARKET INFORMATION

    Our common stock has been traded on the Nasdaq National Market since February 1, 1996 under the symbol "REMC." The following table sets forth the range of high and low closing sale prices of our common stock as reported on the Nasdaq National Market for the quarterly periods indicated. All stock price information has been adjusted to reflect a 3-for-2 stock split effected on June 30, 2000.

DIVIDEND POLICY

    REMEC currently intends to retain all future earnings, if any, for use in the operation and development of its business and, therefore, does not expect to declare or pay any cash dividends on its common stock in the foreseeable future. REMEC's line of credit agreement restricts the amount of cash dividends that REMEC may pay. See Note 4 to Consolidated Financial Statements.

ITEM 6.  SELECTED FINANCIAL DATA

    The selected consolidated financial data set forth below with respect to REMEC's statements of operations for each of the years in the three year period ended January 31, 2001 and with respect to the balance sheets at January 31, 2000 and 2001, are derived from the audited consolidated financial statements which are included elsewhere in this Annual Report on Form 10-K and are qualified by reference to such financial statements. The statement of operations data for the years ended January 31, 1997 and 1998 and the balance sheet data at January 31, 1997, 1998 and 1999, are derived from audited financial statements not included in this Annual Report on Form 10-K. The following selected financial data should be read in conjunction with the Consolidated Financial Statements for

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REMEC and notes thereto and Item 7, "Management's Discussion and Analysis of Financial Condition and Results of Operations" included elsewhere herein.