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Technology Stocks : MRV Communications (MRVC) opinions? -- Ignore unavailable to you. Want to Upgrade?


To: Greg h2o who wrote (19872)3/30/2000 1:19:00 PM
From: signist  Read Replies (1) | Respond to of 42804
 
10k

The Annual Report on Form 10-K contains forward-looking statements.
These statements are subject to certain risks and uncertainties that could cause
actual results to differ materially from those anticipated in the
forward-looking statements. Factors that might cause such a difference include,
but are not limited to, those discussed in the Section under Item 1 Description
of Business -- Risk Factors.

Readers should not place undue reliance on forward-looking statements,
which reflect management's view only as of the date of this Report. The Company
undertakes no obligation to publicly revise these forward-looking statements to
reflect subsequent events or circumstances. Readers should also carefully review
the risk factors described in other documents the Company files from time to
time with the Securities and Exchange Commission.

As used in this Report, "MRV" or the "Company" refers to MRV
Communications, Inc., and its consolidated subsidiaries, except where the
context otherwise indicates. EdgeGuardian, Fiber Driver, GigaHub, MAXserver, MRV
Communications, NBase, Network 3000, Network 9000, RouteRunner, West Hills LAN
Systems, and Xyplex are trademarks or trade names of the Company. Trademarks of
other companies are also used in this Report and are the property of their
respective owners.

PART I

ITEM 1. DESCRIPTION OF BUSINESS

OVERVIEW

MRV is in the business of creating and managing growth companies in
optical technology and Internet infrastructure. The Company has created several
start-up companies and formed independent business units in the optical
technology and Internet infrastructure area. The Company's core operations
include the design, manufacture and sale of two groups of products: (i) optical
networking and internet infrastructure products, primarily subscribers'
management, Network Element Management, and physical layer, switching and
routing management systems in fiber optic metropolitan networks and (ii) fiber
optic components for the transmission of voice, video and data across
enterprise, telecommunications and cable TV networks. The Company's advanced
optical networking and Internet infrastructure solutions greatly enhance the
functionality of carrier and network service provider networks. The Company's
fiber optic components incorporate proprietary technology, which delivers high
performance under demanding environmental conditions.

The Company's business units offer active optical components, optical
networking and Internet infrastructure products, including network element
management and physical layer management in fiber optic metropolitan networks.
MRV's In-Reach product line manages Internet elements through secure remote
monitoring of large service providers' sites. MRV's Optical Networks family of
products consist of multi-layer traffic management: at Layer 1 with the Fiber
Driver, at Layer 2 with the OptiSwitch and at Layer 3 and above, with the
OSR8000, Linux Router. The Company complements its optical networking and
Internet infrastructure products with a family of optical transmission
components and modules designed for transmission over fiber optic cable. These
products enable the transmission of voice, data, and video across fiber and are
also used in optical fiber test equipment. The Company's products include
discrete components, such as laser diodes and LEDs, and integrated components
such as transmitters, receivers and transceivers. The Company's components are
used in data networks, telecommunication transmission and access networks. Upon
completion of the Company's pending acquisition of Fiber Optic Communications,
Inc., MRV will offer passive optical components.

MRV has also initiated and funded start-up companies including Zaffire,
Inc (formerly known as New Access Communications), Charlotte's Networks,
Hyperchannel and Zuma Networks.

The Company's principal executive offices are located at 8943 Fullbright
Avenue, Chatsworth, California 91311 and its telephone and fax numbers are (818)
773-9044 and (818) 773-0906, respectively. The Company maintains Web

2

sites at "http://www.mrv.com" and "http://www.nbase-xyplex.com. Information
contained in the Company's Web sites shall not be deemed part of this Report.

BACKGROUND

The Company was organized in July 1988 as MRV Technologies, Inc., a
California corporation and reincorporated in Delaware in April 1992, at which
time it changed its name to MRV Communications, Inc.

On May 1, 1995, the Company acquired certain assets and the distribution
business of Galcom Networking, Ltd. ("Galcom"), a network equipment company
located in Israel. The purchase price paid by the Company was approximately
$900,000 in cash and the assumption of approximately $1,800,000 in liabilities
and debt. In connection with the acquisition of assets from Galcom, the Company
issued to Galcom and certain of its employees five-year warrants to purchase an
aggregate of 300,000 shares at prices ranging from $4.25 to $7.38 per share.

On June 29, 1995, the Company acquired certain assets and the
distribution business of Ace 400 Communications Ltd. ("Ace"), a network
equipment company also located in Israel. The purchase price paid by the Company
was approximately $4,477,000 comprised of $100,000 in cash, the assumption of
approximately $467,000 in liabilities and debt and the issuance of approximately
855,000 shares of Common Stock valued at approximately $3,910,000 and extended a
right to Ace to sell to the Company up to $400,000 of Ace's inventory. In
connection with the acquisition of assets from Ace, the Company issued to the
trustee and an employee of Ace five-year warrants to purchase an aggregate of
330,000 shares of Common Stock at prices ranging from $4.57 to $4.67 per share.

The Galcom and Ace acquisitions provided the Company with experienced
personnel and technology for the Token Ring LAN, IBM Connectivity and
Multi-Platform, Network Management IBM NetView and HP OpenView markets.
Following the acquisitions, the Company consolidated these operations in Israel
with its networking operations in the U.S.

On September 26, 1996, the Company completed an acquisition (the
"Fibronics Acquisition") from Elbit Ltd. ("Elbit") of certain of the assets and
selected liabilities of Elbit's wholly-owned subsidiary, Fibronics Ltd. and its
subsidiaries (collectively "Fibronics") related to Fibronics' computer
networking and telecommunications businesses (the "Fibronics Business") in
Germany, the United States, the United Kingdom, the Netherlands and Israel. The
assets acquired included Fibronics' technology in progress and existing
technology, its marketing channels, its GigaHub family of computer networking
products and other rights. The purchase price for the Fibronics Business was
approximately $22,800,000. The purchase price was paid using a combination of
cash and shares of Common Stock, all of which Elbit subsequently resold in the
open market.

The Fibronics Business enabled MRV to enhance the development of Fast
Ethernet and Gigabit Ethernet functions through the Fibronics GigaHub family of
products, to offer a broader range of networking products and to benefit from
combined distribution channels and sales in both the United States and Europe
and greater product development capability.

On January 30, 1998, MRV completed an acquisition from Whittaker
Corporation ("Whittaker") of all of the outstanding capital stock of Whittaker
Xyplex, Inc. a Delaware corporation (the "Xyplex Acquisition"). Whittaker
Xyplex, Inc. (whose name the Company has since changed to NBase Xyplex, Inc.),
is a holding corporation owning all of the outstanding capital stock of Xyplex,
Inc., a Massachusetts corporation ("Xyplex"). Xyplex is a leading provider of
access solutions between enterprise networks and wide area network and/or
Internet service providers ("ISPs"). The purchase price paid to Whittaker
consisted of $35,000,000 in cash and three-year warrants to purchase up to
421,402 shares of Common Stock of the Company at an exercise price of $35 per
share.

The Xyplex Acquisition enabled MRV to expand its product lines with
products that have wide area network ("WAN") and remote access capabilities,
permitting the Company to offer these solutions not only to MRV's own existing
base of customers, but also to the customer base added by Xyplex. The
acquisition of Xyplex also increased MRV's sales force, distribution channels
and customer support and service capabilities.

3

On February 22, 2000, MRV announced plans to acquire Fiber Optic
Communications Inc. ("FOCI"), headquartered in Science-Based Industrial Park,
Hsinchu, Taiwan. FOCI designs, develops, manufactures and markets fiber optic
components, subsystems and systems, and installations of fiber optic related
products including fiber optic passive components, fiber optic testing systems,
fiber optic instruments, fiber optic network installations and fiber optic
sensing systems that serve to manage and increase the capacity, or bandwidth of
fiber optic telecommunications and data communications networks. The purchase
price to be paid to acquire FOCI will consist of $50,000,000 in cash and 2.4
million shares of MRV Common Stock.

RISK FACTORS

The Company may from time to time make written or oral forward-looking
statements. Written forward-looking statements may appear in documents filed
with the Securities and Exchange Commission, in press releases, and in reports
to shareholders. The Private Securities Reform Act of 1995 contains a safe
harbor for forward-looking statements on which the Company relies in making such
disclosures. In connection with this "safe harbor" the Company is hereby
identifying important factors that could cause actual results to differ
materially from those contained in any forward-looking statements made by or on
behalf of the Company. Any such statement is qualified by reference to the
following cautionary statements:

Risks of Technological Change; Development Delays. The Company is
engaged in the design and development of devices for data networking,
telecommunications and fiber optic communication industries. As with any new
technologies, there are substantial risks that the marketplace may not accept
the Company's new products. Market acceptance of the Company's products will
depend, in large part, upon the ability of the Company to demonstrate
performance and cost advantages and cost-effectiveness of its products over
competing products and the success of the sales efforts of the Company and its
customers. There can be no assurance that the Company will be able to continue
to market its technology successfully or that any of the Company's current or
future products will be accepted in the marketplace. Moreover, the data
networking, telecommunications and fiber optic communication industries are
characterized by rapidly changing technology, evolving industry standards and
frequent new product introductions, any of which could render the Company's
existing products obsolete. The Company's success will depend upon its ability
to enhance existing products and to introduce new products to meet changing
customer requirements and emerging industry standards. The Company will be
required to devote continued efforts and financial resources to develop and
enhance its existing products and conduct research to develop new products. The
development of new, technologically advanced products is a complex and uncertain
process requiring high levels of innovation, as well as the accurate
anticipation of technological and market trends. There can be no assurance that
the Company will be able to identify, develop, manufacture, market or support
new or enhanced products successfully or on a timely basis, that new Company
products will gain market acceptance or that the Company will be able to respond
effectively to product announcements by competitors, technological changes or
emerging industry standards. Furthermore, from time to time, the Company may
announce new products or product enhancements, capabilities or technologies that
have the potential to replace or shorten the life cycle of the Company's
existing product offerings and that may cause customers to defer purchasing
existing Company products or cause customers to return products to the Company.

Complexity of Product and Product Defects. Complex products, such as
those offered by the Company, may contain undetected software or hardware errors
when first introduced or when new versions are released. While the Company has
not experienced such errors in the past, the occurrence of such errors in the
future, and the inability to correct such errors, could result in the delay or
loss of market acceptance of the Company's products, material warranty expense,
diversion of engineering and other resources from the Company's product
development efforts and the loss of credibility with the Company's customers,
system integrators and end users, any of which could have a material adverse
effect on the Company's business, operating results and financial condition.

Potential Fluctuations in Operating Results. The Company expects that in
the future it revenues may grow at a slower rate than was experienced in
previous periods and that on a quarter-to-quarter basis, the Company's growth in
revenue may be significantly lower than its historical quarterly growth rates.
As a consequence, operating results for a particular quarter are extremely
difficult to predict. The Company's revenue and operating results could
fluctuate

4

substantially from quarter to quarter and from year to year. This could result
from any one or a combination of factors such as the cancellation or
postponement of orders, the timing and amount of significant orders from the
Company's largest customers, the Company's success in developing, introducing
and shipping product enhancements and new products, the product mix sold by the
Company, adverse effects to the Company's financial statements resulting from,
or necessitated by, past and possible future acquisitions, new product
introductions by the Company's competitors, pricing actions by the Company or
its competitors, the timing of delivery and availability of components from
suppliers, changes in material costs and general economic conditions. Moreover,
the volume and timing of orders received during a quarter are difficult to
forecast. From time to time, the Company's customers encounter uncertain and
changing demand for their products. Customers generally order based on their
forecasts. If demand falls below such forecasts or if customers do not control
inventories effectively, they may cancel or reschedule shipments previously
ordered from the Company. The Company's expense levels during any particular
period are based, in part, on expectations of future sales. If sales in a
particular quarter do not meet expectations, operating results could be
materially adversely affected. Moreover, in certain instances, sales cycles are
becoming longer and more uncertain as MRV bids on larger projects. As a result,
MRV is finding it more difficult to predict the timing of the awards of
contracts and the actual placement of orders stemming from awards. There can be
no assurance that these factors or others, such as those discussed in
"International Operations" or those discussed immediately below would not cause
future fluctuations in operating results. Further, there can be no assurance
that the Company will be able to continue profitable operations.

Share Prices Have Been and May Continue to Be Highly Volatile.
Historically, the market price of the Company's Common Stock has been extremely
volatile. The market price of the Common Stock is likely to continue to be
highly volatile and could be significantly affected by factors such as actual or
anticipated fluctuations in the Company's operating results, announcement of
technological innovations or new product introductions by the Company or its
competitors, changes of estimates of the Company's future operating results by
securities analysts, developments with respect to patents, copyrights or
proprietary rights, general market conditions and other factors. In addition,
the stock market has from time to time experienced significant price and volume
fluctuations that have particularly affected the market prices for the common
stocks of technology companies. These broad market fluctuations may adversely
affect the market price of the Company's Common Stock. In addition, it is
possible that in a future fiscal quarter, the Company's results of operations
will fail to meet the expectations of securities analysts or investors and, in
such event, the market price of the Company's Common Stock would be materially
adversely affected. For example, as a result of some of the factors discussed in
"Potential Fluctuations in Operating Results" above, specifically, weaker
than anticipated demand for its networking products, especially in Europe, and
delays in its transitions to next generation, higher margin, networking
products, in August 1998, MRV announced that it expected operating results in
the third quarter of 1998 to be adversely affected. Following that announcement,
the market price of the Company's Common Stock dropped substantially. Similarly,
in February 1999 following its release of fourth quarter and 1998 financial
results, the Company announced it did not expect revenues in the first quarter
of 1999 to be as strong as revenues reported for the fourth quarter of 1998 and
the market price of the Company's Common Stock again dropped significantly. See
Item 5. Market for Common Equity and Related Stockholder Matters.

Competition and Industry Consolidation. The markets for fiber optic
components, and telecommunication and data networking products are intensely
competitive and subject to frequent product introductions with improved
price/performance characteristics, rapid technological change and the continual
emergence of new industry standards. The Company competes and will continue to
compete with numerous types of companies including companies which have been
established for many years and have considerably greater financial, marketing,
technical, human and other resources, as well as greater name recognition and a
larger installed customer base, than the Company. This may give such competitors
certain advantages, including the ability to negotiate lower prices on raw
materials and components than those available to the Company. In addition, many
of the Company's large competitors offer customers broader product lines which
provide more comprehensive solutions than the Company currently offers. The
Company expects that other companies will also enter markets in which the
Company competes. Increased competition could result in significant price
competition, reduced profit margins or loss of market share. There can be no
assurance that the Company will be able to compete successfully with existing or
future competitors or that competitive pressures faced by the Company will not
materially and adversely affect the business, operating results and financial
condition of the Company. In particular, the Company expects that prices on many
of its products will continue to decrease in the future and that the pace and
magnitude of such price decreases may have an adverse impact on the results of
operations or

5

financial condition of the Company.

There has been a trend toward industry consolidation for several years.
The Company expects this trend toward industry consolidation to continue as
companies attempt to strengthen or hold their market positions in an evolving
industry. The Company believes that industry consolidation may provide stronger
competitors that are better able to compete. This could have a material adverse
effect on the Company's business, operating results and financial condition.

Management of Growth. The Company has grown rapidly in recent years,
with revenues increasing from $39,202,000 for the year ended December 31, 1995,
to $88,815,000 for the year ended December 31, 1996, $165,471,000 for the year
ended December 31, 1997, $264,075,000 for the year ended December 31, 1998, and
$288,524,000 for the year ended December 31, 1999. The Company's recent growth,
both internally and through the acquisitions it has made since January 1, 1995,
has placed a significant strain on the Company's financial and management
personnel and information systems and controls, and the Company must implement
new and enhance existing financial and management information systems and
controls and must add and train personnel to operate such systems effectively.
While the strain placed on the Company's personnel and systems has not had a
material adverse effect on the Company to date, there can be no assurance that a
delay or failure to implement new and enhance existing systems and controls will
not have such an effect in the future. The Company's recent growth through the
acquisitions of the Fibronics Business and Xyplex discussed in "Risks Associated
with Recent Acquisitions" below and its intention to continue to pursue its
growth strategy through efforts to increase sales of existing and new products
can be expected to place even greater pressure on the Company's existing
personnel and compound the need for increased personnel, expanded information
systems, and additional financial and administrative control procedures. There
can be no assurance that the Company will be able to successfully manage
expanding operations.

On January 30, 1998, MRV completed the Xyplex Acquisition from
Whittaker. Xyplex is a leading provider of access solutions between enterprise
networks and WAN and/or Internet service providers ("ISPs"). The purchase price
paid to Whittaker consisted of $35,000,000 in cash and three-year warrants to
purchase up to 421,402 shares of Common Stock of the Company at an exercise
price of $35 per share. During the year ended December 31, 1995, the period from
January 1, 1996 through April 9, 1996 (the day Xyplex was acquired by
Whittaker), the period from April 10, 1996 through October 31, 1996 and the
fiscal year ended October 31, 1997, Xyplex reported net revenues of
$107,617,000, $28,100,000, $52,021,000, and $75,663,000, respectively, and net
losses of $37,360,000, $2,269,000, $13,353,000 and $80,309,000, respectively. In
connection with the Xyplex Acquisition, the Company incurred charges of
$20,633,000 and $15,671,000 for purchased technology and restructuring during
the year ended December 31, 1998. While the Xyplex Acquisition added 11 months
of Xyplex' revenues to those of the Company, the charges resulting from the
Xyplex Acquisition resulted in MRV incurring a net loss of $20,106,000 or $0.86
per share during the year ended December 31, 1998.

MRV originally recorded charges of $30,571,000 related to research and
development projects in progress at the time of the Xyplex Acquisition. Although
MRV reported these charges and its first, second and third quarter results of
1998 in accordance with established accounting practice and valuations of
Xyplex' purchased technology in progress provided by independent valuators,
these valuations were reconsidered in light of more recent Securities and

6

Exchange Commission guidance regarding valuation methodology. Based on the new
valuation methodology, MRV reduced the value of the purchased technology in
progress related to the Xyplex Acquisition to $20,633,000 and increased the
amount of goodwill by $9,938,000. This has resulted in additional charges during
1998 of $759,000 for amortization of intangibles, including goodwill, resulting
from the Xyplex Acquisition and will result in additional charges of
approximately $828,000 annually as these intangibles are amortized through
January 2010.

Recent actions and comments from the Securities and Exchange Commission
(the Commission) have indicated that the Commission continues to review the
current valuation methodology of purchased in-process research and development
related to business combinations. The Commission has not notified MRV of any
plans to review MRV's methodology for valuing purchased in-process research and
development. The Company's action to reconsider that valuation of in process
research and development related to the Xyplex Acquisition was voluntary. The
Company believes it is in compliance with all of the rules and related guidance
as they currently exist. However, there can be no assurance that the Commission,
in the future, will not review MRV's accounting for the Xyplex Acquisition and
seek to apply retroactively new guidance and change the amount of purchased
in-process research and development expensed by the Company. This would result
in an additional restatement of previously filed financial statements of the
Company and could have a material adverse impact on financial results for
periods subsequent to the acquisition.

International Operations. International sales have become an
increasingly important segment of the Company's operations, with the
acquisitions of Galcom and Ace in 1995, the Fibronics Business in 1996 and
Xyplex in 1998. Approximately 60%, 59% and 58%, respectively, of the Company's
net revenues for the years ended December 1997, 1998 and 1999, respectively,
were from sales to customers in foreign countries. The Company has offices in,
and conducts a significant portion of its operations in and from Israel. MRV is,
therefore, directly influenced by the political and economic conditions
affecting Israel. Any major hostilities involving Israel, the interruption or
curtailment of trade between Israel and its trading partners or a substantial
downturn in the economic or financial condition of Israel could have a material
adverse effect on the Company's operations. Sales to foreign customers are
subject to government controls and other risks associated with international
sales, including difficulties in obtaining export licenses, fluctuations in
currency exchange rates, inflation, political instability, trade restrictions
and changes in duty rates. Although the Company has not experienced any material
difficulties in this regard to date, there can be no assurance that it will not
experience any such material difficulties in the future. The Company's sales are
currently denominated in U.S. dollars and to date its business has not been
significantly affected by currency fluctuations or inflation. However, the
Company conducts business in several different countries and thus fluctuations
in currency exchange rates could cause the Company's products to become
relatively more expensive in particular countries, leading to a reduction in
sales in that country. In addition, inflation or fluctuations in currency
exchange rates in such countries could increase the Company's expenses. The
Single European Currency (Euro) was introduced on January 1, 1999 with complete
transition to this new currency required by January 2002. The Company has made
and expects to continue to make changes to its internal systems in order to
accommodate doing business in the Euro. Any delays in the Company's ability to
be Euro-compliant could have an adverse impact on the Company's results of
operations or financial condition. To date, the Company has not hedged against
currency exchange risks. In the future, the Company may engage in foreign
currency denominated sales or pay material amounts of expenses in foreign
currencies and, in such event, may experience gains and losses due to currency
fluctuations. The Company's operating results could be adversely affected by
such fluctuations or as a result of inflation in particular countries where
material expenses are incurred. Moreover, the Company's operating results could
also be adversely affected by seasonality of international sales, which are
typically lower in Asia in the first calendar quarter and in Europe in the third
calendar quarter. These international factors could have a material adverse
effect on future sales of the Company's products to international end-users and,
consequently, the Company's business, operating results and financial condition.

Slowdown in Industry Growth Rates. The Company's success is dependent,
in part, on the overall growth rate of the data networking and fiber optic
industries and the growth of the Internet. In 1997 and 1998, industry growth was
below historical rates according to industry reports. There can be no assurance
that the data networking and fiber optic industries will continue to grow or
that they will achieve higher growth rates. The Company's business, operating
results or financial condition may be adversely affected by any decrease in
industry growth rates. In addition, there can be no assurance that the Company's
results in any particular period will fall within the ranges for growth forecast
by market researchers.

7

Dependence on Third Party Contract Manufacturers and Risks from Internal
Manufacturing. The Company outsources the board-level assembly, test and quality
control of material, components, subassemblies and systems relating to its data
networking products to third party contract manufacturers. Though there are a



To: Greg h2o who wrote (19872)3/30/2000 1:25:00 PM
From: signist  Respond to of 42804
 
10k...try this for entire file

edgar-online.com

On February 22, 2000, MRV announced plans to acquire Fiber Optic
Communications Inc. ("FOCI"), headquartered in Science-Based Industrial Park,
Hsinchu, Taiwan. FOCI designs, develops, manufactures and markets fiber optic
components, subsystems and systems, and installations of fiber optic related
products including fiber optic passive components, fiber optic testing systems,
fiber optic instruments, fiber optic network installations and fiber optic
sensing systems that serve to manage and increase the capacity, or bandwidth of
fiber optic telecommunications and data communications networks. The purchase
price to be paid to acquire FOCI will consist of $50,000,000 in cash and 2.4
million shares of MRV Common Stock.



To: Greg h2o who wrote (19872)3/30/2000 1:36:00 PM
From: signist  Respond to of 42804
 
Highlights 10k cont.

INDUSTRY BACKGROUND

As e-commerce and the Internet continue to proliferate, business
enterprises are increasingly reliant on communications networks and software
applications as critical strategic assets. Communications networks are being
expanded to deliver new services and distribute mission critical computing
applications such as customer network management, transaction processing,
enterprise resource planning, large enterprise databases, and sophisticated
on-line connections with vendors, and the increased use of traditional
applications, such as e-mail, video conferencing, to suppliers, customers and
employees. Bandwidth intensive applications that contain voice, video and
graphics through intranets and extranets, and growth in business-to-business
e-commerce and other on-line transactions are encumbering the optical networking
and internet infrastructure. Due to the significant growth of network users who
increasingly rely on secure access for higher speed and quality of
communications networks, even small network delays can result in lost revenue,
decreased employee productivity and customer dissatisfaction. As a result,
businesses and network service providers are realizing the critical nature of
network and application performance and the requirement for optical networking
and fiber optic equipment that increases the capacity through high speed and
more efficient transmission technologies.

Optical networking and internet infrastructure systems enhance the
carrier and network service provider networks by handling bandwidth and
providing enhanced services. Fiber optic transmission components enhance the
functionality of enterprise and residential access networks by enabling
high-speed transmission of voice, video and data across fiber optic cable.
Network service providers and carriers are reliant on higher value data centric
network services and are accordingly rapidly deploying next generation solutions
to accommodate the data service requirements

Growth in the use and availability of wide area networks is being
stimulated by many factors including the need to share information between
centralized repositories and remote enterprise locations, to access and use the
Internet for communications and marketing and to electronically access external
resources used by the enterprise. Growth is also being fueled by the increasing
availability of more cost-effective WAN services such as Frame Relay and
Integrated Service Digital Network ("ISDN") making it more affordable for many
organizations to set up a WAN or expand an existing one. The growth in the use
and availability of the Internet coupled with increasing use, power, speed and
complexity of metropolitan area networks ("MANs") and WANs has resulted in the
increasing need for equipment that permits high speed connections throughout the
infrastructure of the Internet.

10

OPTICAL NETWORKING AND INTERNET INFRASTRUCTURE ENVIRONMENT

The Internet has evolved into a network of hundreds of public and
private networks interconnected using Internet Protocol ("IP"). International
Data Corporation, an industry research firm, forecasts continued dramatic growth
worldwide in the Internet and Internet traffic. As the Internet and e-commerce
continue to explode, business enterprises are increasingly reliant on
communications networks and software applications as strategic assets that are
critical to business success. Communications networks are being expanded to
deliver new services and distribute computing applications such as customer
networks management, e-mail, video, conferencing, and Voice Over Internet
Protocol ("VoIP") to suppliers, customers and employees.

While consumers use the Internet for education and communication,
business and service providers are realizing the critical nature of network and
application performance.

According to San Francisco-based market research firm RHK, network
bandwidth will have to increase by more than 2000% between 1998 and 2002 to
satisfy expected Internet and data traffic requirements.

To meet the growth in the demand for high-speed data services, service
providers are investing heavily to construct and upgrade the transmission
foundation of the public network infrastructure worldwide. The public network
infrastructure, which was originally built for voice traffic, is inadequate to
handle data and must be rapidly upgraded. Current expenditures are spread across
fiber deployment, dense wavelength division multiplexing ("DWDM") products,
Synchronous Optical Network ("SONET") transmission equipment and more recently,
intelligent optical networking solutions.

Advances in emerging intelligent optical networking market should
fundamentally change the architecture of the public network and create a host of
new opportunities in infrastructure development, service delivery and
applications. Intelligent optical networking offers a solution to public network
scaling and high-speed service delivery.

Intelligent optical networking will eventually deliver high speed data
services provisioned over wavelengths and intelligent optical light paths. The
flexibility and scalability of wave service is expected to offer service
providers the ability to satisfy this demand for increased bandwidth while
creating competitive differentiation in their service portfolio with
"just-in-time" provisioning capability.

FIBER OPTIC ENVIRONMENT

Fiber optic cable can generally carry more information at less expense
and with greater signal quality than copper wire. The higher the speed of
transmission, the greater the capacity and the larger the span of the network,
the more essential is fiber optic transmission. Fiber has long replaced copper
as the preferred technology for long distance communications and major backbone
telephony and data transmissions. Due to its advantages, fiber optic technology
is also increasingly used to enhance performance and capacity within enterprise
networks and access networks. As a result, the market for fiber optic products
continues to grow both domestically and internationally.

Demand for fiber optic transmission components is driven by four
factors: (i) fiber applications have expanded beyond traditional telephony
applications and are being deployed in enterprise network backbones to support
high-speed data communications; (ii) within access networks, fiber is rapidly
expanding downstream toward end-users as access networks deploy
"Fiber-in-the-Loop" and fiber to the curb ("FTTC") architectures to support
services such as fast Internet access and interactive video; (iii) the growth of
cellular communications and PCs requires fiber to be deployed both within and
between cells; and (iv) the usage of fiber in short distances increases the
demand for components as more are used per mile of fiber. As the size, number
and complexity of these fiber networks increases, management expects that the
demand for fiber optic components will grow significantly.

Fiber Optic Transmission in Data Communications. As higher speed
connections are implemented in LAN/WAN systems, fiber optic transmission becomes
an essential element in computer networks. For transmission speeds of 100 Mbps
and higher, and transmission distances of 100 meters and longer, fiber optic
transmission must be deployed. Virtually all high-speed transmission standards,
such as Fiber Distributed Data Interface ("FDDI"), Asynchronous

11

Transfer Mode ("ATM"), Fast Ethernet and Gigabit Ethernet, specify fiber optic
media as the most practical technology for transmission. The steady rise in
high-speed connections and the growth in the span of networks, including the
need to connect remote workgroups, are driving the deployment of fiber optic
cable throughout enterprise networks.

Fiber Optic Transmission in Access Networks. To meet end users'
increased demand for content, software and services, network operators must
acquire additional bandwidth by either enhancing their existing networks or
constructing new ones. Cable TV operators are increasingly seeking to provide
general telecommunication services, high-speed Internet access and
video-on-demand. As a result, they are now faced with the need to transmit
"upstream," from customer premises to the cable TV operator and to send
different signals to individual end-users. Similarly, local exchange carriers
("LECs") are implementing new technological standards, such as SONET and
fiber-intensive architectures such as FTTC to enable high-speed Internet access
and the delivery of cable TV and Internet services to the home. Management
believes that deployment of and upgrades to these systems will increase the
demand for the Company's fiber optic components that typically are better able
to endure environmental factors, such as rain, snow, heat and wind,
cost-effectively. In addition, cellular and PCS communications represent a fast
emerging market for fiber optic networks, including their usage in the backbone
and landline portion of wireless networks.

PRODUCTS AND TECHNOLOGY

The Company's products fall into two groups (i) optical networking and
internet infrastructure products, primarily subscribers' management, network
element management, and physical layer, switching and routing management systems
in fiber optic metropolitan networks and (ii) fiber optic components for the
transmission of voice, video and data across enterprise, telecommunications and
cable TV networks. The Company's advanced optical networking and Internet
infrastructure solutions greatly enhance the functionality of of carrier and
network service provider networks. The Company's fiber optic components
incorporate proprietary technology, which delivers high performance under
demanding environmental conditions.

OPTICAL NETWORKING AND INTERNET INFRASTRUCTURE PRODUCTS

The Optical Networks family of products consist of multi-layer traffic
management: at Layer 1 primarily with the Fiber Driver, at Layer 2 primarily
with the OptiSwitch and at Layer 3 and above, with the OSR8000, Linux Router.
The Company complements its optical networking and Internet infrastructure
products with a family of optical transmission components and modules designed
for transmission over fiber optic cable. These products enable the transmission
of voice, data, and video across fiber and are also used in optical fiber test
equipment.

In-Reach. This product line manages Internet elements through secure
remote monitoring of large service provider's sites.

Fiber Driver. This line of products consists of high density,
multi-media, multi-protocol, optical media converters and switches. The Fiber
Driver family provides the interfaces between switches, hubs, routers and the
fiber or copper plan to allow existing fiber to be used more efficiently, while
providing network management across the entire LAN, WAN or metropolitan area
network infrastructure. The Fiber Driver family maximizes the use of existing
fiber by combining transmit and receive signals onto a single fiber strand
freeing up the second strand in a fiber paid for additional data. Fiber Driver
does this for all speeds of Ethernet as well as ATM, SONET, SDH ("Synchronous
Digital Hierarchy"), a standard for synchronous data transmission on optical
media and the international equivalent of SONET, and FDDI. In addition, the
Fiber Driver family increases efficiency through a wave division multiplexing
("WDM") module.

Fiber Optic Transceivers. These products consist of Ethernet and Fast
Ethernet and converters fiber optic transceivers that enable campus or
metropolitan deployment of Ethernet or Fast Ethernet networks through fiber
optic interconnection of LANs to a distance of over 100 km, and multimode to
single mode fiber for FDDI, ATM and SONET that extend the range of FDDI, ATM and
SONET via fiber.

Token Ring. These products consist of multimedia Token Ring hubs with
fiber, coax, UTP and STP connectivity

12

which extends the distance between segments of Token Ring networks, and fiber
optic transceivers with multimode and single mode fiber, which allow flexible
implementation of IBM mid-range and mainframe terminal connectivity.

Mid-range Connectivity. These products consist of Twinax Star panels,
multiplexers and repeaters which allow flexible implementation of IBM mid-range
and mainframe terminal connectivity.

WAN Connectivity Solutions.

The Company provides access solutions between LANs and WANs and ISPs.
Principal network access and Internetworking products are summarized below.

EdgeBlaster. EdgeBlaster is a multi-function WAN access router that
combines industry-standard routing protocols with state-of-the-art access
technologies to allow branch and enterprise offices to connect users, employees
and remote offices using the latest digital techniques. EdgeBlaster advances WAN
access convergence technology by integrating a full range of WAN protocols for
Internet and intranet, digital modems, voice technologies and VPNs in a single
unit, replacing multi-device solutions such as routers and Remote Access
Services.

Network 9000. Network 9000 enables the integration of routing,
switching, access serving and media concentration technologies. Primarily used
at the central site of corporate networks and at the edge of ISP networks, the
Network 9000 supports any combination of Ethernet, Token Ring, FDDI, ISDN, ATM,
local and remote bridge/router connectivity.

Network 3000. The Network 3000 family of branch office routers provides
a modular, scalable solution geared toward accessing the corporate network and
the Internet from remote offices. Any combination of Ethernet, ISDN, Frame Relay
and asynchronous connections is available. RouteRunner is a low-cost ISDN router
designed to meet the WAN needs of small offices, home offices and branch offices
such as doctors' offices or sales offices.

MAXserver. The MAXserver family of low-cost, scalable remote access
server solutions enables terminals, PCs, modems, printers and other asynchronous
devices to connect to the LAN and/or WAN. Ideal for supporting workgroups, the
stackable MAXserver offers 8-40 ports (and up to 280 ports in the modular
Network 9000 solution) to provide network access locally and remotely via
dial-up services. A variety of protocols are supported including TCP/IP, IPX,
and Appletalk. Security capabilities such as Kerberos, RADIUS, SecurID, password
and dial-back are also offered.

FIBER OPTIC COMPONENTS

The Company offers a family of optical transmission components and
modules designed for transmission over fiber optic cable. These products address
transmission of voice, data and video across fiber and are also used in optical
fiber test equipment. The Company's products include discrete components, such
as laser diodes and LEDs and integrated components such as transmitters,
receivers and transceivers. The Company's components are used in data networks,
telecommunication transmission and access networks. Management believes that the
Company is benefiting from three major demand trends in this area: first, the
growth of the market, especially computer networking and the access networks, by
both LECs and cable TV providers; second, the convergence of datacom and
telecom; and third, as transmission speed and capacity grow, a larger portion of
all network traffic is transmitted via fiber optic versus copper wires.

Discrete Components. Discrete components include laser diodes and LEDs.
Every fiber optic communication system utilizes semiconductor laser diodes or
LEDs as its source of optical power. Laser diodes and LEDs are solid state
semiconductor devices that efficiently convert electronic signals into pulses of
light of high purity and brightness. The Company believes that its lasers and
LEDs, which can carry data over distances in excess of 20 kilometers are among
the most powerful in their wavelength range in terms of optical power coupled
into single mode fiber.

Integrated Components. The Company's integrated components include an
LED and laser based

13

transmitter/receiver product line, designed for computer networking applications
and data link products designed for SONET and ATM transmission standards. This
product line consists of products compatible with single mode fiber optic cable,
which is more suitable for long distance and high-speed transmission than
multimode fiber optic cable. As most currently available data link modules are
designed for multimode fiber optic cable, the Company has designed its products
to be adaptable, providing for easy conversion from a multimode type data link
to a single mode optical fiber.

The Company recently began shipping a transmitter/receiver product
incorporating WDM and two-way transmission over single fiber, thus increasing
bandwidth and facilitating the deployment of FTTC in residential networks.

Products for the Access Network. The Company offers a line of products
that addresses the rapidly growing deployment of the access network. These
products include fiber optic transmission by both LECs and cable TV providers to
address the increasing demand for telephony, Internet access and interactive
cable TV services. The following is a brief description of these products.

FTTC: Telephone and High-speed Internet Access and Cable TV. The Company
offers a bidirectional optical transmission and reception module for two-way
simultaneous transmission of telephony and data over one fiber instead of the
two fibers normally used to transmit and receive information. This product is
integrated into a system currently deployed by Bell South and other LECs.

The Company believes it is one of the few companies that offers
subsystems for an FTTC solution that can be deployed economically within 500
feet of the subscriber. Because the final drop is within 500 feet of the
subscriber, the physical characteristics of the drop cable (the "baseband"
characteristics) permit signal transmission at rates up to 155 Mbps without
requiring the addition of passband modulation electronics such as ISDN or xDSL.
In addition, the Company's fiber solution requires only a single fiber (as
opposed to separate upstream and downstream fibers). As a result, the Company
believes that its fiber solution, in certain new network buildouts, such as in
apartment complexes, can be currently deployed at a cost comparable to the cost
of deploying a copper-based system. In addition, the Company believes that the
lifetime cost of its fiber solution system will be significantly lower than
copper-based systems due to the inherently lower maintenance requirements of
fiber-based systems.

The Company has developed WDM technology for its fiber solution that
allows users to deliver simultaneous high-speed Internet access, analog and
digital broadcast and interactive video services. This technology allows the
delivery of high-speed Internet access using an Ethernet connection. Individual
users connect to the Internet using broadly available traditional LAN connection
devices such as an Ethernet network interface card. Access via the Company's
fiber solution provides a reliable "always on" connection to the Internet with
lower power requirements than other FTTC alternatives.

Downstream Cable TV. The Company has recently engaged in new business
opportunities for linear lasers and receivers for cable TV and believes its
products are well positioned to serve this market. The Company further believes
that the upgrade of existing cable networks and the deployment of fiber by the
telephone companies to provide cable TV delivery services is expected to
increase the demand for the Company's products.

Return Path Laser Transmitters. The Company's return path laser
transmitters send video, voice and data signals from the end user to the cable
TV operator. For interactive applications such as cable modems and Fast Internet
access, a cable network must have two-way optical transmitters and receivers in
place before those services can be offered. Most of today's cable networks still
have just a one-way downstream path.

DFB Laser Module for Cable TV (Narrowcasting). The Company offers DFB
laser modules with high power and stable analog transmission which enable cable
TV operators to send different signals to individual end users, a capability
known as narrowcasting.



To: Greg h2o who wrote (19872)3/30/2000 5:55:00 PM
From: WebDrone  Read Replies (2) | Respond to of 42804
 
Greg- thanks. I think I'll go in the money, though.

I'm not that hot at options, but I have learned about myself that I sleep a lot better in the money.

Let's see if anybody panics this week. Some fellas have never really seen a market decline, and this is just a dip, in my old fart mentality.

BTW- thanks for sharing SPC. It is helping my recent buy of a basket of financials nicely. Never would have looked at it without your pointer; research looked good, so I got some. Thanks!

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