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Technology Stocks : SDL, Inc. [Nasdaq: SDLI] -- Ignore unavailable to you. Want to Upgrade?


To: Immi who wrote (186)4/12/1999 9:36:00 PM
From: pat mudge  Respond to of 3951
 
By the way how did you meet desh?.

He spoke at the NGN Venture Capital conference in S.F. last week and the next day I noticed he was sitting two seats away, so I introduced myself and asked if he knew my friend who'd joined the company a couple months ago. He did and later during one of the breaks he asked how I knew this person and how I became interested in fiber optic technology. He's a genuinely nice guy. Maybe he was relieved I didn't ask for a piece of the action.

I've looked at GBLX but don't know how to value a company that won't break even for several years. That's why I have SDLI and JDSFitel.

I'll look for the Forbes article.

Later ---

Pat



To: Immi who wrote (186)4/12/1999 10:26:00 PM
From: pat mudge  Respond to of 3951
 
*****OT*******

Reading over Sycamore Networks' website, I noticed Desh Deshpande holds a position in Cimaron Communications, recently acquired by AMCC.

A quick read of AMCC's press releases shows they have silicon for DWDM. Do you know if they're leaders in this area and, if not, who is. When I first discovered PMCS in the mid40s, I told myself it was too expensive, so didn't buy. I'm having the same debate with AMCC.

Welcome comments.

<<<<
AMCC Introduces Industry's First SONET OC-48 Transceiver: Successfully Validated in Alcatel's 1603SMX System

The first in a line of OC-48 transceivers scheduled to be released throughout the year, AMCC's new S3046 offers superior design and power savings over other traditional OC-48 solutions on the market.

SAN DIEGO, CA - March 1, 1999 - Leading high-bandwidth silicon connectivity provider Applied Micro Circuits Corp. (AMCC) [NASDAQ: AMCC] today introduced the industry's first transceiver for SONET OC-48 applications, the S3046, which has already been incorporated and validated in Alcatel's 1603SMX OC-48 system. Designed to support 2.5 GHz SONET/SDH/ATM-based transmission systems and Dense Wave Division Multiplexing (DWDM) applications, AMCC's S3046 is the first in a family of low-power, high-performance OC-48 transceivers scheduled to be released throughout 1999. The S3046 has the industry's lowest power dissipation (1.8W), and offers a compelling combination of jitter performance, price, size and temperature range, in addition to superior technical support.

"We chose to design the S3046 into our 1603SMX system because of its technical capabilities and AMCC's good board engineering and product support," said Jak Yaemsiri, Alcatel's 1603SMX hardware manager. "We are very pleased with the S3046's performance in our system and our working relationship with AMCC," said Yaemsiri.

AMCC's S3046 supports a low-jitter LVPECL interface that guarantees compliance with Bellcore, ANSI and ITU-T bit-error rate standards. The S3046 offers designers of SONET/SDH-based transmission systems, modules and test equipment a compact package outline (225-pin TBGA) suitable for section repeaters, add drop multiplexors, broadband cross connectors and fiber optic terminators. With an industrial temperature range of -40°C to 85°C, the S3046 also meets the needs of remote telecommunications equipment design which requires an extended operating range. In addition, the S3046 transceiver is coupled with a 311 MHz low voltage differential signal (LVDS) data path interface that facilitates high-speed CMOS compatibility. (Refer to Figure 1 which illustrates a typical network application.)

The S3046 transceiver consists of a serial transmit interface and a serial receive. It also incorporates on-chip clock synthesis Phased Locked Loop (PLL) components allowing the use of a slower 155.52 MHz external transmit clock reference. In addition, the S3046 performs all necessary parallel-to-serial and serial-to-parallel functions, clock synthesis, frame detection, system clock decoupling, line loopback and diagnostic loopback functions in conformance with SONET/SDH transmission standards.

"AMCC is dedicated to providing our customers with new levels of integration and performance," said Ken Prentiss, AMCC's telecom marketing manager. "The introduction of AMCC's S3046 exemplifies our commitment to provide industry-leading silicon solutions for the SONET/SDH and DWDM OC-48 marketplace through our superior design and process capabilities," said Prentiss.

Pricing and Availability

Currently in production, the S3046 is priced at $250 each when purchased in quantities of 100.

>>>>>>

press release re: Cimaron purchase:
amcc.com



To: Immi who wrote (186)4/14/1999 6:55:00 PM
From: pat mudge  Respond to of 3951
 
A glance at JDS Fitel's earnings report shows strength in modules and components and a sizeable geographical shift. US was 74% in 1998 and 82% this quarter; Europe moved from 15% to 14%; and all other regions from 11% to 4.

April 14, 1999 17:40

''JDS FITEL Announces Financial Results for the Third Quarter of Fiscal 1999''

NEPEAN, ON /April 14 /CNW/ - (TSE:JDS) - JDS FITEL Inc. announced today consolidated financial results for its third quarter ended February 28, 1999.

Revenues for the quarter were $122.6 million, up 109.6% from the $58.5 million achieved in the third quarter of fiscal 1998. Net income for the quarter was $26.7 million, representing a 118.9% increase over net income of $12.2 million for the third quarter of fiscal 1998.

Revenues for the nine months ended February 28, 1999 were $300.8 million, up 87.6% from the $160.3 million achieved in the same period of fiscal 1998. Net income for the nine months ended February 28, 1999 was $65.2 million, representing a 93.0% increase over net income of $33.8 million achieved in the same period of the previous fiscal year.

Earnings per share for the quarter was $0.34 based on 78.0 million average shares outstanding. This compares with $0.16 per share achieved for the same period of fiscal 1998 based on 76.6 million average shares outstanding.

Earnings per share for the nine months ended February 28, 1999 was $0.84 based on 77.9 million average shares outstanding. This compares with $0.46 per share achieved in the same period of fiscal 1998 based on 73.8 million average shares outstanding.

The growth in sales continued to be driven by the strength of the telecommunications industry. The Component and Module product area continued its strong growth accounting for $98.7 million of revenues for the third quarter of fiscal 1999, up 163% from the $37.6 million for the same period in fiscal 1998. The Instruments product area accounted for $16.7 million in revenues, up 39% from the $12.0 million for the same period in fiscal 1998. The Interconnect (Resale) product area experienced a decrease, accounting for $7.2 million in revenues, compared to $8.9 million for the same period in the last fiscal year.

The United States continued to be the primary market for JDS FITEL products, with sales in this region (based on invoicing address) accounting for 82% of total sales in the third quarter of fiscal 1999. European sales accounted for 14% of total sales with the remaining regions representing 4% of total sales.

Jozef Straus, President and CEO commented:

''We are very pleased with our third quarter results for fiscal 1999. The fiberoptic industry continues to evolve rapidly to meet the growing demand for greater transmission capacity and network flexibility. In particular, our performance reflects the ongoing deployment of Dense Wavelength Division Multiplexing (DWDM) applications and products providing more optical functionality in fiberoptic networks.

Our proposed merger with Uniphase this quarter underscores the accelerated pace of development in the industry and the need for greater agility and speed in pursuing emerging high growth areas in fiberoptics. Reflecting these market dynamics, we strengthened our waveguide position with the completion of the acquisition of the assets of Akzo Nobel Photonics and the increase in our ownership of IOT from 49 to 51 percent. In addition, we also announced a contractual joint venture with Corning to develop and manufacture optical isolators.

From an operational perspective, we successfully completed our expansion into Phase I of our new campus facility. Along with the move into Phase I, construction commenced on Phase II, which will provide an additional 239,000 sq. ft. of manufacturing and R&D capacity.

We were also very pleased with our participation at the recent Optical Fiber Communication Conference (OFC) in San Diego. During the conference we demonstrated several new products and technologies including a 50GHz DWDM with add/drop capability using optical frequency interleaver technology, an upgradeable 40 channel demux with 100GHz channel spacing, and a new wavelength monitoring module.

As we look forward to the future, we are very excited by the growing opportunities that lie ahead. To date, we have achieved an enviable market position and we are confident in our ability to continue to identify, develop and introduce products to meet customer needs in this very dynamic industry.''

JDS FITEL is a Canadian high technology company that manufactures and distributes a broad range of products for the growing fiberoptic communications market. The Company executes its business strategy through its advanced design capabilities, proprietary manufacturing tools and processes and, in particular, its early participation in advancing market and technology trends.

JDS FITEL's common shares are listed on The Toronto Stock Exchange under the symbol JDS.

Jozef Straus, Ph.D. M. Zita Cobb



To: Immi who wrote (186)4/16/1999 2:24:00 PM
From: pat mudge  Respond to of 3951
 
Company news:

<<<<<
April 15, 1999 11:32

SDL Announces an 18-Month Contract With Corning to Supply Pump Modules

SDL Will be Primary Supplier of Lasers for Pumping Optical Amplifiers

SAN JOSE, Calif., April 15 /PRNewswire/ -- SDL, Inc. (Nasdaq: SDLI) today announced that it has entered into an 18-month supply agreement with Corning Incorporated (NYSE: GLW) to be the primary supplier of 980 nanometer (nm) pump modules. The final value of the contract will be determined by the number of units and the product mix required by Corning throughout the life of the agreement.

SDL's 980 nm pumps are used to provide optical power to a variety of Corning optical fiber amplifiers. Corning is the world's largest manufacturer of erbium-doped fiber amplifiers (EDFAs) that are used in dense wavelength division multiplexing (DWDM) network applications.

"Over the last 12 months, the continuing build-out of DWDM fiber optic systems for long-haul terrestrial and undersea communications applications has more than doubled demand for our 980 nm pump module products," said Donald R. Scifres, SDL's chairman and chief executive officer. "We are very pleased that Corning has chosen to partner with SDL. These 980 nm products represent the fruition of our investments to improve our product design and to upgrade and expand our manufacturing line over the past two years. We believe our product now represents the best combination of power, reliability, wavelength stability and price in the industry today, as evidenced by this major contract with Corning."

"Market demand for Corning optical amplifiers continues to increase," said Gerry Fine, vice president and general manager of Corning Photonic Technologies. "To keep pace with this growth we decided to partner with SDL as our primary supplier of pump modules. SDL has established itself as one of the leading developers of 980 nm pump modules in the world and we look forward to our ongoing relationship with them."

Established in 1851, Corning Incorporated creates leading-edge technologies for the fastest-growing markets of the world's economy. Corning manufactures optical fiber, cable and photonic products for the telecommunications industry; and high-performance displays and components for television and other communications-related industries. The company also uses advanced materials to manufacture products for scientific, semiconductor and environmental markets. Corning's total revenues in 1998 were $3.5 billion. More information on the company is available at Corning's web site, www.corning.com.

SDL designs, manufactures and markets fiber optic-related products, lasers and opto electronic-based systems. The company's products are used in a diversity of markets such as telecommunications, cable television, dense wavelength division multiplexing, satellite communications, printing, medical and materials processing markets.
>>>>>>

Of general interest:

>>>>>>
New Network Developer Proposes $900 Million South American Network
E-tempo Communications Ltd. (Fairfax County, VA), plans to develop a submarine and terrestrial fiber optic network in South America. The 19,000-km backbone will have two terrestrial crossings, one 2,000-km link between Argentina and Chile and another 90-km route through Panama.

Installers plan to initially turn up 80Gb/s of the network's 1.28 Tb/s design capacity. The first network links will provide service in the first quarter of 2001, and the complete network will be ready for service by the third quarter.

Dubbed the "Magellan Cable," the network consists of a bi-directional line switched ring and 10 terminal stations, landing in Brazil, Argentina, Chile, Peru, Colombia, Venezuela, and Panama. These countries encompass over 80% of the population and 65% of the GDP of South America, according to E-tempo.

Citing US Department of Commerce and Latin American carrier studies, E-tempo calculates that regional Internet traffic demand for 1998 was 31 Gb/s, and that demand could grow to 2,700 Gb/s by the year 2010. E-tempo formed in the third quarter of 1998 after developing Magellan for nine months.

<<<<



To: Immi who wrote (186)4/16/1999 2:46:00 PM
From: pat mudge  Read Replies (1) | Respond to of 3951
 
Where is everyone???? Basking on some South Pacific Island???? :))

Here's another announcement of general interest:

<<


Worldwide Fiber and Pathnet Plan Chicago-Denver Fiber Build
Pathnet Inc. (Washington, DC) and Worldwide Fiber USA (Denver, CO) plan to construct a $100-million multi-conduit fiber-optic network between Chicago, IL, and Denver, CO. The 1,100-mile network will pass through Des Moines, IA, Omaha, NE, and Lincoln, NE.

WFI will lead-manage the project. It plans to complete the Chicago-to-Omaha segment in late 1999 and the Omaha-to-Denver route in 2000.

In accordance with its relationship with Lucent Technologies (see Pathnet Embarks on National-Scale Fiber Build with $2.1 Billion Lucent Blessing), Pathnet will rely exclusively on Lucent's TrueWave RS reduced slope fiber for its portion of the build.

"Our customers and prospects have provided strong feedback indicating the need for both dark and lit fiber capacity along this under-served route," says Kevin Bennis, Pathnet president of communications services.


>>>>>

And the Pathnet news that came out earlier:

<<<

--------------------------------------------------------------------------------

Pathnet Embarks on National-Scale Fiber Build with $2.1 Billion Lucent Blessing
By: Erik Kreifeldt

Out to capture the wholesale capacity business serving second and third tier cities with a "smart build" strategy, Pathnet Inc. has engaged Lucent Technologies for an initial $440 Million worth of fiber and financing and commitment for up to $2.1 billion over seven years. In addition to Lucent's bankroll, Pathnet will leverage relationships with right-of-way partners and the attractive features of its target market to initially sell dark fiber, then migrate to wholesale services, explains CEO Dick Jalkut.

The first installment of Lucent backing includes approximately $400 million in equipment financing for the first phase of construction and names Lucent Pathnet's exclusive fiber supplier. Lucent may fund future phases in $400 million chunks if Pathnet meets terms of the deal, for a total not to exceed $1.8 billion. The installments will finance as much as 90% of Pathnet's construction cost, Jalkut says.

Gearing up
The fiber supply deal consist of Lucent's flagship long distance fiber product, TrueWave RS, in 432-fiber count cable. "Most builders of new networks are putting in the maximum amount of fiber they can," notes Robert Mohalley, chief strategy officer for Lucent's network products group.

Despite the financial backing and exclusive fiber contract, Pathnet's network supply is not a turnkey deal. Most of the hardware decisions associated with Pathnet fiber will come from the carrier's carrier customers, at least in the early going. Pathnet will, however, install its own optical amplifiers, for which the supply contract is pending.

Pathnet is also not starting its network from scratch. It already serves second- and third-tier markets with wholesale services on a wireless network, using NEC gear to build a network with OC-24 capacity. It will continue to build out wireless facilities as it launches into its fiber build.

Although Lucent does not have a lock on the equipment choices of Pathnet customers, it will no doubt make a compelling case for how well its equipment performs with its fiber compared with rival products. "Lucent will have a strong marketing presence with Pathnet's customers," Mohalley says.

Like contemporaries IXC, Qwest, and Williams, Pathnet will initially leverage dark fiber sales toward the cost of network construction, then settle into its business plan. Although Pathnet's plan does not include retail services, "we are not a dark fiber company," Jalkut points out. "We're a lit fiber company."

Jalkut acknowledges that several years will pass before Pathnet can muster up the capital to assemble a network and sell wholesale services—not to mention leverage volume-purchase price advantages from more than one vendor. But when the time comes, the former NYNEX chief executive and believer in a multivendor strategy insists that Pathnet is not committed to using Lucent equipment.

When and where
Pathnet plans to install between 8,000 and 10,000 miles of fiber during a 30-month period in the first phase of its project. But it will only install fiber when and where compelling business cases present themselves, Jalkut says, as opposed to mapping out an end-to-end project.

Differentiating Pathnet's "smart build" strategy from the build-it-and-they-will-come projects of Qwest and IXC, Jalkut says "we're going to build a network from the center out to the edge, rather than from the edge to the center." Lucent's financial muscle notwithstanding, he argues that Pathnet does not have the wherewithal to support a speculative nationwide build. "We don't have deep pockets," he says.

In evaluating a build, Pathnet will look for at least enough bandwidth demand to pay for half of the construction cost up front, then look to break even in the third or fourth year of operation. Right out of the gate, Jalkut reports that Pathnet is evaluating approximately six potential fiber projects.

The first few builds will suit the needs of an anchor tenant like AT&T or Williams needing anywhere from 24 to 96 dark fibers on a route that it can't already get in the marketplace, Jalkut says. Each build will range in scope from 200- to 1,000-mile segments. Although its focus is on secondary cities, Patnet will enter into a big city-to-big city build if the demand is there.

Motivation to build
Both demand and supply conditions inspired Pathnet to launch into the fiber build, Jalkut explains. Pathnet has partnered with several right-of-way providers, such as utilities, pipeline operators, and railroads, to build its wireless network. "While we were building the wireless network, a lot of fiber opportunities came up," he says. "There was a lot of interest on the supply side to work with us on joint [fiber] projects."

"In many cases, partners are bringing us right-of-way, so we don't have to go knocking on doors [to initiate deals]," Jalkut continues. "That helps us achieve a lower cost position." Pathnet's relationships with right-of-way holders also give it a time-to-market advantage over would-be fiber builders that would have to establish deals from scratch, he adds.

On the demand side, Jalkut recalls reports from Pathnet's wireless sales force revealing significant demand for dark fiber—demand not being met by the likes of Qwest or Level 3 because of either timeliness or geography.

Wholesale market niche
The wholesale capacity business opportunity has shifted from primary to secondary markets, Jalkut observes. "It's a more friendly market." With IXC, Qwest, Level 3, and Williams clamoring for tier-one markets, competition is fiercer in that space than it is for tier-one and –two cities, rendering the smaller markets more attractive. The pricing also tends to be higher in the medium-sized markets, leaving room for higher profit margins.

Yet the growth factors for bandwidth demand in secondary cities are similar to large cities. Jalkut counts among Pathnet's potential customers "everybody looking for a way out of town other than the RBOC." Of course, the former NYNEX chief also welcomes RBOC business.





To: Immi who wrote (186)4/20/1999 1:29:00 AM
From: pat mudge  Respond to of 3951
 
From Telecommunications Magazine:

telecommagazine.com

And more importantly, a few quotes from SDL's annual report that arrived today.

"The migration to DWDM is well underway. Market research firm Frost&Sullivan has projected a compound annual growth rate of more than 100 percent for 32-channel-and-higher DWDM systems over the next five years. And a global forecast by market research firm ElectroniCast for DWDM components --- which added up to a market of just $100 million in 1995 --- predicts growth to more than $4 billion in 2000, expanding to $12 billion by 2005."

"Undersea fiber optic communications is also emerging as a growing market for SDL products. Pricing for DWDM components and subsystems in this market tends to be substantially higher than in terrestrial communications applications, due to the ultra-high reliability and extensive screening required for submarine applications. Here again, the market's needs match up well with the advantages that SDL products provide. To meet these needs, we had to prove that our products had a projected median life of 100 years. And we succeeded."

"Optical amplifiers and optical transmitters, which represent major advances in the science of photonics, play a major role in the world of DWDM communications. That's because optical signals travelling over fiber optic networks must be amplified periodically. But in the past, traditional periodic signal regeneration techniques required photonic signals for transmission. These techniques were very costly to implement, took a toll on performance, and posed reliability problems. Today's erbium-doped amplifiers, by comparison, are capable of amplifying a photon without first converting it to an electrical signal. In addition, these optical amplifiers enable all wavelengths --- 16, 24, 40 and on up to 80 wavelengths --- to be amplified simultaneously without needingto be converted. And one of the key components required for this process is a device known as a pump module. . . . SDL's industry-leading pump modules, led by our 980 nanometer (nm) product line, represent the fastest growing part of our business. Due to their high power and superior reliability. . . our 980 nm pump modules were in high demand by customers throughout the world in 1998. In addition, SDL's patented Fiber Bragg grating technology stabilizes the wavelength of our pump modules, further improving amplifier performance. SDL's success is most notable at the high end of avialable pump power. Our most advanced pump module-based solution, for example, powers up to 80 wavelength channels, delivering a host of benefits to terrestrial and undersea fiber optic network customers. . . ."

I highly recommend everyone read the report.

Pat