Furukawa Electric Co., Ltd.: High-End Fusion Splicers

 

Furukawa Electric Co., Ltd. announced the release the S183PMII and S184PM-SLDF high-end fusion splicers, which provide appropriate conditions in fusion splicing of diversifying special fibers. These models incorporate substantially enhanced splice features achieved by software enhancement. Annual sales of 500 million yen are expected.

Background of Development:

In recent years, fiber lasers, fiber sensors, and other optical fiber-applied products have been rapidly increasing. They differ from the field of conventional telecommunications in that it is more important to connect optical fibers of different forms (non-circular and holey), clad diameters, and core diameters in optimal condition. For popularly used optical fibers, splicing programs for optimal splicing are preset in fusion splicers. For processing any fiber without the preset programs as standard, it was necessary to create an optimal program or to make adjustments. In some cases, it was difficult for users to formulate optimal splicing programs and we provided support on a case-by-case basis. However, as fibers diversified and their types increased, growing needs emerged from users for easy splicing.

Furukawa Electric Co., Ltd. has recently modified the software to achieve the automated creation of optimal splicing program according to the state and combination of fibers. The company will continue to proceed with product development to answer the needs for speciality optical fiber splicing.

Product Features

Optimizing rotation adjustment for PANDA fibers

Widely used as polarization-maintaining fibers, PANDA fibers have different cross-section forms depending on the manufacturer and production lot. Generally, it is necessary to match the positions of the internal stress-applying members before the splicing process, but it was sometimes difficult to perform the process as their positions are not identifiable by observation from the lateral direction of the PANDA fiber. The new optimization feature creates a program for optimal rotation adjustment through automatic analysis of the PANDA fiber. This ensures easy splicing of PANDA fibers that are not supported as standard.

Screen for PANDA fiber rotation adjustment

Auto splice mode for joining different types of fibers

In the field of optical components, it is sometimes necessary to join optical fibers with different core diameters and to achieve low-loss splicings. Depending on the combination of fibers to be joined, this mode performs automatic discharge adjustment to achieve optimal low-loss connections.

Screen for the auto splice mode for joining different types of fibers

Intuitive manual fusion splicing

The manual splice mode has been fully revised to make it possible to achieve the intended splicing through simpler manual operation of the fibers. Equipped with tools for automatic core matching and automatic polarization plane matching, it ensures easy operation for switching between auto and manual modes. Providing a proper fiber data indication, it permits users to easily splice fibers while monitoring the fiber aligning status. 

Note

For the S183PMII and the S184PM-SLDF already purchased, it is possible to add the new features by upgrading their software. The software upgrade is available for a charge.

Fiber Optic Industry Monthly Reports

The monthly report provides summaries from recent ElectroniCast market/technology analysis, as well as several industry news items of interest…

Published:              Last week of each month

Text Pages:           Typically 20-30 pages

Deliver:                 PDF File via E-Mail

Fee:                      $1,200 per year (12-issues)

Subscription:          Contact me at: stephen_montgomery@electronicastconsultants.com

Note: Only one PDF file will be sent to the individual client; however, clients may forward (e-mail) copies to other individuals within their own company/organization.

Typical Outline:

(1)   ElectroniCast – Fiber Optic Oriented Market and Technology Overview (5-8 pages)

(2)   ElectroniCast – Fiber Optic Oriented Market and Technology Overview (5-8 pages)

(3)   Fiber Optic Industry News (10-15 pages)

a.      Venture Capital or Financial News

b.      New Products

c.      Fiber Optic Deployment/Installations

d.      Technology News

About ElectroniCast

ElectroniCast Consultants specializes in forecasting trends in communication networks and in the products used in those networks.  This includes technology forecasting, markets and applications forecasting, strategic planning and consulting.

ElectroniCast Consultants, as a technology-based independent forecasting firm, serves industrial companies, trade associations, government agencies, communication and data network companies and the financial community.  Reduction of the risk of major investment decisions is the main benefit provided.  ElectroniCast's goal is to understand the challenges and opportunities facing clients and to provide timely, accurate information for strategic planning.

Research: Large-Scale Heterogeneous Optical Networks

Intelligent Networking Technology and Experimental Demonstration of Large-Scale Heterogeneous Optical Networks

Research By:

Zhao Yongli, Zhang Jie, Zhang Min, Ji Yuefeng, Gu Wanyi

Sate Key Laboratory of Information Photonics and Optical Communications, Beijing University of Posts and Telecommunications, Beijing 100876, P. R. China

Abstract (Received: December 26, 2011):

A novel routing architecture named DRE-AMSCAPE is presented to solve the problem of path computation in multi-layer, multi-domain and multi-constraints scenarios, which includes Group Engine (GE) and Unit Engine (UE). GE, UE and their cooperation relationship form the main feature of DREAM-SCAPE, i.e. Dual Routing Engine (DRE). Based on DRE, two routing schemes are proposed, which are DRE Forward Path Computation (DRE-FPC) and Hierarchical DRE Backward Recursive PCE-based Compu-tation (HDRE-BRPC).

In order to validate various intelligent networking technologies of large-scale heterogeneous optical networks, a DRE-based transport optical networks testbed is built with 1000 GMPLS-based control nodes and 5 optical transport nodes. The two proposed routing schemes, i.e. DRE-FPC and HDRE-BRPC, are validated on the testbed, compared with traditional Hierarchical Routing (HR) scheme. Experimental results show a good performance of DRE-AMSCAPE.    

           

About author: Zhao Yongli, is currently a lecturer of Institute of Information Photonics and Optical Communications at Beijing University of Posts and Telecommunications (BUPT), China. He received the B. S. degree in communication engineering and Ph.D. degree in electromagnetic field and microwave technology from BUPT, respectively in 2005 and in 2010. He has published more than 40 articles . His research interests mainly focus on wavelength switched optical networks , optical transport networks , and packet trans-port networks . Email: yonglizhao@bupt.edu.cn

Zhang Jie , is a professor and vice dean of institute of information photonics and optical Communications at BUPT. He is sponsored over ten projects by the research funds of Chinese government. He has published 6 books , more than 100 articles , and applied for 7 patents . He serves as one of TPC members in APOC2007, ACP2009, PS2009, ONDM2010, etc. His research interests focus on optical transport networks , packet transport networks . Email: lgr24@bupt.edu.cn

Source:

Intelligent Networking Technology and Experimental Demonstration of Large-Scale Heterogeneous Optical Networks[J]. China Communications, 2011, 8(7): 12-20.

URL: 

http://www.chinacommunications.cn:8080/zgtx/EN/Y2011/V8/I7/12

　

Boeing and Northrop Grumman: Contract from US Missile Defense

An integral element of the Global Ballistic Missile Defense System, GMD uses radars, other sensors, command-and-control facilities, communications terminals and a 20,000-mile fiber optic communications network.

 HUNTSVILLE, Ala., Dec. 30, 2011 -- The Boeing Company [NYSE: BA] and industry partner Northrop Grumman Corporation [NYSE: NOC] have received the development and sustainment contract (DSC) from the U.S. Missile Defense Agency for future work on the Ground-based Midcourse Defense (GMD) element of the United States' ballistic missile defense system.

"Today's award is the culmination of a two-year proposal process that brought together a broad industry group committed to delivering innovative solutions and a cost-effective approach to program management and execution," said Dennis Muilenburg, president and CEO of Boeing Defense, Space & Security. "We are privileged to have been partners with the Missile Defense Agency through development and deployment of the GMD system, and now with Northrop Grumman, we are honored to continue that partnership in this next phase of the program."

Under the DSC, Boeing will continue to lead the industry team for GMD development, integration, testing, operations and sustainment activities, building on the company's experience of supporting the Missile Defense Agency as prime contractor for the program since 2001. As strategic partner, Northrop Grumman will oversee the ground system elements, as well as provide key support in operations and sustainment, system engineering and system test.

"The DSC ushers in a new era for the GMD program, and our partnership with Boeing brings together the very best minds in the industry for this national security capability," said Wes Bush, chairman, CEO and president, Northrop Grumman. "By combining Northrop Grumman's 50-year experience and success on the nation's Minuteman ICBM program with Boeing's heritage GMD leadership, we provide the optimum mix of integrated development and sustainment capabilities for a system that demands nothing less."

The Boeing-led team currently operates and sustains the deployed GMD weapon system while developing and testing new technologies to provide increased reliability and to meet evolving customer needs and requirements. Northrop Grumman has been part of the team since 1998, responsible for designing and deploying the command-and-control systems that form the backbone of the GMD ground system.

"In selecting the Boeing and Northrop Grumman GMD team, the Missile Defense Agency retains the knowledge, skill and expertise of the world-class men and women who developed this one-of-a-kind system -- the only industry team capable of affordable innovation for GMD's future," said Norm Tew, Boeing vice president and program director of GMD. "We believe the government conducted a fair and open competition, making the right decision for the future of the program."

An integral element of the Global Ballistic Missile Defense System, GMD uses radars, other sensors, command-and-control facilities, communications terminals and a 20,000-mile fiber optic communications network. There are more than 20 operational interceptors at Vandenberg Air Force Base, Calif., and Fort Greely, Alaska, to defend the United States against long-range ballistic missile threats.

Northrop Grumman is a leading global security company providing innovative systems, products and solutions in aerospace, electronics, information systems, and technical services to government and commercial customers worldwide. Please visit www.northropgrumman.com for more information.

Boeing is the largest aerospace company in Alabama and one of the state's largest employers. Current company operations in Huntsville include the Ground-based Midcourse Defense program and other missile defense work, including the Standard Missile-3 Block IIB program, the Arrow system and the Patriot Advanced Capability-3 seeker, as well as support of Space Exploration Launch Systems, the International Space Station, Army Integrated Logistics, and engineering support for commercial and commercial-derivative airplanes.

A unit of The Boeing Company, Boeing Defense, Space & Security is one of the world's largest defense, space and security businesses specializing in innovative and capabilities-driven customer solutions, and the world's largest and most versatile manufacturer of military aircraft. Headquartered in St. Louis, Boeing Defense, Space & Security is a $32 billion business with 63,000 employees worldwide.

KVH - New Orders for Fiber Optic Gyros (FOGs)

KVH Receives $7.6 Million FOG Order

MIDDLETOWN, RI – December 20, 2011 – KVH Industries, Inc., (Nasdaq: KVHI) announced that it has received a $7.6 million order for its single-axis fiber optic gyros (FOGs) from an international defense contractor to support weapon and optical stabilization in remote weapon stations for the U.S. military. Delivery of this order will begin immediately and continue into 2013.

“KVH’s compact, rugged, and affordable fiber optic gyros are extremely versatile,” says Jay Napoli, KVH’s vice president of FOG/OEM sales. “End users and system integrators choose KVH FOGs for their range of output options, patented Digital Signal Processing (DSP) electronics design, and outstanding performance with regard to bias stability, scale factor linearity, turn-on to turn-on repeatability, and high bandwidth. These exceptionally low noise FOGs are ideal for demanding applications, including those that require precise measurement of rate and turning angle as well as the ability to withstand the shock of repeated, high-speed gunfire.”

KVH Receives $2.5 Million Multi-year DSP-3000 FOG Order

MIDDLETOWN, RI – December 21, 2011 – KVH Industries, Inc., (Nasdaq: KVHI) announced that it has received new purchase orders exceeding $2.5 million for its precision DSP-3000 fiber optic gyros (FOGs) for use in stabilized remote weapon stations (RWS) from an international military customer. Shipment of these DSP-3000 FOGs will be completed over the next two years.

“Remote weapon stations play a critical role in improving crew safety and weapon accuracy in combat operations overseas. We are proud that KVH's fiber optic gyros remain the sensors of choice for the leading RWS manufacturers supporting U.S. and allied military forces,” said Jay Napoli, KVH's vice president of FOG and OEM sales. “Our affordable DSP-3000 FOG offers the high reliability, superior accuracy, and exceptional vibration, shock, and acceleration survivability necessary to ensure optimal RWS performance. Thanks to these benefits, KVH's FOGs are ideal for a variety of guidance and stabilization needs in both the military and commercial markets.”

Remote weapon stations allow gunners to operate, aim, and fire a vehicle-mounted weapon from inside the safety of their vehicles, instead of manning turret positions where they are exposed to hostile fire. KVH’s DSP-3000 FOGs provide precise optical stabilization and weapon recoil control for RWS units while ensuring that the weapon stays on target whether the vehicle is stationary or on the move.

KVH’s fiber optic guidance and sensor systems are used in an array of commercial and defense-related stabilization, navigation, autonomous vehicle, and precision guidance applications. These include platform stabilization, antenna/radar/optics stabilization, IMU, GPS/INS, and AHRS integration.

Financial News: EMCORE Corporation Announces Financial Results for Its Fourth Quarter and Fiscal Year Ended September 30, 2011

ALBUQUERQUE, N.M., December 27, 2011 (GLOBE NEWSWIRE) -- EMCORE Corporation, a leading provider of compound semiconductor-based components, subsystems, and systems for the fiber optics and solar power markets, today announced its financial results for its fourth quarter and fiscal year ended September 30, 2011.

Quarterly Financial Results

Revenue:

Consolidated revenue for the fourth quarter ended September 30, 2011 was $52.1 million, which represents a 4% decrease compared to the prior year and a 5% increase compared to the immediate preceding quarter. On a segment basis, revenue for the Fiber Optics segment was $30.9 million, which represents a 10% decrease compared to the prior year and a 7% decrease compared to the immediate preceding quarter. Revenue for the Photovoltaics segment was $21.2 million, which represents an 8% increase compared to the prior year and a 31% increase compared to the immediate preceding quarter.

Gross Profit:

Consolidated gross profit was $10.0 million, which represents a 22% decrease compared to the prior year and a 6% increase compared to the immediate preceding quarter. Consolidated gross margin was 19.2%, which represents a decrease from the 23.6% gross margin reported in the prior year and an increase from the 19.1% gross margin reported in the immediate preceding quarter. On a segment basis, Fiber Optics gross margin was 18.0%, which represents a decrease from the 20.4% gross margin reported in the prior year and a decrease from the 19.4% gross margin reported in the immediate preceding quarter. Photovoltaics gross margin was 21.0%, which represents a decrease from the 29.3% gross margin reported in the prior year and an increase from the 18.6% gross margin reported in the immediate preceding quarter.

Operating loss:

The consolidated operating loss was $14.4 million, which represents a $12.6 million increase in operating loss when compared to the prior year and a $3.2 million increase in operating loss when compared to the immediate preceding quarter. The quarter-over-quarter variance was primarily due to the $8.0 impairment charge recorded on the long-lived assets of our Fiber Optics segment offset slightly by the change in litigation settlements totaling $1.5 million and a decrease in non-cash stock-based compensation expense of $1.1 million.

After excluding certain non-cash and other adjustments as set forth in the attached non-GAAP table, adjusted operating loss for the fourth quarter ended September 30, 2011 was $1.4 million, which represents an additional operating loss of $4.1 million from the loss reported for the prior year and a decrease in operating loss of $2.3 million from the loss reported for the immediate preceding quarter.

Net loss:

The consolidated net loss was $14.3 million, which represents a $13.4 million increase in net loss when compared to the prior year and a $3.2 million increase in net loss when compared to the immediate preceding quarter. The consolidated net loss per share was $0.15, which represents a $0.14 increase in net loss per share when compared to the prior year and a $0.03 increase in net loss per share when compared to the immediate preceding quarter. During the fourth quarter ended September 30, 2011, EMCORE recorded $1.0 million of non-operating expense related to our Suncore joint venture.

Annual Financial Results

Revenue:

Consolidated revenue for fiscal 2011 was $200.9 million, which represents a 5% increase compared to the prior year. On a segment basis, revenue for the Fiber Optics segment was $125.6 million, which represents a 3% increase compared to the prior year. Revenue for the Photovoltaics segment was $75.3 million, which represents an 8% increase compared to the prior year.

Gross Profit:

Consolidated gross profit was $42.8 million, which represents a 16% decrease compared to the prior year. Consolidated gross margin was 21.3%, which represents a decrease from the 26.5% gross margin reported in the prior year. On a segment basis, Fiber Optics gross margin was 18.5%, which represents a decrease from the 23.1% gross margin reported in the prior year. Photovoltaics gross margin was 26.0%, which represents a decrease from the 32.3% gross margin reported in the prior year.

Operating loss:

The consolidated operating loss was $32.5 million, which represents an $11.1 million increase in operating loss when compared to the prior year. The year-over-year variance was primarily due to the decrease in gross profit and the $8.0 impairment charge recorded on the long-lived assets of our Fiber Optics segment, offset slightly by lower stock-based compensation expense of $2.4 million and the net gain related to litigation settlements totaling $1.1 million.

After excluding certain non-cash and other adjustments as set forth in the attached non-GAAP table, adjusted operating loss for the fiscal year ended September 30, 2011 was $5.7 million, which represents an additional operating loss of $14.6 million from the adjusted operating loss reported for the prior year.

Net loss:

The consolidated net loss was $34.2 million, which represents a $10.5 million increase in net loss when compared to the prior year. The consolidated net loss per share was $0.38, which represents a $0.10 increase in net loss per share when compared to the prior year. During fiscal 2011, we recorded $1.8 million of non-operating expense related to their Suncore joint venture.

Balance Sheet Update

As of September 30, 2011, cash, cash equivalents, and restricted cash totaled approximately $16.1 million. With respect to measures taken to improve liquidity, in December 2011, EMCORE amended the Wells Fargo credit facility, which included adding new classes of assets into the borrowing base calculation and reducing the excess availability covenant requirements. As a result of this amendment, they can increase their potential borrowings by up to $14 million. In addition, they entered into an equity line of credit arrangement with Commerce Court Small Cap Value Fund, Ltd. in August 2011, pursuant to which, they may sell up to $50 million in shares of their common stock over the 24-month term.

Business Outlook and Commentary

As previously disclosed on October 24, 2011, flood waters infiltrated the offices and manufacturing floorspace of their primary contract manufacturer in Thailand. The areas used to manufacture their fiber optic products and their process and test equipment were submerged in several feet deep flood water for more than a month. As a result, the manufacturing infrastructure that supports approximately 50% of their Fiber Optics segment revenue was damaged. This has had a significant impact on their operations and their ability to meet customer demand for fiber optics products.

Production capabilities for three major product lines were impacted: these include Telecom products, such as tunable lasers and our high-volume tunable XFP line (their low-volume TXFP production line is in the Bay Area and producing products), Cable television (CATV) laser components and transmitters, and other legacy products. Over the past two months, they have been developing and implementing alternative manufacturing plans in their own facilities in China and the U.S. to meet short-term customer demand. Concurrently, they have been focusing on rebuilding the high-volume production infrastructure for impacted product lines in other locations owned by their primary contract manufacturer in Thailand, as well as the EMCORE facility in China. Their focus during the rebuild is on a quick recovery and strategies to better configure the equipment for efficiency, reduce our cost structure, and provide manufacturing diversification in order to turn this crisis into an opportunity.

Purchase orders have been issued to replace the damaged process and test equipment and new equipment is now being received. Between their own facilities and their contract manufacturer, they expect to rebuild their production capacity for their CATV business by the end of March 2012, and rebuild the production capacity of their Telecom production lines before the end of May 2012. They are working closely with customers on their recovery manufacturing plan to align with their needs.

As for the inventory materials, they were able to move a significant portion of their finished goods inventory to the second story of the facility right before the flood waters reached the manufacturing floor. This has allowed EMCORE to serve the near-term demands of some key customers. The major focus is to work with their customers to meet their near-term needs and to ascertain that the demand will still be there for their products when we are back to full capacity. EMCORE is pleased that many of their key customers for Telecom products have stepped up and committed their demand through non-cancelable purchase orders and pre-payments. As a result, their production capacity for tunable lasers in calendar 2012, when it is fully recovered, is almost fully booked with the existing commitments from customers. This illustrates the differentiation of their product and the strong relationships with their customers.

EMCORE entered into agreements with their key contract manufacturing partner and Wells Fargo Business Credit. These agreements significantly improved the Company's liquidity position while we process and receive proceeds from insurance claims. They believe that they have a solid plan in place to rebuild their impacted business.

The Company expects the revenues for its first quarter of fiscal year 2012 ending December 2011 to be in a range of $36 to $38 million with the sequential revenue decline primarily attributable to the flood impact to its Fiber Optics business.

About EMCORE

EMCORE Corporation is a leading provider of compound semiconductor-based components and subsystems for the fiber optics and solar power markets. EMCORE's Fiber Optics segment offers optical components, subsystems, and systems that enable the transmission of video, voice, and data over high-capacity fiber optic cables for high-speed data and telecommunications, cable television (CATV), and fiber-to-the-premises (FTTP) networks. EMCORE's Photovoltaics segment provides solar products for satellite and terrestrial applications. For satellite applications, EMCORE offers high-efficiency compound semiconductor-based gallium arsenide (GaAs) solar cells, covered interconnect cells, and fully integrated solar panels. For terrestrial applications, EMCORE offers concentrating photovoltaic (CPV) systems for utility scale solar applications as well as offering its high-efficiency GaAs solar cells and CPV components for use in solar power concentrator systems. http://www.emcore.com

Newport Acquires ILX Lightwave for $9.3 Million

29 December 2011 – Following its acquisitions of Ophir Optronics and High Q Technologies, Newport Corporation is set to continue its consolidator moves with the buy-out of ILX Lightwave, the photonics instrumentation and test and measurement firm based in Bozeman, Montana.

The $9.3 million cash deal is expected to close within a month, with the precise amount paid for the company subject to a final calculation of ILX Lightwave’s net assets at closing. Newport says that the company is set to make a profit on its expected 2011 sales of $8 million.

Newport CEO Robert Phillippy said in a statement announcing the deal: “The addition of ILX, together with our recent acquisition of Ophir Optronics, will further enhance Newport's position as the industry's leading provider of photonics instrumentation and measurement equipment. With our expanded portfolio of products and technology, we will offer our customers solutions to the most demanding applications in both the scientific and industrial markets.”

ILX sells a wide range of photonics-related instrumentation, from diode drivers and temperature controllers to fiber-optic sources and power meters, meaning that there is a certain amount of overlap with the Newport-owned Ophir Optronics product offering.

ILX was founded in 1986, with a business based initially around its groundbreaking precision laser diode current source, and has worked closely with Montana State University through a collaborative research program. The company has also worked with researchers at the NSF-funded Center for Mid-IR Technologies for Health and the Environment (MIRTHE) in Princeton University, which is developing optical gas sensors based on quantum cascade lasers.

Balancing the portfolio

Newport’s recent spree is part of a corporate strategy to grow the business through both organic expansion and merger and acquisition activity. The company has enjoyed several quarters of strong growth recently, although that has been largely the result of a buoyant microelectronics industry, a sector that accounts for up to one-third of Newport’s revenues, through 2010 and early 2011.

In moves designed to make the company less susceptible to strong swings in demand from the microelectronics industry – which is now in a slump - Phillippy and colleagues have targeted acquisitions that provide Newport with a more balanced portfolio. Together with the incorporation of Ophir Optronics and High Q, ILX Lightwave adds to the firm’s activity in industrial, medical and defense markets. Newport’s goal is to increase its annual revenues to $750 million by 2013, and the ILX deal will provide additional momentum to that end.

Newport is partly financing its expansion with a new five-year, $185 million loan and the availability of a new $65 million revolving credit line that were agreed in November. The arrangement has been designed to enable repayment of subordinated convertible notes due February 2012. In early December, Newport said that it had retired $69.6 million of those notes early, with a $51 million principal amount still outstanding.

At the time of the early repayment, Newport's CFO Charles Cargile had hinted at subsequent acquisitions, saying: “We are pleased that we were able to retire a substantial portion of our convertible notes prior to their February 2012 maturity date. The net savings on interest expense is compelling and we reduced our total outstanding debt. We remain very confident in our ability to generate significant cash from operating activities and to capitalize on opportunities to effectively utilize our cash.”

Optellios to Demonstrate FiberPatrol Sensor at Intersec Dubai

NEWTOWN, PA (December 28, 2011) – Optellios, Inc., a developer and manufacturer of advanced fiber-optic sensing and security systems, announced that they will be demonstrating the FiberPatrol perimeter intrusion detection system in stand 2-709 at the upcoming Intersec exhibition in Dubai, January 15-17. Intersec, one of the largest security events of the year in the region, attracts security professionals from throughout the Middle East, Africa and Europe. Brian Freeman, Vice President of Sales and Marketing for Optellios comments, “We are very excited with regards to this opportunity to meet with the key officials responsible for physical and operational security for pipeline, border and critical infrastructure locations and discuss how the FiberPatrol products can be deployed as a part of the overall security solution.”  In its 14th year, Intersec is the Middle East’s leading security and safety exhibition.

In 2011 Intersec hosted more than 800 exhibitors from 50 countries and 21,626 visitors from 101countries.  The exhibition will focus on four critical areas which include Commercial & Information Security; Homeland Security & Policing; Safety & Health and Fire & Rescue. Freeman adds that “The Middle East represents one of the fastest growing markets for security products in the world. We are confident that FiberPatrol’s proven long range capability, cut immunity, location sensing and  ease of integration to video, access control and PSIM platforms makes it an ideal solution  for the demanding environment of the region.”

About Optellios Inc.

Optellios, Inc., a leading U.S.-based fiberoptic technology company, is a provider of advanced solutions for sensing, security, and communication. Its FiberPatrol® line of security products leverages company's pioneering patented fiberoptic sensor technologies to provide the most advanced and cost effective security solutions for military bases, airports, power plants, water treatment facilities, pipelines, secure data networks, and other critical infrastructures and high-value assets. For more information, visit www.optellios.com.

$2.5 Million Fiber Optic Gyro (FOG) Order for Remote Weapon Stations (RWS)

KVH Industries, Inc., announced (December 21, 2011) that it received new purchase orders exceeding $2.5 million for its precision DSP-3000 Fiber Optic Gyros (FOGs) for use in stabilized remote weapon stations (RWS) from an international military customer. Shipment of these DSP-3000 FOGs will be completed over the next two years.

"Remote weapon stations play a critical role in improving crew safety and weapon accuracy in combat operations overseas. We are proud that KVH's fiber optic gyros remain the sensors of choice for the leading RWS manufacturers supporting U.S. and allied military forces," said Jay Napoli, KVH's vice president of FOG and OEM sales. "Our affordable DSP-3000 FOG offers the high reliability, superior accuracy, and exceptional vibration, shock, and acceleration survivability necessary to ensure optimal RWS performance. Thanks to these benefits, KVH's FOGs are ideal for a variety of guidance and stabilization needs in both the military and commercial markets."

Remote weapon stations allow gunners to operate, aim, and fire a vehicle-mounted weapon from inside the safety of their vehicles, instead of manning turret positions where they are exposed to hostile fire. KVH's DSP-3000 FOGs provide precise optical stabilization and weapon recoil control for RWS units while ensuring that the weapon stays on target whether the vehicle is stationary or on the move.

KVH's fiber optic guidance and sensor systems are used in an array of commercial and defense-related stabilization, navigation, autonomous vehicle, and precision guidance applications. These include platform stabilization, antenna/radar/optics stabilization, IMU, GPS/INS, and AHRS integration.

Visit www.fiberopticgyro.com for complete details about KVH's full line of fiber optic gyro solutions, or take a virtual tour of KVH's FOG factory.

 

Source: KVH Industries, Inc.

KVH Industries (Nasdaq:KVHI) is a leading manufacturer of solutions that provide global high-speed Internet, television and voice services via satellite to mobile users at sea, on land, and in the air. KVH is also a premier manufacturer of high performance sensors and integrated inertial systems for defense and commercial guidance and stabilization applications. The company is based in Middletown, RI, with facilities in Illinois, Denmark, Norway, and Singapore.   

Fiber Optic Sensors Monthly Journal (December - 2011) from ElectroniCast

ElectroniCast Consultants                            

Monthly Journal Published: The first-week of each month

Fee:                 No Charge (12-issues) for Existing FO Sensor Forecast Clients*

Fee:                 $1,200 per year (12-issues) for Monthly Journals - only

ElectroniCast publishes a summary-level report of the latest market and technology trends covering the area of fiber optic sensors

* Clients that have subscribed to the Fiber Optic Sensors Global Market Forecast and Analysis, within the last 12-months

This journal provides a review and analysis of current market and technology trends relative to the consumption of communication-based fiber optic sensors. The journal (PDF file: typically 30-40 pages), released at the beginning of each month, via e-mail, providing our clients with insights to the innovative applications of fiber optic sensors.

The journal typically presents information in three sections:

           

·        Fiber Optic Sensors – Market Overview

      ·       Selected Highlights of Technology Presentations and Company News

·       Calendar – Future Conferences                 

Summary-level consumption trends are provided for various measurand or technology.  The trends for each selected sensor, in turn, is segmented into various applications. The information is presented in easy-to-follow illustrations and text. 

The complete quantitative Microsoft Excel market forecast worksheets and competitive market share estimates are released every September for clients that subscribe to the Fiber Optic Sensors Market Forecast annual report; however, the monthly reports provide summary-level market forecast data updates and the latest industry news.

For professionals concerned with fiber optic sensor markets and technology. 

We believe you will find this journal useful for your planning of product and market development.  Please contact us with any questions or comments.

SAMPLE – the Table of Contents of the December (2011) journal is provided below:

Point Fiber Optics Sensors Market Overview: Strain

            Methods of Measuring Strain 

            Fiber Bragg gratings (FBG) 

            Hybrid Fiber Optic Sensing System 

            Polarimetric Strain Sensors

            PM Photonic Crystal Fibers

            FBG Strain-Gage  

            Distributed Strain and Temperature Sensor System

            Brillouin Sensors  

            Fiber Optic Sensors used for Monitoring – Bridge Construction 

            Regional Market Estimate (Value, 2011)

            Long-Gage Fiber Optic Sensors towards Structural Health Monitoring

           

           

Selected Highlights of Technology Presentations and Company News                               

            3S PHOTONICS Acquires Manlight

            Augusta Announces Q3 Results (Fiber Optic Sensors)

            Argonaut Ventures leads $10M TeraDiode Funding

            Hamamatsu Photonics Reports Sharp Profit Growth           

            Luna Innovations Reports Third Quarter 2011 Financial Results

            NBN to establish Network Operations and Test Facility in Victoria

            Photonic Sensors For U.S. Navy Gas Turbines

            Fiber Optic Position Sensor System

            Temperature Fiber Optic Sensor

            Continuous Glucose Monitoring System

            Automated Integrated Antifouling System For Ethylene Manufacture

            Contract Win:  Future Fibre Technologies of Australia

            Metrological Performances of Smart Structures Based on Bragg Grating Sensors

                       

                                               

Calendar – Future Conferences                    

Fiber optic sensors use optical fiber either as the sensing element ("intrinsic sensors"), or as a means of relaying signals from a remote sensor to the electronics that process the signals ("extrinsic sensors").

The market trends discussed in the monthly journal address one or more of the following topics:

           

·        Fiber Optic Point Sensors: Component-Level

·        Continuous Distributed Fiber Optic Sensors

·        Optical Communication Signal Analysis Interface Components/Modules

Fiber Optic Point Sensors Applications:

·        Manufacturing Process/Factory

·        Civil Engineering/Construction (buildings, bridges, tunnels, etc)

·        Military/Aerospace/Security

·        Test & Measurement used in Telecommunication, CATV, Private/Enterprise

·        Biomedical/Science

·        Petrochemical/Energy/Utilities/Natural Resources

·        Automotive/Vehicle

Sensing/Measuring Quantity (Measurand) The monthly journal also looks at the industry trans and news pertaining to fiber optic point sensors, segmented further by the following sensing/measuring quantity (measurand) types:

·        Mechanical Strain

·        Temperature

·        Pressure

·        Chemical, Gas, Liquid

·        Vibration, Acoustic, Seismic

·        Displacement, Acceleration, Proximity

·        Electric and Magnetic Field - Fiber Optic Sensors

·        Rotation (such as Fiber Optic Gyroscopes: FOGs)

                       

Continuous Distributed Sensor Applications/Technologies covered in the journal:

·        Manufacturing Process/Factory

·        Civil Engineering/Construction (buildings, bridges, tunnels, etc)

·        Military/Aerospace/Security

·        Petrochemical/Energy/Utilities/Natural Resources

·        Biomedical/Science

Optical Communication Signal Analysis Interface Components/Modules         

These include components, sampling/interface modules and intra-enclosure (board-level) elements directly used for fiber optic sensing measurements, used in equipment such as –Oscilloscopes, OTDRs, Bit Error Rate Testers, Signal Generators, Spectrum Analyzers, and numerous other test/measurement/monitoring equipment used for communication/optical signal processing applications.  We discuss the trends, segmented by the following applications:             

·        Telecommunications

·        Private Enterprise Data Networks

·        Cable TV

·        Military/Aerospace/Security

·        Other

Through the course of the 12-month issue cycle, the journal will provide current news and analysis study of applicable technologies, including:

·        Interferometry

·        Intensity

·        Polarization

·        Fiber Bragg Grating (FBG)

·        Raman back-scattering

·        Fluoresence

·        Brillouin waves

·        Doppler Anemometry

·        Spectroscopy

·        Waveguides/ Specialty Optical Fiber

·        Optrode

Product and Financial news form various fiber optic sensor vendors are presented in the monthly journal along with a calendar of future conferences, which address the fiber optic sensor industry sector.

Fiber Optic Sensor Market Forecast - Continuous Distributed Fiber Optic Sensor Systems

ElectroniCast Consultants

A Continuous Distributed fiber optic sensor system involves the optic fiber with the sensors embedded with the fiber, plus electronics, connectors, data acquisition module, software, and miscellaneous components; however, ElectroniCast quantifies the optical fiber, cable (fiber jacket) and the sensor elements in this forecast data (only).

Monitoring and data transmission using fiber optic sensors and optical fiber in cabling is now commonplace with Continuous Distributed fiber optic sensors.  Some distributed fiber optic sensors use multiple Point sensors, which are networked together with optical fiber, creating a point-to-point (multi-point) distributed line; however, we do not consider it a continuous (non-stop) distributed intrinsic fiber optic sensor line.  The very nature of a Point sensor, by our definition, is a stopping point therefore the sensor line is not continuous.

According to ElectroniCast Consultants, the consumption value of fiber optic sensors used in continuous distributed systems is forecast to grow at an average annual rate of nearly 43 percent from $435 million in 2010 to $2.639 billion in 2015. 

 

Note: Market forecast data in this study report refers to consumption (use) for a particular calendar year; therefore, this data is not cumulative data.
For more information on the ElectroniCast Fiber Optic Sensors Market Forecast Consultant Service, contact Stephen Montgomery...  stephen_montgomery@electronicastconsultants.com

Free-space Optical Experimental Network Experiment (FOENEX) systems

FOENEX Special Notice

Solicitation Number: DARPA-SN-12-18

Agency: Other Defense Agencies

Office: Defense Advanced Research Projects Agency

Location: Contracts Management Office

Original Synopsis

Nov 16, 2011

3:32 pm   

Solicitation Number:

DARPA-SN-12-18 Notice Type:

Special Notice Synopsis:

Added: Nov 16, 2011 3:32 pm

DARPA-SN-12-18

Fifteen days after publication of this notice, the Strategic Technology Office (STO) of the Defense Advanced Research Projects Agency (DARPA) intends to issue a request for proposal to Johns Hopkins University/Applied Physics Laboratory (JHU/APL) to prepare up to two Free-space Optical Experimental Network Experiment (FOENEX) systems for delivery to the USAF/Big Safari Blue Devil Block II program by accommodating FOENEX to meet host platform requirements and optionally provide an additional hybrid RF/FSO router.

The current contract, HR0011-10-C-0127, is for highly specialized research, development, and technical services for the development and testing of a hybrid Free-Space Optical (FSO) and Radio Frequency (RF) communications network. The system includes FSO and RF terminals along with stochastic network routers to allow the demonstration of highly reliable, robust, and high data rate hybrid FSO/RF communications among space, airborne and ground platforms.

This effort leverages JHU/APL contract progress in system development, integration, and testing during the FOENEX effort. The integrated system will be evaluated in a field environment like the Nevada Testing and Training Range (NTTR), White Sands Missile Range (WSMR), or similar location. The proposed effort builds from previous research with the Air Force Research Laboratory (AFRL) and DARPA where JHU/APL developed a unique, robust Optical Modem design, which was the critical technological breakthrough for enabling robust high-data-rate FSO communications (FSOC) through severe turbulence over long ranges.

The embedded OAGC capability was previously integrated into a hybrid FSO and RF airborne networking ORCA brassboard system and demonstrated initial long-range, high-data-rate communication that had never before been accomplished with previous research over the past 30 years.

This proposed FOENEX add-on will prepare up to two FOENEX systems for delivery to the USAF Big Safari Blue Devil Block II program to meet its host platform requirements and the FOENEX team participation in their independent system test and evaluation of this equipment. An option will also be added to deliver an additional hybrid RF/FSO router subsystem to increase test and evaluation capabilities.

This notice of intent is not a request for competitive proposals and no solicitation is currently available. There is no commitment by the Government to issue a solicitation, make an award or awards, or to be responsible for any monies expended by any interested parties before award of a contract for the effort mentioned above. Information provided herein is subject to change and in no way binds the Government to solicit for or award a contract. Point of contact for this synopsis is Contracting Officer; Robin Swatloski; DARPA-SN-12-18@darpa.mil . See Note 22.

Contracting Office Address:

3701 North Fairfax Drive

Arlington, Virginia 22203-1714

Primary Point of Contact:

Contracting Officer

DARPA-SN-12-18@darpa.mil

Source: https://www.fbo.gov/index?s=opportunity&mode=form&id=c431db26e3417be9bfc6388f39d76d17&tab=core&_cview=0

3S PHOTONICS Acquires Manlight

Nozay, France, November 25th, 2011 – 3S PHOTONICS, a world-leading manufacturer in optical and optoelectronic components for telecommunication networks, announced the acquisition of 100% of Manlight S.A.S. shares. 3S PHOTONICS Group has completed the transaction with the active help of EURAZEO, which holds 83% of 3S Photonics’ capital.

Manlight S.A.S., a globally recognized player for optical fiber amplifiers and lasers, designs and manufactures products for telecommunication transport networks, broadband access networks, defense, and industrial markets. Based in Lannion France, Manlight was founded in 2006 through the acquisition of Highwave Optical Technologies assets. The company’s 30 employees are world-class experts in fiber optic amplification and laser technologies. Eric Delevaque, founder and former Highwave Optical Technologies CEO comments: “The integration of Manlight into the 3S Photonics Group is an important turning point, anticipating terrific growth opportunities. Commercial and technical synergies will enable to benefit from full value of the Manlight know-how and intellectual property”.

The company is becoming a subsidiary of 3S Photonics Group. Alexandre Krivine, President and CEO of 3S PHOTONICS Group is appointing Eric Delevaque as Manlight General Manager. “We are very pleased to have completed the Manlight acquisition with the help of Eurazeo as this deal fits perfectly into the development strategy we have established for 3S Photonics” says Alexandre Krivine, “The Manlight product range allows us to expand our offer for our historical telecom customers, to continue the diversification of our activities by promoting Group components linked to the LIDAR and

industrial fiber laser markets”, this enabling us to climb the value chair.

In November (2011), 3S PHOTONICS Group reported a consolidated IFRS turnover of up to €51M for the fiscal year 2011, which ended in June 2011, representing a year on year growth of 64% (or 44% within the same business scope).

About 3S PHOTONICS              3S PHOTONICS group is a leading provider of innovative optical products and solutions for Lasers, Sensing & Telecom markets. The Group designs, manufactures, and markets high reliability active & passive optical components and modules for the telecom, sensing & laser markets. It develops ultra-reliable fiber-optic systems including high-power fused components, optical sensors and

fiber laser components. Through its Avensys Solutions division, it also provides instrumentation and integrated solutions for process and environmental monitoring systems. More Information: http://www.3sphotonicsgroup.com/

About Manlight S.A.S.             Manlight SAS is a leading company in the design and the manufacturing for fiber optic amplifying and laser systems. Manlight products address telecommunication networking, from transport to the broadband access, industrial, security (LIDAR) and defense markets. Manlight has been incepted in 2006 through the acquisition of the Highwave Optical Technologies assets, and has exploited and developed the know-how and the intellectual property in destination to these markets.

Fiber Optic Industry Monthly Reports - Subscription Information

ElectroniCast Consultants                                

The monthly report provides summaries from recent ElectroniCast market/technology analysis, as well as several industry news items of interest…

Published:       Last week of each month

Text Pages:     Typically 20-30 pages

Deliver:            PDF File via E-Mail

Fee:                $1,200 per year (12-issues)

Contact:          stephen_montgomery@electronicastconsultants.com

Note: Only one PDF file will be sent to the individual client; however, clients may forward (e-mail) copies to other individuals within their own company/organization.

Typical Outline:

(1)   ElectroniCast – Fiber Optic Oriented Market and Technology Overview (5-8 pages)

(2)   ElectroniCast – Fiber Optic Oriented Market and Technology Overview (5-8 pages)

(3)   Fiber Optic Industry News (10-15 pages)

a.      Venture Capital or Financial News

b.      New Products

c.      Fiber Optic Deployment/Installations

d.      Technology News

About ElectroniCast

ElectroniCast Consultants specializes in forecasting trends in communication networks and in the products used in those networks.  This includes technology forecasting, markets and applications forecasting, strategic planning and consulting.

ElectroniCast Consultants, as a technology-based independent forecasting firm, serves industrial companies, trade associations, government agencies, communication and data network companies and the financial community.  Reduction of the risk of major investment decisions is the main benefit provided.  ElectroniCast's goal is to understand the challenges and opportunities facing clients and to provide timely, accurate information for strategic planning.

Singapore: The Institute of Microelectronics (IME)

Singapore: The Institute of Microelectronics (IME), a research institute of the Agency for Science, Technology and Research (A*STAR), announced plans to commercialize key innovations in silicon chips designed to support high speed, high bandwidth optical communications.  These chips were developed as part of IME’s Silicon Photonics research platform.

The research is collaboration with Alcatel—Lucent Bell Laboratories — one of the worlds leading optical communications innovators.  IME and Alcatel—Lucent plan to bring their silicon component designs from research to commercial fabrication readiness within the next few years. They will be working with a global semiconductor foundry, GlobalFoundaries, for this.  They plan to make their silicon building blocks accessible to photonics developers who can create new products at a reduced cost to the industry.

About IME              The Institute of Microelectronics (IME) is a member of the Agency for Science, Technology and Research (A*STAR). Established in 1991 and ISO-9001 certified, IME's mission is to add value to Singapore's semiconductor industry by developing strategic competencies, innovative technologies and intellectual property; enabling enterprises to be technologically competitive; and cultivating a technology talent pool to inject new knowledge to the industry.

R&D at IME covers the semiconductor technology chain, viz integrated circuit design, wafer fabrication process technology, packaging and assembly, and reliability testing and analysis. These R&D are classified under three laboratories, namely:

·        Integrated Circuits and Systems (ICS)

·        Microsystems, Modules and Components (MMC)

·        Semiconductor Process Technologies (SPT)

IME has also established six application-driven programs to focus its R&D efforts in new technologies and open up new opportunities for the semiconductor industry:

·        Bioelectronics Program

·        Miniaturized Medical Devices (MMD) Program

·        Nano-Electronics Program

·        Nano-Photonics Program

·        Sensor & Actuator Microsystems (SAM) Program

·        Through-Silicon Via Program

In terms of personnel, IME employs around 250 staff, out of which:

·        87% are directly involved in R&D

·        47% have either a PhD or a Masters degree

·        More than 100 international researchers from 15 countries

IME also has around 150 students from universities, polytechnics and junior colleges attached to the Institute every year.