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500-210 SP Optical Technology field Engineer Representative

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500-210 exam Dumps Source : SP Optical Technology field Engineer Representative

Test Code : 500-210
Test cognomen : SP Optical Technology field Engineer Representative
Vendor cognomen : Cisco
free pdf : 50 actual Questions

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Cisco SP Optical Technology Field

Cisco Named Optical community Market leader by means of IHS | actual Questions and Pass4sure dumps

Cisco remains on the innovative, riding optical trade innovation for their purchasers. these days, I’m pleased to declar that we've completed the ranking of Optical community Market leader in the 2018 IHS Markit expertise supplier Scorecard.

particularly, the record states that Cisco leads the field this year in market participate momentum with NCS 1000 revenue to the internet-scale group, mixed with the birth of the Verizon 100G metro-packet optical undertaking.

The most effective file of its variety, this Scorecard evaluates the accurate optical community device vendors on criteria the usage of concrete records and metrics, including direct feedback from consumers, seller market share, market participate momentum, financials, brand attention, popularity for innovation, and different benchmarks. This mode eliminates subjectivity and ensures companies are assessed precisely and fairly.

each day they set out to clear up their customers’ exact challenges. i would relish to thank their consumers and partners on your endured partnership – you aid gas their drive to continue trade disruption and innovation. I moreover extend congratulations to the Cisco Optical methods team and recognize their complicated travail in incomes this distinction.

be trained more about Cisco’s newest improvements on their Optical Networking web page.


Cisco revenue Breakdown And traffic Outlook | actual Questions and Pass4sure dumps

No influence found, are trying new key phrase!Networking leader Cisco methods (NASDAQ:CSCO) is a key participant within the expertise container. The enterprise mentioned a 6% enhance ... which multiplied 127%. SP Video revenue extended 30% for the quarter. ...

increasing Investments Are Furthering the international Silicon Photonics Market at a CAGR of 19.70% by course of 2027 | actual Questions and Pass4sure dumps

Apr 18, 2019 (AB Digital via COMTEX) -- Browse 34 market records Tables and 66 Figures spread via one hundred fifty five Pages and in-depth evaluation on global Silicon Photonics market by course of items (Optical transceiver market (Single channel, Parallel channel), Optical switches market, IC market, Sensors market, Photovoltaic cells/photo voltaic cells market), accessories (Waveguides (Rib waveguide, strip waveguide, Planer waveguides, Fiber waveguide), Optical modulators (Absorptive modulators (Franz-Keldysh, Quantum-limited stark, Plasma dispersion), Refractive modulators (Thermo-optic effect, Electro-optic effect, Magneto-optic impact, Polarization alterations in liquid crystals)), Interconnects market (Interchip interconnects, Backplane interconnects, Intra chip interconnects), Wavelength division multiplexer filters, LED market, Photodetector market), utility (Telecommunication (Optical fiber communications, Optical down converter to microwave), advice processing, Others (displays, consumer electronics, Metrology (Time and frequency dimension, range finding), Sensing, Spectroscopy, Holography, medicine, defense force, Others)) and by means of Geography.

This insightful market research report from Inkwood research focuses on market tendencies, leading players, deliver chain tendencies, technological innovations, key developments, and future ideas. With complete market assessment across the foremost geographies comparable to North the us, Europe, Asia Pacific, and repose of World, the document is a helpful asset for the present gamers, new entrants, and the long flee traders. The study gifts discrete market evaluation with inputs derived from industry gurus throughout the price chain.


Silicon Photonics market state of affairs 

The becoming want for energy productive technology, the want for top-velocity information transfer, and the boom of investments available in the market are the main drivers that are assisting the global Silicon Photonics market to bourgeon additional.

The Silicon Photonics market report offers records tables, contains charts and graphs for visual analysis.

Request Free sample report for world Silicon Photonics market by products, add-ons, software and Geography.


Market Segmentation

On the groundwork of Product, the world Silicon Photonics market is segmented as follows:

  • Optical transceiver market
  • Single channel
  • Parallel channel
  • Optical switches market
  • IC market
  • Sensors market
  • Photovoltaic cells/photo voltaic cells market
  • On the foundation of add-ons, the global Silicon Photonics market is segmented as follows:

  • Waveguides
  • Rib waveguide
  • Strip waveguide
  • Planer waveguides
  • Fiber waveguide
  • Optical modulators
  • Absorptive modulators
  • Franz-Keldysh
  • Quantum-constrained stark
  • Plasma dispersion
  • Refractive modulators
  • Thermo-optic impact
  • Electro-optic effect
  • Magneto-optic impact
  • Polarization adjustments in liquid crystals
  • Interconnects market
  • Interchip interconnects
  • Backplane interconnects
  • Intra chip interconnects
  • Wavelength division multiplexer filters
  • LED market
  • Photodetector market
  • On the groundwork of software, the global Silicon Photonics market is segmented as follows:

  • Telecommunication
  • Optical fiber communications
  • Optical down converter to microwave
  • tips processing
  • Others
  • shows
  • customer electronics
  • Metrology
  • Time and frequency size
  • latitude finding
  • Sensing
  • Spectroscopy
  • Holography
  • medicine
  • armed forces
  • Others
  • document Highlights

    - The file gives a minute analysis of current and future market traits to determine the investment alternatives- Market forecasts till 2027, using estimated market values as the basis numbers- Key market tendencies throughout the company segments, areas and international locations- Key developments and strategies observed in the market- Market dynamics similar to drivers, restraints, alternatives and different developments- In-depth company profiles of key gamers and upcoming eminent players- boom prospects among the many rising international locations via 2027

    companies Profiled

    -               ADVA OPTICAL NETWORKING SE

    -               CHIRAL PHOTONICS INC.

    -               CISCO techniques, INC.

    -               ENABLENCE technologies INC.

    -               FINISAR company

    -               HAMAMATSU PHOTONICS okay.k.

    -               HEWLETT-PACKARD CO.

    -               INFINERA organisation

    -               INTEL organization

    -               MELLANOX technologies, LTD.

    -               MOLEX LLC

    -               NEOPHOTONICS enterprise

    -               OKMETIC OY

    -               STMICROELECTRONICS N.V.

    connected experiences

    close box communication (NFC) Chips market–global nigh container communique (NFC) Chips market is estimated to develop with approx. 22.59% CAGR complete through the year 2018-2026.

    Biophotonics market - global Biophotonics market is anticipated to grow at a ten.12% CAGR complete the course through the forecast length 2019-2027.

    Optical Transport network market– The global Optical Transport network market is expected to grow at a CAGR of 12.35% between the forecast intervals of 2018-2026.


    Media ContactCompany name: Inkwood ResearchContact grownup: Clive CooperEmail: transmit EmailPhone: +1 857-302-4704City: BostonState: MACountry: United StatesWebsite:

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    SP Optical Technology field Engineer Representative

    Pass 4 certain 500-210 dumps | 500-210 actual questions |

    Optical Coherence Tomography Angiography Compared with Indocyanine Green Angiography in Central Serous Chorioretinopathy | actual questions and Pass4sure dumps

    Although CSC is an ancient disease, its pathogenesis remains unclear. It is assumed that towering levels of corticosteroid and catecholamine, coagulation and circulating antigen-antibody complexes in vessels, and compression of pachychoroid vascular to choriocapillaris, results in dysfunction and ischemia of the choroidal capillaries, compensatory hyperpermeability and leakage of the around choroidal capillaries and, subsequently, understanding dysfunction in RPE, which leads to accumulation of fluid under the neuroretina. OCTA is a newly developed ophthalmic imaging technology, which enables us to view different layers of blood tide and perfusion in the retina and choroid. OCTA may facilitate the elucidation of the pathogenesis of CSC.

    Recent studies beget focused on multimodal imaging assessment of CSC7,9,14,16,18,19,20,21; however, only a few beget performed quantitative analysis, and different OCTA findings in CSC beget been reported among investigators. Teussink13et al. compared OCTA and ICGA in 18 eyes with confirmed CSC. They create reduced tide surrounded by hyper-perfused areas on choriocapillaris OCTA. Chan et al.20 studied 12 eyes with acute CSC and 14 with confirmed CSC, and create towering signal intensity on choriocapillary OCTA in complete eyes and believed this pattern demonstrated dilated capillaries of the choroid.

    In their study, they create 3 types of abnormalities at the level of choriocapillaris on OCTA. The most common abnormality was the obscene granulated low reflective spot (Type C), which was create in complete eyes. Since they beget known that various factors such as PED, and subretinal fibrin might understanding shadow artifacts16, They had used combinations of OCT B scan and color fundus photograph to exclude shadow artifact at choriocapillaris level caused by PED, fibrin and moreover the migration of pigment. The low signal belt caused by shadow upshot was not included in their nature C belt in their study. Shinojima et al. had moreover create low-flow signal in complete their 58 studied CSC eyes. They thought it might attest the thinned choriocapillaries being pushed upward by pachyvessles or low blood tide at the choriocapillaries level16. Their finding demonstrates the reduced choroidal blood tide in CSC and is consistent with other earlier reports. Scheider et al. create delayed choroidal filling on ICGA at the site of the sweltering spot in 82% of CSC patients22. Kitaya et al. had create delays in arterial filling in 75% CSC eyes on ICGA and the choroidal blood tide in CSC eyes was 45% lower than in fellow eyes23. Comparison of OCTA and ICGA images revealed that the nature C abnormality belt corresponded with the hypo-fluorescence belt on early-phase ICGA; however, the former was larger than the latter in complete eyes. This might because the hypo-fluorescence belt on early-phase could subsist easily blocked by the leakage of choriocapillary or stigma from subretinal fibrin content in later angle ICGA. And these finding insinuate that OCTA might subsist more valuable than ICGA in revealing choriocapillary hypo-perfusion.

    In their study, the nature A abnormality, which was the obscene granulated towering reflective area, was present in 61 (92.4%) eyes. In the study by Chan et al., however, towering signal intensity on choriocapillary OCTA was observed in complete eyes; the different result may subsist explained by the smaller sample size of their study20. Although it remains unclear what the nature A represents, since there was towering spatial correspondence between nature A abnormality on OCTA and hyperfluorescence belt on ICGA (mean JI 0.84 ± 0.15 for grader 1 and 0.82 ± 0.23 for grader 2), they presume it was caused by the dilation and increased blood tide of choriocapillaries in CSC patients. RPE atrophy may moreover contribute to the nature A abnormality in confirmed CSC eyes, but by comparing the OCTA images with the FA and OCT B scan images, nature A belt was much larger than the RPE atrophy belt in inescapable eyes. Furthermore, if nature A belt was merely artifacts caused by the atrophy of RPE due to long lasting SRF, it should subsist more frequent in the confirmed CSC than the acute CSC since RPE atrophy was more frequent in the confirmed CSC, but in fact they create there is no significant dissimilarity of nature A belt between acute and confirmed patients (P = 0.72). Automatic segmentation oversight might moreover understanding artifacts and move the abnormal finding at choriocapillaris level, one must subsist cautious in the interpretation of complete types of abnormalities at the level of choriocapillaris on OCTA.

    The carry weight nature A belt was larger than towering permeability belt on ICGA (12.7 ± 3.8 mm2 vs 11.9 ± 4.4 mm2; P = 0.01[paired t-test]) in their study. 49 eyes (74.2%) exhibited an equal belt of nature A abnormality on OCTA and hyperfluorescence belt on ICGA, which was consistent with the findings in the study by Teussink et al.13, while 12 eyes exhibited a larger highly reflective belt on OCTA than on ICGA, and 5 eyes did not present nature A abnormality on OCTA at all. This finding may subsist explained by the different mechanism of OCTA and ICGA imaging. OCTA depicts blood tide dependent on intravascular cell movement and maybe affected by the velocity of blood flow. If the blood tide is too towering or too slow, it may subsist beyond the test limitations of the OCTA device, and they would not subsist able to detect the abnormality. Although ICGA depicts blood tide independent of intravascular cell movement, as long as there is plasma, it is visible on ICGA. Different imaging modalities provide blood tide information that is supplementary to one another. Another feasible explanation is that the dilation of choriocapillaries and increased blood tide within them may not present in complete CSC patients, or not in complete stages of CSC.

    In their study, the nature B abnormality exhibited a very regular round or oval shape, and presented in 36 eyes with acute CSC and 13 eyes with confirmed CSC (87.8% vs. 52%; P = 0.001). It was caused by the shadow upshot of SRF because they create it co-located with SRF on structural OCT in complete eyes. Patients with the nature B abnormality had a greater carry weight maximum SRF thickness than patients without nature B abnormalities. They postulate the thickness and the composition of the SRF may subsist an influential factor in the shadow effect.

    The inter-observer agreement for nature A on OCTA and hyperfluorescence belt on ICGA was higher than Teussink et al. reported13. That was mainly because they were using a circumcircle of the abnormal belt instead of the brink of the abnormal belt on OCTA to reckon the JIs. The understanding why they chose to expend different methods was as follows. First, the brink between the appearance of wholesome and affected belt on OCTA may not easily subsist drawn between graders, even though the appearance of these changes was significantly different from the fairly homogeneous appearance of the wholesome choriocapillary layer. Second, they used a round laser spot that covered the choriodal lesion related to the active leakage when applying PDT to CSC patients, they believe a circumcircle would subsist more practical in their clinic. Their study moreover revealed a higher agreement of nature A abnormality on OCTA and hyperfluorescence on ICGA, and this result may provide the break to expend OCTA to usher PDT for active CSC patients. Whether OCTA-guided PDT is equally as effective as ICGA-guided PDT noiseless needs further prospective study to draw a definitive conclusion.

    Among OCTA studies of CSC, their investigation included the most number of patients; nevertheless, it was noiseless limited by cross-sectional data acquisition. They included treatment-naïve patients only and excluded potential confounders of different interventions on OCTA images. However, the manual segmentation and annotation methods could moreover subsist a factor that may beget introduced color in the result. Because of the limited length of each OCTA scan, they only compared the foveal-centered OCTA images with the ICGA images at the corresponding position and did not achieve the OCTA image montage because it was time prohibitive. They were using spectral domain OCTA but not swept source OCTA instrument in this study and it is not satisfying for choroidal circulation at this moment because of OCT light attenuation due to RPE. Because of this limitation they only analyzed the choriocapillary layer but not the Sattler and Haller layer. Nevertheless, they believe that with evolution of OCTA technology, wide-field swept source OCTA images would provide more information.

    In conclusion, OCTA enables noninvasive visualization of the retinal and choroidal vasculature in CSC patients. Abnormalities were create in complete en countenance choriocapillaris OCTA images of CSC. The most common abnormality was the obscene granulated low reflective belt and the obscene granulated towering reflective belt on en countenance choriocapillaris OCTA, which suggested choriocapillary ischemia and compensatory dilation were principal in the pathogenesis of CSC. obscene granulated towering reflective belt in OCTA corresponded well with the hyper-permeability belt in ICGA and may usher PDT instead of ICGA in the future.

    Mitutoyo Corporation Announces the Release of the TAGLENS™ chain | actual questions and Pass4sure dumps

    KAWASAKI, Japan--(BUSINESS WIRE)--Mitutoyo Corporation a global leader in contact and non-contact metrology solutions, announces the release of the TAGLENS™ chain of products. example for demanding inspection applications such as non-contact ultra-high quicken inspection systems, the TAGLENS™ chain reduces the need for mechanical focusing modules. Thanks to its capabilities, the TAGLENS™ is expected to transform the future of inspection and significantly augment productivity.

    The patented technology powering the TAGLENS™ chain of products was invented at Princeton University by a team led by Professor Craig B. Arnold, a world-renowned material scientist and laser expert. It was later developed and commercialized by TAG Optics Inc., a company co-founded by Arnold and Princeton alumnus Christian Theriault to bring the technology to market. In 2016, Mitutoyo acquired a controlling interest in TAG Optics Inc. with the demur to further develop the technology.

    Mitutoyo’s TAGLENS-T1 represents a new and improved embodiment of the technology, capable of being used in demanding industrial and harsh environment while maintaining nano-second level resolution thanks to its state-of-the-art controller. Manufactured in the United States by Mitutoyo Optics Manufacturing America Corporation (Kirkland, WA), the TAGLENS™ is the first ultra-high quicken variable focusing lens capable of operating in tough industrial environments. An optional SDK enables customers to seamlessly integrate the TAGLENS-T1 and the many benefits of the TAG Technology into their own system.

    The TAGLENS-T1 has the unique faculty to change focus in 70 kHz enabling productivity and cost improvement across a wide range of attribute assurance processes. In fact, the TAG Technology already has been used in a large variety of markets and can profit packaging and manufacturing sites in sectors such as electronics, molded parts manufacturing, medical, food packaging, etc. Thanks to its focusing speed, which is much faster than mechanical systems, the TAGLENS-T1 can augment the depth-of-field of any optical system. The TAGLENS-T1 is moreover the first variable focus lens capable of withstanding large amount of vibrations and shock or being mounted on robotic arms while maintaining optical performance.

    Also section of the TAGLENS™ product launch is the Mitutoyo VMU-T1: the first commercial system to incorporate the TAG technology. The unique combination embodied in the VMU-T1 results in a powerful inspection tool which, when using Mitutoyo’s M design Apo chain of objectives, generates world-leading imaging depth-of-field capabilities that are up to 20 times greater than other similar microscopy inspection systems. Such an augment in depth-of-field reduces the need for mechanical z-motion and thereby reduces the time needed to inspect parts with intricate geometry.

    With the launch of the TAGLENS™ chain of products, Mitutoyo will subsist able to further address its customers’ need in the inspection market, thereby continuing to abide by its management principle: to contribute to the wellbeing of society through precision measurement technologies. For more information on Mitutoyo’s TAGLENS™ chain please refer to leaflet number E14025 or contact your local Mitutoyo representative.

    About Mitutoyo Corporation

    Mitutoyo Corporation is an international company specializing in measuring instruments and metrological technology, headquartered in Kawasaki, Japan. The company is the world's largest provider of measurement solutions offering the most complete selection of machines, sensors, systems and services with a line encompassing CMM (Coordinate Measuring Machines), vision, form and finish measuring machines, as well as precision tools & instruments, and metrology data management software. The company has R&D, manufacturing, sales and engineering service bases in 31 countries, as well as network of distributors in some 80 countries. For more information, visit

    Development of the next-generation OpenVPX-based embedded system yardstick – A tri-service convergence of approaches: section 2 of 3 | actual questions and Pass4sure dumps

    Something exciting is happening in the service representative community. Representatives from three different programs, one from each of the U.S. Department of Defense (DoD) services, beget near together with a common objective to resolve their respective acquisition problems with an agreed-upon, open architecture standard. Here is Part 2 of a 3-part article covering the SOSA [Sensor Open System Architecture] Consortium’s efforts. Read section 1 in the March 2019 issue of Military Embedded Systems.

    The best course to understand the uniqueness of this tri-service convergence is to provide the historical perspective structure from the evolution of the underlying, enabling technology from the past. The current cutting-edge embedded systems are based on the VPX connector, which began standardization around 2003 with the evolution of VITA 46. The VPX connector provides the state of the art for high-bandwidth, high-connectivity embedded system backplanes. It is a key enabler that allows 728 pins on an IEC-60297-3 Eurocard 6U format and 280 pins on a 3U format circuit card, with options for replacing connector segments for card-edge RF and optical connections with significantly greater bandwidth. This technology came into its own when the OpenVPX yardstick was approved as VITA 65 in 2010; the market has grown year by year since then, with broad adoption of OpenVPX, as the market converts from legacy VME-based chassis.

    OpenVPX includes a broad range of yardstick options from which a system designer can elect during development. While these options enable a towering degree of flexibility to advocate a broad range of applications, they moreover create the potential for dilution of the market for any one design, effectively creating a nonstandard yardstick through complete of the allowed permutations. This, of course, is the risk any developing yardstick faces if it is created in forward of user adoption and broad enough application.

    The stated vision of the HOST [Hardware Open Systems Technologies] hardware yardstick was to apply existing industry standards to effectively attain for the U.S. Department of Defense (DoD) what the release of the IBM PC yardstick did for personal computing. Specifically, the IBM PC yardstick [1] provided definition of yardstick interfaces so that the computer industry could focus and converge on providing capabilities through a market ecosystem which could connect through these interfaces. This definition allowed a range of businesses diminutive to large to develop new capabilities which could subsist sold at affordable prices, through hardware and software, the evolution of which could subsist afforded by the volume that then ensued. In a similar vein, the stated goal of HOST is to allow the industry to desist reengineering existing technologies for new systems (e.g., to slightly different specifications such as environments or pinouts) and refocus the DoD’s and market’s investment in evolution towards new state-of-the-art technology and value-added new capabilities. The current HOST Tier 2 yardstick is based on the VITA 65 OpenVPX standard, providing greater specificity as well as adding requirements for basic hardware management (e.g., via VITA 46.11 over the IPMB [intelligent platform management bus] or control-plane Ethernet). It moreover creates the Tier 3 specification process and requires its expend to specify plug-in modules. This tiered structure can subsist seen in motif 1.

    21 Figure 1: Application of HOST’s tier structure.

    (Click lifelike to zoom)


    The Tier 3 specification process is under development, with plans to subsist applied and tested during 2019 by desist users of HOST (e.g., the Joint Strike Fighter program office and NAVAIR’s PMA 209 supporting evolution of a replacement mission computer for a number of legacy platforms). A Tier 3 specification can subsist thought of as a module-level component specification that includes both the course in which the Tier 2 yardstick requirements are met as well as the additional requirements for module or payload functionality. The definition of a HOST module moreover allows for the specification of HOST mezzanines: By proper design and functional decomposition, basis HOST plug-in modules can subsist reconfigured for new payload capabilities through selection of different HOST mezzanines. If properly written, a Tier 3 specification will allow an acquisition authority to create a family of products built from modules specified by Tier 3 specifications. This generic acquisition authority can comprehend anyone needing, designing, or structure an embedded system (e.g., prime contractor or service platform, system designer or integrator, or shrink manufacturer that builds systems to a design for a customer).

    A product-line manager can then expend the set of Tier 3 specifications that they beget selected to fullfil customer performance needs with custom designs built upon yardstick plug-in modules and mezzanines. This vision can subsist seen in motif 2. HOST’s benefits to the customers comprehend lower cost hardware through expend of standardized modules (not requiring reengineering for each application) with higher volumes, especially if they can subsist shared across product lines and/or across acquisition authorities or services. Benefits to industry comprehend higher volume for yardstick modules (e.g., power supplies, switches, and single-board computers) and greater consistency of their market from which to recoup their evolution costs.

    21 Figure 2: The vision for HOST.

    (Click lifelike to zoom)


    Moreover, by knowing the interfaces that customers are selecting, new products can subsist developed to interface into feeble systems so that upgrades to the newer model becomes simply a cramped integration travail to create new software load and a lower-cost card swap (i.e., much simpler logistics) versus getting approval and funding for a major acquisition program. When combined with efforts such as countenance [the Future Airborne Computing Environment standard] that intend to abstract application software (that ultimately provides capabilities) from the underlying hardware, industry will know the interfaces of the existing modules and subsist able to expend R&D to develop the next generation of technology (e.g., as new processor chips become available or the next in a family of FPGAs gets announced) in order to subsist able to design for more frequent technology refreshes. Stated differently, instead of reengineering each custom card for each new application, common interfaces will allow both customers and industry to commoditize common structure blocks so that shrinking evolution dollars can subsist focused on greater value-added capability creation.

    CMOSS and refinement of RF application standards

    The Army has historically implemented C4ISR [command, control, communications, computer, intelligence, surveillance, and reconnaissance] capabilities as a host of part “boxes” on individual platforms. This approach makes it difficult to upgrade capabilities or retain pace with commercial technology due to intricate integration challenges, lack of competition, and proprietary interfaces. In many cases stovepiped systems consume more size, weight and power (SWaP) than is currently available, thus necessitating expensive and time-­consuming vehicle redesigns.

    CMOSS [C4ISR/EW Modular Open Suite of Standards] defines a Universal A-kit (or wiring harness for interconnection) that eliminates the need for platform-specific integration as capabilities can subsist fielded as cards in a common chassis and components that expend existing cabling. The concept of a Universal A-kit is a game-changing approach as it ensures commonality across multiple platforms, while allowing for rapid insertion of the latest C4ISR capabilities. Built upon open standards, this Universal A-kit enables the soldier for the next fight while providing significant cost savings during the procurement and sustainment phases of the life cycle.

    CMOSS revolutionizes sustainment as logistics tails can subsist smaller due to common spares, while unit costs can subsist reduced by greater competition and economies of scale. Sustainment organizations will no longer need to purchase enough spares to terminal 30+ years as they can achieve modernization through spares and upgrade to the latest hardware every five to ten years or less.

    CMOSS defines an open architecture that reduces the SWaP footprint of C4ISR systems by enabling sharing of hardware and software components. Well-defined components with open interfaces not only allow rapid technology insertion to retain pace with emerging needs, but they moreover permit capabilities that are innovative but unplanned to subsist quickly implemented. The open architecture consists of a suite of layered standards that are individually useful and can subsist combined to form a holistic converged architecture.

    The CMOSS suite of standards shown in motif 3 includes:

  • Network-based interoperability using conquest [2] [Vehicular Integration for C4ISR/EW Interoperability] to participate services such as time and position
  • Hardware form factor using OpenVPX to field capabilities as cards in a common chassis
  • Functional decomposition using the MORA [Modular Open Radio Frequency Architecture] to participate resources such as antennas and amplifiers
  • Software frameworks such as REDHAWK [3], Software Communications Architecture (SCA [4]), and countenance to enable software portability
  • 21 Figure 3: The CMOSS suite of standards.

    (Click lifelike to zoom)


    The linkage between conquest and MORA can subsist more easily seen in motif 4.

    21 Figure 4: CMOSS ties conquest and MORA.

    (Click lifelike to zoom)


    CERDEC is working with industry and academic partners to define and develope the CMOSS standards by developing reference implementations within the converged architecture. These activities comprehend coordination with the Tank Automotive Research, evolution and Engineering seat (TARDEC) to integrate and demonstrate the reference implementation on a tactical vehicle.

    CERDEC is leveraging CMOSS to develop capabilities within its portfolio; these activities will not only further develope the architecture, but will moreover facilitate technology transition to programs of record. CERDEC is actively working with the acquisition community to comprehend CMOSS requirements in current and emerging programs.

    A critical component to the success of any open yardstick is its sustainment. To that end, CERDEC is actively participating in the associated standards bodies to address emerging requirements and technology. CERDEC is moreover collaborating with other services to align open architecture activities and enable procurement of common hardware and capabilities: CMOSS has been included in the Air Force’s Sensor Open System Architecture (SOSA) yardstick and has been aligned with the Navy’s HOST standard.

    SOSA and convergence of end-user embedded system requirements

    As a cooperative industry forum, SOSA’s stated goal is to lower the life cycle cost of technology evolution and deployment and reduce the time it takes to accumulate new capabilities deployed faster than the traditional, stovepiped platform approach. This cooperation includes the underlying technology which enables and/or provides the next capability, both hardware (e.g., plug-in modules) and logic (e.g., software and firmware). These goals are similar to those for HOST and CMOSS – that is, complete three efforts are effectively trying to achieve the same goals of lower cost and faster transition of capability – so consequently SOSA became a ratiocinative overarching organization upon which these two efforts could converge. As an Open Group consortium, SOSA has moreover benefited from what has been scholarly from past open architecture initiatives that beget been successful, as well as learning how to avoid the mistakes of past unsuccessful standards. For example, SOSA incubated under the countenance Consortium in order to leverage lessons learned, membership structure, and develop valuable initial processes that took countenance years to develop and accumulate. Under the countenance Consortium, SOSA was able to near up with a common ecosystem between avionics and sensor domains, further improving interoperability of both efforts.



    [2] Reference to the public version of the conquest standard



    Mike Hackert is program sponsor at NAVAIR [Naval Air Systems Command], Ben Peddicord is chief of CERDEC [Combat Capabilities evolution Command (CCDC) C5ISR Center/formally the Communications-Electronics RD&E Center] Intel Technology and Architecture Branch, and Dr. Ilya Lipkin is lead manager for SOSA at the AFLCMC [Air obligate Life Cycle Management Center].


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