Wireless Telecommunications Protocols

  • Kongsberg Maritime added an Ethernet control interface and a new graphical user interface to its high resolution digital stills camera the OE14-408. The OE14-408 with its 1/1.7-in. CCD sensor, 5x optical zoom and achromatic doublet lens has the ability to capture stills images up to a 10 megapixel resolution while correcting for chromatic aberration, Kongsberg said. With the addition of an Ethernet interface the operator has the ability to control all camera functions remotely. Captured images, in either RAW or JPEG format, can be stored to the camera’s 16GB internal memory or downloaded as soon as they are taken through the 10/100 Base-T connection. The camera supports both static and DHCP address protocols.
    Images can also be transferred by USB or over an ad-hoc wireless network.
    www.km.kongsberg.com
     


    (As published in the September 2014 edition of Marine Technology Reporter - http://www.marinetechnologynews.com/Magazine)

  • , the $49-million Sir Eric Sharp, was recently launched at Swan Hunter's Wallsend Yard, only 14 months after the order was placed by Cable and Wireless (Marine) Ltd. (CWM). Designed on computer, with the construction aligned by laser, the 377-foot-long Sir Eric Sharp is one of the most technologically

  • to preserve revenue and gain a competitive edge. MariTEL has started to solve these brown water challenges with the recent launch of its new Marine Wireless VHF Radiotelephone Network in the Gulf of Mexico and lower Mississippi River. The June 2001 launch is the first in the company's $300 million

  • while underway or stored on the back of the National Security Cutter fleet, the most important benchmark turn out to be the intallation of an effective wireless communication system that could enable effective crew-to-crew comms. The focus of the boat is accessibility and freedom of movement – therefore it

  • conjunction with Inmarsat, Stratos and Thrane & Thrane, and is designed to avoid onboard administration as well as easy installation. Globe Wireless offers a similar system, a system it says provides sailors with the benefits of e-mail with no cost to the vessel. GlobeCrew allows crew member

  • http://www.wfs-tech.com CEO/President: Brendan Hyland Number of Employees: 20 Annual Sales: $3,900,000.00 WFS is a leader in the delivery of subsea wireless instrumentation and control solutions to the Offshore Oil & Gas and Renewables industries worldwide. The company employs 20 staff, mainly in the Edinburgh

  • WFS Technologies launched Seatooth Video, the new edition of its subsea wireless video camera. Seatooth Video is an upgraded version of WFS’ previous Viewtooth product enhanced with the latest Seatooth S300 technology. The new subsea wireless video camera exceeds the underwater wireless video streaming

  • Better communication and hearing protection in the maritime environment through wireless headsets. Clear communication is essential for a safe, effective and productive workplace. Too often, however, excessive levels of background noise make communication difficult. An estimated 22 million Americans are

  • Multi-beam sonar manufacturer WASSP Ltd . debuts its latest system – now for super yacht applications. WASSP-Wireless has been designed to address one of super yacht captains biggest concerns; underwater obstacle avoidance. Ideally suited to use when navigating in unknown waters or where marine charts lack

  • of it latest Fleet F55 terminal because of the extremes it operates in. Replacing a mini-M that was already onboard, the Fleet F55 has enabled a wireless LAN (Local Area Network) to be set up on board the ves- sel. This means that a variety of laptops and VoIP (voice over internet protocol) phones

  • Utility, functionality, and safety all come together in David Clark’s wireless headset communication systems. For the soon-to-come North American Offshore Wind boom, there are lessons to be learned here, from across the great pond. When Mantsbrite became the sole U.K. distributor of the David Clark Marine

  • Reducing reservoir and well uncertainty via wireless intervention is one large step toward the “wireless reservoir” Not knowing how connected or compartmentalized a reservoir is when evaluating appraisal or development drilling is a major concern. So, too, is well integrity. Having a better understanding

  • MR Jun-19#58 , 
David Clark Company (Wireless Headset 
Australia ,)
    June 2019 - Maritime Reporter and Engineering News page: 58

    Aussie Pumps, 7 Gladstone Road, Castle Hill 2154 , Aussie Pumps, 7 Gladstone Road, Castle Hill 2154 , VESSEL REPAIR, MAINTENANCE, David Clark Company (Wireless Headset Australia , tel:+61 (2) 88653500, Australia , tel:+61 (2) 88653500, DRYDOCKING Communication Systems), 360 Franklin Street, marketing3@aussie

  • MR Jun-19#12 I
INSIGHTS: GOVERNMENT UPDATE
ed several times.  The)
    June 2019 - Maritime Reporter and Engineering News page: 12

    I INSIGHTS: GOVERNMENT UPDATE ed several times. The changes, among countries or places. sisted for at least 48 hours; (3) has more board is or may be contaminated with a other things, make it easier for the CDC Operators of ships on international than common diarrhea; (4) has severe communicable

  • MR Jun-19#10 I
INSIGHTS: GOVERNMENT UPDATE
Dennis L. Bryant 
Dennis)
    June 2019 - Maritime Reporter and Engineering News page: 10

    I INSIGHTS: GOVERNMENT UPDATE Dennis L. Bryant Dennis Bryant is with Bryant’s Maritime Consulting, and a regular contributor to Maritime Reporter & Engineering News as well as online at MaritimeLogisticsProfessional.com. dennis.l.bryant@gmail.com Measles & Quarantine easles is a highly conta- suspect

  • MT Jun-19#50  to de- the vehicle’s onboard wireless communication. 
tect)
    June 2019 - Marine Technology Reporter page: 50

    developed being detected could be controlled via remote control using was 150mm-long, allowing an optical path of 100mm to de- the vehicle’s onboard wireless communication. tect metal concentrations of few ppb, and 80mm width, that The project was also supported by the Italian Direzione is four channels

  • MT Jun-19#48 , where data collection and wireless transmission to  to embed)
    June 2019 - Marine Technology Reporter page: 48

    a prototype of the technology on an AUV near Ge- looked at the lab-on-a-chip (micro? uidic analysis) and how noa Port, where data collection and wireless transmission to to embed this into the payload of a submarine drone so that shore was demonstrated. it can monitor large areas of interest and

  • MT Jun-19#39 breaks down, the data is securely stored on the local)
    June 2019 - Marine Technology Reporter page: 39

    breaks down, the data is securely stored on the local drive and and start the data processing right away. It is also possible to once the connection is re-established the image re-appears on use automated tools such as CARIS on-board or Qimera Live the monitoring terminal. for immediate processing

  • MT Jun-19#17  of a large  upgrades include wireless broadcasting in which)
    June 2019 - Marine Technology Reporter page: 17

    all the features of of anodized aluminium and an ROV power tether. Optional the Oceanus Hybrid but with the added features of a large upgrades include wireless broadcasting in which the opera- 15-inch (38 cm) TFT-active matrix panel on the Topside tor can enable screen-sharing with other operatives and the

  • MT Jun-19#8  backbone of the NC-
Sonardyne Wireless Edge Network
WFS Technologies)
    June 2019 - Marine Technology Reporter page: 8

    from 400 to 2,500 meters of water depth for WFS Launches Subsea seven years or longer at a time, will comprise the backbone of the NC- Sonardyne Wireless Edge Network WFS Technologies Limited (WFS) SZO. Data will be acquired up to two unveiled what it claims is the world’s times a year using a technique

  • MT Apr-19#57 come one of the principal innovators 
in the subsea)
    April 2019 - Marine Technology Reporter page: 57

    come one of the principal innovators in the subsea imaging and measure- ment industry. It is headquartered is in BIRNS, Inc. Kildare, Ireland with of? ces in the U.S., BIRNS started out in the subsea the U.K., China and Australia. industry creating underwater cam- Currently the company is building

  • MT Apr-19#10 Insignts Government Update
Export Licensing: 
Tips U.S.)
    April 2019 - Marine Technology Reporter page: 10

    Insignts Government Update Export Licensing: Tips U.S. Exporters Shouldn’t Overlook Export Control Lists Include Key Marine Tech Categories By Curt Cultice, U.S. Commercial Service, U.S. Department of Commerce ach year, the U.S. Department of only complete systems and key parts and com- Commerce receives

  • MT May-19#60 Products Beacons, Flashers, Trackers
SABIK MARINE is)
    May 2019 - Marine Technology Reporter page: 60

    Products Beacons, Flashers, Trackers SABIK MARINE is providing the Norwegian Coastal Administration (Kystverket) with remote monitored LED lanterns for their coastal waters. Image: Sabik software at Broadcast station and Cen- 3 to 31 nautical miles. They are ? tted Remotely monitored tral station.

  • MT May-19#56  users,  through-water wireless optical commu-
IMU solutions)
    May 2019 - Marine Technology Reporter page: 56

    alignment is a stan- and in a feature starting on page 26) a manufactures high-accuracy gyro and dard feature and for advanced users, through-water wireless optical commu- IMU solutions that are used in a range the service mode provides access to set nication system developed to transmit of industrial

  • MT May-19#27 , Sonardyne
Traditionally, wireless subsea communications)
    May 2019 - Marine Technology Reporter page: 27

    in the defense realm, where communications need to go unheard. By Ioseba Tena, Global Business Mgr. - Defense & Robotics, Sonardyne Traditionally, wireless subsea communications use acoustic signals. Sound is practical, because it travels further through water than electromagnetic waves. Using sound

  • MR May-19#90  3, 
David Clark Company (Wireless Headset 
Jansen, www)
    May 2019 - Maritime Reporter and Engineering News page: 90

    marketing3@aussiepumps.com.au contact: Melinda WATER JET SYSTEMS Blohm+Voss B.V. & Co. KG, Hermann-Blohm-Strasse 3, David Clark Company (Wireless Headset Jansen, www.aussiepumps.com.au 20457 Hamburg, Germany Germany , tel:+49 40 3119 Aussie Pumps, 7 Gladstone Road, Castle Hill 2154 , Communicati

  • MR May-19#79 BWMS: Special Advertorial
How to Engineer a Reliable)
    May 2019 - Maritime Reporter and Engineering News page: 79

    BWMS: Special Advertorial How to Engineer a Reliable Ballast Water Management System By Pete Thompson, V.P. of Operations, Ecochlor Electrical engineer performs FAT on the Ecochlor treatment system generators at the new ProFlow manufacturing factory in North Haven, Connecticut USA. he ability of Ballast

  • MP Q1-19#41  are equipped with the latest wireless 
ductivity and greater)
    Mar/Apr 2019 - Maritime Logistics Professional page: 41

    simultaneously,” says Mr. Tukia. can deliver cost-savings, improved safety, more predictable pro- ARTG version 2.0 cranes are equipped with the latest wireless ductivity and greater reliability - why have only a few container communication technology, including control signals and video terminals implemented

  • MR Apr-19#59  700 
David Clark Company (Wireless Headset 
Endicott, NY)
    April 2019 - Maritime Reporter and Engineering News page: 59

    , 1098 Clark Street, Bristol Harbor Group, Inc., 99 Poppasquash Road Unit Jets Vacuum AS, Myravegen 1 6060 Hareid , tel:47 700 David Clark Company (Wireless Headset Endicott, NY 13760 , tel:(607) 770-2083, H, Bristol, RI , USA , tel:(401) 253-4318, 39 100, fax:47 700 39 101, post@jets.no , Communication

  • MR Apr-19#5  both hard-wired and 
wireless technology. The installation)
    April 2019 - Maritime Reporter and Engineering News page: 5

    Communication System Zodiac has worked closely with reliable partners including David “ Clark for the intercom system, combining both hard-wired and wireless technology. The installation and integration of the Series 9100 Digital System on our ZH-1300 OB was easy and smooth. And whenever questions arose

  • MR Mar-19#58  1010-
David Clark Company (Wireless Headset 
PORT SECURITY)
    March 2019 - Maritime Reporter and Engineering News page: 58

    , www.tube-mac.com Silicon Sensing Systems Ltd, Clittaford Road Southway, Water Cannon, 4300 West Lake Mary Blvd. Units 1010- David Clark Company (Wireless Headset PORT SECURITY Plymouth, Devon PL6 6DE United Kingdom , UK , 424 , USA , tel:321-800-5763, sales@watercannon.com , Communication Systems)

  • MT Mar-19#63  drones  able buoy containing wireless telemetry to the control)
    March 2019 - Marine Technology Reporter page: 63

    be larly in air. Unlike a quadcopter, atop the Alfa is a detach- ? own by a dedicated, licensed pilot, meaning multiple drones able buoy containing wireless telemetry to the control station. cannot be controlled by a single pilot as in a swarm. Another important consideration is that uncertainty about

  • MT Mar-19#53 ?l
required for effective wireless commu-
?sOslAuŽ?AYAuŽOsYÐ)
    March 2019 - Marine Technology Reporter page: 53

    read- ?GÐlS?AOYOŽI????w ily over considerable distances, a set-up ?D?uOÐuGusOSl??ÐAwG?AÐAYdGÐŽYl?ŽuuGEd?A?sYOuG?G?sAuÐŽ?l required for effective wireless commu- ?sOslAuŽ?AYAuŽOsYÐ?l?Ž?^^l?ŽdGsYÐ?l? nication in the extreme depths (>5,000 meters) in which some of these instru- CAMERAS—LIGHTS—PAN & TILTS—CONTR

  • MT Mar-19#52  (GPS-A) and then perform wireless data retrieval us- achieve)
    March 2019 - Marine Technology Reporter page: 52

    the US Gulf of Mexico. AMTs and their frames following recovery after more than ? ve years deployment. Images: Sonardyne box-in (GPS-A) and then perform wireless data retrieval us- achieve close to 1cm/year measurement sensitivity. ing unmanned surface vessels, such as Wave Gliders. Using This is exciting

  • MT Mar-19#37  are advancements in subsea wireless  We are currently working)
    March 2019 - Marine Technology Reporter page: 37

    tual reality is used on the surface, and satellite technologies. Adding to these its capabilities are expanding subsea. two are advancements in subsea wireless We are currently working on a project to technologies. These three components enhance subsea 3D imaging capabilities will open up a new theater

  • MT Mar-19#23 Richard Heard.
ter decisions.” The Phase 2 work hopes to)
    March 2019 - Marine Technology Reporter page: 23

    Richard Heard. ter decisions.” The Phase 2 work hopes to address Signi? cant ? ndings of the ? rst phase some of these concerns. Its main objec- work, which involved 16 science insti- tives are to, one, understand the role of tutes across Europe and eight oil major man-made structures as an inter-con-