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Lumiflex Cable Light Tech<br />
Lumiflex Corp. has a patented cablelight technology that could<br />
take visibility of subsea umbilicals, ROV tethers and the like to<br />
a new level. Its patented technology can take any strength/data/<br />
power/control (or any combination of those) cable and embed it<br />
down the middle of our cool-to-the-touch, spoolable, industrial<br />
strength, 360 degree light emitting profiles. Being able to position<br />
those tethers would be a huge advantage to ROV pilots and<br />
divers interacting with the ROVs alike.<br />
Lumiflex has proven that it can take its technology to not just a<br />
cable version but a rope version as well.<br />
www.rescuecablelight.com<br />
Image: Lumiflex<br />
Image: Soundnine<br />
New Compass Module<br />
Soundnine Inc., a manufacturer of sensors, inductive modems and real-time systems for marine<br />
research and monitoring, has introduced its new Inline Compass Module (ICM) that combines<br />
heading and tilt data with wind speed data from RS-232 wind sensors to produce a serial data<br />
stream of wind speed and vector-averaged wind direction on buoys or other moving platforms. It’s<br />
suited for upgrading existing sensor installations and can also be operated without a wind sensor<br />
as a digital compass and accelerometer. The ICM contains a three-axis magnetometer and accelerometer<br />
that measure heading and acceleration at up to 50Hz. Magnetometer and accelerometer<br />
data are recorded during a measurement period and appended to bytes received from a serial<br />
sensor connected to the ICM’s instrument port. Magnetometer and accelerometer sample rate<br />
and measurement period can be programmed to match the wind sensor sampling. At the end of a<br />
measurement period, the collected data are transmitted via the ICM’s RS-232 control port and a<br />
new measurement period is started automatically.<br />
wwwsoundnine.com<br />
CARIS Onboard 1.1<br />
Teledyne CARIS released CARIS Onboard 1.1, which enables<br />
users to process data in near real-time resulting in minimized<br />
data conversion and processing times. Designed with autonomous<br />
operations in mind, CARIS Onboard will save time as less<br />
interaction is needed for automated survey activities. This release<br />
introduces several new processes including the incorporation of<br />
the SIPS Backscatter engine. Backscatter mosaics can now be<br />
generated alongside surfaces in near real-time. This version also<br />
presents the ability to compute GPS tide, and apply observed<br />
depth and attitude filters. In addition to expanding the HIPS and<br />
SIPS processes available for real-time automation, there is a new<br />
copy process that permits raw data and computed products to be<br />
backed up automatically, thereby making it transferrable to portable<br />
storage devices. CARIS Onboard 1.1 also adds automation<br />
capabilities to the CARIS workflow by enhancing the Process<br />
Designer and improving usability and flexibility.<br />
www.teledynecaris.com<br />
www.marinetechnologynews.com<br />
Mosaic generated by SIPS Backscatter engine.<br />
(Image: Teledyne CARIS)<br />
Marine Technology Reporter 49