Mermaid Technology 240, 213 user manual Preface, Important information, Connections, Features

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mermaid ventura 213/240 - Users manual Version 3.0

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1. Preface

The mermaid ventura 213T and 240T are state of the art high-tech flat panel TFT monitors with resolutions of 1600x1200 and 1920x1200 respectively. They are based on the newest PVA technology, which gives very fast response times and therefore excellent suitability for video and gaming applications. The monitors are made of steel and hardened glass which provides excellent stability and strength. The integrated hinge means you are able to adjust the monitor for optimal viewing angle and comfort.

Connections:

•Analog VGA (D-Sub connector)

•DVI (DVI-I connector)

•S-Video (4-pole Mini-Din)

•CVBS, Composite Video (RCA/Phono connector)

•YUV (YprPb) or Component RGB with Sync on Green (3xRCA/Phono connectors)

Features:

•Graphical icon based OSD menu controlling all the functions of the monitor.

•PIP (Picture In Picture) featuring different placements and sizes.

•Vertical picture split PC/Video with fully configurable content.

•Adjustment of brightness, contrast, hue, sharpness and colour saturation when video input is selected.

•Remote control is optional.

•Accepts refresh rates of between 56 Hz and 75 Hz.

•VESA DPMS power saving compatible.

•4:3 to 16:9 aspect ratio conversions built in.

2. Important information

Both the 213T and the 240T require a high quality graphics board which incorporates a high bandwidth (the ability to generate a high quality VGA signal even at high resolutions). In general, older type graphic boards are not suitable to drive the 213T and 240T. The mermaid ventura 213T is less demanding than the 240T and therefore can be driven by larger variety of graphics boards. Furthermore, it is important to use cables of good quality and to keep the analog VGA as short as possible.

If you should decide to drive the monitor by means of DVI, a graphics board with DVI-D or DVI-I output is required. It is also recommended to use a DVI graphics board which is compatible with the newest DVI 2.XX standard. Older versions have shown to be incompatible and may provide problems.

When using the monitors with Windows XP, it is recommended that the refresh rate be set to 60 Hz before connecting the 213T or 240T.

Please save the packaging. It has been designed to provide optimal support and protection for the monitor during transportation.

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Contents Mermaid ventura 213/240 Table of Contents Connections FeaturesPreface Important informationUnpacking, placement and setup. PC Content of the BoxOSD Key functions Hot KeyNormal OSD Menu Main MenuSub-Menu Changes the color tone of the display OSD Functions & AdjustmentsChanges the overall brightness of image Moves the vertical and horizon location of the displayPicture by Picture Erases all user settings and go back to the default settingModify the sharpness of the display Picture in Picture¢¸ Bluish OSD set Sets up OSD appearanceInformation ¢¸ DecrementIf you need to contact us Guarantee termsSymptom Suggestions Reference TroubleshootingAppendix a List of tested graphic boards DVI In P3 Appendix B Connector specificationsPower In P1 Analog RGB in P2Pb In/Blue P7 Video in P4Cvbs n Composite Video P5 In/Green* P6Appendix C Technical specifications Additional featuresElectrical parameters Reference 25 C Wuxga Appendix D Video Mode SupportMin Typ Max Appendix E Optical Characteristics ventura 240 TMin Appendix F Optical Characteristics ventura 213 T

240, 213 specifications

Mermaid Technology 213,240 represents a significant leap forward in underwater exploration and communication systems, designed to enhance marine research, environmental monitoring, and underwater tourism. This innovative technology is characterized by its robust build, cutting-edge features, and ease of use, making it an essential tool for both professionals and enthusiasts alike.

One of the main features of Mermaid Technology 213,240 is its advanced sonar capabilities, allowing for precise mapping and navigation in complex underwater environments. The integrated multi-beam sonar system provides high-resolution imaging, enabling users to identify underwater structures, marine life, and geological formations with unmatched clarity. This feature is particularly valuable for researchers conducting marine biology studies or oceanographic surveys.

Moreover, Mermaid Technology 213,240 boasts real-time data transmission capabilities. Utilizing state-of-the-art wireless communication protocols, the technology can transmit information to surface stations or other submerged devices, ensuring uninterrupted connectivity. This functionality allows researchers to share findings instantly, facilitating collaboration and data analysis on a larger scale.

The system also incorporates an intelligent AI-driven analysis tool that assists in interpreting sonar data, detecting patterns, and identifying anomalies. This feature can significantly reduce the time required for data analysis, enabling teams to make informed decisions quickly during underwater missions.

In terms of sustainability, Mermaid Technology 213,240 is designed with eco-friendly materials and energy-efficient systems. The technology operates on renewable energy sources, reducing its carbon footprint and minimizing impact on marine ecosystems. This commitment to sustainability is crucial, considering the delicate balance of underwater environments.

Furthermore, the user interface of Mermaid Technology 213,240 has been optimized for ease of use. A user-friendly touchscreen display presents data in a visually engaging manner, allowing operators to navigate through different functionalities effortlessly. The intuitive design ensures that even those with minimal technical expertise can operate the system effectively.

In summary, Mermaid Technology 213,240 stands out due to its advanced sonar features, real-time data transmission, AI-driven analysis, eco-friendly design, and user-friendly interface. This technology promises to revolutionize underwater exploration, paving the way for significant advancements in marine science and conservation efforts. Whether for research institutions, environmental organizations, or recreational divers, the Mermaid Technology 213,240 has set a new standard in underwater technology.
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