Function Module
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 NEW JOHNSON CONTROLS METASYS AS FMK100 0 FUNCTION MODULE KIT  US $249.99
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 NEW JOHNSON CONTROLS FM OAP103 0 FUNCTION MODULE US $224.99
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 NEW JOHNSON CONTROLS METASYS FM OAN101 0 FUNCTION MODULE US $99.99
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 JOHNSON CONTROLS FUNCTION OUTPUT MODULE FM OAE101 0 NEW US $80.00
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 Johnson Controls Metasys FM IUN102 0 Function Module US $79.00
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 NEW JOHNSON CONTROLS FM IDP030 0 INPUT FUNCTION MODULE US $74.99
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 JOHNSON CONTROLS FUNCTION MODULE FM OAP103 0 US $65.00
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 JOHNSON CONTROLS FUNCTION INPUT MODULE FM IBN101 0 NEW US $57.50
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 NEW JOHNSON CONTROLS METASYS FM ORM101 0 FUNCTION MODULE US $49.99
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 NEW JOHNSON CONTROLS METASYS FM OAP102 0 FUNCTION MODULE US $49.99
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 JOHNSON CONTROLS METASYS FM IUN102 0 FUNCTION MODULE US $49.99
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 INPUT FUNCTION MODULE FM IDP001 by Johnson Controls US $42.50
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 JOHNSON CONTROLS FUNCTION INPUT MODULE FM IUN101 0 NEW US $40.00
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 JOHNSON CONTROLS METASYS FM ORM101 0 FUNCTION MODULE US $29.99
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 FM OSV 101 0 Johnson METASYS Function Module US $22.50
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 NEW JOHNSON CONTROLS METASYS FM OAP101 0 ANALOG FUNCTION MODULE US $19.00
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Raymarine E120 – The Dynamic And Exceptionally Versatile Multi-function Display
Sleek, visually stunning, and providing unmatched performance, the Raymarine E120, the latest in Raymarine’s E-Series of multi-function navigational displays, is by far one of the most versatile and advanced MFDs out there, and to date it remains a mainstay in the recreational market. Whether you’re a hardcore veteran mariner, or a landlubber just getting a feel for the sea, the Raymarine E120 will provide for all your navigation needs during your ocean explorations – and more!
The display has a pleasing appearance, and it uses exclusive Raymarine technology to ensure that it will always stay shining and shimmering, even when the sun is glaring directly onto the display. The Raymarine E120 uses a wide angle screen and a bright backlighting in order to create a view with excellent detail and unmatched video quality.
It has a host of different features and most are very easy to learn and use. You can easily turn the Raymarine E120 into a super electronic marine gps chartplotter by directly attaching a Raystar GPS Sensor and Navionics Platinum Chart Cartridge to the display. These advanced gps chartplotters include many useful features that are definitely a boon to any seafarer who cares about tracking his position. It really is an outstanding technological phenomenon. Nevertheless, the Raymarine E120 has many other impressive services besides this one.
Another equally outstanding feature is the HD Digital Fishfinder, which is experienced by adding the DSM300 Digital Sonar Module to your E-Series display. The digital fishfinder has an awesome high resolution display, zoom magnification, and it can scan up to an impressive maximum depth of 5000 ft. This patented digital sonar technology allows for precise targeting of fish and bottom structure. It’s a very beneficial device for any seafarer.
And don’t forget the invariably helpful E120 Radar. Simply choose the Raymarine radome or open array that best meets your need, plug it in and you're done! Now you can sail carefully and surely through fog, rain, and darkness. The E120 radar has a lot of different features that ensure you keep a straight course and not diverge from your set waypoints. The E120 Radar is a must-have for your vessel in order to track and monitor vital target data and warn of a potential collision course.
The Raymarine E120 chartplotter features a highly customizable navigation interface in which Navionics Platinum Plus, 3D chartplotting, radar, HD Digital fishfinder, SIRIUS marine weather, instrumentation, and video applications are viewed in user-defined “Pages.” You can customize each page with different window configurations or full screen applications for every navigation scenario.
By default, the E120 behaves as a stand-alone navigation display. However, if desired, it may be integrated with other displays in the Raymarine E Series as part of a SeaTalkhs network, which allows you to instantly transfer radar, chartplotter, fishfinder, and navigation functions between every display connected to the network. The E120 also supports certain protocols such as the SeaTalk and SeaTalk2/SeaTalkNG, which allow for easy integration with Raymarine instruments and autopilots. And finally, thanks to NMEA 0183 and NMEA 2000 support, the E120’s capabilities for integration with third party electronics are advanced even further.
One feature that is new to the E-Series is Video Integration, which offers the most flexible combination of video input and output connections to allow you to see your information where you want, when you want it. The E120 is equipped with up to 4 video inputs for monitoring onboard cameras or viewing onboard entertainment, and its VGA output allows you to view your data on big screen TV's, PC monitors, or Raymarine's rugged M1500 marine monitor. An additional remote control keyboard is also available, so you can control the E120 display from a monitor at a different location. The video input can be viewed either full-screen or in a window, and the video window can be set to automatically cycle through each video input at custom intervals. This is an exciting new feature that is exclusive to the E-Series.
The E120 is built on a weathered aluminum chassis and it is waterproof and has an appropriate trunion mounting bracket which makes for an elegant and unexposed helm. There’s definitely more though, and the Raymarine E120 kit includes manuals, reference guides, and all the cables and cords that you’ll need. Everything you need to connect and properly configure all the devices is here.
It’s advantageous, it’s adaptable, and it’s definitely clearly a life-saver in many instances. The Raymarine E120 is something that absolutely any seafarer should get their hands on.
When writing a linux module, what constitutes the module's main loop?
I was looking through some code in the kernel and it appears as though all the modules have initialization code, exit code, and nothing in between. Where is the main loop? Where do all the defined functions actually get used?
There is no main loop. Usually only application programs use main loops. The kernel task scheduler is probably the closest thing to a main loop in the kernel world.
The defined functions either get used by other parts of the module or externally from other parts of the kernel. For example the init and exit functions you mentioned get called by the kernel at module loading time and module unloading time, respectively.
Using DNode for realtime communication in node.js on Windows (Codebetter)
Disclaimer: What I am about to show you is NOT REST. Today I’ve been playing
around with using DNode for WebSockets/long polling in Node. It layers on top
of SocketIo so it can degrade nicely to long polling etc. The … Continue
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MFOS Multi-Function Module
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