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Lowrance is apparently within the verge of a fresh product announcement that developed into the new HDS Gen2 Touch series. Details will almost certainly first have a look at at their Facebook site,
Some leaked photographs affecting various discussion groups often indicate the brand new product would have been a new HDS unit having a touchscreen interface. The unit screen sizes can also be rumored to stay in 7, 9, and 12-inch versions. Details are anticipated to be revealed on October 1, 2012.
Its October 1, but thus far all we've got from Lowrance is that this teaser:
two transducer connectors;
same connectors as prior HDS units for power, network, transducer, ethernet;
Structure Scan and Down Scan are designed into the head unit; extra black boxes will not be needed; the Structure Scan transducer connects directly to the revolutionary units;
very few actual buttons or keys; most controls are on-screen and touchscreen display screen based;
some screen display space is used up by on-screen soft keys down the right hand side once the softkey Menu is activated.
a rocker switch with plus and minus legends.
The interface is enhanced by including on-screen text on lots of the soft key displays which prompts or guides anyone to using the options.
Pointed to your secondary link of knowledge. Please see my link below for the primary supply of this same information and much more from that source. Thank you-jimh
I was awaiting the prices for being announced; ouch! A 12-inch HDS touchscreen technology is 3, 279-thats in excess of some boats employed to cost!
Jason shows some very unique features of the newest HDS Gen 2 Touch devices. In particular, the HDS Gen 2 Touchscreen can
makes use of the touchscreen to type by using an on-screen keyboard for naming files, waypoints, routes, and many others. This is greatly improved through the older method in which the cursor had to get driven across the screen to pick out a letter make use of in file naming;
waypoints could be managed in segments simply by using a screen rectangle to pick areas of waypoints for being collected and trapped in a file. Previously you can only export ALL waypoints, routes, and trails in a file. This feature can certainly make management of waypoints easier.
Below is really a link to your very nice presentation that shows many features of the newest Lowrance HDS Gen 2 Touch Screen. Unfortunately it truly is narrated in French, so most wontt understand too much with the narration. However, these devices is really exposed to a great many screens, and also the presentation provides for a good idea in the processor speed and screen presentations.
I realize its curious we dont have anything this comprehensive in English. Where is Lowrance having a good presentation?
I would describe myself as not being predisposed to adore a touchscreen display screen interface, but, after watching the interest rate at which the consumer can manipulate and control the HDS Gen 2 Touch Screen inside the video linked above, I am changing my thoughts. Perhaps a touchscreen display screen interface could be the way to go. The user really can fly over the menus and controls using this type of new Lowrance HDS Gen 2 Touch Screen. I look am eager for getting a opportunity to try one.
I just like the look on the HDS-9 Gen 2 and I think the concept of a touchscreen is fantastic, particularly if are used to getting smart phones or iPads etc.
Interestingly the recommended retail in Australia is 3, 299 AUD, comparable to approx. 3, 398 USD on current exchange rateswhile inside the US the RRP is 2, 479 USD. I sourced the RRP figures through the Lowrance website.
So in Australia we obtain slugged about 919 USD or 37% more for which appears to become the same unit from the US unclear if they are generally though - one example is they might have different base maps and differing aftermarket support eg. upgrades.
Anyway Im serious about one for my montauk and am looking forward to your chance to try one. If I finish up liking it I might must buy one online.
There are lots of new features inside Lowrance HDS Gen 2 Touch Screen units. Lets pinpoint the chart plotter function as it were.
New from the HDS Gen 2 Touch Screen units may be the ability to utilize two teams of digital chart cartography at the same time. These units can present a chart plotter presentation using both their internally stored cartography and cartography at a memory card within a of their two memory slots. For example, a chart plotter screen can teach a chart presentation utilizing the Insight chart data, an additional chart presentation could be seen simultaneously using optional cartography for example Navionics charts. This is usually a distinct consist of prior models. Previously the consumer had to choose which cartography source can be loaded and used. Changing between chart cartography required the person to manually choose the desired option, and loading often took a little while.
With an HDS Gen 2 Touch Screen unit users may create his or her water depth mappings. This feature is named Insight Genesis. Here is some promotional material about Insight Genesis. The map generation strategy is quite unusual. You gather the details with your HDS and submit it to Lowrance or maybe a service agency. They generate a whole new chart employing your data. You can view the revolutionary chart free on-line, however, if you wish to obtain the modern chart data for usage in your device, you have to purchase the customized chart.
Lowrance, announced today a new personal mapping generation tool, Insight Genesis. A powerful service which utilizes sonar recordings from Broadband Sounderв and StructureScanВ sonar imaging transducers attached to Lowrance HDS multifunction displays, Insight Genesis empowers boaters with the chance to create custom contour maps of the favorite fishing and boating areas. Whether mapping previously uncharted waters or ensuring surveyed water information and facts are accurate and current, Insight Genesis delivers a fresh level of personal cartography and situational awareness for boaters.
Designed to use in both salt and freshwater environments, Insight Genesis transforms the Lowrance HDS charting experience. To create free custom maps, simply activate the common sonar logging feature from a HDS multifunction display to record all subsequent sonar data collected in an SD card. Once recorded, a PC application is accustomed to upload the sonar log file towards the Insight Genesis cloud service, where it can be converted into a guide. Once complete, a notification is shipped via email how the chart can be acquired to view online. The chart and related sonar log might be viewed at no cost using an embedded web viewer. An option is usually available to get a download on the personalized map to be used on a compatible multifunction display. Downloads in the Insight Genesis maps could be purchased with an individual-map basis or by using an annual subscription service.
Insight Genesis brings a fantastic, new degree of functionality to Lowrance HDS users, said Louis Chemi, chief operating officer, Navico Americas. Boaters can cause personalized charts to fit our extensive Insight library and supported Navionics cartography options. Whether using Insight Genesis to refine existing details on account of shifting sand bars, recent dredging in order to mark an uncharted rock, and creating charts of bodies of water which have not been surveyed, Insight Genesis could be the key that will get the most up-to-date specifics on fishing and boating areas, anytime and anywhere.
The Insight Genesis service offers four selections for viewing and downloading personalized maps. Access for the online service and web viewer is provided for free.
All downloaded Insight Genesis maps is usually saved on SD cards for use inside card reader slot on the compatible registered Lowrance chartplotter or multifunction device.
An incredibly powerful tool, the Insight Genesis cloud-based server supplies a convenient, secure location to store trips and maps, as well as the capacity to merge multiple data into larger maps without saving and managing data on the personal computer. Data may be recorded and saved during multiple boating trips - - giving individuals the abilty to make a map after a while to increase the protection and quality of each map. In addition, the Insight Genesis free web viewer allows individuals review Broadband Sounder and DownScan Imaging sonar logs, and look at their trails and corresponding maps overlaid with a Bing satellite map.
The Insight Genesis website are going to be available in November and can generate maps compatible with the revolutionary Lowrance HDS Gen2 Touch multifunction displays. Support for Lowrance HDS Gen 2 and select Elite models is anticipated in early 2013. A one-time map purchase, standard subscription and premium subscription will set you back 19.95/download, 99.95/year and 299.95/year, respectively.
Note the suggested website resource is now not on-line, but is anticipated to show up in a few weeks.
Another new feature may be the ability to project a simulated 3D perspective presentation from your internal Insight charts. Previously these internal charts could basically be presented within the conventional 2D presentation.
I never have seen any detailed specifications for your GNSS receiver within these new units. I hope the GNSS receiver is modernized and updated. Based within the specification seen up to now, it seems like the GNSS receiver works only together with the USAs GPS system, as well as not take advantage on the increased accuracy available by making use on the GLONASS navigational satellites.
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These goods are very interesting I was for the Simrad NSS line for my next MFD but finding the Structure Scan module built in is usually a big plus for any small Whaler.
I moved the discussion about WiFi, iLog, and also the software developement kit into a separate thread.
The new HDS Gen2 Touch 7-inch model can be obtained to purchase now. The 9-inch and 12-inch models are going to be available in a very month or two.
The 7-inch and 9-inch models have the identical screen resolution, 800 x 480, but inside 9-inch model the screen is physically larger. The 12-inch model substantially boosts the screen resolution to 1280 x 800.
One with the demonstration videos which was linked above indicated that the touchscreen display calibration of those devices was performed at intervals of power-on. When I saw that video I thought this could well be tragic flaw for that HDS Gen2 Touch. As it turns out, the touchscreen technology calibration isn't performed each and every power-on. The unit being demonstrated stood a defect. This is best part about it, as otherwise the actual calibration might be a huge overuse injury in acceptance of the touchscreen display device.
I stood a few moments today make use of a Lowrance HDS-9 Touch. It was only in demo mode, this is not on the water. The most impressive aspect from the device was the velocity of reaction to user input via the touchscreen display screen. When you enter user input via the touchscreen the unit responds immediately-no delay by any means. Compared to my HDS-8 Gen1, the a reaction to user commands is incredibly much faster around the HDS Gen2 Touch units.
The on-screen menus with touch-driven operation have become similar on the existing menu structure seen for the HDS-series without touch. There can be a slight reorganization from the the menu options, but, generally speaking, if you're familiar with the actual HDS menu structure you will likely be very more comfortable with the HDS Touch menu structure.
One with the best highlights of the touchscreen interface could be the ability to employ a full QWERTY keyboard on-screen for entering data for naming waypoints. You can type in a very name for the waypoint in only seconds, whereas about the non-touch interface youd be pushing cursor keys as well as the enter key for 5 minutes to accomplish a similar changes.
The device I was using was on display along been poked at by many people all day long, yet I did not notice any big build-up of fingerprints about the screen. I was quite astonished at this. Even staring closely on the screen I could not see fingerprints or smudges.
One aspect from the HDS Gen2 Touch that has been somewhat troublesome personally was the screen dimension. And here I am using aspect for an intentional double entendre. The HDS Gen2 Touch screen features a much different aspect ratio versus the HDS units that preceded it.
My HDS-8 includes a screen with pixel dimension of 800 x 600, which will be the classic 4:3 ratio. Display screens which has a 4:3 ratio were by far the most common for several years. The 4:3 ratio would have been a product in the NTSC television standard. Television display devices required to display a photo from television video that had been transmitted in a very 4:3 format. The display industry made 4:3 displays in huge volume to offer television manufacturers with suitable displays.
It can also be interesting to note which the typical field of vision from the human eye can be in nearly much the same 4:3 aspect ratio. One source says human vision is nominally 155-degrees horizontally by 120-degrees vertically, for the aspect ratio of four:3.075
But NTSC television has become a relic of the previous age, and the revolutionary standard for television is High-Definition TV or HDTV within the USA. HDTV typically is usually a widescreen format, using the aspect ratio of 16:9 being essentially the most common. The HDS-9 Gen2 Touch carries a screen with pixel proportions of 800 x 480. This is an aspect ratio of a single.66:1 or 5:3 or 15:9. It just isn't quite as wide like a HDTV widescreen display, but almost. It seems there was clearly an earlier Japanese standard that used 5:3 aspect. Perhaps this might be related for the display used within the HDS-9
You dont have to get a math savant to find out that the revolutionary model carries a screen with fewer pixels compared to the old model.
800 x 600 480, 000-pixels on-screen
800 x 480 384, 000-pixels on-screen
There are 96, 000 fewer pixels within the HDS-9 than within the HDS-8. That is usually a loss of 20-percent from the screen! It seems entirely reasonable to say which the HDS-9 includes a screen that is certainly 20-percent smaller compared to the HDS-8. If the model numbers were going for being assigned to make sure they were proportional on the number of pixels for the screen, we have to call the HDS-9 the HDS-6.4 instead.
Now by more math, we are able to figure out additional comparisons. If we understand the diagonal length plus the aspect ratio, we can easily compute the height, length, and area from the screen. Let me do this with the HDS-8 plus the HDS-9
Diagonal width 8.4-inches
In this comparison the HDS-9 looks better. The screen area will be larger compared to the HDS-8 by about one-square-inch. Again, if your model numbers were going to reflect the screen area, then your HDS-9 could well be called the HDS-8.4.
However, the HDS-9 has fewer pixels and in addition they must cover a more substantial area, hence the pixel resolution is coarser. Again lets compare:
Pixels-per-square-inch 14, 159-pixels-per-square-inch
Pixels-per-square-inch 10, 726-pixels-per-square-inch
The matter on the screen aspect ratio is manufactured confusing to some extent by Lowrance. In the Lowrance literature they describe the HDS-9 as using a widescreen, 16x9 display. Clearly a display using a 16x9 aspect ratio is one that has a 1.77:1 aspect ratio. However the pixels about the screen are inside ratio of 800:480, which can be a 1.66:1 ratio.
Perhaps the pixels employed by Lowrance aren't square pixels. If that will be the case, we might ought to recompute the screen area based inside the display getting a 16:9 display. This would then offer the following result:
Now we see the screen area with the HDS-9 is lower than we thought, and also the improvement within the HDS-8 is just by 0.8-square-inch. The other comments about the variety of pixels will not be affected because the volume of pixels may be the same in any event, however the actual screen area differs, generating a difference inside the density from the pixels, which is 11, 066-pixels-per-square-inch, a little improvement within the first calculation which assumed a 5:3 aspect ratio.
A further problem within the screen dimension would be the orientation. It might be said for any SONAR device how the most important screen dimension is vertical pixels. Vertical pixels show water column details. Horizontal pixels show water column history. For the fisherman we may postulate that vertical pixels will be more important than horizontal pixels. On the typical SONAR presentation the pixels gonna scroll away from the screen for the left aren't as important as the approaches coming within the screen in the right. We also identify that in some really high-end SONAR devices the regular 4:3 display continues to be rotated to present a 3:4 display so that you can favor more vertical pixels. For an example, check out some from the very expensive Furuno SONAR devices; they generally have 3:4 aspect ratio displays. Thus, inside the sense of vertical pixels being important, the HDS-9 suffers a lot. It has only 480 vertical pixels in comparison to 600 vertical pixels within the HDS-8. That can be a loss of twenty percent with the vertical pixels.
For navigation purposes probably the most useful display is actually a square display or perhaps aspect ratio of just one:1. If we typically plot the boats present position inside the center in the display a square display provides the best presentation on the environment around us. As the display transitions from square to wide-screen the display starts to lose value for presentation. If the boat position remains within the center, wed employ a varying distance shown for the display in a number of directions. Assuming we make use of a North-up display, having a widescreen you can not see very far in front in the boat when going North or South. Its greater when going East or West. If we make use of a Course-up display we're always in a very bad situation, as we have seen farther towards the sides around the display than we all do ahead and that is really a constant problem. It is merely if we readily off-center or look-ahead bias towards the display and employ a Course-up option that people get any value out in the wide screen for navigation.
Perhaps the value on the widescreen display will probably be that it can include some menu or information displays to your side on the navigation display, leaving a much more or less square area inside the center for that chart.
The graphic below compares the screen sizes in the HDS-8 and HDS-9. It assumes the display inside HDS-9 is usually a 16:9 aspect ratio.
The only value I see in the wide screen 16:9 for the sonar or chartplotter would be to split it into two screens vertically, then you've two screens, usually too small for old eyes, using a more desirable aspect ratio of 8:9.
The Lowrance Insight Genesis custom SONAR mapping website mentioned above has become on-line and able to convert user SONAR log information into customized charts. The website is
If a person happens to have a bit of good SONAR log recordings, you are able to upload them and discover a translation of your respective SONAR data to your chart. The visualization on-line is free of charge. If you want the information incorporated into a memory for a chart, you ought to pay a fee.
To utilize the Lowrance Insight Genesis mapping website, you will need to overcome a couple of small hurdles:
you need to register using the website and build an account; not just a big deal
you need to download an application to utilize the website; big deal since the application requires you to make use of a Windows-PC. That is usually a deal breaker to me.
The tool is apparently something accustomed to provide the power to upload a file on the website. I dont discover why this function continues to be made specific to your particular computer. The file which is going to get uploaded is personal files from a Lowrance SONAR that may be recorded. There is nothing in regards to the file that is certainly specific into a WIndows-PC.
I think Lowrance has created a big mistake in building to their Genesis system the advantages of all users to get a Windows-PC. That is just not much of a smart plan today.
Curiosity got the greater of me, so I launched VMWARE and started a Microsoft Windows XP environment in this little MacOS. I tried to put in the Insight Genesis Upload Tool but my Windows environment was missing some components needed. I were required to download NetFramework so that you can install the Upload Tool.
When that hurdle was overcome, I was capable of run the Insight Genesis Upload Tool and send a file to your website for processing. The only SONAR log file I had was obviously a 4-MB file I recorded in 2009 while covering a wreck site in Lake Huron. The Upload Tool apparently incorporates a pre-processor that efforts to compress the file before it can be uploaded. The tool usually implement its own gui. It was nothing I had seen before. It took just a couple of seconds to upload the file. When the file was successfully uploaded, the Tool informed me that I would experience an email in the event the processed data was available.
Just a second later I received the email. I was back from the MacOS environment, so I went to your URL contained within the email. Another hurdle: the web site informed me that I must install Silverlight to look at the resource. OK, back to your Windows environment, back to your URL, and download and install Silverlight. Now I was finally willing to see the map rendering.
The SONAR log I sent was simple and easy. I just developed a pass over and near a wreck site in 100-feet of water. The wreck was sticking up about 15-feet. The map rendering just showed a set bottom and a whole new contour line, a little oval, throughout the wreck site, with all the more shallow depth indicated inside a different color. I guess the output matched the input; simple data in, simple rendering out.
The takeaway for me is this fact service is linked with having Microsoft Windows to make use of it. No Microsoft Windows, no Upload Tool. No Upload Tool no data sent. No data sent no renderings to view. Also, you would like Silverlight to understand the renderings. Apparently there is often a Silverlight plug-in for that MacOS, so at the very least that portion is just not operating-system-specific.
I lost the fight 102-MB of my hard drive to set up the Silverlight tool for MacOS. I confirmed that I could then see my rendered data about the Insight Genesis website with my personal favorite MacOS browser, Safari.
The chart rendering is around the left. My SONAR log is inside the window on the right. The white line corresponds to your position inside log that occurred in the point in the red-orange dot. The red line may be the boat track.
When you return a SONAR log to Lowrance while using the Insight Genesis service, you need to agree to their service terms. In the lengthy agreement you'll find this section; start to see the highlighted section:
3. Use of Information Collected By Us. We utilize the information described above a to process and fulfill any orders you place throughout the Service, including to deliver you emails to substantiate your order status and, if applicable, ship products to you personally, and b to deliver you information that you've requested about our services, and, when you have elected to get promotional communications, promotions, by email, mailbox, telephone, message or other means. We may likewise use this information for the own statistical or analytical purposes, including to help you us develop and improve our Service and/or products, and also to tailor our Service to your interests. Further, we might incorporate the sonar logs you elect to produce to us into our products and may sell these sonar logs to third parties in order to use in their services and products. Any use on the sonar logs regarding the our services or products, or the goods and services of others will be while on an anonymous basis and also your Personal Information are not associated while using applicable sonar logs.
By stating that they may incorporate the sonar logs you elect to deliver to us into our products I think which means they can make use of the data inside logs, besides the logs themselves. In this way users might be contributing to Lowrances Insight charts, if Lowrance wants make use of their data. Or at the very least, that's how I read that.
Lowrance has announced the HDS-12 Gen2 Touch device. The Lowrance HDS-12 Gen 2 Touch features a screen resolution of 1280 x 800, doing it 1, 024, 000 pixels, greater than twice as many pixels as were shown around the earlier model HDS-10, the biggest model previously made. Lets look more closely with this device.
First, we look to the actual diagonal measurement. Let us assume it can be exactly 12.1-inches, as I dont use whatever other specification given inside Lowrance literature. We can now obtain the horizontal and vertical dimensions from the display through the aspect ratio.
The pixel ratio within the HDS-12 Gen2 Touch is definitely 16:10, an old standard common for computer displays, and never the newer high-definition video standard of 16:9. To add to your confusion, Lowrance specifications refer to your display from the HDS-12 Gen2 Touch being a 16:9 display, but clearly the pixel ratio will not be. The ratio is 16:10. Which aspect ratio is correct?
Which aspect ratio is correct? Let us assume they are both possible. Now you can find its dimensions:
If diagonal is 12.1-inch and aspect is 1.77 16:9, then
This gives a location of 62.5-inch2
The pixel density is thus 1, 024, 00062.5 16, 383 pixels-per-square-inch
If diagonal is 12.1-inch and aspect is 1.6 16:10, then
This gives a place of 65.8-inch2
The pixel density is thus 1, 024, 00064.8 15, 562 pixels-per-square-inch
The new HDS-12 Gen2 Touch is slightly improved when it comes to screen pixel density compared for the older HDS-8 models. The HDS-12 Gen2 Touch is concerning a 50-percent improvement compared to the brand new HDS-9 Gen2 Touch.
The HDS-10, that was previously the biggest display, just isn't even close in this comparison. The HDS-10 had exactly the same display resolution 800x600 as being the HDS-8, but spread it spanning a much larger screen, to become a much coarser display. There is no comparison between your HDS-10 and the revolutionary HDS-12 Gen2 Touch display: the modern display has in excess of twice as many pixels on the watch's screen and at a lot higher density.
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Lowrance, announced today new personal mapping generation tool, Insight Genesis. A powerful service which utilizes sonar recordings from Broadband Sounder and StructureScan sonar imaging transducers associated with Lowrance HDS multifunction displays, Insight Genesis empowers boaters with the capability to create custom contour maps of the favorite fishing and boating areas. Whether mapping previously uncharted waters or ensuring surveyed water facts are accurate and current, Insight Genesis delivers a different level of personal cartography and situational awareness for boaters.
For more information on Insight Genesis please go to /insightgenesis.
I a few moments today to make use of a Lowrance HDS - 9 Touch. It was only in demo mode, this is not on the water. The most impressive aspect with the device was the rate of reply to user input via the touchscreen technology. When you enter user input via the touchscreen the unit responds immediately-no delay in any way. Compared to my HDS-8 Gen1, the reply to user commands can be quite much faster about the HDS Gen2 Touch units.
If you would like to check my math, see org/wiki/Aspectratioimage for your formulas.
By praoclaiming that they may incorporate the sonar logs you elect to offer to us into our products I think meaning they can makes use of the data within the logs, not only the logs themselves. In this way users might be contributing to Lowrance s Insight charts, if Lowrance wants to utilize their data. Or at the least, that's how I read that.
Lowrance has announced the HDS-12 Gen2 Touch device. The Lowrance HDS - 12 Gen 2 Touch incorporates a screen resolution of 1280 x 800, creating 1, 024, 000 pixels, in excess of twice as many pixels as were shown about the earlier model HDS-10, the biggest model previously made. Lets look more closely as of this device.
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