Once its recognized that a custom display will be a better design and lead to a lower overall system-level cost its time to dive into the actual tooling costs.
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There are many factors that go into determining the upfront tooling. Theres also due diligence to be performed prior to making this commitment to ensure that this new custom display supplier will effectively support you over the long term.
There are many factors that go into determining the upfront tooling. Theres also due diligence to be performed prior to making this commitment to ensure that this new custom display supplier will effectively support you over the long term.
Customization can either be semi-custom or fully custom. Semi-custom is where some attributes of a standard product are modified to fit the application. In contrast, fully custom is where the design is started from scratch and each component is designed from the ground up.
Semi-custom is typically the preferred option to start with. And in the case of color TFT, its typically the only option, as the TFT panel comes with a significant tooling and minimum order quantity (MOQ) such that the customization costs outweigh the drawbacks of using the closest standard TFT glass platform available.
LCD Tooling Costs
To give a better understanding of these costs, weve listed the typical tooling costs associated with most LCD display customizations:
a) Custom monochrome displays creating a fully custom monochrome display (without a touch panel) hovers around $4,500 $6,500.
b) Custom color TFT displays the bulk of this cost comes from the TFT glass cell at $70K$200K depending on the type of TFT cell used (standard TN or IPS). The balance of the module is an additional $5,000 $15,000.
c) Custom Monochrome Glass tooling is typically $2,000 - $2,500 for the glass only portion of the display.
d) Minor changes changes of viewing angles, transmissive or transflective monochrome displays, or polarization types are generally at no cost.
- e) PCB (printed circuit board) changes to the PCB are typically $500 $1,500.
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f) Touch panels resistive touch panels cost approximately $2,500, while capacitive touch panels can range between $4,000 and $10,000. If a standard capacitive touch sensor can be used, and only a custom top surface is customized, the tooling can be reduced to only $1,500.
g) Backlights monochrome display backlights are less complex and cheaper to tool at $2,000 $4,000. The color counterpart, due to its high brightness requirement, will run between $4,000 and $10,000.
h) Metal bezels a custom bezel is about $1,500 in tooling.
i) Overlays this can vary significantly depending on the complexity of the screen printing, as well as any additional features, such as button or LED indicators. The overlay will typically range from $1,500 - $4,500.
Now that weve reviewed some of the costs associated with custom displays, here are some tips you can use to make sure that you move forward with the right partner that will then support this custom display for the long term.
Select a Manufacturer Thats Equipped for Your Volume
Many LCD display manufacturers try to accommodate all order volumes they receive. While this allows them to serve a wider range of customers, it makes them less specialized for serving certain types of customers. As a result, your specific production volumes may be prohibitively expensive.
Seek out a display manufacturer who is optimized to handle your specific production needs for LCD displays. This is necessary to get the display for the right cost and the appropriate level of support.
Pick a Supplier That Considers the Semi-Custom Route First
SATA IPC supply professional and honest service.
Always start with a semi-custom approach. Use the available standard products to base the new design on, and then keep modifying as needed. This results in the lowest tooling costs and an easier design process. And in the case of color TFT, unless you are developing the next iPhone, design your display based on one of the standard glass platforms readily available. Then from there, redesign the backlight and the mechanical and electrical interface for your specific application.
Choose a Provider with a Track Record of Both Quality and Customer Satisfaction
Behind every great company are happy customers. Find out whether your supplier has them. Make sure that when this experience is handed off from your suppliers sales and design team, the production team is just as good and accommodating. This can be accomplished through references and audits.
Initiating a successful relationship for a new custom display is all about having an open and transparent relationship with the right partner. And by designing the ideal custom or semi-custom display with this partner, you can ensure youre getting the best possible solution for your company.
Interested in learning more? You can click here to watch informative videos about custom displays (and other display-related subjects).
And to find out how easy we could integrate with your organization as your new display supplier, please contact us.
Save Money by upgrading from LCD to LED Monitors
Posted on Mar 30, by
If you read my previous blog post, you know that I was having a little trouble with my Samsung HM Syncmaster LCD monitor. I actually have 2 of them on my work station. I finally gave up on trying to repair it after the repair failed twice. I have upgraded to Dell 24"
What is the difference between LED and LCD monitors?
Traditional LCD monitors are back illuminated with fluorescent tubes. Most of the energy consumption of these monitors is based on the back lighting. Fluorescent tubes work by running a high voltage across a gas. Your LCD monitor has a transformer that steps up the voltage from 120 Volts to 20,000+ Volts, then it runs this voltage across the many tubes that are located behind the LCD display. This transformer gives off lots of heat ( wasted energy ). Plus like most Fluorescent tubes they don't last forever. Eventually they go bad and have to be replaced.
LED monitors are back illuminated by LED diodes. LEDs use only a fraction of the electricity that Fluorescent tubes use. They run at a lower voltage, and don't require any huge transformers. They also last longer and generate much less heat. LED monitors cost most, but they also are much more energy efficient than LCD monitors
LCD vs LED Energy Consumption
The main thing I want to focus on is the energy savings by using an LED monitor rather than an LCD monitor. Next I will show you 3 monitors and their energy consumption using my Kill-a-watt meter, which shows the actual energy consumption.
Samsung SyncMaster HM LCD monitor Energy Consumption
The Samsung HM uses about 77 Watts sitting idle with just my background displayed.
The Samsung HM uses about 77 Watts sitting idle with just my background displayed.
Dell UM LED monitor Energy Consumption
The dell uses only 27 Watts sitting idle with my background displayed
The dell uses only 27 Watts sitting idle with my background displayed
Samsung SyncMaster 305T LCD monitor Energy Consumption
The Samsung uses 140 watts sitting idle while displaying my desktop.
The Samsung uses 140 watts sitting idle while displaying my desktop.
How much money will I save by upgrading from my LCD monitors the LED monitors?
These figures are based on using my LCD monitors 14 hours / day ( this is realistic for me! )
ModelWattsKWH
Per DayKWH
Per MonthKWH
rateCost
per MonthSamsung 24" HM LCD Monitor x ..68.089$5.75Dell 24" UM LED Monitor x ..68.089$2.02Samsung 30" 305T LCD Monitor x ..80.089$5.23
By upgrading from my 2 x 24" Samsung LCD Displays to the 2 x 24" Dell LED Displays I will save about $3.73 per month. Over the course of a year I save $44.76. Keep in mind this is based on my current electric rate of 8.9 cents per KWH. If you live in California or one of those states where electricity is not so cheap, then the savings could be much greater.
The cost for the Dell monitors was $339 each via NewEgg.com ( free shipping and no sales tax ). The premium cost was mostly do to these being 16:10 Monitors rather than 16:9. This means that instead of the typical resolution ( x ) these support x . Yes the additional 120 pixels of space is worth it. I rotate these 90 degrees for use in coding.
Summary
Making the upgrade from LCD to
By upgrading from my 2 x 24" Samsung LCD Displays to the 2 x 24" Dell LED Displays I will save about $3.73 per month. Over the course of a year I save $44.76. Keep in mind this is based on my current electric rate of 8.9 cents per KWH. If you live in California or one of those states where electricity is not so cheap, then the savings could be much greater.The cost for the Dell monitors was $339 each via NewEgg.com ( free shipping and no sales tax ). The premium cost was mostly do to these being 16:10 Monitors rather than 16:9. This means that instead of the typical resolution ( x ) these support x . Yes the additional 120 pixels of space is worth it. I rotate these 90 degrees for use in coding.Making the upgrade from LCD to LED monitors was probably one of the best upgrades I have made in a long time. Now its just a matter of finding a 30" LED monitor to replace my old Samsung. The problem is Displays that run x resolution don't come cheap.
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Posted on Mar 30, by Paul White If you read my previous blog post, you know that I was having a little trouble with my Samsung HM Syncmaster LCD monitor. I actually have 2 of them on my work station. I finally gave up on trying to repair it after the repair failed twice. I have upgraded to Dell 24" LED monitors LED monitors cost a bit more than their LCD counterparts, but the cost savings in energy are worth it. I break out the kill-a-watt meter and put my old monitors against my new ones.
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