Full Color OLEDs are now available!

[Bridgette_E]

New Full Color OLEDs



Newhaven Display's full color OLEDs are now available in sizes 1.27", 1.5", and 1.69". Featuring 262K colors,
these passive matrix displays have a sharper and crisper viewing quality when compared to LCDs because
of their rich black levels and 2000:1 contrast ratio. These displays also have faster and smoother graphic
animations because of their 10 ųsec response time. Full color OLED displays are perfect for any industry,
especially consumer and handheld because of their low power consumption. These unique displays also
include a module containing all necessary logic. They do not have a backlight, which enables them to be 5mm
thin fully assembled. Available upon request, Newhaven Display's full color OLEDs can include a resistive or
capacitive touch panel.


Features

•   18bit/ 262K Colors
•   128x96, 128x128, & 160x128 resolution
•   >160 degrees viewing angle
•   2000:1 contrast ratio
•   Built-in controller
•   Serial/Parallel MPU interface
•   256-step brightness
•   Built-in sleep mode
•   10ųsec response time
•   Low power
•   -30°C ~ +70°C operating temp.
•   RoHS compliant


     P/N: NHD-1.27-12896UGC3
     P/N: NHD-1.5-128128UGC3
     P/N: NHD-1.69-160128UGC3

Click here for pricing and purchasing: http://bit.ly/colorOLED
Learn more fun facts about these beautiful displays: http://bit.ly/OLEDfacts

[HybridNz]

excellent news!

Are you looking at making a 2.7inch (same as NHD-2.7-12864UCY3) or bigger in the future ?

[Curt_L]

We are continually working on new designs; larger color OLEDs may be added when manufacturing costs can better compete with the color TFTs around that size. So hopefully in a year or so!

[HybridNz]

Thanks for the reply.

Good to hear. Defanitely up for full colour oled, LCD just doesnt work that well in direct sun light.

[dotmatrix]

good afternoon, i read the data sheets on these modules and it says they draw 330ma??? is that correct or a typo?? thanks ....

[Michael_L]

These OLEDs displays can draw up to that much current, but this is only if all pixels are fully ON.  In a more typical application, the display will draw anywhere from 75-200mA depending on what is displayed on the screen.

[dotmatrix]

ok, thank you, good product!

[george]

Hi,
I just bought a NHD‐1.69‐160128UGC3.  Now the hard part...programing it!
Is there an API for IT's Tiva Cortex-M4 chips (in C).  I've seen the Arduino example, but would like it for Cortex-M4.
Or at least a programmer's learning guide.  I don't mean the data sheet that only lists all the registers, I mean a well explained guide on how to program the display. 
Thanks George

[Michael_L]

I'm sorry but we do not have such a guide to program the display.  Also, we do not have example code specifically for the Cortex-M4, but the Arduino example code should be easily portable to any platform.  That code is a full example program for the display, and shows the basics such as writing to it, and initializing, and also includes examples of writing "useful" pixel data.

[ekeefe]

NHD-1.5-128128UGC3 interfacing question
Hello,

Are the SPI pins on the NHD-1.5-128128UGC3 OLED display 5 volt tolerant?

The example code if for an Arduino Uno R3 which is a 5 Volt board.

Thank you in advance,

ED

[Retheesh_M]

The NHD-1.5-128128UGC3 cannot be used with 5 volts.  It can only take a maximum of 3.5 volts as indicated on the specification sheet. 

[george]

I'm sorry but we do not have such a guide to program the display.  Also, we do not have example code specifically for the Cortex-M4, but the Arduino example code should be easily portable to any platform.  That code is a full example program for the display, and shows the basics such as writing to it, and initializing, and also includes examples of writing "useful" pixel data.

Is there at least a document that explains "Pre-Charge Time", "Pre-Charge Current", etc.  I don't see how I can use your product if your company doesn't explain such things as in a programmer's guide. 
Thanks George

[Michael_L]

George,

To allow customers to work with our displays, we provide working initialization code to get the display setup properly.  We also provide the logic needed to communicate to the display (writing data & commands) within the example code.  You can find example code for our displays on our website, here:
http://www.newhavendisplay.com/app_notes.html
Once there, you can either click "Arduino" as there is some nice Arduino example code available for our color OLEDs, or you can click "Ex. code" for additional files.
You can also access our github page to view these examples for the color OLEDs here:
https://github.com/NewhavenDisplay
For detailed information on the initialization settings and the OLED driver IC, please refer to the SSD1351 datasheet (there is a link to it on page 6 of our datasheet for the display).
Also, you should be able to find additional code examples/libraries by searching the web for SSD1351 libraries.  Here is one I just found:
https://github.com/adafruit/Adafruit-SSD1351-library

Hope this helps!