CFAL9664B-F-B1 photo

CFAL9664B-F-B1

This 96x64 full color graphic OLED module is in a class all its own. Its small size and full color apply no limit to the potential that can be unlocked using this display. Small enough for a blade server, hard drive enclosure, mobile phone secondary screen, mobile media player, or any other application, this full color OLED module will make the information shine.

CFAL9664B Graphic OLEDs Family

  • 96xRGBx64 Full color graphic OLED display module
  • Very small form factor
  • Extremely wide viewing angles
  • Very high contrast ratio
  • Built-in Solomon SSD1332 Controller
  • 8-bit parallel interface or SPI Interface
  • RoHS Compliant
Because this is quickly evolving, cutting edge technology, there may be fit, form or function variances between manufacturing lots.
For reference only. For design purposes, please use the specifications in the datasheet.

Physical Characteristics

Column Dots x Row Dots 96 x 64
Module Overall
width height depth
millimeters 24.8 30.42 1.42
inches 0.9 1.19 0.05
Other Features Affecting Size
  • Foldable Tab
Please see the datasheet
Viewing Area
width height
millimeters 22.14 15.42
inches 0.87 0.60
Active Area
width height
millimeters 20.14 13.42
inches 0.79 0.52
Dot Size
width height
millimeters 0.05 0.19
inches 0.00 0.00
Dot Pitch
width height
millimeters 0.07 0.21
inches 0.00 0.00
Weight 1g

Optical Characteristics

Display Technology OLED
Display Addressing passive
Glass Type OLED
Polarizer Emissive
Backlight Type None
Mode Positive
Foreground Color RGB
Background Color Dark

Electrical Specifications

Module Connector Pitch 0.8mm

Environmental

Operating Temperatures
min max
Celsius -20° 70°
Farenheit -4° 158°
Storage Temperatures
min max
Celsius -30° 80°
Farenheit -22° 176°
Humidity
min max
Non-condensing 0% 90%

Electronics

Controller Solomon SSD1332
Interface 8-bit Parallel, SPI

Datasheets

CFAL9664B-F-B1_Data_Sheet_v1.2.pdf (8MB, Aug 2010, Datasheet v.1.2, Hardware v.A)
Obsolete Datasheets
CFAL9664B-F-B1_v1.1.pdf (2MB, Jul 2009, Datasheet v.1.1, Hardware v.A)
CFAL9664BFB1_v1.0.pdf (2MB, Feb 2009, Datasheet v.1.0, Hardware v.A)

Other Files

Subscribe to Part Change Notices by email Email subscription for changes to CFAL9664B-F-B1 or RSS RSS feed for changes to CFAL9664B-F-B1

Part Change Notice #10014

Product Affected: CFAL9664B-F-B1
Date Issued: July 2, 2009
Summary: Datasheet correction
Description: Reversed FPC detail drawing in Module Outline Drawings (Pg. 7) to match how the module looks from a front view. Corrected pin order on Quick Reference For Pin Functions (Front View) (Pg. 16). VPANEL is pin 2 and VLOGIC is pin 3. PLUS
This module does not have an internal DC-DC converter.
References to internal DC-DC converter (VDD2) were deleted, including in the System Block Diagram (Pg. 10).
Reason: Conflicting information was present which could cause failure of the product if the incorrect diagram were to be used. Also to reduce confusion regarding the DC-DC converter mentioned in the controller datasheet.

For reference only. For design purposes, please use the specifications in the datasheet.
Quantity:
Quantity Price
1 $24.80
10 * $13.52
20 * $11.28
50 * $9.64
100 * $8.44
200 * $7.58
500 * $5.58
1000 * $4.78
* These quantities may have up to 10 weeks lead time.

Quick Product Info

This module is engineered for high volume production. It uses a "TAB" (tape automated bonding) or "COF" (chip on flex) style flex tail mated with a "COG" (chip on glass) display. The TAB connector is soldered directly to corresponding pads on your PCB using a hot-bar soldering machine. High volume contract manufacturers will be familiar with this type of construction and its assembly methods. Hot-bar soldering machines designed for prototype, rework or repair of TAB connections are available from equipment suppliers at reasonable cost. The TAB style connection requires no separate connector, so the cost is very low, and the ultra thin profile of the display is maintained.
Because this is quickly evolving, cutting edge technology, there may be fit, form or function variances between manufacturing lots.

More Like This One