This page contains basic information related to the Capacitive Touch Display 10.1 Inch LVDS.

Recommendation for a first-time order

For starting with the Capacitive Touch Display 10.1" LVDS Toradex recommends the following products:

With Apalis: Any Apalis iMX8, Apalis iMX6 or Apalis T30 SoM plus the Ixora Carrier Board (from V1.1A) or a Apalis Evaluation Board (with a Capacitive Touch Adapter).
With Verdin: Any Verdin iMX8M Mini or Verdin iMX8M Plus and a Verdin Development Board or a Dahlia Carrier Board. A Verdin DSI to LVDS Adapter is required to work with all the boards targeting Verdin.
With Colibri: Any Colibri iMX8X SoM plus the Iris Carrier Board V2.0 or newer. For older versions of Iris, you will need to assemble a custom cable, please verify both the Iris Carrier Board and the Capacitive Touch Display 10.1" LVDS datasheets carefully.

First Steps

Please check the article below for all details on using the display.

First Steps with Capacitive Touch Display 10.1" LVDS

Having trouble?

Please contact our technical support. Various options of technical support are mentioned in the article below.

Technical Support Channels

Main Features

Capacitive Touch Display 10.1" LVDS

Resolution: 1280x800px
LVDS 8-bit
Touch Interface: I2C
30 pin LVDS and 10 pin FFC cable to connect with a Carrier Board

Datasheet

10.1 inch LVDS Capacitive Touch Display 1280x800 - Datasheet (1.1 | 2019-08-20 | 6.48 MB)

Mechanical Model

Capacitive Touch Display 10.1" LVDS - 3D STEP model

[1] Verdin DSI to LVDS Adapter is required.

[2] Capacitive Touch Adapter is required.

[3] For Ixora V1.0A Capacitive Touch Adapter is required, V1.1A or above are directly compatible.

[4] The LVDS cable that comes with the Capacitive Touch Display 10.1" LVDS is only compatible with Iris V2.0 onward. The LVDS signal on Iris is provided through an RGB to LVDS transmitter. LVDS is not available on most Colibri Computer on Modules, consult the respective datasheet to confirm.

[5] Colibri iMX8X has a native dual-channel LVDS exposed on an FFC connector. This connector is not compatible with the cables that come with the Capacitive Touch Display 10.1" LVDS. If you use Colibri iMX8X + Iris Carrier Board V2.0 or newer, you can evaluate the display out-of-the-box due to [4], but it will not be using the native LVDS interface.

Get PCN Notifications

Click to See the Product Numbering Scheme

Field	Description
PPPP	4-digits number, indicating the Product Configuration (PID4) that describes the key properties of the product (e.g. Product Group, RAM capacity, etc.)
VV	2-digits number, indicating the Major and Minor Version (in that order)
AA	2-digits number, indicating the Assembly Variant

A specific product revision has a lifecycle defined by the product state. Learn more about it on the Product Change Notifications.

1212xxxx - Capacitive Touch Display 10.1 Inch LVDS

Product #	Product Description	Changes from Previous Version	Release Date	PCN Document
12121000	Capacitive Touch Display 10.1 Inch LVDS V1.0	Initial Release	12.09.2018

Errata document

Capacitive Touch Display 10.1 Inch LVDS Errata (Rev 1.0 | 2021-07-28 | 179.71 KB)

Errata/Known issues

Issue #	Status	Subject	Affected Versions	Implemented In
HAR-8250	Known Issue	High peak current caused by the 10.1'' LVDS display due to the brightness control implementation	Capacitive Touch Display 10.1" LVDS V1.0
Customer Impact: The high current peaks on pins 39 and 40 of the LVDS connector might trigger the current protection threshold of the power supply circuit used to generate the VCC/LED+ voltage on carrier boards. The peak current can cause issues especially at low brightness levels. Description: The backlight inverter of the 10.1'' LVDS display might create high current peaks on the two VCC/LED+ pins of the LVDS connector (pins 29 and 30 of CON4-INPUT). The PWM backlight control signal directly enables and disables the backlight inverter. Enabling the inverter can cause an inrush current. Since the inverter is disabled and re-enabled continuously, this can cause repeated current peaks. Especially at low backlight levels, these peaks can be significant. Workaround: Customers should check the power supply circuit used to generate the LVDS VCC/LED+ voltage on the carrier board, to ensure it can provide at least 650mA at 12V.

Issue #

Status

Subject

Affected Versions

Implemented In

HAR-8250

Known Issue

High peak current caused by the 10.1'' LVDS display due to the brightness control implementation

Capacitive Touch Display 10.1" LVDS V1.0

Customer Impact: The high current peaks on pins 39 and 40 of the LVDS connector might trigger the current protection threshold of the power supply circuit used to generate the VCC/LED+ voltage on carrier boards. The peak current can cause issues especially at low brightness levels.

Description: The backlight inverter of the 10.1'' LVDS display might create high current peaks on the two VCC/LED+ pins of the LVDS connector (pins 29 and 30 of CON4-INPUT). The PWM backlight control signal directly enables and disables the backlight inverter. Enabling the inverter can cause an inrush current. Since the inverter is disabled and re-enabled continuously, this can cause repeated current peaks. Especially at low backlight levels, these peaks can be significant.

Workaround: Customers should check the power supply circuit used to generate the LVDS VCC/LED+ voltage on the carrier board, to ensure it can provide at least 650mA at 12V.

Capacitive Touch Display 10.1" LVDS

Capacitive Touch Display 10 Inch LVDS

Recommendation for a first-time order

First Steps

Having trouble?

Main Features

Capacitive Touch Display 10.1" LVDS

Datasheet

Mechanical Model

Product Number (PID8) Format

Example

1212xxxx - Capacitive Touch Display 10.1 Inch LVDS

Errata document

Errata/Known issues