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Verdin Development Board

Verdin Development Board

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The Verdin Development Board is a development board for the Verdin family of System on Modules (SoMs).

This page provides hardware design resources, documentation, revision history, erratas, compatibility details, and getting started guides for developers working with the Verdin SoM family.

Getting Started​

This section contains initial information needed to set-up the Verdin Development Board for the first time.

Recommendation for the First-Time Order​

Toradex recommends ordering the following additional products for your first-time order:

All the products can be ordered online at the Toradex Webshop.

Quickstart Guide​

Check out our guide for detailed instructions on how to get your board up and running with Torizon:

Having trouble?​

Please contact our support team if you need technical support. Our communication channels are listed below:

Product Features​

Hardware Features​

Check the hardware features on the product page:

Compatible Products​

Learn more on the Verdin Product Family Specification.

Accessories & Add-ons​

Check other options and compatibility information on the add-ons product pages.

Block Diagram​

Verdin Development Board

Pinout Evaluation & Planning​

Product Documents​

Datasheets​

Verdin Development Board V1.1

Verdin Development Board V1.0

Design Resources​

warning

V1.1 packages are compatible with the latest Verdin Family Specification. If you are planning to design a custom carrier board, please rely on them.

Verdin Development Board Design Data V1.1

Verdin Development Board Design Data V1.0

Verdin Development Board Mechanical Models​

Verdin Development Board V1.1

A basic 3D model for the Verdin Development Board V1.1 can be downloaded here:

Verdin Development Board V1.0

Design and Layout Guide​

Altium Designer​

Software Ecosystem​

Toradex-Supported Linux Platforms​

The following Linux-based offerings are in-house supported - pre-built images available for quick evaluation:

Industry and Partner Software Ecosystem​

For detailed instructions about software development, including other operating systems for Toradex Computer on Modules - QNX, Android and more - check out our software ecosystem page:

Development Resources​

Installing the Operating System​

Toradex products come with Toradex Easy Installer pre-installed. Once you power-on the board, it will display a list of available images to be installed. Check out how to get started with the Toradex Easy Installer:

You might need to enter recovery mode:

You can also install the compatible pre-built images available for download:

Connecting to the Board​

During development, you will need to communicate the board with your host machine:

Revision History​

Click to See the Product Numbering Scheme

Product Number (PID8) Format

The format of the 8-digits Product Number (PID8) is the following:

Product Numbering Scheme

The below table describes the structure of the Product Number (PID8):

FieldDescription
PPPP4-digits number, indicating the Product Configuration (PID4) that describes the key properties of the product (e.g. Product Group, RAM capacity, etc.)
VV2-digits number, indicating the Major and Minor Version (in that order)
AA2-digits number, indicating the Assembly Variant

See the complete list of available combinations on the Revision History table of the corresponding product page.

Example

Product number (PID8): 00291100:

0029: Apalis iMX6D 512MB

11: Major Version 1, Minor Version 1, Version V1.1 in short

00: Assembly Variant A

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

0156 Verdin Development Board​

Product #Product DescriptionChanges from Previous VersionRelease DateRelated Documents

01561001

Verdin Development Board V1.0B

Initial Release

Q1 2020

Initial release, no PCN document

01561100

Verdin Development Board V1.1A

  • Implemented the changes related to the latest revision of the Verdin Family Specification
  • Input voltage range changed to 7-24V ±10%
  • Replaced Micro-USB connectors with USB-C connectors
  • Replaced Ethernet transceiver from Micrel KSZ9031RNXCA-QFN48 to Microchip KSZ9131RNXI
  • Replaced HDMI protection from NXP Semiconductors IP4786CZ32 to STMicroelectronics HDMI2C1-14HD
  • Replaced audio codec from CIRRUS WM8904CGEFL/RV to Nuvoton NAU88C22YG
  • Replaced bi-directional autosensing level shifters with unidirectional level shifters
  • Replaced MIPI DSI interface mezzanine connector and Type Specific mezzanine connector with LSS-130-03-L-DV-A-K-TR
  • Replaced buck converters AOZ2261AQI-10 with AOZ2261AQI-15

Q2 2021

Verdin Product Family Specification Update

01561101

Verdin Development Board V1.1B

  • Resolve the Bluetooth host interface strapping issue HAR-8342 (see the "Errata/Known issues" section for more details)
  • Increase the power rating of the CAN bus termination resistors
  • Other minor improvements

Q3 2021

01561102

Verdin Development Board V1.1C

  • Don’t assemble IC25: LTC4368IDD-2#PBF power input protection IC (important note: the overvoltage, overcurrent, and undervoltage protection features are not present with this product version due to component availability constraints; extra care should be taken to ensure that the input voltage is within the range 7-24V DC ±10%)
  • Assemble D21 with VS-MBRB735-M3 (for providing reverse polarity protection)
  • Allow IC36 to be assembled with either the SN65HVD01DRCR or the STR485LVQT (due to component availability constraints)
  • Change the value of R165, R168, R172, and R175 from 100kOhm to 1MOhm (resolves HAR-8833, see the "Errata/Known issues" section for more details)
  • Change the value of R319 from 10kOhm to 1MOhm (resolves HAR-8833, see the "Errata/Known issues" section for more details)
  • Don't assemble C173 (resolves HAR-8934, see the "Errata/Known issues" section for more details)
  • Don't assemble D19 (resolves HAR-8934, see the "Errata/Known issues" section for more details)

Q2 2022

01561103

Verdin Development Board V1.1D

  • Don’t assemble IC25: LTC4368IDD-2#PBF power input protection IC (important note: the overvoltage, overcurrent, and undervoltage protection features are not present with this product version due to component availability constraints; extra care should be taken to ensure that the input voltage is within the range 7-24V DC ±10%)
  • Change the RS232 transceiver (IC38) part number from TRS3122ERGER to XR32220EBER-L/TR (due to component availability constraints; important note: the replacement part is capable of data rates of up to 250 Kbps)
  • Change the component with the designator D30 from a diode to a 4.4nF capacitor with a 0805 package (resolves HAR-9004, see the "Errata/Known issues" section for more details)

Q3 2022


01561104

Verdin Development Board V1.1E

  • Update the silkscreen of the PCB (resolves HAR-8976, see the "Errata/Known issues" section for more details)
  • Other minor changes and improvements

Q4 2022


01561105

Verdin Development Board V1.1F

-Change the assembly state, part number of IC25 from “not assembled”, NA to “assembled”, any of LTC4368IDD-2#PBF or LTC4368HDD-2#PBF with supporting components
-Change the assembly state of D21 from “assembled” to “not assembled”
-Change the assembly state, value of R3 from "not assembled", NA to "assembled", 100kOhm
-Change the assembly state, value of R5 from "not assembled", NA to "assembled", 806kOhm
-Change the assembly state, value of R33 from "not assembled", NA to "assembled", 82.5kOhm
-Change the assembly state, value of R34 from "not assembled", NA to "assembled", 17.8kOhm
-Change the value of R279, R280 from 10kOhm to 2.2kOhm
-Change the manufacturer, part number of D23 from Littlefuse SMAJ30CA to any of Pulse SMAJ30CA, Comchip SMAJ30CA-HF, Rectron SMAJ30CAV-T
-Change the assembly state of C98, C108 from “assembled” to “not assembled”

Q4 2023


Errata/Known Issues​

Errata Document​

Verdin Development Board Errata Document

Hardware Issue Tracker​

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