Compulab Mediawiki - User contributions [en]

UCM-iMX7: Hardware: Revision Notes

2017-06-04T15:04:07Z

Alexm: New page: ==Rev 1.0 [04-Jun-2017]== * First production release Category:UCM-iMX7

==Rev 1.0 [04-Jun-2017]==
* First production release
[[Category:UCM-iMX7]]

SB-UCM: HOWTO: CAN Connection

2017-06-04T14:54:15Z

Alexm: New page: <div align="center">SB-UCM top view</div> [[Image:SB_UCM_bottomview.jpg|thumb|right|alt=SB-UCM bottom view|<div align="center">...

[[Image:SB_UCM_topview.jpg|thumb|right|alt=SB-UCM top view|<div align="center">SB-UCM top view</div>]]
[[Image:SB_UCM_bottomview.jpg|thumb|right|alt=SB-UCM bottom view|<div align="center">SB-UCM bottom view</div>]]

== Description ==
The CAN bus interface available with the system is accessible through P23 header. P23 pinout is outlined below:
<blockquote>
{| border="1" cellspacing="1" cellpadding="3" style="border-collapse:collapse"
! P23 Pin
! Signal Name
! Description
|-
| 1
| CAN_VCC (5V)
| If your CAN bus interface requires 5V or provides more than 5V to node, connect this pin to your CAN bus power terminal.
|-
| 2
| CAN_H
| Connect to CAN_H terminal your CAN bus interface
|-
| 3
| CAN_L
| Connect to CAN_L terminal your CAN bus interface
|-
| 4
| CAN_GND
| Connect to GND terminal your CAN bus interface
|-
|}
</blockquote>

== 120Ω CAN bus termination ==
CAN bus termination on a node is required with some CAN bus topologies while forbidden with others.
SB-UCM board features the '''E10''' jumper which can be used to enable/disable 120Ω CAN bus termination implemented onboard SB-UCM.
Set the bus termination most recommended for your CAN bus topology using '''E10''' jumper.
* Place a jumper cap onto '''E10''' to enable 120Ω CAN bus termination.
* Remove the jumper cap from '''E10''' to disable 120Ω CAN bus termination.



[[Category:SB-UCM]]

Category:UCM-iMX7

2017-05-29T10:30:04Z

Alexm: New page: UCM-iMX7 related wiki pages

UCM-iMX7 related wiki pages

Category:SB-UCM

2017-05-29T10:29:29Z

Alexm: New page: SB-UCM carrier board related pages

SB-UCM carrier board related pages

Category:CL-SOM-iMX6

2017-04-30T14:04:06Z

Alexm: New page: CL-SOM-iMX6 module related pages

CL-SOM-iMX6 module related pages

CL-SOM-iMX6: Hardware: Revision Notes

2017-04-30T11:33:24Z

Alexm: New page: ==Rev 1.0 [30-Apr-2017]== * First production release Category:CL-SOM-iMX6

==Rev 1.0 [30-Apr-2017]==
* First production release
[[Category:CL-SOM-iMX6]]

SB-SOM: Connectors: P10

2017-02-14T18:14:12Z

Alexm: /* Supported LCDs */

== Description ==
[[Image:SB_SOM_topview2.jpg|thumb|right|alt=SB-SOM top view|<div align="center">SB-SOM top view</div>]]
[[Image:SB_SOM_bottomview2.jpg|thumb|right|alt=SB-SOM bottom view|<div align="center">SB-SOM bottom view</div>]]

Connector P10 is a 40pin FPC connector (output) designed to drive an LCD panel with resistive touch capabilities.
Connector P10 is available only in case parallel RGB interface is available at "PDISP" pins of system-on-module.
Connector P10 allows seamless connection of the '''SHENZHEN STARTEK ELECTRONIC TECHNOLOGY KD050C-1A-TP''' LCD panel.

Only one of the following SB-SOM display interfaces can be driven with the system-on-module parallel RGB interface at a time. Driving more than one of the below simultaneously is in most cases unsupported.
:* A DVI/HDMI display at connector '''J5'''.
:* An LVDS display at connector '''P11''' (if implemented through parallel RGB interface with your specific SB-SOM board).
:* An LCD display at connector P10.

{{note|Selection of the parallel RGB interface path (DVI/LVDS/LCD) must be implemented through system-on-module software.}}
{{note|Please refer to SB-SOM carrier board schematics and system-on-module hardware reference manual for pin functions, connector pinout and other details on your specific system.}}

'''More Details:''' ''[[SB-SOM:_Connectors:_J5|Connector J5]]'', ''[[SB-SOM:_Connectors:_P11|Connector P11]]''.

== Connector Data ==
<blockquote>
{| border="1" cellspacing="1" cellpadding="3" style="border-collapse:collapse"
! colspan=2 | P10 connector
|-
! Manufacturer
! MFG P/N
|-
| CVILux
| CF20-401D0R0-LF
|-
|}
</blockquote>

== Supported LCDs ==
The following table summarizes LCD panels, datasheets of which have been checked by Compulab for hardware compatibility with the evaluation kit LCD connector. Compatibility is determined by three main parameters:
# Interface (connector + data/clock etc signals).
# Backlight (voltage, current, pinout).
# Resistive touch panel (pinout only).

NOTES:
# Only datasheet analysis has been performed by Compulab, none of the below LCDs were tested to operate with the evaluation kit.
# Compulab demo software adaptation is required for most LCDs to work properly with the evaluation kit.

{| border="1" cellspacing="1" cellpadding="3" style="border-collapse:collapse"
! rowspan=2|Manufacturer
! rowspan=2|MFG P/N
! rowspan=2|Size
! rowspan=2|Resolution
! colspan=3|Interfaces
! rowspan=2|Notes
|-
! Display
! Touch
! Backlight
|-
| HAOYU Electronics
| [http://www.haoyuelectronics.com/Attachment/HY43-LCD/LCD%20DataSheet.pdf HY43-LCD]
| 4.3"
| 480x272
| Compatible
| Compatible
| Compatible (19.2V@40mA Typ)
|-
| HAOYU Electronics
| [http://www.haoyuelectronics.com/Attachment/HY5-LCD/LCD%20Datasheet.pdf HY5-LCD]
| 5.0"
| 480x272
| Compatible
| Compatible
| Compatible (19.2V@40mA Typ)
|
|-
| HAOYU Electronics
| [http://www.haoyuelectronics.com/Attachment/HY5-LCD-HD/KD50G21-40NT-A1.pdf HY5-LCD-HD]
| 5.0"
| 800x480
| Compatible
| none
| Compatible (19.2V@40mA Typ)
|
|-
| HAOYU Electronics
| [http://www.haoyuelectronics.com/Attachment/HY7-LCD/LCD%20Datasheet.pdf HY7-LCD]
| 7.0"
| 800x480
| Compatible
| Compatible
| Incompatible (9.9V@140mA Typ)
|
|-
| EastRising
| [http://www.buydisplay.com/download/manual/ER-TFT043-3_Datasheet.pdf ER-TFT043-3]
| 4.3"
| 480x272
| Compatible
| Compatible
| Compatible (25V@15mA typ)
|
|-
| EastRising
| [http://www.buydisplay.com/download/manual/ER-TFT050-2_Datasheet.pdf ER-TFT050-2]
| 5.0"
| 480x272
| Compatible
| Compatible
| Compatible (19.2V@40mA typ)
|
|-
| EastRising
| [http://www.buydisplay.com/download/manual/ER-TFT050-3_Datasheet.pdf ER-TFT050-4]
| 5.0"
| 800x480
| Compatible
| Compatible
| Compatible (19.2V@40mA typ)
|
|-
| EastRising
| [http://www.buydisplay.com/download/manual/ER-TFT070-4_Datasheet.pdf ER-TFT070-4]
| 7.0"
| 800x480
| Compatible
| none
| Compatible (22.4V@40mA typ)
|
|-
| Newhaven
| [http://www.newhavendisplay.com/specs/NHD-4.3-480272EF-ASXN-CTP.pdf NHD-4.3-480272EF-ASXN-CTP]
| 4.3"
| 480x272
| Compatible
| none (separate connection, capacitive)
| Incompatible (25.6V@40mA typ)
|
|-
| Newhaven
| [http://www.newhavendisplay.com/specs/NHD-4.3-480272EF-ASXN-T.pdf NHD-4.3-480272EF-ASXN-T]
| 4.3"
| 480x272
| Compatible
| Compatible
| Incompatible (25.6V@40mA typ)
|
|-
| Newhaven
| [http://www.newhavendisplay.com/specs/NHD-4.3-480272EF-ASXN.pdf NHD-4.3-480272EF-ASXN]
| 4.3"
| 480x272
| Compatible
| none
| Incompatible (25.6V@40mA typ)
|
|-
| Newhaven
| [http://www.newhavendisplay.com/specs/NHD-4.3-480272EF-ASXV.pdf NHD-4.3-480272EF-ASXV]
| 4.3"
| 480x272
| Compatible
| none
| Incompatible (25.6V@40mA typ)
|
|-
| Newhaven
| [http://www.newhavendisplay.com/specs/NHD-4.3-480272EF-ASXV-CTP.pdf NHD-4.3-480272EF-ASXV-CTP]
| 4.3"
| 480x272
| Compatible
| none (separate connection, capacitive)
| Incompatible (25.6V@40mA typ)
|
|-
| Newhaven
| [http://www.newhavendisplay.com/specs/NHD-4.3-480272EF-ASXV-T.pdf NHD-4.3-480272EF-ASXV-T]
| 4.3"
| 480x272
| Compatible
| Compatible
| Incompatible (25.6V@40mA typ)
|
|-
| Newhaven
| [http://www.newhavendisplay.com/specs/NHD-4.3-480272EF-ATXL.pdf NHD-4.3-480272EF-ATXL]
| 4.3"
| 480x272
| Compatible
| none
| Compatible(19.2V@40mA typ)
|
|-
| Newhaven
| [http://www.newhavendisplay.com/specs/NHD-4.3-480272EF-ATXL-CTP.pdf NHD-4.3-480272EF-ATXL-CTP]
| 4.3"
| 480x272
| Compatible
| none (separate connection, capacitive)
| Compatible(19.2V@40mA typ)
|
|-
| Newhaven
| [http://www.newhavendisplay.com/specs/NHD-4.3-480272EF-ATXL-T.pdf NHD-4.3-480272EF-ATXL-T]
| 4.3"
| 480x272
| Compatible
| Compatible
| Compatible(19.2V@40mA typ)
|
|-
| Newhaven
| [http://www.newhavendisplay.com/specs/NHD-4.3-480272EF-ATXL-T.pdf NHD-4.3-480272EF-ATXL-T]
| 4.3"
| 480x272
| Compatible
| Compatible
| Compatible(19.2V@40mA typ)
|
|-
| Newhaven
| [http://www.newhavendisplay.com/specs/NHD-5.0-800480TF-ATXL.pdf NHD-4.3-480272EF-ATXL-T]
| 5.0"
| 800x480
| Compatible
| none
| Incompatible (19.2V@60mA typ)
|
|-
| Newhaven
| [http://www.newhavendisplay.com/specs/NHD-5.0-800480TF-ATXL-CTP.pdf NHD-5.0-800480TF-ATXL-CTP]
| 5.0"
| 800x480
| Compatible
| none (separate connection, capacitive)
| Incompatible (19.2V@60mA typ)
|
|-
| Newhaven
| [http://www.newhavendisplay.com/specs/NHD-7.0-800480EF-ASXN.pdf NHD-7.0-800480EF-ASXN]
| 7.0"
| 800x480
| Compatible
| none
| Incompatible (9.6V@180mA typ)
|
|-
| Newhaven
| [http://www.newhavendisplay.com/specs/NHD-7.0-800480EF-ASXN-CTP.pdf NHD-7.0-800480EF-ASXN-CTP]
| 7.0"
| 800x480
| Compatible
| none (separate connection, capacitive)
| Incompatible (9.6V@180mA typ)
|
|-
| Newhaven
| [http://www.newhavendisplay.com/specs/NHD-7.0-800480EF-ASXN-T.pdf NHD-7.0-800480EF-ASXN-T]
| 7.0"
| 800x480
| Compatible
| none (separate connection, resistive)
| Incompatible (9.6V@180mA typ)
|
|-
| Newhaven
| [http://www.newhavendisplay.com/specs/NHD-7.0-800480EF-ASXV.pdf NHD-7.0-800480EF-ASXV]
| 7.0"
| 800x480
| Compatible
| none
| Incompatible (9.6V@180mA typ)
|
|-
| Newhaven
| [http://www.newhavendisplay.com/specs/NHD-7.0-800480EF-ASXV-CTP.pdf NHD-7.0-800480EF-ASXV-CTP]
| 7.0"
| 800x480
| Compatible
| none (separate connection, capacitive)
| Incompatible (9.6V@180mA typ)
|
|-
| Newhaven
| [http://www.newhavendisplay.com/specs/NHD-7.0-800480EF-ASXV-T.pdf NHD-7.0-800480EF-ASXV-T]
| 7.0"
| 800x480
| Compatible
| none (separate connection, resistive)
| Incompatible (9.6V@180mA typ)
|
|-
| Newhaven
| [http://www.newhavendisplay.com/specs/NHD-7.0-800480EF-ATXL.pdf NHD-7.0-800480EF-ATXL]
| 7.0"
| 800x480
| Compatible
| none
| Incompatible (16V@60mA typ)
|
|-
| Newhaven
| [http://www.newhavendisplay.com/specs/NHD-7.0-800480EF-ATXL-CTP.pdf NHD-7.0-800480EF-ATXL-CTP]
| 7.0"
| 800x480
| Compatible
| none (separate connection, capacitive)
| Incompatible (16V@60mA typ)
|
|-
| Newhaven
| [http://www.newhavendisplay.com/specs/NHD-7.0-800480EF-ATXL-T.pdf NHD-7.0-800480EF-ATXL-T]
| 7.0"
| 800x480
| Compatible
| none (separate connection, resistive)
| Incompatible (16V@60mA typ)
|

|-
| DLC Display Co Ltd
| [https://www.devicemart.co.kr/include/down.php?file=/data/goods/goodsfile/1327255_file_0.pdf&mode=goods&name=(dlc)DLC0700OZG-T.pdf DLC0700OZG]
| 7.0"
| 800x480
| Compatible
| Compatible
| Incompatible (9.3V@180mA typ)
|
|-
| KOE
| [https://www.koe-europe.com/doc/TX11D06VM2APA.pdf TX11D06VM2APA]
| 4.3"
| 480x272
| Compatible
| Compatible
| Incompatible (27.9V@20mA typ)
|
|-
| AZ Displays
| [http://www.azdisplays.com/PDF/ATM0430D12-T.pdf ATM0430D12-T]
| 4.3"
| 480x272
| Compatible
| Compatible
| Incompatible (27.9V@20mA typ)
|
|-
| AZ Displays
| [http://www.azdisplays.com/PDF/ATM0430D12-CT.pdf ATM0430D12-CT]
| 4.3"
| 480x272
| Compatible
| Capacitive
| Incompatible (27.9V@20mA typ)
| Touch screen controller interface on separate 6pin connector while pins 37..40 are N.C.
|-
| AZ Displays
| [http://www.azdisplays.com/PDF/ATM0430D12.pdf ATM0430D12]
| 4.3"
| 480x272
| Compatible
| none
| Incompatible (27.9V@20mA typ)
|
|-
| AZ Displays
| [http://www.azdisplays.com/PDF/ATM0430D12B-T.pdf ATM0430D12B-T]
| 4.3"
| 480x272
| Compatible
| Compatible
| Incompatible (27.9V@20mA typ)
|
|-
| AZ Displays
| [http://www.azdisplays.com/PDF/ATM0430D12B-CT.pdf ATM0430D12B-CT]
| 4.3"
| 480x272
| Compatible
| Capacitive
| Incompatible (27.9V@20mA typ)
| Touch screen controller interface on separate 6pin connector while pins 37..40 are N.C.
|-
| AZ Displays
| [http://www.azdisplays.com/PDF/ATM0430D12B.pdf ATM0430D12B]
| 4.3"
| 480x272
| Compatible
| none
| Incompatible (27.9V@20mA typ)
|
|-
| AZ Displays
| [http://www.azdisplays.com/PDF/ATM0430D12M-T.pdf ATM0430D12M-T]
| 4.3"
| 480x272
| Compatible
| Compatible
| Compatible(19.2V@40mA typ)
|
|-
| AZ Displays
| [http://www.azdisplays.com/PDF/ATM0430D12M-CT.pdf ATM0430D12M-CT]
| 4.3"
| 480x272
| Compatible
| Capacitive
| Compatible(19.2V@40mA typ)
| Touch screen controller interface on separate 6pin connector while pins 37..40 are N.C.
|-
| AZ Displays
| [http://www.azdisplays.com/PDF/ATM0430D12M.pdf ATM0430D12M]
| 4.3"
| 480x272
| Compatible
| none
| Compatible(19.2V@40mA typ)
|
|-
| AZ Displays
| [http://www.azdisplays.com/PDF/ATM0500D12-T.pdf ATM0500D12-T]
| 5.0"
| 480x272
| Compatible
| Incompatible
| Compatible(19.2V@40mA typ)
| Touch screen controller interface on separate 4pin connector while pins 37..40 are N.C.
|-
| AZ Displays
| [http://www.azdisplays.com/PDF/ATM0500D12.pdf ATM0500D12]
| 5.0"
| 480x272
| Compatible
| none
| Compatible(19.2V@40mA typ)
|
|-
| AZ Displays
| [http://www.azdisplays.com/PDF/ATM0500D13-T.pdf ATM0500D13-T]
| 5.0"
| 800x480
| Compatible
| Compatible
| Compatible(19.2V@40mA typ)
|
|-
| AZ Displays
| [http://www.azdisplays.com/PDF/ATM0500D13.pdf ATM0500D13]
| 5.0"
| 800x480
| Compatible
| none
| Compatible(19.2V@40mA typ)
|
|-
| AZ Displays
| [http://www.azdisplays.com/PDF/ATM0500D13E-CT1.pdf ATM0500D13E-CT1]
| 5.0"
| 800x480
| Compatible
| none
| Incompatible (19.2V@60mA typ)
| Touch screen controller interface on separate 6pin connector while pins 37..40 are N.C.
|-
| AZ Displays
| [http://www.azdisplays.com/PDF/ATM0500D13E.pdf ATM0500D13E]
| 5.0"
| 800x480
| Compatible
| Compatible
| Incompatible (19.2V@60mA max)
|
|-
| AZ Displays
| [http://www.azdisplays.com/PDF/ATM0700D38B.pdf ATM0700D38B]
| 7.0"
| 800x480
| Compatible
| none
| Incompatible (10V@140mA typ)
|
|-
| TechToys (HK)
| [http://www.techtoys.com.hk/Displays/TY430TFT480272/TY430TFT480272Rev04.pdf TY430TFT480272 Rev02]
| 4.3"
| 480x272
| Compatible
| Compatible
| Compatible (16V@40mA typ)
|
|-
| TechToys (HK)
| [http://www.techtoys.com.hk/Displays/TY500TFT800480/TY500TFT800480Rev01.pdf TY500TFT800480 Rev01]
| 5.0"
| 800x480
| Compatible
| Compatible
| Compatible (23.1V@40mA typ)
|
|-
| TechToys (HK)
| [http://www.techtoys.com.hk/Displays/TY700TFT800480-R3.0/TY700TFT800480Rev03.pdf TY700TFT800480 Rev03]
| 7.0"
| 800x480
| Compatible
| Compatible
| Incompatible (9.6V@180mA typ)
|
|-
| ON TAT INDUSTRIAL COMPANY
| [https://cdn-shop.adafruit.com/product-files/1591/SPEC-CH430WQ01-T_Rev.A.pdf CH430WQ01-T (Rev.A)]
| 4.3"
| 480x272
| Compatible
| Compatible
| Compatible (22.4@20mA typ)
|
|-
| Orient Display
| [http://www.orientdisplay.com/pdf/AFY320240B0-3.5N12NTM.pdf AFY320240B0-3.5N12NTM]
| 3.5"
| 320x240
| Compatible
| none
| Incompatible (9.6@40mA typ)
| rowspan=8 | LCD has SCL, SDA & CS pins @ pins 35, 36 & 3 respectively. With compulab boards, Pin 35 is NC while pins 36 & 3 are grounded.
|-
| Orient Display
| [http://www.orientdisplay.com/pdf/AFY320240B0-3.5N12NTM-R.pdf AFY320240B0-3.5N12NTM-R]
| 3.5"
| 320x240
| Compatible
| Compatible
| Incompatible (9.6@40mA typ)
|-
| Orient Display
| [http://www.orientdisplay.com/pdf/AFY480272B0-4.3N12NTM.pdf AFY480272B0-4.3N12NTM]
| 4.3"
| 480x272
| Compatible
| none
| Incompatible (15V@40mA typ)
|-
| Orient Display
| [http://www.orientdisplay.com/pdf/AFY480272B0-4.3N12NTM.pdf AFY480272B0-4.3N12NTM-R]
| 4.3"
| 480x272
| Compatible
| Compatible
| Incompatible (15V@40mA typ)
|-
| Orient Display
| [http://www.orientdisplay.com/pdf/AFY480272B0-4.3N12NTM-C.pdf AFY480272B0-4.3N12NTM-C]
| 4.3"
| 480x272
| Compatible
| Incompatible (capacitive TS on separate FPC connector)
| Incompatible (15V@40mA typ)
|-
| Orient Display
| [http://www.orientdisplay.com/pdf/AFY800480B0-7.0N12NTM.pdf AFY800480B0-7.0N12NTM]
| 7.0"
| 800x480
| Compatible
| none
| Incompatible (25.6.6V@60mA typ)
|-
| Orient Display
| [http://www.orientdisplay.com/pdf/AFY800480B0-7.0N12NTM-R.pdf AFY800480B0-7.0N12NTM-R]
| 7.0"
| 800x480
| Compatible
| Compatible
| Incompatible (25.6.6V@60mA typ)
|-
| Orient Display
| [http://www.orientdisplay.com/pdf/AFY800480B0-7.0N12NTM-C.pdf AFY800480B0-7.0N12NTM-C]
| 7.0"
| 800x480
| Compatible
| Incompatible (capacitive TS on separate FPC connector)
| Incompatible (25.6.6V@60mA typ)
|-
| Orient Display
| [http://www.orientdisplay.com/pdf/AFY800480B0-5.0N12NTM.PDF AFY800480B0-5.0N12NTM]
| 5.0"
| 800x480
| Compatible
| none
| Compatible (18.6V@40mA typ)
|-
| Orient Display
| [http://www.orientdisplay.com/pdf/AFY800480B0-5.0N12NTM-R.pdf AFY800480B0-5.0N12NTM-R]
| 5.0"
| 800x480
| Compatible
| Compatible
| Compatible (18.6V@40mA typ)
|
|-
| Orient Display
| [http://www.orientdisplay.com/pdf/AFY800480B0-5.0N12NTM-C.pdf AFY800480B0-5.0N12NTM-C]
| 5.0"
| 800x480
| Compatible
| Incompatible (capacitive TS on separate FPC connector)
| Compatible (18.6V@40mA typ)
|
|-
| SHANGHAI TIANMA MICRO-ELECTRONICS
| [http://datasheet.octopart.com/TM043NBH02-Tianma-datasheet-62047838.pdf TM043NBH02-40]
| 4.3"
| 480x272
| Compatible
| Compatible
| Compatible (16V@40mA typ)
|
|-
| SHANGHAI TIANMA MICRO-ELECTRONICS
| [http://datasheet.octopart.com/TM043NDH02-Tianma-datasheet-41872594.pdf TM043NDH-40]
| 4.3"
| 480x272
| Compatible
| None
| Compatible (16V@20mA typ)
|
|-
| SHANGHAI TIANMA MICRO-ELECTRONICS
| [http://datasheet.octopart.com/TM043NVHG01-Tianma-datasheet-20679155.pdf TM043NVHG01]
| 4.3"
| 480x272
| Compatible
| Incompatible
| Compatible (16V@20mA typ)
| discrete connector for capacitive touch screen (on I2C)
|-
| SHANGHAI TIANMA MICRO-ELECTRONICS
| [http://www.datasheetspdf.com/datasheet/download.php?id=842841 TM047NBH03]
| 4.7"
| 480x272
| Compatible
| Compatible
| Compatible (16V@20mA typ)
|
|-
| SHANGHAI TIANMA MICRO-ELECTRONICS
| [http://www.datasheetspdf.com/datasheet/download.php?id=842840 TM047NDH03 V2.2]
| 4.7"
| 480x272
| Compatible
| None
| Compatible (16V@40mA typ)
|
|-
| SHANGHAI TIANMA MICRO-ELECTRONICS
| [http://static1.1.sqspcdn.com/static/f/489821/26343127/1435256348493/TM050RDH03.pdf TM050RDH03]
| 5.0"
| 800x480
| Compatible
| None
| Compatible (21.7V@20mA typ)
|
|-
| Chimei Innolux
| [http://www.datasheet4u.com/download_new.php?id=1004297 TM050RDH03]
| 5.0"
| 800x480
| Compatible
| Compatible
| Compatible (19.8V@40mA typ)
|
|-
| Chimei Innolux
| [https://www.reachtech.com/userfiles/file/downloadcenter/AT043TN2V2.PDF AT043TN25 V.2]
| 4.3"
| 480x272
| Compatible
| none
| Incompatible (27.9V@20mA typ)
|
|-
| Chimei Innolux
| [http://www.reachtech.com/userfiles/file/downloadcenter/reach_43_innolux_panel_specification.pdf AT043TN24 V.7]
| 4.3"
| 480x272
| Compatible
| Compatible
| Incompatible (27.9V@20mA typ)
|
|-
| Kyocera
| [http://pdf1.alldatasheet.com/datasheet-pdf/view/557460/KSS/TCG043WQLBAANN-GN50/+_47WJ3VHRSau.I-vvdZTllLabxU+LH+/datasheet.pdf TCG043WQLBAANN-GN50 ]
| 4.3"
| 480x272
| Compatible
| None
| Incompatible (22V@60mA typ)
|
|-
| HannStar
| [http://resources.mini-box.com/online/MON-HannStarr-4-3in-TouchScreen/MON-HannStarr-4-3in-TouchScreen-manual.pdf HSD043I9W1-A ]
| 4.3"
| 480x272
| Compatible
| Compatible
| Compatible(19.8V@40mA typ)
| pin 35 on LCD is used to select interface mode, while on our board it is NC.
|-
| Credit Display Corporation
| [http://aitendo3.sakura.ne.jp/aitendo_data/product_img/lcd/tft2/CRD043TN01/CRD043TN01-40NM01.PDF CRD043TN01-40NM01 ]
| 4.3"
| 480x272
| Compatible
| None
| Compatible(22.9V@20mA typ)
|
|-
| Credit Display Corporation
| [http://aitendo3.sakura.ne.jp/aitendo_data/product_img/lcd/tft2/CRD043TN01/CRD043TN01-40NM01.PDF CRD043TN01-40NM01 ]
| 4.3"
| 480x272
| Compatible
| None
| Compatible(22.9V@20mA typ)
|
|-
| Tekswo Display Corporation
| [http://www.tekswo-display.com/tools/download.ashx?id=30 TSW043TN01-40NM02 ]
| 4.3"
| 480x272
| Compatible
| None
| Compatible(22.9V@20mA typ)
|
|-
| Data Image
| [http://www.mctronic.net/products/doc/data_image/scf_tft+sctp/SCF0500133GGU19.pdf SCF0500133GGU19REV:2 ]
| 5.0"
| 800x480
| Compatible
| None
| Incompatible(9.6V@120mA typ)
|
|-
| Data Image
| [http://www.mctronic.net/products/doc/data_image/fg_TFT/FG0500A0DSSWBGT1.pdf FG0500A0DSSWBGT1 ]
| 5.0"
| 800x480
| Compatible
| Compatible
| Compatible(23.1V@40mA typ)
|
|-
| Data Image
| [http://www.mctronic.net/products/doc/data_image/fg_TFT/FG0500A0DSSWBG01.pdf FG0500A0DSSWBG01 ]
| 5.0"
| 800x480
| Compatible
| none
| Compatible(23.1V@40mA typ)
|
|-
|}
[[Category:SB-SOM]]

SB-FX6: HOWTO: CAN Connection

2016-09-20T06:35:14Z

Alexm: /* 120Ω CAN bus termination */

[[Image:SB_FX6_topview2.jpg|thumb|right|alt=SB-FX6 top view|<div align="center">SB-FX6 top view</div>]]
[[Image:SB_FX6_bottomview2.jpg|thumb|right|alt=SB-FX6 bottom view|<div align="center">SB-FX6 bottom view</div>]]

== Description ==
The CAN bus interface available with SB-FX6 is accessible through the '''P61''' 100mil header.
Use jumper wires to connect your CAN node with SB-FX6 CAN bus interface as outlined in the table below.

<blockquote>
{| border="1" cellspacing="1" cellpadding="3" style="border-collapse:collapse"
! P61 Pin
! Signal Name
! Description
|-
| 1
| CAN_GND
| Connect to GND terminal your CAN bus interface
|-
| 5
| CAN_L
| Connect to CAN_L terminal your CAN bus interface
|-
| 3
| CAN_H
| Connect to CAN_H terminal your CAN bus interface
|-
| 2
| CAN_VCC (5V)
| If your CAN bus interface requires 5V power, Connect this pin to your CAN bus terminal. Otherwise, Do not use.
|-
|}
</blockquote>

== 120Ω CAN bus termination ==
CAN bus termination on a node is required with some CAN bus topologies while forbidden with others.
SB-FX6 board revision 1.2 (or later) supports enabling/disabling the 120Ω CAN bus termination implemented onboard SB-FX6.
Set the bus termination most recommended for your CAN bus topology using '''P61''' connector.
{{note|Revisions 1.1 and 1.0 of SB-FX6 do feature CAN bus termination}}
* Place a jumper cap between pins 4 and 6 of '''P61''' to enable 120Ω CAN bus termination.
* Remove the jumper cap to from pins 2 and 3 of '''P61''' to disable 120Ω CAN bus termination.

[[Category:SB-FX6]]

SB-FX6: HOWTO: RS-232 Console

2016-09-19T13:19:57Z

Alexm:

[[Image:SB_FX6_topview2.jpg|thumb|right|alt=SB-FX6 top view|<div align="center">SB-FX6 top view</div>]]
[[Image:SB_FX6_bottomview2.jpg|thumb|right|alt=SB-FX6 bottom view|<div align="center">SB-FX6 bottom view</div>]]
== Setting up your host PC ==
# Connect the RS-232 cable (included with the evaluation kit) between the SBC connector '''P60''' and a free RS-232 port on your host PC.
# Identify the host PC interface and port you will be using for communication with the SBC:
#* For Linux hosts, the serial port in most cases would be called like one of the following (where n is a positive integer): /dev/ttyS0, /dev/ttyS1 ... /dev/ttySn
#* For Windows Hosts, the serial port in most cases would be called like one of the following (where n is a positive integer): COM1, COM2 ... COMn
# Start a terminal emulation program (such as HyperTerminal on Windows or minicom on Linux).
# Within the terminal emulation program, in the serial port configuration section select the port identified in previous step and set the following serial port parameters:
<blockquote>
{{:SB-SOM: serial port parameters table}}
</blockquote>

== Setting up the Compulab Board ==
# Make sure '''DS7''' LED is '''OFF''' while '''DS4''' LED is '''ON'''. If this is not the case, populate jumper '''E5'''.
# Start the system by enabling power through the main DC power connector (J4).
# Console messages should appear on your host PC through the terminal emulation program.

[[Category:SB-FX6]]

SB-FX6: HOWTO: USB Console

2016-09-19T10:59:30Z

Alexm: New page: <div align="center">SB-FX6 top view</div> [[Image:SB_FX6_bottomview2.jpg|thumb|right|alt=SB-FX6 bottom view|<div align="center...

[[Image:SB_FX6_topview2.jpg|thumb|right|alt=SB-FX6 top view|<div align="center">SB-FX6 top view</div>]]
[[Image:SB_FX6_bottomview2.jpg|thumb|right|alt=SB-FX6 bottom view|<div align="center">SB-FX6 bottom view</div>]]

== Setting up your host PC ==
# Connect a micro-USB cable (included with the evaluation kit) between the SBC connector '''P20''' to a free USB port on your host PC.
# Make sure the CP2104 driver is available with your operating system, otherwise install CP2104 driver onto the host PC from here: https://www.silabs.com/products/mcu/Pages/USBtoUARTBridgeVCPDrivers.aspx
# Identify the host PC interface and port you will be using for communication with the SBC:
#* For Linux hosts, the serial port in most cases would be called like one of the following (where n is a positive integer): /dev/ttyUSB0, /dev/ttyUSB1 ... /dev/ttyUSBn
#* For Windows Hosts, the serial port in most cases would be called like one of the following (where n is a positive integer): COM1, COM2 ... COMn
# Start a terminal emulation program (such as HyperTerminal on Windows or minicom on Linux).
# Within the terminal emulation program, in the serial port configuration section select the port identified in previous step and set the following serial port parameters:
<blockquote>
{{:SB-SOM: serial port parameters table}}
</blockquote>
== Setting up the Compulab Board ==
# Make sure jumper '''E5''' is not populated.
# Start the system by enabling power through the main DC power connector.
# Make sure '''DS7''' LED is ON while '''DS4''' LED is OFF.
# Console messages should appear on your host PC through the terminal emulation program.
[[Category:SB-FX6]]

CL-SOM-iMX7: Evaluation Kit: Hardware Guide

2016-06-14T07:14:17Z

Alexm: /* CAN */

== Overview ==
<blockquote>

=== Terms and Definitions ===
{| border="1" cellspacing="1" cellpadding="3" style="border-collapse:collapse"
! align="center" | Term
! align="center" | Definition
|-
| Evaluation kit
| A combination of CL-SOM-iMX7 & SB-SOM boards accompanied by a set of accessories detailed [http://www.compulab.co.il/products/computer-on-modules/cl-som-imx7-freescale-i-mx-7-system-on-module/#evalkit here]
|-
| CL-SOM-iMX7
| A system-on-module product described [http://www.compulab.co.il/products/computer-on-modules/cl-som-imx7-freescale-i-mx-7-system-on-module here]
|-
| SB-SOM
| A generic carrier board designed to support several ARM evaluation kits from Compulab.
|-
| SB-SOM-iMX7
| SB-SOM board assembly compatible with CL-SOM-iMX7 system-on-module.
|-
| SoM
| system-on-module
|-
|}

=== Reference Carrier Board ===
The evaluation kit is shipped with a special assembly of the SB-SOM carrier board - SB-SOM-iMX7.

The design materials for SB-SOM (including schematics, PCB layout and Bill of Materials) are available for download from [http://www.compulab.co.il/products/computer-on-modules/cl-som-imx7-freescale-i-mx-7-system-on-module/#devres here]

==== Additional resources ====
* [[CL-SOM-iMX7: Evaluation Kit: Getting Started | Getting started with CL-SOM-iMX7 evaluation kit]]
* [[CL-SOM-iMX7 Freescale i.MX7 Linux|CL-SOM-iMX7 Linux guide]]

* [http://www.compulab.co.il/products/computer-on-modules/cl-som-imx7-freescale-i-mx-7-system-on-module/#devres CL-SOM-iMX7 development resources]
</blockquote>

== Carrier Board ==
{{note|The drawing represents a generic SB-SOM board. Some connectors might not be populated in CL-SOM-iMX7 evaluation kit.}}

{| border="0" cellspacing="1" cellpadding="3" style="border-collapse:collapse"
|
[[Image:SB_SOM_topview2.jpg|600px|alt=SB-SOM top view|<div align="center">SB-SOM top view</div>]]
|
[[Image:SB_SOM_bottomview2.jpg|600px|alt=SB-SOM bottom view|<div align="center">SB-SOM bottom view</div>]]
|}

== Interfaces and Functions ==
=== Main Power ===
----
Evaluation kit main power can be provided from either a Li-Poly battery, or a DC power source.
<blockquote>
==== Option 1 - DC only ====
Connector '''J6''' is the main DC power source of thе evaluation kit.
The DC power supply unit included with the evaluation kit provides 12V DC power to the system through '''J6'''.

==== Option 2 - Li-Poly Battery ====
Battery powered operation of the evaluation kit is supported through the main battery connector '''P19'''.
The evaluation kit is shipped with an accessory battery adapter allowing '''P19''' connection to custom batteries.

<blockquote>

==== Main Battery Charging ====
This evaluation kit supports main battery charging when both power sources (Battery + DC) are available.
The '''DS1''' LED indicates battery charging is in progress.
Detailed status of the battery and charging process is available to software through I2C access to the SB-SOM-iMX7 on-board battery charger (U25 in SB-SOM schematics) and charging supervisor (U24 in SB-SOM schematics).
</blockquote>
</blockquote>
'''More Details:''' ''[[SB-SOM:_Connectors:_J6_and_J8|Connector J6]]'' .

=== Serial Console ===
----
Serial console is available through one of the following interfaces:
* Serial over USB using micro-USB2.0 Type-B '''P7''' connector. Continue to [[SB-SOM: HOWTO: USB Console|USB console guide]] for USB interface setup instructions.
* Serial over RS-232 using the '''P8''' connector with custom RS-232 cable (included with the evaluation kit). Continue to [[SB-SOM: HOWTO: RS-232 Console|RS-232 console guide]] for RS-232 interface setup instructions.

'''More Details:''' ''[[SB-SOM:_Connectors:_P7|Connector P7]]'', ''[[SB-SOM:_Connectors:_P8|Connector P8]]'', ''[[SB-SOM: HOWTO: USB Console|USB console guide]]'', ''[[SB-SOM: HOWTO: RS-232 Console|RS-232 console guide]]''.

=== USB ===
----
Both CL-SOM-iMX7 USB ports are accessible with this evaluation kit:
# CL-SOM-iMX7 Native USB Port 1 is available through the OTG connector '''P3''' (only USB2.0 part of the connector is utilized).
#* USB Host connection: The micro-USB to USB type-A adapter included with evaluation kit (available for purchase [http://www.compulab.co.il/support/cables-connectors-accessories/ here]) allows usage of connector '''P3''' as a standard USB2.0 host port.
#* USB Gadget connection: A standard micro-USB cable (included with evaluation kit) enables connection of the evaluation kit as a USB gadget to the USB port of your host computer.
# CL-SOM-iMX7 Native USB Port 2 is available through one of the following connectors, depending on the state of jumper '''E7'''.
#* '''E7''' <u>not</u> populated: Only Dual stacked USB2.0 '''P6''' connector and '''P16''' mini-PCI-express connector are enabled.
#* '''E7''' populated: Only '''P26''' USB2.0 connector is enabled.
# CL-SOM-iMX7 onboard USB hub ports are accessible through the '''P5''' 100mil header. Using the CONUSB adapter included with the evaluation kit (available for purchase [http://www.compulab.co.il/support/cables-connectors-accessories/ here]), allows connection of standard USB2.0 devices to these ports. '''P5''' pins used for each port are shown in table below
<blockquote>
{| border="1" cellspacing="1" cellpadding="3" style="border-collapse:collapse"
! align="center" | Pin Name
! align="center" | HUB port 1
! align="center" | HUB port 2
! align="center" | HUB port 3
|-
! Power 5V
| align="center" | P5-27
| align="center" | P5-19
| align="center" | N/A
|-
! Negative Data
| align="center" | P5-29
| align="center" | P5-21
| align="center" | P5-1
|-
! Positive Data
| align="center" | P5-31
| align="center" | P5-23
| align="center" | P5-3
|-
! GND
| align="center" | P5-33
| align="center" | P5-25
| align="center" | N/A
|-
|}
</blockquote>

'''More Details:''' ''[[SB-SOM:_Connectors:_P3|Connector P3]]'', ''[[SB-SOM:_Connectors:_P6|Connector P6]]'', ''[[SB-SOM:_Connectors:_P16|Connector P16]]'', ''[[SB-SOM:_Connectors:_P26|Connector P26]]'', ''[[SB-SOM:_Connectors:_P5|Connector P5]]''.

=== CAN ===
----
Two steps are required in order to utilize the CAN bus interface available with the evaluation kit.
# Use jumper wires to connect 100mil header pins where CAN bus functionality (either CAN1 or CAN2 interface) is available (multiplexed), to the '''P23''' CAN header, as shown below:
#* For CAN1 interface:
#*# Use a jumper wire to connect pin P4-2 to P23-1 onboard the evaluation kit.
#*# Use a jumper wire to connect pin P4-4 to P23-4 onboard the evaluation kit.
#* For CAN2 interface:
#*# Use a jumper wire to connect pin P4-32 to P23-1 onboard the evaluation kit.
#*# Use a jumper wire to connect pin P4-34 to P23-4 onboard the evaluation kit.
# CAN bus nodes can be connected to evaluation kit header '''P5''' as described in [[SB-SOM:_HOWTO:_CAN_Connection|CAN node connection guide]].

'''More Details:''' ''[[SB-SOM:_Connectors:_P4|Connector P4]]'', ''[[SB-SOM:_Connectors:_P23|Connector P23]]'', ''[[SB-SOM:_Connectors:_P5|Connector P5]]'', ''[[SB-SOM:_HOWTO:_CAN_Connection|CAN node connection guide]]''.

=== Ethernet ===
----
The kit features two 1Gbps copper Ethernet ports.

<blockquote>
==== Primary Ethernet ====
The primary Ethernet port is available through RJ45 connector '''P21'''.

==== Secondary Ethernet ====
The secondary Ethernet port is available through RJ45 connector '''P22'''.
</blockquote>

'''More Details:''' ''[[SB-SOM: Connectors: P21 and P22|Connector P21]]'', ''[[SB-SOM: Connectors: P21 and P22|Connector P22]]''.

=== PCI-Express ===
----
Plug your PCI-Express device into the evaluation kit mini-PCIe connector '''P16'''. Full/Half size mini-PCIe boards are supported.

'''More Details:''' ''[[SB-SOM:_Connectors:_P16|Connector P16]]''.

=== Wireless ===
----
<blockquote>
==== WiFi/Bluetooth ====
Connect both antennas (included with evaluation kit) to CL-SOM-iMX7 connectors J1 and J2 for WiFi and/or Bluetooth operation.

==== Cellular ====
USB and/or PCI-express interfaced cellular modems (2G/3G/4G etc.) can be plugged into connector '''P16''' (mini-PCI-Express) as explained below:
# Remove jumper '''E7''' to enable USB interface on P16. '''DS6''' LED indicates USB interface availability at '''P16'''.
# Plug your modem into '''P16''' mini PCI-Express connector.
# Insert your micro-SIM card into the '''P13''' micro-SIM slot (only relevant if your cellular modem requires a sim card access while not featuring an onboard SIM slot).
</blockquote>

'''More Details:''' ''[[SB-SOM:_Connectors:_P16|Connector P16]]'', ''[[SB-SOM:_Connectors:_P13|Connector P13]]''.

=== Display ===
----
Evaluation kit supports display interfaces listed below (not simultaneously). Selection of active display interface is set by software.
<blockquote>
==== LCD ====
LCD panel (included with evaluation kit) is the display enabled by default with [[CL-SOM-iMX7:_Linux:_Debian|CL-SOM-iMX7 linux demo image]].
Connect the LCD panel the evaluation kit through the FPC connector '''P10'''.


==== DVI ====
The DVI display interface is accessible through the HDMI connector '''J5'''.


==== LVDS ====
The CL-SOM-iMX7 LVDS display interface is accessible through evaluation kit header '''P11'''.
This header enables simple connection (with jumper wires) to any LVDS panel.
Please refer to SB-SOM schematics for detailed information on '''P11'''.
</blockquote>

'''More Details:''' ''[[SB-SOM:_Connectors:_P10|Connector P10]]'', ''[[SB-SOM:_Connectors:_J5|Connector J5]]'', ''[[SB-SOM:_Connectors:_P11|Connector P11]]''.

=== System ===
----
<blockquote>
==== Reset ====
Pressing the reset button ('''SW2''') triggers evaluation kit cold reset.

==== Boot Sequence Selection ====
Evaluation kit supports normal and alternate boot sequences. Detailed description of the sequences is available in the CL-SOM-iMX7 reference guide.
* Pressing and holding the ALT.BOOT button ('''SW3''') during power-up or cold reset forces alternative boot sequence.
* Populating the '''E1''' jumper, constantly forces alternative boot sequence.
* Indication of selected boot sequence is shown with the '''DS12''' LED.

==== Power ON / Cycle ====
* A short press of the PWRDn button ('''SW1''') while system is operational, generates an OFF request to be serviced by software.
* A long (>5Sec) press of the PWRDn button ('''SW1''') while system is operational, unconditionally shuts down the system (same as simply removing power source).
* A short press of the PWRDn button ('''SW1''') while system is off, triggers the system start-up sequence.

==== RTC ====
The evaluation kit RTC (implemented onboard CL-SOM-iMX7) is powered by a coin cell battery. RTC power can be disconnected by:
* Removing the coin cell battery.
* Removing jumper '''E8'''.

To quickly discharge the RTC power, momentarily short pins 1 and 2 of jumper '''E8'''.
</blockquote>


=== Multi functional signals access ===
----
<blockquote>
==== Camera ====
Part of the CL-SOM-iMX7 camera interface signals are accessible through the evaluation kit '''P18''' header.

Please refer to CL-SOM-iMX7 reference guide and SB-SOM schematics for details.

==== UART ====
CL-SOM-iMX7 UART interfaces are partially accessible through headers '''P4''', '''P5''' and '''P18'''.

Please refer to CL-SOM-iMX7 reference guide and SB-SOM schematics for details.

==== SPI ====
CL-SOM-iMX7 SPI interface signals are partially accessible through headers '''P4''', '''P5''' and '''P18'''.

Please refer to CL-SOM-iMX7 reference guide and SB-SOM schematics for details.

==== I2C ====
CL-SOM-iMX7 I2C interface signals are partially accessible through headers '''P4''', '''P5''' and '''P18'''.

Please refer to CL-SOM-iMX7 reference guide and SB-SOM schematics for details.

==== GPIO ====
Some of the CL-SOM-iMX7 GPIO signals are accessible through headers '''P4''', '''P5''' and '''P18'''.

Please refer to CL-SOM-iMX7 reference guide and SB-SOM schematics for details.
</blockquote>

'''More Details:''' ''[[SB-SOM:_Connectors:_P4|Connector P4]]'', ''[[SB-SOM:_Connectors:_P5|Connector P5]]'', ''[[SB-SOM:_Connectors:_P18|Connector P18]]''.

=== Jumpers Summary ===
----
<blockquote>
#'''E1''' - Boot Sequence/Production.
#'''E2''' - CL-SOM-iMX7 onboard  board specific data EEPROM write-protection.
#'''E3''' -  Serial console interface auto detection.
#'''E4''' - SB-SOM  board specific data EEPROM write-protection
#'''E5''' - LVDS display connector '''P11''' power source selection.
#'''E6''' - LVDS display connector '''P11''' power source selection.
#'''E7''' - Control of USB interface accessibility through either '''P26''' USB2.0 connector or '''P6''' and '''P16'''.
#'''E8''' - RTC coin cell connection
</blockquote>

'''More Details:'''  ''[[SB-SOM:_Connectors:_P11|Connector P11]]'', ''[[SB-SOM:_Connectors:_P6|Connector P6]]'', ''[[SB-SOM:_Connectors:_P16|Connector P16]]'', ''[[SB-SOM:_Connectors:_P26|Connector P26]]''.

[[Category:SB-SOM]]
[[Category:CL-SOM-iMX7]]

CL-SOM-AM57x: Evaluation Kit: Getting Started

2016-05-25T13:13:43Z

Alexm:

[[Image:CL-SOM-AM57x-eval-kit-quick-setup.jpg|800px]]
[[Image:SB_SOM_topview2.jpg|thumb|right|alt=SB-SOM top view|<div align="center">SB-SOM top view</div>]]
[[Image:SB_SOM_bottomview2.jpg|thumb|right|alt=SB-SOM bottom view|<div align="center">SB-SOM bottom view</div>]]

== System setup ==
CL-SOM-AM57x evaluation kit is preloaded with [[CL-SOM-AM57x: Linux: Debian|Debian Linux image for CL-SOM-AM57x]].
# Connect a DVI/HDMI Display to HDMI connector '''J4''' using a standard HDMI/DVI cable.
# Connect a USB Keyboard to USB connector '''P6'''.
# Make sure jumpers '''E7''', '''E3''' and '''E1''' are not populated (default state).
# Connect the standard USB cable (included) between your host PC and the evaluation kit micro-USB2.0 connector '''P7'''.
# On your computer, start a terminal emulation program (such as HyperTerminal) with the following serial port settings:
<blockquote>
{{:SB-SOM: serial port parameters table}}
</blockquote>

'''More Details:''' ''[[SB-SOM:_Connectors:_P6|Connector P6]]'', ''[[SB-SOM:_Connectors:_J4|Connector J4]]'', ''[[SB-SOM:_Connectors:_P7|Connector P7]]''.

== Starting the system ==
# Connect the DC 12V power supply adapter (included) to main DC power connector - '''J6'''.
# Follow the messages in your terminal emulator program until you see the linux login prompt.
# Use the credentials below to login.
:* username: root
:* password: 111111
{{note|In case no messages appear in your terminal emulation program, please refer to the detailed [[SB-SOM: HOWTO: USB Console|USB console]] guide.}}

'''More Details:''' ''[[SB-SOM: Connectors: J6 and J8|Connector J6]]''.

== What Next? ==

* [[CL-SOM-AM57x TI AM57x Linux|CL-SOM-AM57x Linux guide]]

* [http://www.compulab.co.il/products/computer-on-modules/cl-som-am57x-ti-am5728-am5718-system-on-module/#devres CL-SOM-AM57x development resources]


[[Category:SB-SOM]]
[[Category:CL-SOM-AM57x]]

CM-T43: Evaluation Kit: Getting Started

2016-05-11T08:57:32Z

Alexm: /* System setup */

[[Image:CM-T43-eval-kit-quick-setup.jpg|800px]]
[[Image:SB_SOM_topview2.jpg|thumb|right|alt=SB-SOM top view|<div align="center">SB-SOM top view</div>]]

= System setup =
[[Image:SB_SOM_bottomview2.jpg|thumb|right|alt=SB-SOM bottom view|<div align="center">SB-SOM bottom view</div>]]
CM-T43 evaluation kit contains an SD card preloaded with [[CM-T43: Linux: Debian|Debian Linux image for CM-T43]].
# Insert the evaluation kit SD card into the SD/MMC/SDIO socket  '''P9''' until you hear a clicking sound.
# Make sure jumpers  '''E3''' and  '''E1''' are not populated (default state).
# Connect the standard USB cable (included) between your host PC and the evaluation kit micro-USB2.0 connector  '''P7'''.
# On your computer, start a terminal emulation program (such as HyperTerminal) with the following serial port settings:
<blockquote>
{{:SB-SOM: serial port parameters table}}
</blockquote>

= Starting the system =
# Connect the DC 12V power supply adapter (included) to  '''J6'''.
# Follow the messages in your terminal emulator program until you see the linux login prompt.
# '''NOTE:''' in case no messages appear in your terminal emulation program, please refer to the detailed [[SB-SOM: HOWTO: USB Console|USB console]] guide.
# Use the credentials below to login.
:* username: root
:* password: 111111

= What Next? =
*[[CM-T43 TI AM437x Linux|CM-T43 Linux guide]]
*[[CM-T43 TI AM437x Yocto Linux|CM-T43 Yocto guide]]
*[[CM-T43: Evaluation Kit: Hardware Guide|CM-T43 evaluation kit hardware guide]]
*[http://www.compulab.co.il/products/computer-on-modules/cm-t43/#devres CM-T43 development resources]

[[Category:SB-SOM]]
[[Category:CM-T43]]

Category:SB-SOM

2016-04-12T06:26:37Z

Alexm:

SB-SOM carrier board related pages

CL-SOM-iMX7: Hardware: Revision Notes

2016-02-23T12:15:52Z

Alexm: New page: ==Rev 1.0 [23-Feb-2016]== * First production release Category:CL-SOM-iMX7

==Rev 1.0 [23-Feb-2016]==
* First production release
[[Category:CL-SOM-iMX7]]

CM-T43: Hardware: Revision Notes

2015-06-11T16:49:44Z

Alexm:

==Rev 1.1 [14-Jun-2014]==
* First production release
[[Category:CM-T43]]

SB-T35: Hardware: Revision Notes

2015-04-14T15:43:54Z

Alexm:

==Rev 1.1 [Nov-2009]==
* Initial release
==Rev 1.3 [Nov-2010]==
* Added support for CM-T3517.
* Added CAN transceiver and isolator.
* Added P25 connector for CAN interface.
* Added support for two additional USB2.0 ports. Added connectors P23 and P25.
* Added automatic main power source selection circuitry.
* Added power path selector hot swap support.
* Left and right channels swapped on audio-out connector J4.
* Added automatic USB power supply selection. USB power source is automatically selected according to SB-T35 main power source.
* Added automatic VCC_PER voltage selection circuit. SB-T35 automatically selects appropriate peripheral voltage source for both CM-T3530 and CM-T3517.
* Added CompuLab Video Input connector P26.
* Added a touch screen headers E11 and E12.
* Backlight driver power source changed to VCC3_3 instead of VCC_CM.
* Fixed DVI and LVDS synchronization signal connection.
==Rev 1.41 [Nov-2012]==
* Removed P7 40-pin FPC connector
* Added P27 50-pin FPC connector for compliance with following LCDs:
:* Anders DX4-D43A
:* Startec KD050C-1A-TP (through adapter)

CM-X300: Hardware: Revision Notes

2014-10-02T13:22:20Z

Alexm: /* Rev 1.6 [07.6.2011] */

==Rev 1.7 [02.10.2014]==
* SMT manufacturability improvement.

==Rev 1.6 [07.6.2011]==
* DRAM layout and routing has been changed in order to improve CM-X300 DRAM stability.
* WIFI and BLUETOOTH power supplies are now united. (Issue described in CM-X300 ECN-AM20101205-001 is fixed)
* An onboard EEPROM was added to I2C bus.
* CM-X300-C624M-* USB1 XCVR power supply is now DA9030 LDO7 and not LDO18 as in previous CM-X300 board revisions.
* LED DS1 and other board components placement has changed.

For detailed revision information please see the attached document: [[Media:CM-X300 PCN-AM07062011.zip|CM-X300 PCN-AM07062011.zip]]

==Rev 1.41 [12.10.2010]==
* Added 1.2K Pull-ups to Power I2C bus
* CPU RTC is now driven by a designated XTAL
* RTC Battery switchover circuit improved
* Standby power consumption decreased.
* WLAN Reset circuitry improved.
* RF Shield added to WLAN+BT Component.

==Rev 1.3 [30.6.2009]==
* Added support for PXA310 CPU
* ULPI and 6-wire USB transmitters added (enabling USB support om PXA310)
* GPIO 80, 81, 82 now shared with USB host in C624M configuration (cannot be used as GPIO)
* WLAN_ENA and WLAN_RST GPIO's changed to GPIO71 and GPIO70, respectively
* LED GPIO changed to GPIO76
* PMIC’s USB charge pump output connected to CAMI VCC5 pin
* ONE_WIRE routed to PS2_KDAT CAMI pin
* GPIO of revision jumpers changed
* PWM1 (GPIO18) routed to CAMI A pin 51

==Rev 1.2 [10.1.2009]==
* AC'97 touch screen interrupt connected to CPU
* RTC connected by means of GPIO
* USB1 N/A on CAMI on "W" option modules
* Added DF_SCLK_E to CAMI (CAMI B pin 120)
* SSP interface routed to CAMI connector B
* Jumpers for revision detection added.
* AC'97 bypass to CAMI provided
* Antennae separated from the sockets by jumpers
* Fixed antennae footprints

==Rev 1.1 [25.6.2008]==
* Support for two MMC sockets provided on CAMI
* WLAN + BT solution implemented by a Wi2Wi combo IC
* CPU’s GPIO pins of MSL interface powered with 3V supply
* AC'97 CODEC connected to an LDO instead of VBAT
* R1 package changed to 0402
* Provided option on PMIC to connect to the regular I2C bus.
* LAN power and Data Flash power separated
* Some power source changes done
* PMIC's ONKEY# routed to CAMI's SUSP_IN
* PMIC's IRQ# and CAMI PMI# routed to CPU's EXT_WAKE pin
* Added LED
* More CPU GPIO's (80..90) routed to CAMI local bus pins

==Rev 1.0 [22-Nov-2007]==
* Initial release

[[Category:CM-X300]]

CM-A510: Hardware: Revision Notes

2014-03-31T07:12:27Z

Alexm: New page: ==Rev 1.0 [1-Jun-2011]== * Initial release Category:CM-A510

==Rev 1.0 [1-Jun-2011]==
* Initial release

[[Category:CM-A510]]

CM-FX6: Hardware: Revision Notes

2014-03-31T07:09:45Z

Alexm: New page: ==Rev 1.0 [1-Jan-2013]== * Initial release Category:CM-FX6

==Rev 1.0 [1-Jan-2013]==
* Initial release

[[Category:CM-FX6]]

CM-T54: Hardware: Revision Notes

2014-03-31T07:08:08Z

Alexm: New page: ==Rev 1.0 [1-Mar-2014]== * Initial release Category:CM-T54

==Rev 1.0 [1-Mar-2014]==
* Initial release

[[Category:CM-T54]]

CM-T3530: Hardware: Revision Notes

2012-07-02T10:41:49Z

Alexm:

==Rev 1.0 [1-Nov-2009]==
* Initial release

[[Category:CM-T3530]]

CM-X300: Hardware: Revision Notes

2011-06-07T11:29:39Z

Alexm:

==Rev 1.6 [07.6.2010]==
* DRAM layout and routing has been changed in order to improve CM-X300 DRAM stability.
* WIFI and BLUETOOTH power supplies are now united. (Issue described in CM-X300 ECN-AM20101205-001 is fixed)
* An onboard EEPROM was added to I2C bus.
* CM-X300-C624M-* USB1 XCVR power supply is now DA9030 LDO7 and not LDO18 as in previous CM-X300 board revisions.
* LED DS1 and other board components placement has changed.

==Rev 1.41 [12.10.2010]==
* Added 1.2K Pull-ups to Power I2C bus
* CPU RTC is now driven by a designated XTAL
* RTC Battery switchover circuit improved
* Standby power consumption decreased.
* WLAN Reset circuitry improved.
* RF Shield added to WLAN+BT Component.

==Rev 1.3 [30.6.2009]==
* Added support for PXA310 CPU
* ULPI and 6-wire USB transmitters added (enabling USB support om PXA310)
* GPIO 80, 81, 82 now shared with USB host in C624M configuration (cannot be used as GPIO)
* WLAN_ENA and WLAN_RST GPIO's changed to GPIO71 and GPIO70, respectively
* LED GPIO changed to GPIO76
* PMIC’s USB charge pump output connected to CAMI VCC5 pin
* ONE_WIRE routed to PS2_KDAT CAMI pin
* GPIO of revision jumpers changed
* PWM1 (GPIO18) routed to CAMI A pin 51

==Rev 1.2 [10.1.2009]==
* AC'97 touch screen interrupt connected to CPU
* RTC connected by means of GPIO
* USB1 N/A on CAMI on "W" option modules
* Added DF_SCLK_E to CAMI (CAMI B pin 120)
* SSP interface routed to CAMI connector B
* Jumpers for revision detection added.
* AC'97 bypass to CAMI provided
* Antennae separated from the sockets by jumpers
* Fixed antennae footprints

==Rev 1.1 [25.6.2008]==
* Support for two MMC sockets provided on CAMI
* WLAN + BT solution implemented by a Wi2Wi combo IC
* CPU’s GPIO pins of MSL interface powered with 3V supply
* AC'97 CODEC connected to an LDO instead of VBAT
* R1 package changed to 0402
* Provided option on PMIC to connect to the regular I2C bus.
* LAN power and Data Flash power separated
* Some power source changes done
* PMIC's ONKEY# routed to CAMI's SUSP_IN
* PMIC's IRQ# and CAMI PMI# routed to CPU's EXT_WAKE pin
* Added LED
* More CPU GPIO's (80..90) routed to CAMI local bus pins

==Rev 1.0 [22-Nov-2007]==
* Initial release

SB-X300: Hardware: Revision Notes

2011-06-07T11:25:44Z

Alexm: /* Rev 1.4 [04/4/2011] */

==Rev 1.4 [04/4/2011]==
* SB-X300 baseboard charger functionality improved.
* Improved LCD Backlight circuit
* General purpose push button functionality improved
* Improved power circuit to support on-the fly power source alteration (When E2 is not populated).
* Reduced static noise on audio I/O.

==Rev 1.3 [23/8/2010]==
* SB-X300 baseboard charger functionality improved.
* Main power source LED added
* SD-Socket circuit changed
* Charger selector jumper circuit improved
* Improved LCD Backlight circuit
* General purpose pushbutton functionality improved
* Improved power circuit

==Rev 1.2 [07/5/2010]==
* Silk labels for connectors and switches printed on the board.
* Improved reliability of backlight and RS-232 circuits
* SD-Socket circuit changed
* Improved board power circuit.
* Added an additional battery charger and supervisor.
* Improved power circuit
* A general purpose push button added.
* USB OTG power is now applied by CM-X300 PMIC.

==Rev 1.1 [04.3.2009]==
* 2.5mm audio sockets replaced with 3.5mm sockets
* LCD backlight circuit enabled
* 3.3V and 5V power header added for connecting external devices
* Battery and CM-X300 charger support enabled
* CRT display connector added

==Rev 1.0 [22.11.2008]==
* Initial release

CM-X300: Hardware: Revision Notes

2011-02-27T08:35:41Z

Alexm: /* Rev 1.41 [12.10.2010] */

==Rev 1.41 [12.10.2010]==
* Added 1.2K Pull-ups to Power I2C bus
* CPU RTC is now driven by a designated XTAL
* RTC Battery switchover circuit improved
* Standby power consumption decreased.
* WLAN Reset circuitry improved.
* RF Shield added to WLAN+BT Component.

==Rev 1.3 [30.6.2009]==
* Added support for PXA310 CPU
* ULPI and 6-wire USB transmitters added (enabling USB support om PXA310)
* GPIO 80, 81, 82 now shared with USB host in C624M configuration (cannot be used as GPIO)
* WLAN_ENA and WLAN_RST GPIO's changed to GPIO71 and GPIO70, respectively
* LED GPIO changed to GPIO76
* PMIC’s USB charge pump output connected to CAMI VCC5 pin
* ONE_WIRE routed to PS2_KDAT CAMI pin
* GPIO of revision jumpers changed
* PWM1 (GPIO18) routed to CAMI A pin 51

==Rev 1.2 [10.1.2009]==
* AC'97 touch screen interrupt connected to CPU
* RTC connected by means of GPIO
* USB1 N/A on CAMI on "W" option modules
* Added DF_SCLK_E to CAMI (CAMI B pin 120)
* SSP interface routed to CAMI connector B
* Jumpers for revision detection added.
* AC'97 bypass to CAMI provided
* Antennae separated from the sockets by jumpers
* Fixed antennae footprints

==Rev 1.1 [25.6.2008]==
* Support for two MMC sockets provided on CAMI
* WLAN + BT solution implemented by a Wi2Wi combo IC
* CPU’s GPIO pins of MSL interface powered with 3V supply
* AC'97 CODEC connected to an LDO instead of VBAT
* R1 package changed to 0402
* Provided option on PMIC to connect to the regular I2C bus.
* LAN power and Data Flash power separated
* Some power source changes done
* PMIC's ONKEY# routed to CAMI's SUSP_IN
* PMIC's IRQ# and CAMI PMI# routed to CPU's EXT_WAKE pin
* Added LED
* More CPU GPIO's (80..90) routed to CAMI local bus pins

==Rev 1.0 [22-Nov-2007]==
* Initial release