Adlink Starter Kit - nanoX Manuel d'utilisateur

nanoX Starter Kit Quick Start Guide Manual Revision: 2.01 Revision Date: July 11, 2012 Part Number: 50-1J032-1010

1.3 What's included in the nanoX Starter Kit? Standard Items No. Photo ADLINK P/N Item Description 1 91-77102-0010 nanoX-BASE Reference Ca

Standard Cabling Photo Part No. Item Description 30-20243-2000 LVDS panel cable 30-20449-0000 FPTB LVDS-to-LVDS cable 30-30012-0000 SDVO fla

Optional Items Type 1 Modules Photo Part No. Item Description 91-72301-1030 nanoX-ML-53-512(G) Mini size COM Express Type 1 Module with Intel Atom

Type 10 Modules Photo Part No. Item Description 91-72302-2010 nanoX-TC-E680-1G Mini size COM Express Type 10 Module with Intel Atom Processor E680

2 Getting Started 2.1 Unpacking Check that the EPE foam layers contain the items shown below: LVDS Display nanoX-BASE Heatsink nanoX module USB Drive

Remove the EPE foam layers and check accessory boxes contain the items below: NanoX Starter Kit – Quick Start Guide Page 15

2.2 Type 1 Module Installation If you intend to use a DVI monitor with the ADD2 DVI card, first install the SDVO flat cable onto the nanoX-ML module

Install heatsink onto nanoX-ML module Required items Step 3 Removed protective membranes from thermal pads Step 4 Assemble heatsink onto nan

Install heatsink onto nanoX-ML module (cont'd) Required items Step 5 Use one M2.5, L:6mm screw provided to fasten the heatsink to the nanoX-ML

Install nanoX-ML module onto carrier board (cont'd) Required items Press down on the connector side of the module until it is firmly seated on

Revision History Revision Date Changes 2.00 2010/11/25 Initial Release 2.01 2012/07/11 Add support for Type 10 modules (PCB rev. A2) Page 2 Na

If you are not using a DVI monitor with the ADD2 DVI card, skip ahead to Section 2.4, DVI Display Interface Installation. Install SDVO flat cable on

2.3 Type 10 Module Installation Install heatsink onto nanoX-TC module Required items Step 1 Removed protective membranes from thermal pads

Install heatsink onto nanoX-TC module (con'td) Required items Step 2 Assemble heatsink onto nanoX-TC module Step 3 Use two M2.5, L:8mm screws

Install nanoX-TC module onto carrier board Required items Step 4 Place the nanoX-TC module with heatsink onto the AB connector on the carrier board

Install nanoX-TC module onto carrier board (cont'd) Required items Step 5 Use two M2.5, L:18mm screws provided to secure the nanoX-TC to the ca

If you not using a DVI monitor with the ADD2 DVI card, skip ahead to Section 2.5, LVDS Output using HannStar Flat Panel Display. Install SDVO flat c

2.4 DVI Display Interface Installation DVI Display using ADD2 DVI Adapter Card If you intend to use a DVI monitor with the ADD2 DVI Adapter Card, be

2.5 LVDS Output using HannStar Flat Panel Display To use the HannStar 10.1” LVDS flat panel display included with the nanoX-BASE Starter Kit, follow

Install Flat Panel Display (cont'd) Required items Step 3 Connect the 34-pin female box header of the LVDS panel cable to CN6 of the nanoX-BASE

Using the Flat Panel Transfer Board Included with the nanoX Starter Kit is the Flat Panel Transfer Board (FPTB) which is intended for prototyping and

Preface Copyright 2010-12 ADLINK Technology Inc. This document contains proprietary information protected by copyright. All rights are reserved. No p

2.6 Power and I/O Connections Connect the Power Supply Required items Plug the ATX connector of the power supply into CN1 of the nanoX-BASE Pl

Connect the Power Supply (cont'd) Required items Plug power cord into the power supply Connect the Keyboard and Mouse Plug keyboard and m

2.7 Powering Up the nanoX-BASE System To power up the nanoX-BASE system, follow the steps below. Powering Up the nanoX-BASE System Required items P

3 Using a TTL Flat Panel Display Included with the nanoX Starter Kit is the Flat Panel Transfer Board (FPTB) which is intended for prototyping and ve

3.2 Connectors and Jumpers Board Layout CN1CN5CN6CN4JP1JP5CN8JP2JP4 FPTB (Flat Panel Transfer Board) Connector and Jumper Locations Connector Desc

Connector Pin Definitions CN1: Power Connector (Floppy power connector) Pin Signal 1 +5V 2 GND 3 GND 4 +12V CN4: LVDS Input Connector (2x17 box h

CN5: TTL Output Connector (2x20 box header, 2.00 mm pitch) Signal Pin Signal Pin 1 GND 2 FCLK 3 GND 4 FR0 5 FR1 6 FR2 7 GND 8 FR3 9 FR4 10 FR5 1

CN6: LVDS Output Connector (2x17 box header, 2.00 mm pitch) Signal Pin Signal Pin 1 LVDS_CLK_A 2 LVDS_DTA_A 3 PNL_PWR 4 PNL_PWR 5 GND 6 LVDS_A-N0

Jumper Settings JP1: Backlight Voltage Jumper Status 1 - 2 +12V 3 – 4 Reserved 5 – 6 +5V* JP2: Panel Voltage Jumper Status 1 - 2 +12V 3 –

3.3 Installation Jumper Settings Make sure the Backlight Voltage jumper (JP1) and Panel Voltage jumper (JP2) are correct for the display panel you ar

Environmental Responsibility (RoHS & WEEE) ADLINK is committed to fulfill its social responsibility to global environmental preservation through

Connecting LVDS Input to FPTB Use the FPTB LVDS-to-LVDS cable (P/N 30-20449-0000) to connect the LVDS output connector on the nanoX-BASE (CN6) to the

TTL Output to Display Panel Make the appropriate cable to connect the TTL Output Connector (CN5) and Backlight Control Connector (CN8) on the FPTB to

Technical Support Contact us should you require any service or assistance. ADLINK Technology, Inc. Address: 9F, No.166 Jian Yi Road, Zhonghe Distric

ADLINK Technology, Inc. (French Liaison Office) Address: 15 rue Emile Baudot, 91300 Massy CEDEX, France Tel: +33 (0) 1 60 12 35 66 Fax: +33 (0)

Conventions Take note of the following conventions used throughout this manual to make sure that tasks and instructions are performed properly.

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Table of Contents Preface ...3 Table of Contents.

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1 Introduction 1.1 Overview The nanoX Starter Kit is intended for testing and verification of COM Express systems based on Type 1 and Type 10 modules