Logic PD Zoom Torpedo OMAP35 Series User manual

ZOO M
QuickStart Guide www.logicpd.com
OMAP35x
Development Kit
:: ::

ZOOM OMAP35x DevKit
QuickStart Guide
We fast forward
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2 QuickStart Guide
Table of Contents
1Introduction 4
1.1 Zoom OMAP35x Development Kit Contents 4
1.2 Unpack the System 4
1.3 Baseboard Connection Diagram 6
2 Development Kit Set-up 8
2.1 Connect the Wi-Fi Antenna to the SOM-LV 8
2.2 Connect the ETM Adapter Board to the SOM-LV 9
2.3 Connect the SOM-LV to the Baseboard 10
2.4 Connect an Expansion Board to the Baseboard 12
2.5 Connect LCD to Baseboard 14
2.6 Baseboard Jumper Settings 15
3ReadyforDemoMode 17
4 Ready for Development Work 20
4.1 Register your Development Kit 20
4.2 Connect Development Kit to PC 20
4.3 Terminal Emulation Installation 22
4.4 Boot into LogicLoader 23
5 Product Notices 26
6 Product Ordering Information 27
6.1 Optional Zoom Display Kits 27
7Support 28
7.1 Documentation and Software Downloads 28
7.2 Frequently Asked Questions 28
7.3 Technical Discussion Group 28
7.4 Warranty Statement 28
7.5 Additional Support Services Available from Logic 29

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Table of Figures
Figure 1.1 – Kit Hardware Contents 5
Figure 1.2 –Connection Diagram for the Baseboard 6
Figure 2.1 –Assemble Antenna 8
Figure 2.2 – Connect Antenna to SOM-LV 9
Figure 2.3 – Position SOM-LV and ETM Adapter Board 9
Figure 2.4 – ETM Adapter Board Connected to SOM-LV 10
Figure 2.5 –Align the SOM-LV over the Baseboard 11
Figure 2.6 –Connect the SOM-LV to the Baseboard 12
Figure 2.7 – Align the Expansion Board over the Baseboard 13
Figure 2.8 –Connect the Expansion Board to the Baseboard 13
Figure 2.9 – Connect LCD to Baseboard 14
Figure 2.11 –Baseboard JTAG Settings for the OMAP35x SOM-LV 16
Figure 3.1 –Connect Power Supply and Adapter 17
Figure 3.2 –Connect Power to the Baseboard 18
Figure 3.3 – Insert SD Card 18
Figure 3.4 –Press “POWER ON/OFF” Button 19
Figure 4.1 –Connect the Null-Modem Serial Cable to Baseboard 21
Figure 4.2 –Connect USB A-to-B Cable (cable not included with kit) 21
Figure 4.3 –Connect Power to Baseboard 22
Figure 4.4 –Tera Term: Serial Port Set-up Window 23
Figure 4.5 –Press “POWER ON/OFF” Button 24
Figure 4.6 –LogicLoader losh Prompt 24

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1 Introduction
Congratulations on your purchase of the Zoom™ OMAP35x™ Development Kit. This Zoom
Development Kit provides a product-ready hardware and software platform for evaluating the
functionality of the Texas Instruments™ OMAP35x processor and the Logic System on
Module. Logic’s embedded solutions fast forward product development and help your
company stay focused on your high-value core technologies.
1.1 Zoom OMAP35x Development Kit Contents
Boards
+OMAP35x SOM-LV System on Module (SOM)
+76.2 mm (3”) long x 31 mm (1.22”) wide x 7.4 mm (0.29”) high
+LV form factor application baseboard
+158.8 mm (6.25”) long x 146.1 mm (5.75”) wide x 17.1 mm (0.67”) high
+Three Expansion and Adapter Boards
+High-density breakout board
+High-precision analog (HPA) adapter board
+Embedded Trace Macrocell™ (ETM) adapter board
Display
+4.3” WQVGA TFT LCD with touchscreen
SD Memory Card(s)
+One or more SD cards each containing a pre-built OS image (please refer to the
Packing List document to determine exact number of SD cards included)
Cables and Accessories
+Serial cable (null-modem)
+5 volt power supply with US, UK, Japan, and Europe power adapters
+Ethernet crossover cable
+USB A to mini-B cable
+Antenna and RF coaxial cable
1.2 Unpack the System
Once you have verified that all the development kit items are present, carefully remove the
boards from their protective anti-static bags. Check the boards for any visible damage and
ensure that there are no broken, damaged, or
missing parts.
Note: Avoid touching the MOS devices. Static
discharge can and will damage these devices.

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Figure 1.1 – Kit Hardware Contents
Not shown: SD card(s)
SOM-LV
Regulated 5 volt
Power Supply
Null-modem
Serial Cable
Ethernet
Crossover Cable
Application Baseboard
Power Adapters
(Only US cord
shown)
High-Density Breakout Board
High-Precision Analog
Adapter Board Antenna
RF Coaxial
Cable
4.3” WQVGA LCD
ETM
Adapter
Board
USB Cable

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1.3 Baseboard Connection Diagram
Figure 1.2 – Connection Diagram for the Baseboard
BACDEFGIKL
M
N
J
UV
H
O
P
Q
R
S
T
WXY
Z
AA
AB
AC

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Connection Diagram Details
A – Power-in from 5 volt regulated power supply
B – USB B serial debug port1
C – JP1 jumper location
D – Serial port—115.2 kbps RS232 serial debug port
E – Ethernet speed LED
F – Ethernet link/activity LED
G – RJ45 Ethernet jack with magnetics
H – USB host—Type A
I – USB On-the-Go mini-AB port
J – Line-in stereo 3.5 mm jack
K – Line-out stereo 3.5 mm jack
L – JP3 & JP4 jumper location
M – J42 jumper location
N – 40-pin ATA header (ATA not supported on the OMAP35x SOM-LV)
O – 60-pin header for integrated LCD, touch, backlight, connector power
P – 240-pin BTB socket connectors for OMAP35x SOM-LV
Q – 240-pin BTB socket connectors for high-density breakout board and HPA adapter
board
R – System reset button
S – System wake-up button
T – System power on/off button
U– PoweronLED
V – ATA activity LED
W– GPIO 0 LED
X– GPIO1LED
Y – CompactFlash Type I card slot
Z – MMC/SD card slot
AA– JP2 jumper location
AB– Extra LCD bits2
AC– JTAG header for ARM core
1. This USB B serial debug port is used to convert serial signals to USB for PCs without a
DB9 COM port. See the "Connect Development Kit to PC" Section for more information.
2. The extra LCD bits may be required if using a custom display. These extra bits are not
necessary for the 4.3” WQVGA LCD included with the kit or the optional Logic Zoom
Display Kits.

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2 Development Kit Set-up
2.1 Connect the Wi-Fi Antenna to the SOM-LV
The antenna included with the development kit provides reception for 802.11 Ethernet or
Bluetooth signals. Only connect the antenna if 802.11 Ethernet or Bluetooth is required for
your demo or development efforts.
1. Insert the RF cable into the antenna and tighten the screw nut.
Figure 2.1 – Assemble Antenna
2. Connect the antenna to the SOM-LV reference designator J4 for 802.11 Ethernet
reception or to reference designator J3 for Bluetooth reception. See Figure 2.2 for
location of reference designators on the top of the SOM-LV.

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Figure 2.2 – Connect Antenna to SOM-LV
2.2 Connect the ETM Adapter Board to the SOM-LV
The Embedded Trace Macrocell™ (ETM) adapter board provides debug and trace features
for the ARM processor. Only connect the ETM adapter board if you need to debug the SOM-
LV using an ETM interface external debug tool.
1. Position the SOM-LV so that the Logic logo is to the right; position the ETM adapter
board so that the Logic name is right-side up. See Figure 2.3 below.
Figure 2.3 – Position SOM-LV and ETM Adapter Board
J4
J3
Connector for ETM adapter board

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2. Make sure the connector on the bottom of the ETM adapter board aligns correctly
with the connector on the SOM-LV. See Figure 2.3 for connector location.
3. Press straight down on the ETM adapter board directly over the connectors to
mate the two boards. See Figure 2.4 for final position of the connected ETM
adapter board to the SOM-LV.
Figure 2.4 – ETM Adapter Board Connected to SOM-LV
2.3 Connect the SOM-LV to the Baseboard
The SOM-LV connects to the baseboard via two BTB socket connectors.
1. Align the SOM-LV over the two connectors farthest in from the edge of the board.
See Figure 2.5. (There is an outline of the SOM-LV on the baseboard silkscreen to
show proper placement.)

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Figure 2.5 – Align the SOM-LV over the Baseboard
2. Press straight down on the SOM-LV, applying even pressure over the two
baseboard socket connectors. See Figure 2.6.

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Figure 2.6 – Connect the SOM-LV to the Baseboard
3. Visually verify that the socket connectors on the SOM-LV and baseboard have
mated correctly. To remove the SOM-LV, pull up on the board above the socket
connectors. Attempt to pull straight up and refrain from flexing the printed circuit
board (PCB) to avoid damaging the SOM-LV.
2.4 Connect an Expansion Board to the Baseboard
This section applies to both the high-density breakout board and the high-precision analog
adapter board. The high-density breakout board provides access to all of the SOM-LV
signals. The high-precision analog (HPA) adapter board provides connectors to evaluate TI
HPA development kits. Both boards connect to the baseboard using the same BTB
connectors; consequently, only one board can be used at a time.
1. Align the expansion board over the two BTB connectors closest to the baseboard
edge. See Figure 2.7. (There is an outline on the baseboard silkscreen that
specifies the expansion breakout board connectors). When aligned correctly, the
majority of the expansion board will overhang the side of the baseboard.

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Figure 2.7 – Align the Expansion Board over the Baseboard
2. Press straight down on the expansion board, applying even pressure over the two
baseboard socket connectors. See Figure 2.8.
Figure 2.8 – Connect the Expansion Board to the Baseboard

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3. Visually verify that the socket connectors on the expansion board and baseboard
have mated correctly. To remove the expansion board, pull up on the board above
the socket connectors. Attempt to pull straight up and refrain from flexing the PCB
to avoid damaging the breakout board.
4. This same process is used to connect either the high-density breakout board or the
HPA adapter board. Only one board can be connected at a time.
2.5 Connect LCD to Baseboard
The 4.3” WQVGA LCD included with the development kit connects to the baseboard 60-pin
LCD connector.
1. Align the connector on the LCD board with the baseboard 60-pin LCD connector.
Note: Make sure that all the pins on the baseboard connector line up with all the
holes on the LCD connector.
2. Press straight down on the LCD board until the baseboard connector ejector levers
move into a vertical position. Note: Use caution when pressing down on the LCD
board as the solder points may be sharp.
Figure 2.9 – Connect LCD to Baseboard

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3. Before using the LCD touch screen, remove the protective plastic film covering the
display.
4. To remove the LCD board from the baseboard, pull back on the ejector levers until
the connector on the display board moves up and disengages from the baseboard
60-pin LCD connector.
2.6 Baseboard Jumper Settings
The following table describes the function of the jumpers on the application baseboard. By
default, most of the jumpers are placed in position for normal operation modes (please refer
to the baseboard connection diagram in Figure 1.2 for jumper locations).
Table 2.10 – Jumper Table
Jumper Settings Function
JP1 Jmp 2–3 Normal LCD operationa. Default is when
jumper is across pins 2 and 3.
JP2 Jmp 1
Jmp 2
Normal operation. An individual jumper is
placed on each pin and not connected to
another pin. (See Figure 2.11 for a
graphical description.)
JP3 Jmp 2–3 ATA Operating Voltageb. Default is when
jumper is across pins 2 and 3.
JP4
Jmp 1–2
ATA Disableb. When the jumper is placed
across pins 1 and 2, ATA functionality is
disabled for the board. This is the default
and recommended position of the JP4
jumper for use with the OMAP35x SOM-
LV.
Jmp 1
ATA Enableb. When the jumper is placed
only on pin 1 and not connected to
another pin, ATA functionality is enabled
for the board.
J42
Jmp 1–2
USB 5V control (OMAP35x SOM-LV
acting as USB host). When the jumper is
across pins 1 and 2, the baseboard
supplies 5V to USB1_VBUS signal. This
is the default and recommended position
of the J42 jumper.
No jumper
USB 5V control (OMAP35x SOM-LV
acting as USB device). When the jumper
is removed from J42, the connected USB
host must supply 5V to USB1_VBUS.

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1. Confirm baseboard ATA jumper (JP4) is set to disable ATA.
2. Confirm baseboard LCD jumpers (JP1) are set for normal LCD operation.
3. Confirm baseboard USB 5V control jumper (J42) is set for the OMAP35x SOM-LV
to act as USB host.
4. Confirm baseboard JTAG jumpers (JP2) are set for normal operation with the
OMAP35x SOM-LV, as shown in Figure 2.11 below. Note: For the OMAP35x SOM-
LV, the jumpers should remain in the same position for both normal and JTAG
operation modes.
Figure 2.11 – Baseboard JTAG Settings for the OMAP35x SOM-LV
a. Normal LCD operation is the proper setting for the included 4.3” WQVGA LCD
and for the optional Zoom Display Kits.
b. ATA is not supported on the OMAP35x SOM-LV.
1
2 6
5
JP2
Normal and JTAG operation

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3 Ready for Demo Mode
The OMAP35x Development Kit comes with one or more SD cards, each containing a pre-
built OS image. Booting directly into these SD cards allow you to demonstrate the capabilities
of the development kit for the specific operating system. The following steps will walk you
through the set-up process.
1. Connect the regulated 5V power supply to the appropriate power adapter for the
location in which you are using the development kit.
Figure 3.1 – Connect Power Supply and Adapter
2. Plug the power adapter into an electrical outlet and the 5V line output connector
into the power-in connector on the baseboard.

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Figure 3.2 – Connect Power to the Baseboard
3. Insert the SD card into the SD card slot on the baseboard.
Figure 3.3 – Insert SD Card
4. Press the “POWER ON/OFF” button on the baseboard to boot the development
kit.