What's difference about OMAP-L138 LCDK and Experimenter Kit?

Hardware

Logic PD OMAP-L138 Experimenter Kit

OMAP-L138 LCDK Board

Remarks

Processor

OMAP-L138 dual core,

C6748 VLIW DSP and

ARM926 RISC GPP on a

SOM configuration

OMAP-L138 dual core or

C6748 VLIW DSP and

ARM926 RISC GPP- soldered on board

DDR

128 MB mDDR SDRAM*

128 MB DDR2 SDRAM

Flash

8 MB SPI NOR Flash

      128 MB NAND Flash

Ethernet

One RJ45 Ethernet jack connector with magnetics (application/debug)

One Fast Ethernet Port (10/100 Mbps) with status LEDs

RS232

115.2kbps RS-232 debug serial port

One mini-USB Serial Port (on-board serial to USB)

USB

• One USB 2.0 high-speed On-the-Go interface
• One USB 1.1 full-speed host

• One USB 2.0 high-speed On-the-Go interface
• One USB 1.1 full-speed host

Audio

TLV320AIC3106 (access to

line in and line out only)

TLV320AIC3106  Three Audio Ports (1 LINE IN & 1 LINE OUT & 1 MIC IN)

LCDK have microphone -IN support

Display

Integrated (LCD, touch, and

backlight) Connector for

optional Zoom Display

Kits

LCD Port

(Beagle board XM

connectors)

Video

Need to have a separate Logic PD  User Interface (UI) Board

Composite Video

(NTSC/PAL) input &  VGA

output,

Need UI board for OMAP-L138 to have this feature

Camera Interface

Need to have a separate Logic PD  User Interface (UI) Board

One Leopard Imaging Camera Sensor Input (36-pin ZIP connector)

Need UI board for OMAP-L138  to have this feature

SATA

1 - Serial ATA connector (3 Gbps)

1 -Serial ATA connector (3 Gbps)

MMC/SD

One MMC/SD card slot

1-Micro SD/MMC Slot

eHRPWM

eHRPWM1  Signals brought out via J30 connector 

eHRPWM1 Signals brought out via J15 connector

uPP (Universal Parallel Port)

NIL

NIL

UHPI

NIL

NIL

SPI

SPI0  Signal brought out via J28 Connector board

Signal brought out via J15 Connector

I2C

I2C0  Signal brought out via J28 Connector base board

I2C0 Signal brought out via J15 Connector

eCAP

eCAP0, eCAP1& eCAP2  Signals brought out via J30 Audio Connector 

Two ECAP1_APWM2 &ECAP2_APWM2  Signals brought out via J15 Connector

Timer

Timer 0&1 Signals brought out via J29 Connector

Timer 2&3 Signals brought out via J15 Connector

GPIO

Signals Brought out via J13,J28&J29connector

Signals Brought out via J14 connector

PRUSS

NIL

NIL

Expansion Connectors

J13,J128&J29

J14 &J15

Power Supply

PMIC –control through I2C and  measure power on the individual rails

Fixed Voltage Regulator

Boot Modes Support

• NOR EMIFA
• NAND-8 EMIFA
• SPI0 FLASH
• SPI1 FLASH
• UART0
• UART1
• Emulator

• UART2
• NAND-16 BIT
• MMC/SD0

Debug

• Connectors for JTAG interface
• XDS100 emulation circuit

• 14-pin JTAG header

LCDK -(No onboard emulator; external emulator is required)

Software

DSP/BIOS

Starter Ware/Examples

Board Support Library (BSL) sample programs to test the Logic –PD EMV board’s

LCDK include Starter ware Support  http://www.ti.com/tool/starterware-dsparm

Some of the Logic PD sample program can be executed in LCDK .Starter remains the same for both the platform

Linux SDK & U-boot

Logic PD Linux  Demo and U-boot (Boot loader/Monitor)

Includes TI Linux demo ,U-Boot  &  SDK

http://www.ti.com/tool/linuxsdk-omapl138

OMAP-L138 UI board

LCDK

Video

S-video in/out connector (TVP5147/ADV7343)

Camera interface

NIL

Feature not present in LCDK board

Analog video in/out connectors (TVP5147/ADV7343)

Analog video IN (Composite IN)

(TVP5147M1PFP)

Analog to digital converter (ADS901)

NIL

Feature not present in LCDK board

Digital to analog converter (DAC900)

Video DAC (THS8135) VGA out through 15 pin D-SUB

Camera interface

On board connector for One Leopard Imaging Camera Sensor Input (36-pin ZIP connector)

LCD Panel

48-character LCD panel

 NIL

Only  (Beagleboard XM connectors) for LCD interface in LCDK board

Network Support

One RJ45 Ethernet jack connector

On board RJ45 Connector with magnetics and status LED’s

Memory

+ 8 MB NOR flash

+ 512 MB NAND flash

On board

• 128 MByte DDR2 SDRAM running at 150MHz
• 128 MByte 16-bit wide NAND FLASH
• 1 Micro SD/MMC Slot