Hawkboard OMAP L138 User Manual

This manual introduces the open platform based on Texas Instruments' OMAP L138 processor. The platform provides comprehensive software and hardware interfaces for rapid development and customization.


Hawkboard OMAP L138 User Manual - cover page
Brand
OMAP
Category
Other Electronics
Document type
User Manual
Language
English
Pages
28
File format
PDF
File size
1.5 MB
Published
04 May, 2012
Updated
30 September, 2023
MD5 checksum
C1A32BB790EC1ACA02BA8971102DBEA8

About this manual

This manual introduces the Hawkboard, an open‑platform development board built around Texas Instruments' OMAP L138 processor. It describes the board’s features, peripheral interfaces, and intended use in digital media and storage applications.

The guide covers board setup, power requirements, hardware description, electrical specifications, and mechanical dimensions, as well as warranty, return policy, and life‑support equipment restrictions.

What's inside

  • Introduction
  • Hawkboard Setup
  • Functional Description
  • Hawkboard Resources
  • Hardware Description
  • Electrical Information
  • Mechanical Information
  • Warranty and Return Policy
  • Life Support Equipment Policy

Specifications

ProcessorTI OMAP‑L138 Low Power Application Processor
CPU300 MHz ARM926EJ‑STM RISC
DSP300 MHz C674x VLIW
DDR2 SDRAM128 MB running at 150 MHz
NAND Flash128 MB
Fast Ethernet Port10/100 Mbps
USB Host PortUSB 1.1
USB OTG PortUSB 2.0 (also power source)
SATA Port3 Gbps
VGA Port15‑pin D‑SUB
Audio PortsTwo (Line In & Line Out)

Frequently asked questions

What is the warranty period for the Hawkboard?

The Hawkboard is warranted against defects in materials and workmanship for 90 days from purchase.

Can the Hawkboard be powered through the USB OTG connector?

Yes, but the USB OTG power source provides a maximum of 500 mA, and full operation is not guaranteed.

Is the Hawkboard approved for use in life‑support equipment?

No, the Hawkboard is not authorized for life‑support devices or systems.

What input voltage should not be exceeded on the Hawkboard?

The input voltage must not exceed 5 V.

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