LX-DB800-EVAL-KIT B0 AMD (ADVANCED MICRO DEVICES), LX-DB800-EVAL-KIT B0 Datasheet
LX-DB800-EVAL-KIT B0
Manufacturer Part Number
LX-DB800-EVAL-KIT B0
Description
Manufacturer
AMD (ADVANCED MICRO DEVICES)
Datasheet
1.LX-DB800-EVAL-KIT_B0.pdf
(2 pages)
Specifications of LX-DB800-EVAL-KIT B0
Lead Free Status / Rohs Status
Supplier Unconfirmed
Comprehensive development tool for
embedded and industrial x86 applications
Product overview
The AMD Geode™ LX DB800 development board is a complete
Computer-On-Module (COM), x86-compatible development tool designed
to enable developers to quickly create embedded or industrial computing
products using the AMD Geode™ LX 800@0.9W processor.* Applications
include a variety of set-top boxes and thin-client industrial or embedded
consumer products.
A complete development system
The LX DB800 development board tool suite includes two separate
components:the CPU Module Board and the Base Board. Developers
can easily design these components into finished products without
modification – simplifying the development process and leading to faster
time-to-market cycles.
All components are designed to maximize the low-power, high-
performance characteristics of the AMD Geode LX 800@0.9W
processor, which provides the highest performance per watt in the
industry today.
Optimum flexibility
with a small form factor
The AMD Geode LX DB800 development board is exceptional for
virtually any embedded or industrial application that requires low power
consumption, high performance,small size,and reliability. The development
board measures 170mm x 170mm and includes a 500MHz processor.
Based on the Logic Product Development design ETX Single Board
Computer,the two-board configuration can be leveraged for maximum
flexibility. Designed to run all leading x86-based operating systems,the
system enables developers to easily use the existing library of x86
application and development software tools.
Leverage the AMD commitment
to low-power x86 technology
The LX DB800 development board is one element of the full suite of high-
performance, low-power tools AMD has developed to apply the power of
x86 technology to a variety of consumer electronics. The AMD
commitment to x86 gives designers the power to create freely – and
develop products for thin-client, embedded,or industrial applications that
support all leading operating systems and the universe of x86 programs.
*This processor operates at 500MHz. Model numbers reflect performance as described here:
http://www.amd.com/connectivitysolutions/geodelxbenchmark.
AMD Geode™ LX DB800 Development Board
Low-Power, High-Performance
General features
Primary product features
• Small form-factor CPU Board and Base Board
• Enhanced IDE interface
• Limited functionality ISA interface (one 8-bit DMA channel)
• PS/2 and PCI interfaces
• LPC and Ethernet interfaces
• Standard audio inputs and outputs
• Power management support
• Multiple operating system capability
• Low-power,x86-compatible processor
• Industry standard form factor
• Supports CRT,TFT,VIP ,VOP
• Supports standard buses
• Support for multiple operating systems
- ETX CPU module,115mm x 95mm
- Mini-ITX base board,170mm x 170mm
- USB 1.1 and 2.0 Support (four ports)
- USB device
- IDE ATA 100
- AC 97 v2.3
- Analog RGB (CRT),digital RGB (LCD)
- LPC,PCI,SMB
- Microsoft® Windows® XP and XPe
- Microsoft® Windows® CE
- Linux
LX-DB800-EVAL-KIT B0 Summary of contents
Page 1
... Leverage the AMD commitment to low-power x86 technology The LX DB800 development board is one element of the full suite of high- performance, low-power tools AMD has developed to apply the power of x86 technology to a variety of consumer electronics. The AMD commitment to x86 gives designers the power to create freely – and develop products for thin-client, embedded,or industrial applications that support all leading operating systems and the universe of x86 programs ...
Page 2
... Additional features • Full schematics • Complete software driver package for supported OS • Documentation Application markets The LX DB800 development board features a flexible design that can address a broad range of embedded devices,including: • Embedded controllers • Point-of-sale terminals • Educational devices • Information appliances • ...