A powerful processor demands a powerful motherboard. Intel® Desktop Boards optimize the performance of Intel® processor technology while delivering access to next-generation technologies, value-added features, and easy integration. Intel® Desktop Boards DQ35JO and DQ35MP • Supports Intel® Core™2 Quad and Intel® Core™2 Duo processors and Intel® vPro™ processor technology (more…)

Preface This Technical Product Specification (TPS) specifies the board layout, components, connectors, power and environmental requirements, and the BIOS for the SE440BX-2 motherboard. It describes the standard motherboard product and available manufacturing options. Intended Audience The TPS is intended to provide detailed, technical information about the motherboard and its components (more…)

Application Note This Application Note provides a description of building a Magic Packet-ready motherboard for Network Adapter applications. It also presents the standard signals and connectors that are used in a motherboard. INTRODUCTION Magic Packet technology is implemented as a system solution. The complete system solution is comprised of the motherboard, network adapter card, standby (more…)

Before Installation • Verify your PNY motherboard has come with all necessary components (cables, driver CD, etc). • Ensure your motherboard chassis supports your PNY motherboard. Please refer to your case’s documentation for additional help. • Motherboards and other computer components are susceptible to damage from electrostatic discharge. See the manual on the included (more…)

I. Introduction The COGNAC Micro ATX motherboard offers a time to market consumer and corporate desktop solution featuring the Intel Celeron PPGA processor with 66/100MHz front side bus and the Whitney chipsets in a Micro ATX low profile motherboards. In addition, the integrated onchip graphics controller supports 4MB of SDRAM purpose of Display cache memory. The Cognac motherboard (more…)

Proposed changes to 9U Motherboard Design 1. Move Buffer Control logic from motherboard to PMC 2. Shorten Logic PMC by 20mm (249×299 -> 249x279mm) Advantages: Decouples motherboard and Buffer Control designs Permits faster prototyping of motherboard Disadvantages: Changes footprint of logic PMC slightly (SCL connectors must move) Additional simplifications proposed (more…)

Introduction Most of the information was based on the top and bottom layers of a dechipped 360 motherboard and decapped chips, I will update the information once I gain full knowledge of the inner layers of the motherboard. For reference, I have also included some information I have gathered from images of Development Hardware and XDK hardware found on the net. Please double-check my (more…)

Eching/Nuremberg, Germany, February 26, 2008 – Today, Kontron announced the KT780/ATX motherboard that offers the AMD AM2/AM2+ socket supporting AMD Phenom™ Quad Core processor performance and the latest AMD chipsets with high-end graphics features for full 1080p High-Definition Video in a cost-effective basic motherboard design. As the first in Kontron’s new (more…)

Features and Benefits Mainboard Diagram AMD Phenom™ Quad-Core Processors with True Quad-Core Technology Realize new possibilities for connecting with friends, family, and digital entertainment with the phenomenal pe rformance of the AMD Phenom™ 9000 series quad-core processor. Built from the gr ound up for true quad-core performan ce, AMD Phenom processors speed through advanced multitasking, critic al business productivity, advanced (more…)

ARTiGO Assembly Guide 2) Install 2.5-inch IDE Hard Drive (HDD) i – Insert IDE HDD to the Inner Bracket as shown. ii- Secure IDE HDD with four M3 x 5mm flat head screws. 1) Install Memory Module i – Insert SO-DIMM memory module (256MB~1GB) as shown. ARTiGO Assembly Guide Exploded View 3) Install EPIA PX Mainboard to the Inner Bracket i – Place the EPIA PX Mainboard on top of the inner bracket. ii – Fasten the board to the bracket by one M2x3mm and three M2x15mm (more…)