|
White Papers
|
- Backplane Design
- Backplane Technical Documents - 3U and 6U OpenVPX
- CompactPCI Hot Swap Specification PICMG 2.0 R3.0
- CoolSlot Card Guide Performance Measurements
- VITA 31.1: Leveraging PICMG 2.16 Technology in VME64x-based Systems
- VITA 1.7: Powering up VME64x-based Systems
- Power Planes Specifications
- Bus Architectures
- Signal Integrity - Performance and Reliability
- Signal Integrity - Reving up VPX for 10Gbaud Operation
- Chassis Design
- Data Recorders
- How to Design Flexibility into a Rugged Deployed System
- Simultaneous Processing and Recording of High-speed Sensor Data
- Netcentric Computing & Smart Power Management
- Common Vehicle Electronics Architecture and Applications
- Benefits of Intra-vehicle distributed network architecture
- Smart power architecture for intelligent power distribution
- Physical Layer Switch
- How to Design Flexibility into a Rugged Deployed System
- Simultaneous Processing and Recording of High-speed Sensor Data
- The Physical Layer Switch as a Media Converter
- Prognostic Technology
- Prognostic Health Management Systems Overview
- Prognostic for Monitoring Radar Mechanical Drive Systems
- Prognostic FAQ
- Acoustic based sensing for condition based maintenance
- Switch Fabrics
- VITA 68 standardizes the VPX Compliance Channel to allow a common backplane design to support multiple fabric protocols
- The Switch Fabrics are coming and they have already arrived?
- Introduction to PICMG 2.16 CompactPCI Packet Switching Backplane Specification
- VITA 41.x - VXS: Adding high performance switch fabrics to VME based systems
- VITA Switch fabric roadmap: Adding high performance switch fabrics to VME-based systems
- Thermal Evaluation Reports
- Using Mezzanine Card Assemblies: power dissipation & airflow evaluation
- Thermal Report for Hybricon enclosures
- Thermal management of high power in small spaces: myths and misconceptions challenged
|
| |
|
