Product Introduction
The PXIe-1095 is a high-performance PXI Express chassis developed by National Instruments for advanced automated test, RF validation, semiconductor testing, and high-speed data acquisition applications. Designed for demanding modular instrumentation systems, the PXIe-1095 provides a flexible platform for integrating PXI Express modules, controllers, and FPGA-based instruments.
With an 18-slot PXI Express architecture, high-bandwidth backplane, advanced cooling design, and intelligent system management features, the PXIe-1095 delivers reliable performance for complex measurement and validation environments.
Product Overview
The PXIe-1095 is an 18-slot PXI Express chassis designed to support high-performance modular test systems requiring large channel counts, high-speed data transfer, and precise synchronization.
The chassis provides PXI Express hybrid slots, high-bandwidth PCI Express communication, and flexible timing and synchronization resources, making it suitable for RF testing, aerospace validation, semiconductor characterization, and hardware-in-the-loop (HIL) applications.
Combined with PXIe controllers, PXI Express modules, and NI software platforms, the PXIe-1095 enables engineers to create scalable automated test and measurement systems.
Key Features
18-Slot PXI Express Modular Architecture
The PXIe-1095 provides 18 PXI Express slots for building large-scale modular instrumentation systems.
- 18 PXI Express peripheral slots
- Supports PXI Express and PXI hybrid modules
- Flexible system expansion capability
- Large-scale test system deployment
Advantage: Allows engineers to integrate multiple measurement, RF, switching, and control modules into a single test platform.
High-Bandwidth PXI Express Backplane
The PXIe-1095 features a high-performance PCI Express backplane designed for fast communication between modules.
- High-speed PCI Express connectivity
- Optimized data transfer performance
- Low-latency module communication
- Supports high-throughput applications
Advantage: Enables efficient processing of large amounts of measurement data in advanced automated test systems.
Advanced Cooling and Power Management
The PXIe-1095 includes intelligent cooling and power management features for demanding PXI applications.
- High-performance cooling system
- Supports high-power PXI Express modules
- Optimized airflow management
- Improved system reliability
Advantage: Provides stable operation for high-performance modules used in continuous testing environments.
Integrated Timing and Synchronization
The PXIe-1095 provides built-in timing resources for synchronized modular instrumentation systems.
- PXI timing and synchronization support
- Reference clock distribution
- Trigger routing capability
- Multi-module synchronization
Advantage: Enables precise coordination between multiple PXI Express instruments for complex measurements.
PXI Express System Compatibility
The PXIe-1095 is compatible with a wide range of NI PXI Express modules and controllers.
- PXIe embedded controllers
- PXIe digitizers
- PXIe RF instruments
- PXIe data acquisition modules
Advantage: Provides a scalable foundation for customized test and measurement solutions.
Technical Specifications
| Parameter | Description |
|---|---|
| Product Type | PXI Express Chassis |
| Slots | 18 PXI Express Slots |
| Platform | PXI Express |
| Backplane | PCI Express-Based PXI Express Backplane |
| Module Support | PXIe Modules and PXI Hybrid Modules |
| Synchronization | PXI Timing and Trigger Resources |
| Cooling | High-Performance Cooling Architecture |
| Applications | Automated Test, RF Testing, Data Acquisition, Semiconductor Testing |
Software Ecosystem
The PXIe-1095 works with the NI software ecosystem to simplify system configuration, programming, and automated test development.
- LabVIEW: Graphical programming environment for automated measurement and test system development.
- NI-DAQmx: Driver software for configuring and controlling compatible PXI measurement modules.
- NI Measurement Studio: Software tools for developing measurement applications.
- TestStand: Automated test management software for production and validation environments.
Industries
- Semiconductor Testing
- Aerospace and Defense
- Automotive Electronics
- Wireless Communication
- Industrial Automation
- Research and Development
Applications
Automated Test Equipment (ATE)
The PXIe-1095 provides a scalable hardware platform for automated test systems requiring multiple instruments and high-speed communication.
- Production testing
- Electronic device validation
- Functional testing
- Multi-instrument integration
RF and Wireless Testing
The PXIe-1095 supports advanced RF test systems by providing a high-performance platform for PXIe RF instruments.
- Wireless communication testing
- RF signal analysis
- 5G validation
- Transceiver testing
Semiconductor Characterization
The PXIe-1095 enables semiconductor engineers to build high-channel-count characterization and validation systems.
- Device characterization
- Wafer testing
- Electrical validation
- High-speed measurement
Hardware-in-the-Loop (HIL) Testing
The PXIe-1095 provides the performance required for real-time simulation and embedded system validation.
- Automotive HIL testing
- Control system validation
- Real-time simulation
- Embedded testing
Comparison with Similar Products
| Model | Main Difference | Best Application |
|---|---|---|
|
PXIe-1095 | 18-slot PXI Express chassis designed for high-performance modular test systems with advanced cooling and bandwidth. | Large-scale automated test systems |
|
PXIe-1085 | High-performance PXI Express chassis optimized for large-channel-count measurement applications. | Data acquisition and RF testing |
|
PXIe-1086 | High-end PXI Express chassis designed for demanding FPGA, RF, and high-power applications. | Advanced validation systems |
|
PXIe-1078 | Compact PXI Express chassis for general modular instrumentation applications. | Laboratory and development systems |
Recommended Related Products
The following products are commonly used with the PXIe-1095 to build complete PXI Express automated test and measurement systems.
|
NI PXIe-8842 | PXI Express embedded controller for managing high-performance PXIe systems. |
|
NI PXIe-8880 | High-performance PXIe embedded controller for demanding automated test applications. |
|
NI PXIe-5842 | Vector Signal Transceiver for advanced RF generation and analysis applications. |
|
NI PXIe-5164 | PXIe oscilloscope module for high-speed waveform acquisition and validation. |
|
NI PXIe-7976 | FlexRIO FPGA module for customized high-performance instrumentation systems. |
Why Choose PXIe-1095?
- 18-slot PXI Express architecture for large-scale systems
- High-bandwidth backplane for demanding applications
- Advanced cooling for high-performance modules
- Excellent synchronization capability
- Compatible with a wide range of PXIe instruments
- Ideal for automated test, RF, semiconductor, and validation systems
Frequently Asked Questions
What is PXIe-1095 used for?
The PXIe-1095 is used as a high-performance PXI Express chassis for automated test, RF validation, semiconductor testing, and high-speed data acquisition systems.
How many slots does the PXIe-1095 chassis provide?
The PXIe-1095 provides 18 PXI Express slots for integrating multiple PXI Express modules and building scalable test systems.
Which controllers are compatible with PXIe-1095?
The PXIe-1095 is compatible with NI PXIe embedded controllers such as PXIe-8842 and PXIe-8880 for automated test and measurement applications.
Conclusion
The PXIe-1095 PXI Express Chassis provides a powerful and scalable platform for engineers developing advanced automated test and measurement systems.
With 18 PXI Express slots, high-speed communication, advanced cooling, and comprehensive PXI ecosystem support, the PXIe-1095 is an excellent choice for RF testing, semiconductor validation, aerospace applications, and high-performance engineering systems.
