Product Introduction
The NI PXIe-1065 is an 18-slot PXI Express chassis engineered for high-performance automated test, modular instrumentation, semiconductor validation, RF measurement, and industrial data acquisition applications. Built on the PXI Express platform, the PXIe-1065 provides high-bandwidth PCI Express communication, advanced synchronization resources, and flexible expansion capabilities for demanding measurement systems.
Supporting both PXI Express and hybrid-compatible PXI modules, the PXIe-1065 enables engineers to integrate oscilloscopes, digitizers, multifunction DAQ modules, RF instruments, switch modules, SMUs, FlexRIO devices, and timing modules into one synchronized test platform.
Product Overview
The PXIe-1065 is a full-size PXI Express chassis that offers eighteen slots for modular instrumentation. It combines a dedicated controller slot with multiple hybrid peripheral slots, allowing both legacy PXI and modern PXI Express modules to operate within the same system.
Designed for laboratory research, manufacturing validation, and production testing, the chassis incorporates high-performance cooling, integrated power management, and advanced synchronization technologies to ensure reliable operation under continuous workloads.
Key Features
18-Slot PXI Express Expansion Platform
The PXIe-1065 provides ample expansion capacity for large automated test systems.
- 18-slot chassis architecture
- Dedicated controller slot
- Multiple hybrid peripheral slots
- Scalable modular design
- Supports complex measurement systems
Advantage: Allows engineers to integrate numerous PXI instruments within one synchronized platform.
High-Speed PCI Express Backplane
The integrated PXI Express backplane delivers fast communication between installed modules.
- PCI Express technology
- High-bandwidth communication
- Low-latency data transfer
- Efficient module interaction
- Stable system performance
Advantage: Supports demanding applications involving high-speed digitizers, RF analyzers, and data acquisition modules.
Integrated Timing and Synchronization
Built-in synchronization resources coordinate all installed instruments.
- 10 MHz reference clock
- PXI trigger bus
- Star trigger support
- System synchronization
- Deterministic timing
Advantage: Enables accurate synchronization across multiple measurement and signal generation devices.
Hybrid Module Compatibility
Supports both PXI Express and compatible hybrid PXI modules.
- PXI Express modules
- Hybrid PXI modules
- Legacy hardware compatibility
- Flexible upgrades
- Future-ready architecture
Advantage: Protects existing PXI investments while supporting newer PXIe instrumentation.
Industrial Reliability
Designed for continuous operation in industrial and laboratory environments.
- Efficient cooling system
- Industrial-grade power supply
- Reliable airflow management
- Long service life
- Continuous operation
Advantage: Delivers dependable performance in production testing and long-term measurement applications.
Technical Specifications
| Parameter | Description |
|---|---|
| Product Type | PXI Express Chassis |
| Number of Slots | 18 Slots |
| Controller Slot | 1 Dedicated Controller Slot |
| Peripheral Slots | 17 Hybrid-Compatible PXI Express Slots |
| Backplane | PXI Express Hybrid Backplane |
| Communication | PCI Express |
| Timing Resources | 10 MHz Reference Clock, Trigger Bus, Star Trigger |
| Compatible Modules | PXI Express and Hybrid PXI Modules |
| Compatible Controllers | PXIe Embedded Controllers and MXI-Express Remote Controllers |
| Cooling | Forced-Air Cooling System |
| Operating Temperature | 0 °C to 55 °C |
Software Ecosystem
The PXIe-1065 integrates with the complete National Instruments software ecosystem for modular instrumentation and automated testing.
- LabVIEW – Develop automated measurement and control applications.
- TestStand – Create automated production test sequences.
- NI MAX – Configure PXI hardware and perform diagnostics.
- NI System Configuration – Manage PXI systems and controllers.
- NI Device Drivers – Full support for installed PXI and PXIe modules.
- Python, C/C++, C#, and .NET – Supported through NI driver libraries.
Industries
- Automated Test Equipment (ATE)
- Semiconductor Testing
- Wireless Communications
- Aerospace and Defense
- Electronics Manufacturing
- Automotive Electronics
- Industrial Automation
- Research Laboratories
Applications
Automated Production Testing
Build synchronized modular test systems for manufacturing environments.
- Functional testing
- Production validation
- Quality assurance
- Automated inspection
RF and Wireless Measurement
Integrate RF signal generators, analyzers, and digitizers into one platform.
- 5G validation
- RF characterization
- Spectrum analysis
- Wireless device testing
Semiconductor Validation
Develop scalable mixed-signal validation systems.
- Wafer testing
- IC characterization
- Production verification
- Device validation
Modular Laboratory Instrumentation
Create flexible research and measurement systems.
- Oscilloscopes
- DAQ systems
- Switching systems
- Signal generation
Comparison with Similar Products
| Model | Main Difference | Best Application |
|---|---|---|
| NI PXIe-1065 | 18-slot hybrid PXI Express chassis for large automated measurement systems. | Large PXIe systems |
| NI PXIe-1075 | Updated 18-slot PXI Express chassis with newer backplane architecture. | Modern automated test systems |
| NI PXIe-1095 | Latest-generation high-performance PXI Express chassis. | High-bandwidth measurement systems |
| NI PXIe-1088 | Compact 8-slot PXI Express chassis. | Medium-sized PXIe applications |
Recommended Related Products
| NI PXIe-8861 | Embedded PXI Express controller for high-performance systems. |
| NI PXIe-8522 | PXI Express remote controller module. |
| NI PXIe-5164 | High-resolution PXI Express oscilloscope. |
| NI PXIe-6378 | High-performance multifunction DAQ module. |
| NI PXIe-5840 | Vector Signal Transceiver for RF applications. |
Why Choose PXIe-1065?
- 18-slot modular PXI Express architecture
- Hybrid compatibility with PXI and PXIe modules
- High-bandwidth PCI Express backplane
- Integrated timing and synchronization resources
- Reliable industrial cooling and power system
- Supports embedded and remote controllers
- Ideal for RF, semiconductor, and ATE applications
- Fully compatible with the NI software ecosystem
Frequently Asked Questions
What is the PXIe-1065 primarily used for?
The PXIe-1065 is designed for automated test systems, semiconductor validation, RF testing, modular instrumentation, and high-speed data acquisition applications.
Can the PXIe-1065 support both PXI and PXI Express modules?
Yes. The PXIe-1065 features a hybrid PXI Express backplane that supports PXI Express modules and compatible hybrid PXI modules, allowing flexible system configuration and protection of legacy hardware investments.
Which software supports the PXIe-1065?
The PXIe-1065 is supported by LabVIEW, TestStand, NI MAX, NI System Configuration, and all National Instruments device drivers for installed PXI Express instrumentation.
Conclusion
The NI PXIe-1065 18-Slot PXI Express Chassis provides a scalable and reliable platform for advanced modular instrumentation. With its hybrid PXI Express backplane, integrated timing resources, high-bandwidth communication, and compatibility with a broad range of NI hardware and software, the PXIe-1065 is an ideal solution for automated test equipment, RF validation, semiconductor testing, and industrial measurement systems.
