The PXI1004 PXI 4-slot chassis is an ideal entry-level and core platform for building small-scale, highly reliable, and modular measurement and control systems. It reduces the difficulty of system integration and long-term maintenance costs through a standardized architecture, and is particularly suitable for research and development verification, production line final inspection, education and scientific research, as well as various application scenarios with clear space and cost limitations. Users can flexibly select different functional modules according to specific needs and quickly build an exclusive automated testing solution.
PXI/PXIe chassis serve as the core component for building automated test systems based on the PXI/PXIe bus. They provide high-speed data pathways between the host computer and virtual instruments while enabling precise timing and triggering functions among multiple virtual instruments.Sensor calibration and characteristic analysis, electronic module function testing, research and development as well as verification testing
| Component | Specification |
|---|---|
| PXI System Slots | 1 |
| PXI Star Trigger Slot | 1 |
| PXI Dedicated Slots | 2 |
| Default Bus Bandwidth | 33MHz/64bit |
| Input Voltage Range | 100VAC ~ 240VAC |
| Input Voltage Frequency | 47Hz ~ 63Hz |
| Load Capacity | +3.3V/12A, +5V/12A, +12V/2A, -12V/1A |
| Overcurrent Protection | All outputs are equipped with short-circuit and overload protection |
| Remote Power Control | Supported |
| Operating Temperature | 0°C ~ 50°C |
| Storage Temperature | -40°C ~ +70°C |
| Operating Humidity | 10% ~ 90%, non-condensing |
| Storage Humidity | 5% ~ 95%, non-condensing |
| Dimensions | 205 × 176.5 × 259.5 (mm) |
| Scenario | Functions / Capabilities |
|---|---|
| Automotive Electronics Testing | ECU signal simulation, bus communication verification, power consumption testing, environmental stress screening |
| Aerospace | Avionics equipment interconnection testing, sensor calibration, power characteristic testing, electromagnetic compatibility (EMC) data acquisition |
| Semiconductor Testing | IC parameter testing, chip programming, interface logic verification |
| Scientific Research & Education | Building reconfigurable experimental platforms for teaching and research in areas such as communication algorithm verification, physical signal analysis, and control theory simulation |
Each chassis is composed of a high-performance backplane, chassis structure, power module, and fan control module, among other components.
The rear panel supports input and output of a 10MHz reference clock, enabling multi-chassis synchronization for convenient application.
The fan speed supports three modes: "Off," "Automatic," and "High," providing greater flexibility in use.
Equipped with remote power monitoring functionality, allowing users to monitor the operating status of the system power supply in real time.
Offers multiple slot configurations, enabling more flexible system setup.
Includes fully Chinese programming manuals, development documentation, software interfaces, and example code, catering to the usage habits of domestic users.
Utilizes industrial-grade components for enhanced environmental adaptability and higher reliability.
Automated Test Equipment (ATE) Systems
By integrating testing software (such as LabVIEW or TestStand), fully automated processes for electronic product functional testing, parameter validation, and lifespan testing are achieved.
Multi-Channel Data Acquisition
Expanding with multiple acquisition cards enables synchronized collection of sensor signals (such as temperature, pressure, and vibration), applicable in industrial monitoring, vehicle testing, and environmental monitoring.
Signal Generation and Simulation
Inserting modules such as arbitrary waveform generators or RF signal sources allows simulation of complex signal environments (such as radar echoes or communication protocol stimulation).
Protocol Testing and Interface Validation
Specialized modules support bus protocol testing for CAN, LIN, Ethernet, ARINC-429, etc., used in automotive electronics and aerospace avionics equipment validation.
Embedded System Debugging
Combined with processor modules or external controllers, it serves as an integrated testing platform for embedded hardware and software (e.g., flight control computers or industrial controller development).
The custom-designed PXI1004 PXI 4-slot chassis can be deeply adapted in terms of both software and hardware to meet the specific requirements of users.Hardware customization options、Software and Control System Customization、Industry-specific customized solution。
If you wish to initiate a customized project, it is recommended that you provide detailed scenario descriptions and technical specifications. We will then provide a customized feasibility analysis report and a full lifecycle cost assessment.

12+ Years of Industry Experience
Since 2014, we've specialized in mechanical computing arrangements, estimation frameworks, and mechanization gear. Our profound skill guarantees you get demonstrated, solid products.
Expert Engineering Team
Our talented R&D experts ceaselessly enhance and move forward our items. We remain ahead of industry patterns to give cutting-edge solutions.
Comprehensive Quality Control
Strict testing strategies and quality confirmation forms guarantee each unit meets our tall measures some time recently delivery.
Reliable After-Sales Support
We give progressing specialized support, fast investigation support, and normal follow-ups to guarantee your satisfaction.
Secure Logistics Partnership
Tracked, guarantor shipping guarantees secure conveyance of your hardware with total peace of mind.


Q: Is it compatible with the chassis of NI/Keysight?
A: Fully compatible. Verified.
Q:Do you support remote control? How to achieve it?
A:fully support.
Q:How to achieve it?
A: Hardware aspect: The REMOTE interface on the rear panel can receive TTL signals to control the power switch. Software level: Monitoring through SCPI commands or API (providing LabVIEW/C#/Python sample codes): Power status Temperature reading Fan speed Voltage output
Q: What warranty do you provide?
A: We offer comprehensive warranty coverage and ongoing technical support for all our industrial computing products.
Q: Do you offer custom configurations?
A: Yes, we provide OEM/ODM customization services to meet specific application requirements.
4-slot chassis with compact design: Suitable for applications with limited system scale or space constraints, such as portable devices, desktop R&D workstations, and small production line stations.
Email: manager03@mxtdinfo.com
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