NATIONAL INSTRUMENTS PXIE-8820 Ni Embedded Controller Completed

( Brand: National Instruments ), ( Manufacturer Part Number: PXIE-8820 ), ( Part Type: Controller ), ( Country Of Origin: Hungary )

Review NATIONAL INSTRUMENTS Ni Embedded Real time Controller Test Completed

The **National Instruments PXIe-8820 NI Embedded Real-Time Controller** is a high-performance, industrial-grade embedded controller designed to deliver robust, deterministic real-time processing within PXI (PCI Extension for Instrumentation) systems. Engineered for mission-critical applications requiring precise timing, reliable execution, and seamless integration with measurement and automation hardware, this controller combines the power of a quad-core Intel Xeon processor with the efficiency of the PXI Express (PXIe) architecture to create a versatile platform for embedded control, data acquisition, and signal processing. Built with a focus on industrial durability, the PXIe-8820 features a ruggedized design that withstands harsh environments, making it ideal for applications in aerospace, defense, automotive testing, industrial automation, and scientific research. Its compact yet powerful form factor allows for seamless integration into existing PXI systems, enabling users to leverage the full capabilities of NI s LabVIEW real-time and FPGA-based hardware for rapid prototyping, testing, and deployment of complex control algorithms.

At the heart of the PXIe-8820 is a **quad-core Intel Xeon processor** (E3-1200 v5 series), delivering up to **3.5 GHz of processing power** with support for up to **64 GB of DDR4 memory**, ensuring high-speed data processing and multitasking capabilities for demanding applications. The controller operates under **NI Linux Real-Time (NI RT)** or **Windows Embedded Standard 7**, providing deterministic timing and low-latency execution critical for real-time control systems. With **PXI Express Gen 2** connectivity, the PXIe-8820 achieves data transfer rates of up to **5 GT/s**, enabling high-bandwidth communication with instruments, sensors, and FPGA-based modules like the NI FPGA modules (e.g., PXIe-7965R) for accelerated signal processing. This combination of processing power and high-speed I/O makes it an excellent choice for applications requiring simultaneous control of multiple channels, high-resolution data acquisition, and real-time decision-making.

The PXIe-8820 is optimized for **deterministic control and synchronization**, featuring **NI LabVIEW Real-Time** for rapid development of control algorithms, state machines, and data acquisition workflows. Its integration with **NI FPGA modules** allows for the offloading of computationally intensive tasks such as digital signal processing, pattern matching, or hardware-in-the-loop (HIL) simulations to FPGA-based hardware, reducing CPU load and improving overall system responsiveness. Additionally, the controller supports **PXI Trigger and Sync** capabilities, enabling precise timing coordination across multiple instruments and modules within the chassis, which is essential for applications like radar simulation, motor control, or vibration testing. The inclusion of **NI VeriStand** further enhances its utility, providing a high-level framework for modeling, simulating, and validating complex control systems in a single environment.

Beyond its technical specifications, the PXIe-8820 is designed with **industrial reliability and scalability** in mind. Its **PXIe form factor** ensures compatibility with a wide range of NI and third-party PXI modules, allowing users to build customized systems tailored to specific application needs. The controller also supports **remote management and monitoring** via **NI MAX** and **NI LabVIEW**, enabling administrators to diagnose issues, update firmware, and configure systems remotely reducing downtime and improving operational efficiency. Whether deployed in a laboratory, test facility, or field environment, the PXIe-8820 provides the **deterministic performance, flexibility, and scalability** required to meet the demands of modern embedded control applications. With its combination of high-performance processing, real-time capabilities, and seamless integration with NI s ecosystem of hardware and software, this controller serves as a cornerstone for developers and engineers seeking to build high-precision, reliable, and future-proof control systems.

### **Pros and Cons of Buying a National Instruments PXIe-8820 NI Embedded Real-Time Controller (Completed)**

1. **High Performance and Reliability** The PXIe-8820 is a robust embedded controller designed for real-time data acquisition, processing, and control applications. Its Intel Xeon processor ensures strong computational power, making it suitable for demanding tasks such as signal processing, automation, and industrial testing.

2. **Completeness and Readiness for Deployment** Since the unit is "completed," it likely includes necessary software (e.g., LabVIEW Real-Time, NI-RIO drivers) and hardware configurations pre-installed, reducing setup time and potential compatibility issues.

3. **Scalability and Integration** The PXI Express (PXIe) platform allows for easy integration with other PXI modules (e.g., DAQ, FPGA, or I/O devices), enabling scalable systems for complex applications like motor control, aerospace testing, or medical device validation.

4. **Real-Time Capabilities** The embedded real-time operating system ensures deterministic performance, which is critical for applications requiring precise timing (e.g., robotics, process control, or simulation environments).

5. **Support for Advanced Development Tools** Compatibility with LabVIEW, LabVIEW FPGA, and other NI software tools simplifies programming and accelerates development cycles, especially for engineers familiar with the NI ecosystem.

6. **Durability and Industrial-Grade Design** PXI systems are built for rugged environments, offering reliability in factory settings, laboratories, or field deployments where stability is essential.

7. **Cost-Effective for High-Performance Needs** While not the cheapest option, the PXIe-8820 provides a balance between performance and cost, especially when compared to custom-built solutions or high-end workstations.

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1. **High Upfront Cost** The PXIe-8820 is a premium device, and purchasing a completed unit may include additional licensing fees for software (e.g., LabVIEW Real-Time, FPGA modules). This can be a significant investment for smaller labs or startups.

2. **Learning Curve for Non-NI Users** If the buyer is not familiar with LabVIEW or NI s development environment, there may be a steep learning curve to fully utilize the system s capabilities. Training or consulting costs could add to the expense.

3. **Dependency on NI Ecosystem** The system is optimized for NI hardware and software. Switching to alternative platforms (e.g., MATLAB/Simulink, Python-based tools) later may require rework or additional investments.

4. **Maintenance and Support Costs** While NI provides strong technical support, third-party maintenance or upgrades (e.g., firmware, driver updates) may incur additional costs over time.

5. **Space and Power Requirements** PXI systems require a PXI chassis and sufficient power supply. The physical footprint and cooling needs may be a constraint in space-limited environments.

6. **Potential for Overkill** For simple or low-complexity applications, the PXIe-8820 may offer more features than necessary, leading to unnecessary expenses compared to simpler controllers or microcontrollers.

7. **Depreciation Risk** Like any specialized hardware, the PXIe-8820 may depreciate over time, especially if newer, more efficient alternatives emerge in the market.

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### **Conclusion**

The National Instruments PXIe-8820 NI Embedded Real-Time Controller is a powerful, versatile tool ideal for applications requiring high-performance real-time processing, scalability, and integration with a wide range of PXI modules. Its pre-completed state reduces setup hassles, while its compatibility with LabVIEW and FPGA development accelerates project timelines. However, the high cost, learning curve, and ecosystem dependency may pose challenges for smaller teams or those unfamiliar with NI tools.

For **industrial automation, aerospace testing, motor control, or high-speed data acquisition projects**, the PXIe-8820 is an excellent choice due to its reliability and performance. Conversely, **budget-conscious users, hobbyists, or those with simple control needs** may find more cost-effective alternatives (e.g., Raspberry Pi, Arduino, or lower-end embedded controllers).

### **Recommendation**

- Your project demands real-time performance, deterministic timing, or integration with multiple PXI modules.

- You are already invested in the NI ecosystem or plan to use LabVIEW/FPGA for development.

- Budget constraints allow for a high-performance embedded controller, and long-term ROI justifies the cost.

- Your application is low-complexity and does not require PXI s full capabilities.

- You lack experience with LabVIEW or NI tools, as training costs may outweigh benefits.

- Cost is a critical factor, and simpler, cheaper controllers (e.g., cRIO, CompactRIO, or open-source options) could suffice.

For most **professional or large-scale applications**, the PXIe-8820 remains a strong recommendation due to its balance of power, flexibility, and reliability. However, always evaluate your specific requirements and long-term needs before committing.

Details:

Then its 100% shipped from inventory in the USA. For NI products. Please feel free to purchase. New product comes with a one-year warranty.

Operating various types of industrial products, mechanical modules.

part #: pxie8820 prices

• $3000.00-$3850.00

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• country of origin: Hungary

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