NI PXIE-8135 PXIe Embedded Controller

Description

NI PXIE-8135 PXIe Embedded Controller

The NI PXIe-8135 is a high-performance Intel Core i7-based embedded controller for PXI Express systems. It is designed for intensive data acquisition and high-speed instrumentation applications that require significant processing power and throughput.

## Product Overview

The NI PXIe-8135 is a quad-core embedded controller featuring the Intel Core i7-3610QE processor. It provides a high-performance platform for modular instrumentation, offering a balance between computational speed and high-speed data transfer to the system backplane.

## Technical Specifications

Below are the key hardware parameters for the NI PXIe-8135:

## Key Advantages

• High Throughput: With a system bandwidth of up to 8 GB/s, it is ideal for streaming large amounts of data from high-speed digitizers or RF instruments.

• Multitasking Performance: The quad-core architecture allows users to run complex analysis algorithms in parallel while simultaneously managing data logging.

• Robust I/O: The inclusion of USB 3.0 allows for fast connection to external peripherals, and dual Gigabit Ethernet ports enable easy integration into corporate networks or dedicated private subnets.

• Reliability: Built specifically for the PXI platform, it offers higher vibration and shock resistance compared to standard commercial PCs.

## Important Considerations (Precautions)

• Thermal Management: Ensure the PXI Express chassis has adequate cooling. Always maintain the recommended clearance around the chassis fan intakes and exhausts to prevent CPU throttling.

• Memory Upgrades: If upgrading RAM, ensure you use NI-verified memory modules to avoid compatibility issues or system instability.

• Electrostatic Discharge (ESD): Like all high-end electronics, the PXIe-8135 is sensitive to ESD. Always use a grounding strap when installing or removing the controller.

• Power Budget: Verify that your chassis power supply can support the high power draw of the i7 processor along with all other peripheral modules in the rack.

## Product Applications

1. Automated Test Systems (ATS): Used in aerospace and semiconductor testing where high-speed execution of test sequences is critical.

2. RF and Wireless Testing: Handling the massive computational load of signal processing for 5G, LTE, or Radar simulation.

3. High-Channel-Count Data Acquisition: Managing hundreds of synchronized analog input channels for structural health monitoring or large-scale physics experiments.

4. Real-Time Simulation: Running Hardware-in-the-Loop (HIL) simulations for automotive ECU testing using the LabVIEW Real-Time OS.

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