PXI-8119 2.3 GHz Quad-Core Intel Core i7 PXI Controller
The PXI-8119 is a high-performance embedded controller designed for conventional PXI systems. It combines a quad-core Intel Core i7 processor, system memory, integrated storage and extensive peripheral I/O in a rugged four-slot PXI controller.
The controller uses an Intel Core i7-3610QE processor with a 2.3 GHz base frequency and Intel Turbo Boost operation up to 3.3 GHz. Its four physical cores and eight processing threads support parallel test execution, measurement analysis, data acquisition, hardware-in-the-loop testing and other processor-intensive applications.
The PXI-8119 includes two Gigabit Ethernet ports, six Hi-Speed USB ports, two DisplayPort outputs, an ExpressCard/34 slot, GPIB, RS-232 serial, parallel and front-panel trigger interfaces. Standard configurations include 4 GB of DDR3 memory and integrated Serial ATA storage.
The PXI-8119 is discontinued. Used and refurbished units remain suitable for maintaining validated PXI systems, but buyers should confirm the complete part number, operating system, memory, storage and temperature range before ordering.
Key Features of the PXI-8119
- Intel Core i7-3610QE quad-core processor
- 2.3 GHz base processor frequency
- Up to 3.3 GHz single-core Turbo Boost frequency
- Four physical processor cores
- Eight processing threads with Intel Hyper-Threading
- 6 MB Intel Smart Cache
- 4 GB standard DDR3-1600 memory
- Up to 8 GB maximum system memory
- Integrated Serial ATA hard drive or SSD options
- Two 10/100/1000BASE-T Gigabit Ethernet ports
- Six Hi-Speed USB 2.0 ports
- Two DisplayPort video outputs
- ExpressCard/34 expansion slot
- Integrated GPIB instrument-control interface
- RS-232 serial interface
- IEEE 1284 parallel interface
- Front-panel SMB trigger connection
- 132 MB/s maximum theoretical PXI backplane bandwidth
- In-ROM memory and storage diagnostics
- Windows and LabVIEW Real-Time configurations
PXI-8119 Technical Specifications
| Product Model | PXI-8119 |
|---|---|
| Product Type | High-performance embedded PXI system controller |
| Processor | Intel Core i7-3610QE |
| Processor Architecture | Third-generation Intel Core architecture |
| Processor Cores | 4 |
| Processor Threads | 8 |
| Base Clock Frequency | 2.3 GHz |
| Maximum Turbo Frequency | Up to 3.3 GHz in single-core operation |
| Processor Cache | 6 MB Intel Smart Cache |
| Standard Memory | 4 GB DDR3-1600 |
| Maximum Memory | 8 GB |
| Memory Type | Single-channel DDR3 SO-DIMM |
| Standard Storage | 250 GB or larger Serial ATA hard drive, configuration dependent |
| Extended-Temperature Storage | 80 GB or larger, configuration dependent |
| Storage Options | Hard-disk and solid-state-drive configurations |
| Ethernet Interfaces | 2 × 10/100/1000BASE-T Gigabit Ethernet |
| Ethernet Connectors | 2 × RJ45 |
| USB Ports | 6 × Hi-Speed USB 2.0 |
| Video Outputs | 2 × DisplayPort |
| Expansion Interface | ExpressCard/34 slot |
| GPIB Interface | Integrated IEEE 488.2 controller |
| Serial Interface | 1 × RS-232 |
| Serial Connector | 9-pin male D-Sub |
| Parallel Interface | IEEE 1284 parallel port |
| Front-Panel Trigger | SMB connection routable to PXI trigger lines |
| PXI Bus Interface | Conventional PCI-based PXI |
| Maximum Theoretical PXI Bandwidth | 132 MB/s |
| Operating-System Options | Windows 7 32-bit, Windows 7 64-bit, LabVIEW Real-Time or no operating system |
| Diagnostics | In-ROM memory and hard-drive diagnostics |
| Standard Operating Temperature | 5°C to 50°C |
| Extended Operating Temperature | 0°C to 55°C on eligible configurations |
| Controller Width | Four PXI slots |
| Module Format | 3U PXI embedded controller |
| Lifecycle Status | Discontinued |
PXI-8119 Part Numbers and Configurations
| Part Number | Typical Configuration | Temperature Version |
|---|---|---|
| 782553-04 | PXI-8119 with Windows 7, 32-bit | Standard temperature |
| 782554-04 | PXI-8119 with Windows 7, 32-bit | Extended temperature |
| 782555-04 | PXI-8119 with Windows 7, 64-bit | Standard temperature |
| 782556-04 | PXI-8119 with Windows 7, 64-bit | Extended temperature |
| 782555-33 | PXI-8119 LabVIEW Real-Time controller | Standard temperature |
| 782556-33 | PXI-8119 LabVIEW Real-Time controller | Extended temperature |
| 782557-00 | PXI-8119 without a preinstalled operating system | Standard temperature |
| 782558-00 | PXI-8119 without a preinstalled operating system | Extended temperature |
These part numbers identify the original factory operating-system and temperature configurations. Additional ordering variations may exist for localized operating systems, memory, storage or software packages.
A previously owned controller may have been upgraded or reimaged after leaving the factory. Confirm the currently installed operating system, RAM, drive type and storage capacity directly from the unit.
Intel Core i7-3610QE Processor
The PXI-8119 uses the Intel Core i7-3610QE, a quad-core embedded processor designed for high-performance computing in rugged and long-lifecycle systems.
Its 2.3 GHz base frequency supports measurement analysis, instrument control, test sequencing and data processing. Intel Turbo Boost technology can increase the active core frequency to approximately 3.3 GHz when workload and thermal conditions permit.
The processor provides four physical cores and supports eight execution threads. Applications that divide work into independent tasks can process multiple acquisition, analysis and control operations simultaneously.
Quad-Core Parallel Processing
The four-core processor is particularly valuable in test systems that perform several operations concurrently. One core can manage acquisition while other cores process data, update the user interface or execute test limits.
LabVIEW can automatically schedule independent code across available processor cores. TestStand can also execute parallel or batch test sequences when the application and connected hardware support concurrent operation.
Software must be structured for parallel execution to use all four cores effectively. A single sequential task may benefit primarily from Turbo Boost rather than the total multicore capability.
4 GB DDR3 Memory
Standard PXI-8119 configurations include 4 GB of DDR3-1600 system memory. The controller supports up to 8 GB through a compatible SO-DIMM.
Additional RAM benefits large LabVIEW applications, TestStand systems, measurement buffers, analysis routines and applications that control many PXI instruments simultaneously.
Memory capacity and compatibility should be verified before upgrading. Use memory that meets the controller’s mechanical, electrical and environmental requirements.
Integrated Serial ATA Storage
Standard-temperature configurations commonly include a 250 GB or larger 7200 rpm Serial ATA hard drive. The drive stores the operating system, NI software, test applications and measurement data.
Extended-temperature and continuous-operation configurations may use a lower-capacity rugged drive. Solid-state storage may also be installed when better vibration resistance and faster access are required.
For used controllers, verify storage health and remaining capacity. Back up important data before performing recovery, formatting or drive-replacement operations.
Dual Gigabit Ethernet Ports
The PXI-8119 includes two 10/100/1000BASE-T Ethernet interfaces. These ports support communication with laboratory networks, remote clients, Ethernet instruments and devices under test.
The interfaces can be assigned to separate networks. One port can connect to company infrastructure while the second operates on an isolated test-equipment or real-time network.
In LabVIEW Real-Time systems, the secondary Ethernet interface can be used for supported deterministic or industrial communication applications, depending on the installed software version.
Six Hi-Speed USB Ports
Six USB 2.0 ports support keyboards, mice, removable storage, license dongles and USB-controlled instruments.
USB traffic and unsupported peripherals can introduce nondeterministic behavior. Real-time systems should use only validated USB devices and avoid unnecessary peripherals during deterministic execution.
Dual DisplayPort Outputs
The PXI-8119 provides two DisplayPort video connectors for dual-monitor operation. Multiple displays can simplify test development, troubleshooting and monitoring.
A DisplayPort-to-VGA adapter was supplied with certain configurations. Verify the required monitor connector and adapter before ordering a replacement controller.
ExpressCard/34 Expansion Slot
The ExpressCard/34 slot supports compatible expansion devices such as additional communication, storage or interface adapters.
ExpressCard compatibility depends on the installed operating system and device driver. Confirm card dimensions, power requirements and software support before installation.
Integrated GPIB Interface
The built-in IEEE 488.2 GPIB controller allows the PXI-8119 to communicate with compatible oscilloscopes, power supplies, digital multimeters, signal generators and other laboratory instruments.
Integrated GPIB control can eliminate the need for a separate PXI instrument-control module, preserving chassis slots for measurement hardware.
RS-232 Serial Interface
The PXI-8119 includes one RS-232 port through a 9-pin D-Sub connector. It can communicate with industrial equipment, programmable instruments, motion controllers and other serial devices.
Verify baud rate, parity, data bits, stop bits, flow control and cable pinout before connecting equipment. RS-232 is not electrically compatible with RS-422 or RS-485 without an appropriate converter.
Parallel Port
An IEEE 1284 parallel interface supports legacy fixtures and peripherals. It can be useful when maintaining established test stations that rely on parallel-port control.
New systems typically use Ethernet, USB or dedicated PXI digital I/O, but retaining the integrated parallel port can avoid redesigning an older fixture.
Front-Panel Trigger Routing
The front-panel SMB trigger connector can route a trigger signal to or from the PXI backplane. This allows external instruments and test equipment to participate in synchronized PXI operations.
Trigger allocation must prevent two resources from driving the same line simultaneously. Incorrect routing can create electrical contention and unreliable system behavior.
132 MB/s PXI Backplane Bandwidth
The PXI-8119 uses the conventional PCI-based PXI bus and provides maximum theoretical backplane bandwidth of 132 MB/s.
This bandwidth is suitable for switch modules, digital multimeters, industrial interfaces and moderate-speed data acquisition. Applications using high-speed digitizers, waveform generators or RF instruments may require PXI Express.
The controller’s powerful processor does not increase the physical bandwidth of the PXI backplane. System design must consider both processor performance and instrument data-transfer requirements.
In-ROM Diagnostics
Built-in diagnostic tools can evaluate the controller’s memory and integrated storage without loading the primary operating system.
These diagnostics help identify failing memory, drive problems, boot failures and intermittent system errors. Important data should be backed up before running destructive storage tests or recovery procedures.
Windows 7 Configurations
The PXI-8119 was available with Windows 7 Professional in both 32-bit and 64-bit versions. The 64-bit version is preferable when the application must access more memory or use 64-bit software components.
Windows 7 has reached the end of normal security support. Legacy controllers should be isolated from untrusted networks and operated with appropriate cybersecurity controls.
Before reinstalling Windows, confirm that the required chipset, Ethernet, GPIB, video and PXI drivers remain available.
LabVIEW Real-Time Configurations
PXI-8119 real-time configurations run compatible LabVIEW Real-Time applications independently of a host computer. The controller can continue executing its deployed application even if the development computer is disconnected or restarted.
Its quad-core processor supports parallel real-time tasks, hardware-in-the-loop simulation, deterministic data acquisition and industrial control.
Check the compatibility of the LabVIEW Real-Time version, NI drivers and all installed PXI modules before modifying an established system.
Typical PXI-8119 Applications
- Processor-intensive automated testing
- Parallel production testing
- Modular instrumentation control
- Data acquisition and analysis
- Hardware-in-the-loop testing
- Real-time control and simulation
- Electronic device validation
- Semiconductor test systems
- Aerospace and defense testing
- Industrial monitoring and control
- Reliability and environmental testing
- GPIB instrument automation
- Legacy PXI system upgrades
Automated Production Testing
The PXI-8119 can execute LabVIEW and TestStand applications that configure instruments, acquire measurements, evaluate limits and generate production reports.
Its four processor cores are useful for parallel test sockets and batch-processing systems. Actual throughput also depends on fixture architecture, measurement time and PXI backplane bandwidth.
Data Acquisition and Analysis
The controller can coordinate PXI data acquisition modules while processing, displaying and storing measurement results.
Multicore processing allows acquisition, analysis and file operations to run in parallel. Continuous high-speed systems must still remain within the 132 MB/s conventional PXI bandwidth and storage-write performance.
Hardware-in-the-Loop Testing
A LabVIEW Real-Time PXI-8119 can execute simulation models and coordinate analog, digital, communication and fault-insertion modules in hardware-in-the-loop systems.
The appropriate loop rate depends on model complexity, I/O count, driver behavior and processor allocation. More demanding simulations may benefit from a newer PXI Express controller.
Mixed-Instrument Laboratory Systems
Integrated GPIB, Ethernet, USB and serial interfaces allow the controller to manage PXI modules and traditional benchtop instruments within one automated system.
This is useful for laboratories that must retain older GPIB equipment while adding modular instruments, switches and data acquisition hardware.
PXI-8119 Software Support
The PXI-8119 works with compatible versions of LabVIEW, LabVIEW Real-Time, TestStand, LabWindows/CVI, Measurement Studio, NI-VISA, NI-488.2 and hardware-specific instrument drivers.
Software compatibility depends on the operating system and driver release. Verify the support matrix before upgrading Windows, LabVIEW, TestStand or individual instrument drivers.
PXI-8119 Firmware and Additional Drivers packages can provide controller-specific BIOS, chipset and peripheral support when rebuilding the operating system without the original recovery media.
PXI-8119 Installation
Install the controller in the system-controller position of a compatible PXI chassis. Turn off the chassis and use electrostatic-discharge precautions before inserting or removing the module.
Keep the injector/ejector handle in its downward position while sliding the controller into the card guides. Raise the handle only after it engages with the chassis injector rail, then tighten the four retaining screws.
Connect the display, keyboard, mouse and other required peripherals before initial startup. Maintain unobstructed chassis airflow and use filler panels in empty slots.
PXI-8119 Troubleshooting
The PXI-8119 does not power on
Confirm that the chassis is connected to a working power source and that the controller is fully seated in the system slot. Check the chassis switch, status indicators and retaining screws.
The controller does not boot
Enter the BIOS setup and confirm that the internal drive is detected and included in the boot order. Run the built-in memory and storage diagnostics if the operating system still fails to start.
No image appears on the monitor
Check the DisplayPort cable, adapter and monitor input. Try the second DisplayPort output and confirm that the selected display mode is supported.
NI MAX does not detect installed modules
Verify that NI Measurement & Automation Explorer and the required instrument drivers are installed. Restart the system and check the operating system for unresolved PXI hardware.
The system uses only one processor core
Check the BIOS multicore setting and operating-system configuration. Also verify that the application contains independent operations that can execute in parallel.
The controller runs slowly
Review processor, memory and storage utilization. Check drive health, available disk space and background services. Increasing RAM or installing a compatible SSD may improve performance.
An Ethernet port cannot connect
Check the cable, network switch, driver and IP configuration. Confirm that the two Ethernet adapters do not use conflicting addresses or overlapping network settings.
A USB device is not recognized
Try another USB port and inspect the device in the operating system. Some peripherals require dedicated drivers or more power than the controller can provide.
A GPIB instrument is not detected
Confirm that NI-488.2 is installed and check the instrument address, cable and adapter. Use NI MAX to scan the GPIB interface and identify address conflicts.
The controller overheats
Check chassis fan operation, ambient temperature, airflow and blocked filters. Make sure empty chassis positions contain appropriate filler panels.
LabVIEW Real-Time cannot connect
Verify the real-time boot configuration, network address and software version. Start in safe mode or reset the network configuration when an invalid setting prevents access.
The operating system needs to be restored
Use the available recovery partition or compatible recovery media. Back up test programs, licenses and measurement data before restoring or replacing the drive.
PXI-8119 Comparison with Related PXI Controllers
| Model | Processor Configuration | Best Suited For |
|---|---|---|
| PXI-8119 | 2.3 GHz quad-core Intel Core i7 | Processor-intensive conventional PXI systems |
| PXI-8115 | 2.5 GHz dual-core Intel Core i5 | Less demanding conventional PXI applications |
| PXIe-8135 | 2.3 GHz quad-core Intel Core i7 with PXI Express | Similar processing with higher backplane bandwidth |
| PXI-8840 | Newer Intel Core processor | Updated conventional PXI systems |
| PXIe-8840 | Newer Intel Core processor with PXI Express | Modern PXI Express test systems |
| PXIe-8861 | Newer high-performance multicore processor | Current Windows and demanding test applications |
PXI-8119 vs PXI-8115
The PXI-8119 uses a quad-core Intel Core i7-3610QE processor, while the PXI-8115 uses a dual-core Intel Core i5-2510E processor.
The PXI-8119 provides greater multicore performance, 4 GB standard memory and an ExpressCard/34 slot. The PXI-8115 may be adequate when the application has fewer parallel processing requirements.
PXI-8119 vs PXIe-8135
The PXI-8119 and PXIe-8135 use the Intel Core i7-3610QE processor, but their backplane interfaces differ.
The PXI-8119 uses a conventional PXI bus with up to 132 MB/s theoretical bandwidth. The PXIe-8135 uses PXI Express and is more appropriate for high-speed digitizers, RF instruments and data-intensive applications.
PXI-8119 vs PXI-8840
The PXI-8840 uses a newer processor platform and supports newer software environments. The PXI-8119 provides four physical cores, while specific PXI-8840 configurations may differ in core count.
Choose the PXI-8119 when maintaining a validated system that requires its exact processor, operating-system image or peripheral interfaces. Consider the PXI-8840 when newer software support is more important.
Recommended Related Products
- PXI-8115 Dual-Core Intel Core i5 PXI Controller
- PXIe-8135 Quad-Core Intel Core i7 PXI Express Controller
- PXI-8840 Embedded PXI Controller
- PXIe-8840 Embedded PXI Express Controller
- PXIe-8880 High-Performance PXI Express Controller
- PXIe-8861 High-Performance PXI Express Controller
- PXI-1045 18-Slot PXI Chassis
- View More NI PXI and PXI Express Controllers
Selecting the Right PXI Controller
Choose the PXI-8119 when maintaining a conventional PXI test system that requires quad-core processing, integrated GPIB, ExpressCard expansion and compatibility with an established Windows or LabVIEW Real-Time image.
For high-throughput instruments, consider a PXI Express controller with greater backplane bandwidth. For a new Windows-based system, select a controller that supports a currently maintained operating system.
Before ordering, confirm the full part number, operating system, bitness, memory, storage, temperature range and compatibility with the target PXI chassis.
Why Choose the PXI-8119?
- Provides quad-core Intel Core i7 processing
- Supports eight processor threads
- Offers up to 3.3 GHz Turbo Boost performance
- Includes 4 GB standard DDR3 memory
- Supports up to 8 GB of RAM
- Provides integrated Serial ATA storage
- Includes dual Gigabit Ethernet interfaces
- Provides six USB ports and dual DisplayPort outputs
- Includes GPIB, serial and parallel interfaces
- Provides an ExpressCard/34 expansion slot
- Supports Windows and LabVIEW Real-Time configurations
- Maintains compatibility with established PXI systems
Frequently Asked Questions
What is the PXI-8119?
The PXI-8119 is a four-slot embedded controller for conventional PXI systems. It combines an Intel Core i7 processor, memory, storage and peripheral interfaces in one module.
Which processor does the PXI-8119 use?
It uses an Intel Core i7-3610QE quad-core processor with a 2.3 GHz base frequency.
What is the maximum Turbo Boost frequency?
The processor can operate at up to approximately 3.3 GHz in single-core Turbo Boost mode.
How many processor cores does it have?
The PXI-8119 has four physical processor cores and supports eight execution threads.
How much memory does the PXI-8119 support?
The controller includes 4 GB of DDR3 memory in standard configurations and supports up to 8 GB.
Does the PXI-8119 include a hard drive?
Yes. Standard configurations commonly include a 250 GB or larger Serial ATA hard drive. Capacity and drive type vary by configuration.
How many Ethernet ports does it provide?
It provides two 10/100/1000BASE-T Gigabit Ethernet ports.
How many USB ports does it provide?
The PXI-8119 provides six Hi-Speed USB 2.0 ports.
Does the PXI-8119 include GPIB?
Yes. It includes an integrated IEEE 488.2 GPIB controller for compatible laboratory instruments.
Does it support dual monitors?
Yes. Two DisplayPort outputs support dual-monitor operation.
Does the PXI-8119 have an ExpressCard slot?
Yes. It includes an ExpressCard/34 slot for compatible expansion devices.
Can the PXI-8119 run LabVIEW Real-Time?
Yes. Dedicated PXI-8119 real-time configurations were available. Software and driver compatibility must be confirmed before deployment.
What is the PXI-8119 backplane bandwidth?
The conventional PCI-based PXI interface provides maximum theoretical bandwidth of 132 MB/s.
How many chassis slots does it occupy?
The PXI-8119 occupies four slots, beginning with the chassis system-controller slot.
Is the PXI-8119 discontinued?
Yes. The PXI-8119 is discontinued. Used and refurbished units may remain available for maintaining existing systems.
What are the common PXI-8119 part numbers?
Common ordering numbers include 782553-04, 782554-04, 782555-04, 782556-04, 782555-33, 782556-33, 782557-00 and 782558-00.
Request a Quote for the PXI-8119
Contact us for current availability, lead time and project pricing for the PXI-8119 2.3 GHz Quad-Core Intel Core i7 PXI Controller. We can also help verify the operating system, memory, storage, temperature range, compatible PXI chassis and suitable replacement controller for your test system.
