Description

Basic information
Brand: NI (National Instruments Corporation)
Model: PXIe-1085
Type: 18 slot 3U PXI Express chassis
Technical specification
Slot configuration:
18 slots, including 16 hybrid slots and 1 PXI Express timing slot (usually located in slot 10).
System bandwidth:
Maximum system bandwidth up to 24 GB/s is achieved through PCIe Gen 3 technology.
Bandwidth allocation:
Each slot provides up to 8 GB/s of bandwidth (PCIe x8 Gen 3 link).
Power and heat dissipation:
The total power can reach 925W and will not derate in the temperature range of 0-55 ° C.
Provides 38.25W of power per slot.
The rear end of the chassis is equipped with a hot-swappable cooling fan for independent heat dissipation.
Connection and trigger:
Integrate all features of the latest PXI specification, including PXI and PXI Express module support through the built-in 10 MHz reference clock.
PXI trigger bus and PXI star trigger for PXI modules are provided, as well as a built-in 100 MHz reference clock, SYNC 100 and PXI star differential trigger for PXI Express modules.
Characteristics and advantages
Flexibility: The hybrid connector types available in each peripheral slot allow maximum flexibility in meter module placement.
High performance: PCI Express third generation technology is designed for high throughput applications.
Monitoring and diagnosis:
Monitor power supply health, voltage, intake temperature, and fan health and speed.
Fault feedback is provided to the user through the LED status indicator on the front panel of the chassis.
Supports remote monitoring of chassis health information through the web service portal and Ethernet connection at the rear of the chassis.
Scalability: Supports a wide range of test and measurement applications to meet a wide range of performance requirements.
Application field
The NI PXIe-1085 chassis is used in a wide variety of applications requiring high performance test and measurement, including but not limited to electronics, aerospace, defense, automotive, industrial automation, and more.

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