The PXIe-1085 is a high-performance PXI chassis with a high-bandwidth, full-hybrid backplane to meet the needs of a variety of high-performance test and measurement applications. It uses PCI Express 3rd generation technology and is designed for high throughput applications, with 8 GB/s per slot bandwidth and 24 GB/s system bandwidth. The chassis features 16 hybrid slots and one PXI high-speed system timing slot, providing up to 4 GB/s of dedicated bandwidth per slot. In addition, it supports high-performance instrumentation and delivers a total power of 925W over the entire temperature range. The chassis has the ability to monitor power supply health and voltage, intake air temperature, and fan health and speed, and can be monitored remotely through a web services portal and Ethernet connection at the back of the chassis. In addition, the case is serviceable and the power supply can be removed separately. Overall, the PXIe-1085 is a powerful test and measurement case for a variety of high-performance test and measurement applications.
The PXIe-1085 features and advantages are as follows:
High performance: The PXIe-1085 uses PCI Express third generation technology and is designed for high throughput applications. It achieves 8 GB/s per slot bandwidth and 24 GB/s system bandwidth through PCIe x8 third-generation links connected to each slot.
Hybrid slots: The case has 16 hybrid slots that can be plugged into a variety of instrument modules, including analog and digital I/O modules, signal conditioning modules, and more. This hybrid slot design allows users to flexibly configure modules according to specific needs, improving the scalability and adaptability of the device.
Temperature range: The PXIe-1085 can work normally in the temperature range of -55 ° C to +70 ° C, adapting to the test and measurement needs in various environments.
Monitoring function: The chassis monitors the power supply health status, voltage, intake air temperature, and fan health status and rotation speed to detect and alert potential problems in a timely manner, ensuring stable running of the device.
Serviceability: The chassis is serviceable and the power supply can be removed separately for easy maintenance and upgrade.
Remote monitoring: Through the web service portal and the Ethernet connection at the rear of the chassis, users can remotely monitor the health information of the chassis, improving the manageability and flexibility of the device.
In summary, the PXIe-1085 features and advantages such as high performance, hybrid slot design, wide temperature range, monitoring capabilities, serviceability and remote monitoring, and is suitable for a variety of high-performance test and measurement applications.
