Model: SCXI-1000
Category: Chassis – for SCXI
4-slot AC Chassis – for SCXI – The SCXI‑1000 is a rugged, low-noise chassis that powers SCXI modules and handles all timing, triggering, and signal routing between other modules and SCXI modules. For larger systems or future expansion needs, users can Daisy chain up to eight SCXI‑1000 cases to a single multi-function I/O device or module for high-channel applications. The SCXI‑1000 offers seven different power options to meet the power requirements of different countries and can be reconfigured for other countries.

SCXI-1000 Features:
Provides power, heat dissipation, and communication bus for the system.
Multiple instrument modules can be installed in the same housing.
Different specifications from 2 to 18 slots are available to meet different application requirements.
It is suitable for high data throughput applications such as high channel number data acquisition, high-speed digital I/O, RF and high-speed image acquisition.
Compatible with PXI, PXI Express, CompactPCI, and CompactPCI Express modules.
The cooling power of some chassis slots is up to 82W, and it can operate without capacity reduction at 0-55 ° C.
SCXI-1000 Performance parameters:
The SCXI-1000 has a system bandwidth of up to 24 GB/s and a dedicated bandwidth of up to 8 GB/s per slot.
Providing high bandwidth and flexibility, it is widely used in industrial automation, test and measurement, data acquisition and other fields.
SCXI-1000 Technical details:
The PXI chassis uses PC-based commercial PCI and PCI Express bus technologies.
The modular package form is based on the cPCI standard, with the addition of pins and a PXI local bus to support trigger functionality.
PXI modules with instrument capabilities are installed in the case and can contain a separate controller or a PCI(e) to PXI(e) bridge controller.
SCXI-1000 Market Applications:
PXI chassis are available in the market in a variety of models and specifications, such as the NI PXI-1045 18-slot PXI chassis, PXIeC-7318G3-21MH chassis, etc.
These enclosures not only provide superior performance and flexibility, but also focus on system security and stability, providing users with efficient data processing and control solutions.