14-slot CH-14 PXIe-PC chassis

The new CH-14 PC PXIe-PC chassis with an embedded PC allows the creation of high-performance multifunctional systems for collecting and processing large flows of information, as well as systems for monitoring and adjusting radio-electronic equipment.

Key features:

The built-in high-performance PC has everything you need to control the entire system.
PCIe Gen3 support, DownLink ports (8 PCIe lanes) for connecting external equipment (PXI chassis, AXIe chassis) via PCIe x8 cable interface
Built-in PXI chassis system module
The presence of a built-in matrix switcher of trigger events with the ability to relay trigger events signals to / from external equipment. Management, registration, formation of trigger events
Selectable frequency reference source (internal / external) to ensure synchronous operation of peripheral modules in different chassis
Ensures only PXIe peripheral modules function (no hybrid or PXI-1 slots)
"Transparency" for PXIe drivers of peripheral modules (additional software is not required for operation, the modules are displayed in the PC Device Manager)
Availability of a Web interface for configuring the system, viewing the status of PXI modules

14-slot PXIe chassis CH-14 PXIe-PC

296.47 КБ

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Chassis type - PXIe	The number of peripheral slots - 14
Built-in PC: Processor: Intel Core i7-7700 CPU @ 3.60 GHz RAM: DDR4 (1066 MHz) 16 GB Hard disk: 2.5 "SATA SSD 512 GB	PXI or AXIe Optional Chassis Connections (DownLink Port) - PCIe x8 Cable Standard
The exchange of information streams is carried out via the PСIe Gen3 interface	Maximum system throughput - 128 Gb / s bidirectional streams (64 Gb / s one way, 8 lanes at 8 Gb / s)
Maximum Bandwidth Per Module - 64 Gb / s bidirectional streams (32 Gb / s one way, 4 lanes at 8 Gb / s)	Integrated controller that implements the function of the system module PXI chassis (does not take up additional space for installing peripheral modules)
The PXIe modules' integrated on-board timing system provides the following features: Patching any trigger event on any line to any other line inside the chassis and to an external chassis connector. Patching a trigger event from the external chassis connector to any trigger event lines inside the chassis. Possibility to invert (reverse polarity) signals on any chassis trigger lines Possibility to register and display the presence of trigger events on each chassis trigger event line Ability to generate trigger events on any chassis trigger event lines and external connector Selecting the source of the reference frequencies for the operation of the PXIe modules - internal frequency of the chassis or external frequency from the connector on the chassis Formation of the reference frequency of the chassis to the external connector of the chassis to create multi-rack systems operating in a single time frequency grid Control, switching, registration of trigger events, as well as selection of the reference frequency source is carried out via the chassis WEB interface. If necessary, the configuration can be saved to the chassis FLASH memory to retain the configuration of the trigger events and the frequency reference when the chassis is powered down.	Embedded WEB - chassis interface provides Monitoring the status of each PXIe module in terms of the presence of problems with their power supply and functioning (monitoring the presence of PWRGD, Alarm, Alert signals from modules) Ability to power on / off each PXIe module if the modules support the PXI PWREN signal Trigger Matrix Switcher Control Selecting the Chassis Reference Source Write configuration to chassis FLASH Controlling Chassis Fan Modes Display of the current temperature inside the chassis IP addressing support - static IP, DHCP, Auto IP Physical interface with PC - Ethernet with support for Auto MDIX mode, RJ45 connector type
	The chassis power supply type is 220 V AC.
	Chassis power supply 1000 W
	Maximum power per slot - 70 W
	Overall dimensions (W x H x D) - 450 x 200 x 310 mm
	Weight - 15 kg.