Accessories

• Intel CoffeeLake 6-Core i7-9850HE processor
• 4-slot PXIe controller module
• Up to 64 GB RAM memory
• Front-removable 512 GB solid-state drive
  
• Front panel connections: one Gigabit Ethernet port, one 10 Gigabit Ethernet port, four USB 2.0 ports, two USB 3.0 ports, one GPIB connector, one DisplayPort video port, and two Thunderbolt 3.0 ports
  

This high-performance, four-slot PXIe embedded controller module offers Gen 3 performance and a Windows 10 operating system. It is designed for high-performance and complex, multi-chassis systems. It is also well-suited for secure environments due to its front panel and removable solid-state drive.

The embedded controller is built upon an Intel 6-Core i7-9850HE processor with 12 threads and is an excellent choice for complex applications requiring high computing power memory options up to a total of 64 GB, DisplayPort, USB, LAN, GPIB, and Thunderbolt connections, and removable SSD on the front panel are a few of the valuable features this controller has to offer.

• x1 connector to match up with the M9045B
• x8 connector to match up with M9502A, M9505A, or M9021A
• 2.0 m length

The Y1200B PCIe cable is used with the M9045B to connect an M9502A/M9505A AXIe chassis or M9018A PXIe Chassis with M9021A cable interface to a laptop computer.

The Keysight DAQM910A module data acquisition system is a low-voltage 20-channel multiplexer module. It combines dense, multifunction switching with 80-channel-per-second scan rates to address a broad spectrum of low-voltage data acquisition applications. You can mix two- and four-wire channels on the same module. Additional features include the following:

• two- and four-wire scanning
• maximum 40 Vpk circuit protection and switching
• automatic voltage safety monitoring
• built-in thermocouple reference junction
• SCPI compatible with DAQM901A module (for voltage and temperature measurement applications)

The standard product includes the following:

• 1 DAQM910A multiplexer module
• 1 functional test certificate

Please Note: Firmware version A.03 or above is required on DAQ970A and DAQ973A for compatibility with the DAQM910A.

• Low-cost, 4-slot PXI controller module
  
• Intel Quad-Core i3-8100H 3.0GHz
• Front-removable 256 GB solid state drive
• Up to 32 GB RAM memory
• Gen 3 PCIe®, 4- or 2-link (up to x24) configuration providing up to 15 GB/s max data bandwidth from CPU to PXIe backplane
• Front panel connections: four USB 2.0, two USB 3.0, two LAN (10/100/1000), and one GPIB

This low-cost, four-slot PXIe embedded controller module offers Gen 3 performance and a Windows 11 operating system. It is designed for mid-performance systems and is also well-suited for secure environments due to its front panel, removable solid state drive. The embedded controller is built upon a low-power Intel i3 processor with 4 threads supported through 4 cores. It is an excellent choice for single-chassis, lower-cost applications that still require a quad-core processor. Memory options up to a total of 32 GB, dual DisplayPort, USB, LAN, and GPIB connections, and a removable SSD on the front panel are a few of the valuable features this controller has to offer.

The M9046A PXIe 18-slot chassis delivers the power and cooling required for high-performance applications. It includes 3 PXIe hybrid slots which gives the system designer the flexibility to mix PXIe and hybrid-compatible modules. With its Gen 3 backplane and x24 system slot, it is ready to tackle high-data bandwidth applications.

The M9046A is new from the ground up including a new power supply design providing unprecedented power per-slot capabilities with the ability to monitor power and control switching frequency on a per-slot basis. With improved airflow, the improvement in cooling performance results in superior acoustic performance with up to a maximum of 85 watts per slot. The chassis is also designed for easy integration into large systems containing multiple PXIe chassis and other non-PXI instrumentation including access to 8 hardware trigger lines without consuming a slot.

Cooling high-power PXI Modules (>38W) is complex and has many variables. Variations in Chassis and Module designs result in different cooling characteristics, such as cooling per slot and the cooling profile across a module within a slot that can impact the modules specifications and safety.

Due to that complexity and lack of an interoperable standard, high-power PXI Chassis and Modules from different companies were designed separately and may not be interoperable. Currently, there is not an initiative within the PXISA to try to specify a mechanism for guaranteeing interoperability, so it is recommended that you use the high-power PXI Chassis from the same company you are purchasing the high-power PXI Module from.

• 3 PXIe hybrid slots, 13 PXIe slots, 1 PXIe timing slot, and 1 PXIe system slot
• High power with up to 1675W usable power
• Up to 85 W/slot cooling with exceptional acoustical performance
• Multi-chassis power-sequencing and optional rear trigger access

• High performance Gen 3 backplane with a two link (x8 and x16) system slot and x8 links to the PXIe slots
• Backplane speeds of up to 24 GB/s system and 8 GB/s slot-to-slot
• Innovative chassis cooling system with increased volume of airflow for improved per-slot cooling and lower acoustical noise

• 1-slot Thunderbolt 3.0 system module.
• Up to 22 Gb/s bandwidth.
• Intel Titan Ridge Thunderbolt 3 controller.
• Front panel connections: two Thunderbolt 3.0 USB-C PD-capable ports.
  

This Gen 3 PXIe Thunderbolt system module offers an alternative to PCIe for chassis and computer link with dual Thunderbolt 3.0 ports with power delivery. 

The Air Inlet Modules included in the Y1214C kit are designed for use with the M9018B and M9019A PXIe chassis. They provide additional airflow from the front of the chassis, allowing for enhanced cooling of high power dissipation modules, particularly when rack mounting obstructs the bottom chassis vents. Additionally, the Controller Expansion Slot Blocker included in the Y1214C kit is compatible with the M9010A, M9018B, M9019A, and M9046A PXIe chassis. This Expansion Slot Blocker is specifically required when using the M9022A, M9023A, and M9025A PXIe System Modules. Some assembly is required.

• Allows the system designer to decide how best to cool the PXIe chassis.
• Provides more design flexibility than any other PXI chassis.
• The Y1214C Air Inlet Kit replaces the Y1214A and Y1214B Air Inlet Kits.

Advanced cooling spacer kit for M9046A 18-slot chassis.

Flush Mount Kit for M9046A 18-slot PXIe chassis.

Applications

• Aerospace and Defense
• Electronic test
• Communications

Functionality

• 18 total slots: 16 PXIe hybrid slots, 1 timing/PXIe slot, and 1 PXIe system slot
• Multi-chassis power-sequencing and front panel external trigger inputs/outputs
• 800 W useable DC power (220-240 V input) and 42 W/slot cooling

Performance characteristics

• Ultra-high performance Gen 3 PCIe switching with a two-link (x8, x16) system slot and x8 links to the hybrid/timing slots
• High data bandwidth (maximum 24 GB/s system and 8 GB/s slot-to-slot)
• Innovative cooling design that allows chassis to fit into 4U of rack space in most cases

The Keysight M9019A PXIe 18-slot Gen 3 chassis delivers the flexibility, compatibility, and performance required for demanding applications. With 16 PXIe hybrid slots, it gives the system designer more flexibility to mix and match the number and location of PXIe and hybrid-compatible modules. The ultra-high performance, PCIe® switch fabric can operate up to Gen 3 providing up to 24 GB/s of system data bandwidth. Combine the M9019A with the M9022A/23A/24A PXIe System Modules and M9048B/49A PCIe Desktop Adapters to achieve up to a Gen 3 x16 PCIe link to an external PC.

The M9019A has an innovative cooling design which allows the chassis to fit into 4U of rack space in most cases. When combined with the latest 1U rack-mounted computer, a powerful system can be built in only 5U of rack space. Additionally, optional “air-inlet” modules can be used to supply more cool air from the front of the chassis.

The Y1224A cable enables multiple Keysight AXIe chassis to share clocking, synchronization, and triggering signals. Connecting two AXIe chassis requires one cable. Additional chassis connect in a daisy-chain fashion (one additional cable per additional chassis). Chassis-to-chassis timing performance is greatly improved if the AXIe module software provides timing correlation between chassis. Keysight AXIe-based logic analyzers support chassis-to-chassis timing correlation. This cable is also compatible with the 16900A, 16901A, and 16902 logic analysis systems. MultiFrame cables can be used with other AXIe modules, but chassis-to-chassis timing correlation is not specified. Non-Keysight AXIe chassis do not support this chassis.

• form large systems by connecting the trigger buses of multiple Keysight AXIe chassis together
  
• supported by the Keysight AXIe-based logic analysis systems
• also compatible with the Keysight 16900A, 16901A, and 16902 logic analysis systems
• cable length: 3.0 m

The Keysight Y1223A cable enables multiple Keysight AXIe chassis to share clocking, synchronization, and triggering signals. Connecting two AXIe chassis requires one cable. Additional chassis connect in a daisy-chain fashion (one additional cable per additional chassis). Chassis-to-chassis timing performance is greatly improved if the AXIe module software provides timing correlation between chassis. Keysight AXIe-based logic analyzers support chassis-to-chassis timing correlation. This cable is also compatible with the 16900A, 16901A, and 16902 logic analysis systems. MultiFrame cables can be used with other AXIe modules, but chassis-to-chassis timing correlation is not specified. Non-Keysight AXIe chassis do not support this chassis.

• form large systems by connecting the trigger buses of multiple Keysight AXIe chassis together
• supported by the Keysight AXIe-based logic analysis systems
• also compatible with the Keysight 16900A, 16901A, and 16902 logic analysis systems
• cable length: 0.5 m