M1020W-Series Engineering Workstation Quick Start Guide Container Contents Included in container The list below shows components included in an M1020W-Series Engineering Workstation container.
M1022W Overview and Features M1022W overview The M1022W Engineering Workstation is a 1U, GPU-optimized, high-performance engineering workstation based on the Intel® C602 chipset. The list below shows M1022W features.
M1022W Overview and Features, Continued M1022W rear ports and connectors The picture below shows ports, connectors, and buttons on the rear of an M1022W.
M1024W Overview and Features M1024W overview The M1024W Engineering Workstation is a 1U, GPU-optimized, high-performance engineering workstation based on the Intel® C602 chipset. The list below shows features that M1024W supports. Dual Socket R (LGA 2011) Intel Xeon E5-2600/1600 series processor (up to 8 cores and up to 130 W) and E5-2600 v2 family (up to 130W TDP, BIOS version 3.
M1024W Overview and Features, Continued M1024W front panel The picture and table below show indicators and buttons on the front panel of an M1024W. Indicator or Button 1 12 3 45 6 Information LED Description Information. Shows several states: Status Red, continuous Red, flashing (every second) Red, flashing (every 4 seconds) Blue, continuous 7 Blue, flashing Description Overheat condition. Check cables. Fan failure. Check fan. Power failure. Check power supply.
M1024W Overview and Features, Continued M1024W rear ports and connectors The picture below shows ports, connectors, and buttons on the rear of an M1024W. NOTE: Depending on workstation configuration, the PCoIP host card and GPU (graphics card) location can be reversed.
Rack Rails and Mounting Rack rail components Two rack rail assemblies are included with an M1020W-Series Engineering Workstation. Each assembly has two sections: Inner rails: attach to the workstation chassis (the inner rail is pre-attached), and Outer rack rails: attach to rack The picture below shows the inner chassis rails and the outer rack rails.
Rack Rails and Mounting, Continued Install inner rail extensions The picture and table below show how to attach and secure the inner rail extensions. Step 1 Step 3 Step 2 Step Step 3 Action 1 Align the hooks on the side of the chassis with the slots on the inner rail extension. 2 Slide the extension rail toward the front of the chassis. 3 Secure the extension rail with the screws provided. 4 Repeat these steps to attach the other extension rail on the other side of the chassis.
Rack Rails and Mounting, Continued Install outer rack rails The picture and table below shows how to install the assembled outer rack rails in a rack. Step 1 Adjust the outer rack rails so that the outer rails fit snugly in the rack. 2 Align the holes on the front of the outer rail with the holes on the front of the rack and secure with the screws provided (see A in the adjacent picture).
Setting up an M1020W-Series Engineering Workstation M1022W cabling This section shows how to connect cables. Numbers in parentheses correspond to labels shown in “M1022W front panel” and in “M1022W rear ports and connectors” to ease identification. Step Action 1 Install the included mounting rails to the server chassis and then install the chassis in a rack. 2 From the rear of the chassis, use the included video cables to route video from the PCoIP host card to the GPU.
Setting up an M1020W-Series Engineering Workstation, Continued M1024W cabling This section shows how to connect cables. Numbers in parentheses correspond to labels shown in “M1024W front panel” and in “M1024W rear ports and connectors” to ease identification. Step Action 8 Install the included mounting rails to the server chassis and then install the chassis in a rack. 9 From the rear of the chassis, use the included cables to route PCoIP host card video to the GPU graphics card.
Troubleshooting Video Output Overview The M-Series Engineering Workstation BIOS includes two options for VGA video output: onboard (which sends video to the onboard VGA adapter and rear VGA port) and offboard (which sends video to the add-on video card, or GPU). The default VGA setting is offboard so that video is sent to the add-on video card.
Troubleshooting Video Output, Continued Setting the BIOS VGA option (continued) Step Action 5 Select PCIe/PCI/PnP Configuration and press the ENTER key. 6 Select VGA Priority and press the ENTER key. 7 Select Offboard and press the ENTER key. 8 Press the F4 key to save your changes and exit. Select Yes and then press ENTER. NOTE: The connected VGA monitor will show POST messages and pause at an animated System Initializing message. This is normal operation.
Related Information and Support Related information The table below shows additional documents about workstation configuration, operation, and maintenance.
