Hybrid faceplate for computing systems

A faceplate for a computing system, the faceplate comprising:

• a die-cast metallic frame, comprising:
• a front face having a length;
• two attachment mechanisms positioned on two lower front-facing corners, respectively;
• and
• two raised ridges along two top edges in a direction in which depth is measured;
• and
• a sheet-metal front face extending along the length, wherein a rear side of the sheet-metal front face is mechanically coupled to the die-cast metallic frame such that the sheet-metal front face covers the front face of the die-cast metallic frame, the sheet-metal front face comprising a single sheet of metal and further comprising:
• two cutout openings positioned, respectively, on two lower corners of the sheet-metal front face to fit the attachment mechanisms which protrude beyond the sheet-metal front face;
• and
• two cutout gaps between a left side and a top side and between a right side and the top side of the sheet-metal front face, respectively, to accommodate the raised ridges of the die-cast metallic frame;
• wherein the attachment mechanisms are coupled to a pair of handles and can withstand a pushing or pulling force for insertion or ejection of hardware attached to the faceplate;
• wherein the sheet-metal front face front does not bear the force associated with insertion or ejection of the hardware;
• and
• wherein, in a state of the faceplate coupled to a node enclosure of the computing system, the faceplate forms a front face of the node enclosure with each of the die-cast metallic frame of the faceplate and the sheet-metal front face of the faceplate extending together across a width of the node enclosure.

A computing system, comprising:

• a chassis;
• and
• one or more node enclosures housed in the chassis, wherein a respective node enclosure encloses a computing node and comprises a faceplate comprising:
• a die-cast metallic frame comprising a front face having a length;
• and
• a sheet-metal front face extending along the length, wherein a rear side of the sheet-metal front face is attached to the die-cast metallic frame such that the sheet-metal front face covers the front face of the die-cast metallic frame;
• wherein the die-cast metallic frame comprises at least one attachment mechanism protruding beyond the sheet-metal front face for attaching a handle used for insertion or ejection of hardware attached to the faceplate, thereby allowing the die-cast metallic frame to bear a force associated with insertion or ejection of the hardware;
• wherein the sheet-metal front face does not bear the force associated with insertion or ejection of the hardware;
• and
• wherein, in a state of the faceplate coupled to the respective node enclosure, the faceplate forms a front face of the respective node enclosure with each of the die-cast metallic frame of the faceplate and the sheet-metal front face of the faceplate extending together across a width of the respective node enclosure.