Abstract: A cable fixture including a first pressing member that includes a first plate portion facing a first outlet and a first connector of a first cable plugged into the first outlet, and a second plate portion bent from the first plate portion to one side in a facing direction between the first plate portion and the first outlet; and a supporting member configured to support the first pressing member and capable of fixing the second plate portion at a position where the first plate portion abuts on the first connector.

Abstract: A cable fixture including a first pressing member that includes a first plate portion facing a first outlet and a first connector of a first cable plugged into the first outlet, and a second plate portion bent from the first plate portion to one side in a facing direction between the first plate portion and the first outlet; and a supporting member configured to support the first pressing member and capable of fixing the second plate portion at a position where the first plate portion abuts on the first connector.

Abstract: A coupling member is coupled to a support column of a rack. A plate-shaped member is rotatably engaged with a coupling member with one longitudinal end as an axis. An L-shaped member includes a first flat plate and a second flat plate orthogonal to the first flat plate and includes, with a transverse end of the first flat plate rotatably engaged with one plate face of the plate-shaped member with the longitudinal direction of the plate-shaped member as an axis and with a plate face of the first flat plate in intimate contact with the one plate face, a mounting member in which the second flat plate protrudes from one transverse end of the plate-shaped member and a fixing mechanism that fixes the mounting member with the plate face of the first flat plate in intimate contact with the one plate face of the plate-shaped member.

Abstract: A coupling member is coupled to a support column of a rack. A plate-shaped member is rotatably engaged with a coupling member with one longitudinal end as an axis. An L-shaped member includes a first flat plate and a second flat plate orthogonal to the first flat plate and includes, with a transverse end of the first flat plate rotatably engaged with one plate face of the plate-shaped member with the longitudinal direction of the plate-shaped member as an axis and with a plate face of the first flat plate in intimate contact with the one plate face, a mounting member in which the second flat plate protrudes from one transverse end of the plate-shaped member and a fixing mechanism that fixes the mounting member with the plate face of the first flat plate in intimate contact with the one plate face of the plate-shaped member.

Abstract: A disk array unit includes a motherboard enclosed within an enclosure. A group of first hard disk drives are mounted on the front surface of the motherboard. The individual first hard disk drives are kept in a standing attitude with respect to the front surface of the motherboard. One or more second hard disk drives are also mounted on the back surface of the motherboard. The disk array unit allows not only the front surface but also the back surface of the motherboard to receive the hard disk drives, so that the hard disk drives can efficiently be incorporated within the limited space, as compared with a conventional disk array unit. It is possible to realize an increased recording capacity of the entire disk array unit without enlarging the motherboard or adding another motherboard.

Abstract: A disk array unit includes a motherboard enclosed within an enclosure. A group of first hard disk drives are mounted on the front surface of the motherboard. The individual first hard disk drives are kept in a standing attitude with respect to the front surface of the motherboard. One or more second hard disk drives are also mounted on the back surface of the motherboard. The disk array unit allows not only the front surface but also the back surface of the motherboard to receive the hard disk drives, so that the hard disk drives can efficiently be incorporated within the limited space, as compared with a conventional disk array unit. It is possible to realize an increased recording capacity of the entire disk array unit without enlarging the motherboard or adding another motherboard.