3.4.2 Removing HDD/FFD from cPCI-6760DK/P5
∙Remove the four screws from the bottom side that mounts on the copper stand-offs.
∙Remove the 44-pin ribbon cable from CN2 of the cPCI-6760DK/P5 and remove the cable from the HDD.
∙Remove the copper stand-offs from the HDD.
3.5Device Connection for OS Installation
This section describes how to get started with installation of an OS on to the cPCI-6760DK/P5 CPU module. The easiest way to install an OS is by connecting an ATAPI CD-ROM.
3.5.1Using the cPCI-6760DK/P5 with ADLINK’s cBP-6108 and 6515 series backplane
Since the cBP-6108 and 6515 series backplane have direct IDE connection from J3/P3 and J5/P5 on the rear I/O interface, and the pin assignments are compatible with that of the cPCI-6760DK/P5 series product. Users can easily connect a 40-pin ribbon cable into the IDE interface on the rear side of backplane. Then connect the other end of the cable into an ATAPI CD-ROM. Because the primary IDE interface is wired to J3 and then goes to be used by the DB-6760J3 daughter board, users can only connect an IDE cable on the secondary IDE interface on the backplane. If users have installed a 2.5” ATA HDD or CF card on the front board, it is recommend that the master/slave setting on CD-ROM be adjusted to prevent any conflicts.
3.5.2 Using the cPCI-6760DK/P5 on other backplanes
For backplanes, which are not compatible with the pin assignments of J5/P5 IDE interface of the cPCI-6760DK/P5, users can connect a 40-pin ribbon cable onto the Secondary IDE interface on the cPCI-R6760D or cPCI-R6760S rear board and then connect the other end of the ribbon cable onto the ATAPI CD-ROM. If users have installed a 2.5” ATA HDD or a CF card on the front board, it is recommended that the master/slave setting on the CD-ROM be adjusted to prevent any conflicts.
Getting Started ∙ 35