HP Hitachi Dynamic Link Manager Software Licenses - Manual (Page 140)

Kernel architecture Kernel File system
EM64T/AMD64 2.6.32-71.el6.x86_64 ext2 (supplied with the OS)
ext3 (supplied with the OS)
ext4 (supplied with the OS)
GFS2 (supplied with the OS)
#1
2.6.32-131.0.15.el6.x86_64
2.6.32-220.el6.x86_64 ext2 (supplied with the OS)
ext3 (supplied with the OS)
ext4 (supplied with the OS)
GFS2 (supplied with the OS)
#1
xfs (supplied with the OS) #1
2.6.32-279.el6.x86_64 ext2 (supplied with the OS)
ext3 (supplied with the OS)
ext4 (supplied with the OS)
GFS2 (supplied with the OS)
#1
GPFS #2
2.6.32-358.el6.x86_64 ext2 (supplied with the OS)
ext3 (supplied with the OS)
ext4 (supplied with the OS)
GFS2 (supplied with the OS)
#1
xfs (supplied with the OS) #1
2.6.32-431.el6.x86_64 ext2 (supplied with the OS)
ext3 (supplied with the OS)
ext4 (supplied with the OS)
GFS2 (supplied with the OS)
#1
#1
An HDLM device cannot be used as a boot disk.
#2
You cannot use the GPFS reservation function.
Boot Disk Environments Supported by HDLM
HDLM supports boot disks in the environments listed in the following tables:
• Table 3-34 Operating Environments for Boot Disks When Using Red Hat
Enterprise Linux 6 (If an FC-SAN Is Used) on page 3-69
• Table 3-35 Operating Environments for Boot Disks When Using Red Hat
Enterprise Linux 6 (If an IP-SAN Is Used) on page 3-69
For details on OSs (kernels) that each storage system model supports, see
the storage system documentation.
3-68
Creating an HDLM Environment
Hitachi Dynamic Link Manager (for Linux®) User Guide