*
* scriptaddr and pxefile_addr_r can be pretty much anywhere that doesn't
* conflict with something else. Reserving 1M for each of them at
- * 0x02400000-0x02500000 and 0x02500000-0x02600000 should be plenty.
+ * 0x05400000-0x05500000 and 0x05500000-0x05600000 should be plenty.
*
* On ARM, both the DTB and any possible initrd must be loaded such that they
* fit inside the lowmem mapping in Linux. In practice, this usually means not
* more than ~700M away from the start of the kernel image but this number can
* be larger OR smaller depending on e.g. the 'vmalloc=xxxM' command line
* parameter given to the kernel. So reserving memory from low to high
- * satisfies this constraint again. Reserving 1M at 0x02600000-0x02700000 for
- * the DTB leaves rest of the free RAM to the initrd starting at 0x02700000.
- * Even with the smallest possible CPU-GPU memory split of the CPU getting
- * only 64M, the remaining 25M starting at 0x02700000 should allow quite
- * large initrds before they start colliding with U-Boot.
+ * satisfies this constraint again. Reserving 1M at 0x05600000-0x05700000 for
+ * the DTB leaves rest of the free RAM to the initrd starting at 0x05700000.
+ * This means that the board must have at least 128MB of RAM available to
+ * U-Boot, more if the initrd is large.
*
- * Limit bootm_size to 512MB so that all boot images stay within the bottom
+ * For compressed kernels, the maximum size is just under 32MB, with an area for
+ * decompression at 0x02000000 with space for 52MB, which is plenty for current
+ * kernels.
+ *
+ * limit bootm_size to 512MB so that all boot images stay within the bottom
* 512MB of memory
*/
bootm_size=0x20000000
kernel_addr_r=0x00080000
-scriptaddr=0x02400000
-pxefile_addr_r=0x02500000
-fdt_addr_r=0x02600000
-ramdisk_addr_r=0x02700000
+kernel_comp_addr_r=0x02000000
+kernel_comp_size=0x03400000
+scriptaddr=0x05400000
+pxefile_addr_r=0x05500000
+fdt_addr_r=0x05600000
+ramdisk_addr_r=0x05700000
boot_targets=mmc usb pxe dhcp