Multiple Flash Bank Enumeration

I am having an issue with multiple flash bank enumeration. I have two banks of flash, each consisting of 2 x16 Intel Strata flash chips. I am creating two maps (in the same mapping file) and preforming a probe in each case. The interesting thing is that in the first probe MTD sees a 1x32 flash in 32-bit mode. In the second probe MTD sees a 2 x 16 flash in 32-bit mode. Furthermore during the first probe, the actual size returned in the mtd_info->size is 0x1000000, where the size of the secondis correct at 0x2000000. Can anyone clue me in as to what might be the issue? Here is a code snippet of my map file:

_______________[BEGIN CODE SNIPPET]_______________

static struct map_info myflash_map[] = {
        {
                .name = FLASH_CS0_NAME,
                .size = FLASH_EXT_FLASH_SIZE_ACTUAL,
                .bankwidth = 4,
                .phys = FLASH_EXT_FLASH_BASE_1
        },
        {
                .name = FLASH_CS1_NAME,
                .size = FLASH_EXT_FLASH_SIZE_ACTUAL,
                .bankwidth = 4,
                .phys = FLASH_EXT_FLASH_BASE_2
        },
};

static struct mtd_info *flash[2];
static struct mtd_info *chunk;

static int __init init_myflash(void)

{
    int                dev_cnt = 0,
                       i       = 0;
        for (i = 0; i < NUM_FLASH_BANKS; i++) {

                printk(KERN_NOTICE "Flash device : expected lentgh : 0x%lx at 0x%lx\n",
                         myflash_map[i].size,
                         myflash_map[i].phys);

                myflash_map[i].virt = (unsigned long)ioremap_nocache(myflash_map[i].phys,
                                                myflash_map[i].size);

                if (!myflash_map[i].virt) {
                        printk("Failed to ioremap_nocache\n");
                        return -EIO;
                }
                simple_map_init(&myflash_map[i]);

                if(NULL != (flash[i]     = do_map_probe("cfi_probe",   &myflash_map[i] )) {
                        flash[i]->owner = THIS_MODULE;
                        ++dev_cnt;
                       printk("Probe chip returned size : 0x%lx\n",
flash[i]->size);
                }
                else {
                        iounmap((void *)myflash_map[i].virt);
                }
        }
        if(dev_cnt >= 2) {
                /* Combine the two flash banks into a single MTD device & register it: */
                chunk = mtd_concat_create(flash, 2, "Flash Banks 0 and 1");
                if(chunk) {
                     add_mtd_device(chunk);
                }
        }
        return(dev_cnt ? 0 : -ENXIO);
}

_______________[END CODE SNIPPET]_______________

Here is some debugging info that I have been able to generate. My primary confustion is how, each bank could be found as different types as they are the same. This worked fine in 2.6.7, minus the bankwidth modification recently introduced. In the qry_present function I pust an extra printk that dumps the CFI structure, and if one is found, then prints out the whole private content of the found device. Here is the debugging that I gathered... for both banks:

________________[BEGIN DEBUG INFO]__________________________

devilBox:/# modprobe myflash
Flash device : expected length : 0x2000000 at 0xa0000000

genprobe_new_chip : MIN chips : 0x1 : MAX chips : 0x4 : Interleave (nr_chips): 0x1
QUERY PEEK:

                 Cmdset     0x0
             Interleave 0x1
             Dev Type   0x1
             CFI Mode   0x0
             Unlock 1   0x0
             Unlock 2   0x0
             Num Chips  0x0
             Chip Shift 0x0
Skipping QRY not present
QUERY PEEK:
                 Cmdset     0x0
             Interleave 0x1
             Dev Type   0x2
             CFI Mode   0x0
             Unlock 1   0x0
             Unlock 2   0x0
             Num Chips  0x0
             Chip Shift 0x0
Skipping QRY not present
QUERY PEEK:
                 Cmdset     0x0
             Interleave 0x1
             Dev Type   0x4
             CFI Mode   0x0
             Unlock 1   0x0
             Unlock 2   0x0
             Num Chips  0x0
             Chip Shift 0x0

FOUND CHIP : Setting up
Number of erase regions: 1
Erase Region #0: BlockSize 0x20000 bytes, 128 blocks
FLASH MFR : 0x89 : ID : 0x2
User Flash Bank 0: Found 1 x32 devices at 0x0 in 32-bit bank Primary Vendor Command Set: 0001 (Intel/Sharp Extended) Primary Algorithm Table at 0031
Alternative Vendor Command Set: 0000 (None)
No Alternate Algorithm Table

Vcc Minimum:  2.7 V
Vcc Maximum:  3.6 V

No Vpp line
Typical byte/word write timeout: 256 µs
Maximum byte/word write timeout: 512 µs
Typical full buffer write timeout: 512 µs
Maximum full buffer write timeout: 1024 µs
Typical block erase timeout: 1024 ms
Maximum block erase timeout: 4096 ms
Chip erase not supported
Device size: 0x1000000 bytes (16 MiB)
Flash Device Interface description: 0x0001
- x16-only asynchronous interface
Max. bytes in buffer write: 0x40
Number of Erase Block Regions: 1
settings DevSize/Chipshift: 0x18 : Chip Max : 0x2
QUERY PEEK:

             Cmdset     0x0
             Interleave 0x1
             Dev Type   0x4
             CFI Mode   0x1
             Unlock 1   0x0
             Unlock 2   0x0
             Num Chips  0x1
             Chip Shift 0x18

Skipping QRY not present
Probing : 0x1000000: Chip Max 0x2
Intel/Sharp Extended Query Table at 0x0031
cfi_cmdset_0001: Erase suspend on write enabled
number of CFI chips: 1
Using buffer write method
Probe chip returned size : 0x1000000

Flash device: expected length 0x2000000 at 0xa2000000 genprobe_new_chip : MIN chips : 0x1 : MAX chips : 0x4 : Interleave (nr_chips): 0x1

QUERY PEEK:

             Cmdset     0x0
             Interleave 0x1
             Dev Type   0x1
             CFI Mode   0x0
             Unlock 1   0x0
             Unlock 2   0x0
             Num Chips  0x0
             Chip Shift 0x0
Skipping QRY not present
QUERY PEEK:
                 Cmdset     0x0
             Interleave 0x1
             Dev Type   0x2
             CFI Mode   0x0
             Unlock 1   0x0
             Unlock 2   0x0
             Num Chips  0x0
             Chip Shift 0x0
Skipping QRY not present
QUERY PEEK:
             Cmdset     0x0
             Interleave 0x1
             Dev Type   0x4
             CFI Mode   0x0
             Unlock 1   0x0
             Unlock 2   0x0
             Num Chips  0x0
             Chip Shift 0x0

Skipping QRY not present

genprobe_new_chip : MIN chips : 0x1 : MAX chips : 0x4 : Interleave (nr_chips): 0x2

QUERY PEEK:

                 Cmdset     0x0
             Interleave 0x2
             Dev Type   0x1
             CFI Mode   0x0
             Unlock 1   0x0
             Unlock 2   0x0
             Num Chips  0x0
             Chip Shift 0x0
Skipping QRY not present
QUERY PEEK:
                 Cmdset     0x0
             Interleave 0x2
             Dev Type   0x2
             CFI Mode   0x0
             Unlock 1   0x0
             Unlock 2   0x0
             Num Chips  0x0
             Chip Shift 0x0

FOUND CHIP : Setting up
Number of erase regions: 1
Erase Region #0: BlockSize 0x20000 bytes, 128 blocks
FLASH MFR : 0x89 : ID : 0x2
User Flash Bank 1: Found 2 x16 devices at 0x0 in 32-bit bank Primary Vendor Command Set: 0001 (Intel/Sharp Extended) Primary Algorithm Table at 0031
Alternative Vendor Command Set: 0000 (None)
No Alternate Algorithm Table

Vcc Minimum:  2.7 V
Vcc Maximum:  3.6 V

No Vpp line
Typical byte/word write timeout: 256 µs
Maximum byte/word write timeout: 512 µs
Typical full buffer write timeout: 512 µs
Maximum full buffer write timeout: 1024 µs
Typical block erase timeout: 1024 ms
Maximum block erase timeout: 4096 ms
Chip erase not supported
Device size: 0x1000000 bytes (16 MiB)
Flash Device Interface description: 0x0001
- x16-only asynchronous interface
Max. bytes in buffer write: 0x40
Number of Erase Block Regions: 1
settings DevSize/Chipshift: 0x19 : Chip Max : 0x1
Intel/Sharp Extended Query Table at 0x0031
cfi_cmdset_0001: Erase suspend on write enabled
number of CFI chips: 1
Using buffer write method
Probe chip returned size : 0x2000000

________________[END DEBUG INFO]__________________________

I am confused how each device can show up differently in each probe, does anyone have any clues or pointers where I can go look? Thank you in advance,

Kind regards,
Joseph Barnett