ecc_intstatus_serr

         ECC single bit error status of individual modules.
A write to this register should return an error.

Module Instance	Base Address	Register Address
`i_sys_mgr_core`	`0xFFD12000`	`0xFFD1209C`

Size: 32

Offset: 0x9C

Access: RO

Important: The value of a reserved bit must be maintained in software. When you modify registers containing reserved bit fields, you must use a read-modify-write operation to preserve state and prevent indeterminate system behavior.

Bit Fields
31	30	29	28	27	26	25	24	23	22	21	20	19	18	17	16
`Reserved`														`ddr1` `RO 0x0`	`ddr0` `RO 0x0`
15	14	13	12	11	10	9	8	7	6	5	4	3	2	1	0
`sdmmcb` `RO 0x0`	`sdmmca` `RO 0x0`	`nand_rd` `RO 0x0`	`nand_wr` `RO 0x0`	`nand_buf` `RO 0x0`	`dma` `RO 0x0`	`emac2_tx` `RO 0x0`	`emac2_rx` `RO 0x0`	`emac1_tx` `RO 0x0`	`emac1_rx` `RO 0x0`	`emac0_tx` `RO 0x0`	`emac0_rx` `RO 0x0`	`usb1` `RO 0x0`	`usb0` `RO 0x0`	`ocram` `RO 0x0`	`Reserved`

ecc_intstatus_serr Fields

Bit	Name	Access	Reset
17	`ddr1`	`RO`	`0x0`
16	`ddr0`	`RO`	`0x0`
15	`sdmmcb`	`RO`	`0x0`
14	`sdmmca`	`RO`	`0x0`
13	`nand_rd`	`RO`	`0x0`
12	`nand_wr`	`RO`	`0x0`
11	`nand_buf`	`RO`	`0x0`
10	`dma`	`RO`	`0x0`
9	`emac2_tx`	`RO`	`0x0`
8	`emac2_rx`	`RO`	`0x0`
7	`emac1_tx`	`RO`	`0x0`
6	`emac1_rx`	`RO`	`0x0`
5	`emac0_tx`	`RO`	`0x0`
4	`emac0_rx`	`RO`	`0x0`
3	`usb1`	`RO`	`0x0`
2	`usb0`	`RO`	`0x0`
1	`ocram`	`RO`	`0x0`