MB97R8050

DS411-00005-4v0-E

3

• Memory map

(2) TID

This LSI contains 176-bit XTID format data in compliance with EPC Tag Data Standard 1.6 (abbreviated as

TDS 1.6 in the following).

XTID consists of the following items. The 8-bit data (00H to 07H) indicates Identifier of EPC with the fixed

value of ”E2H”.

• TAG MDID (08H to 13H)

The 12-bit data indicates IC manufacture code with fixed value of ”810H”.

• TAG MODEL NUMBER (14H to 1FH)

The unique 12-bit serial number is assigned by Fujitsu Semiconductor.

The first 8-bit data of TAG MODEL NUMBER [11:4] indicates LSI code with fixed value of “07H”.

The bottom 4-bit data of TAG MODEL NUMBER [3:0] indicates LSI version.

• XTID Header Segment (20H to 2FH)

The 16-bit data indicates XTID’s support status with fixed value of “3800H”.

• Serial Number Segment (30H to 5FH)

The unique 48-bit serial number is assigned by Fujitsu Semiconductor.

Memory

Bank

Name

Memory

Bank

Number

Memory

Bank Bit

Address

Memory

Bank Word

Address

Data Description

Size

(word)

Total

(word)

Total

(bit)

TID

10

A0HAFH

0AH

BlockWrite and BlockErase Segment [15:0]

1

11

176

90H9FH

09H

BlockWrite and BlockErase Segment [31:16]

1

80H8FH

08H

BlockWrite and BlockErase Segment [47:32]

1

70H7FH

07H

BlockWrite and BlockErase Segment [63:48]

1

60H6FH

06H

Optional Command Support Segment [15:0]

1

50H5FH

05H

Serial Number Segment [15:0]

1

40H4FH

04H

Serial Number Segment [31:16]

1

30H3FH

03H

Serial Number Segment [47:32]

1

20H2FH

02H

XTID Header Segment [15:0]

1

10H1FH

01H

TAG MDID[3:0], TAG MODEL NUMBER[11:0]

1

00H0FH

00H

E2H, TAG MDID[11:4]

1

EPC

01

90H9FH

09H

EPC[15:0]

1

10

160

80H8FH

08H

EPC[32:16]

1

70H7FH

07H

EPC[47:32]

1

60H6FH

06H

EPC[63:48]

1

50H5FH

05H

EPC[79:64]

1

40H4FH

04H

EPC[95:80]

1

30H3FH

03H

EPC[111:96]

1

20H2FH

02H

EPC[127:112]

1

10H1FH

01H

StoredPC[15:0]

1

00H0FH

00H

StoredCRC16[15:0]

1

RESERVED

00

30H3FH

03H

ACCESS-Password[15:0]

1

4

64

20H2FH

02H

ACCESS-Password[31:16]

1

10H1FH

01H

KILL-Password[15:0]

1

00H0FH

00H

KILL-Password[31:16]

1