Group

Signal

DDR3

TLA

Group

Signal

DDR3

TLA

Name

Name

Pin #

Input

Name

Name

Pin #

Input

WrB_DatHi

WR_B_DQ63

234

S_D2:0^1

WrB_DatLo

WR_B_DQ31

156

M_D0:6^1

(Hex)

WR_B_DQ62

233

S_D2:1^1

(Hex)

WR_B_DQ30

155

M_D0:3^1

 

WR_B_DQ61

228

S_D2:5^1

 

WR_B_DQ29

150

S_C0:0^1

 

WR_B_DQ60

227

S_Q1^1

 

WR_B_DQ28

149

S_C0:1^1

 

WR_B_DQ59

115

S_D2:2^1

 

WR_B_DQ27

37

M_D0:4^1

 

WR_B_DQ58

114

S_D2:3^1

 

WR_B_DQ26

36

M_D0:1^1

 

WR_B_DQ57

109

S_D2:7^1

 

WR_B_DQ25

31

S_C0:2^1

 

WR_B_DQ56

108

S_D3:0^1

 

WR_B_DQ24

30

S_C0:3^1

 

WR_B_DQ55

225

S_D3:2^1

 

WR_B_DQ23

147

S_C0:4^1

 

WR_B_DQ54

224

S_D3:3^1

 

WR_B_DQ22

146

S_C0:5^1

 

WR_B_DQ53

219

S_D3:7^1

 

WR_B_DQ21

141

S_C1:2^1

 

WR_B_DQ52

218

S_D1:5^1

 

WR_B_DQ20

140

S_C1:3^1

 

WR_B_DQ51

106

S_D3:1^1

 

WR_B_DQ19

28

S_C0:6^1

 

WR_B_DQ50

105

S_D3:4^1

 

WR_B_DQ18

27

S_C0:7^1

 

WR_B_DQ49

100

S_D1:7^1

 

WR_B_DQ17

22

S_C1:1^1

 

WR_B_DQ48

99

S_D1:6^1

 

WR_B_DQ16

21

S_C1:4^1

 

WR_B_DQ47

216

S_D1:4^1

 

WR_B_DQ15

138

S_C1:6^1

 

WR_B_DQ46

215

S_D1:1^1

 

WR_B_DQ14

137

S_C1:7^1

 

WR_B_DQ45

210

S_D0:7^1

 

WR_B_DQ13

132

S_E1:4^1

 

WR_B_DQ44

209

S_D0:6^1

 

WR_B_DQ12

131

S_E1:1^1

 

WR_B_DQ43

97

S_D1:3^1

 

WR_B_DQ11

19

S_C1:5^1

 

WR_B_DQ42

96

S_D1:2^1

 

WR_B_DQ10

18

S_E1:7^1

 

WR_B_DQ41

91

S_D0:5^1

 

WR_B_DQ9

13

S_E1:3^1

 

WR_B_DQ40

90

S_D0:4^1

 

WR_B_DQ8

12

S_E1:2^1

 

WR_B_DQ39

207

S_D0:3^1

 

WR_B_DQ7

129

S_E1:0^1

 

WR_B_DQ38

206

S_D0:2v

 

WR_B_DQ6

128

S_E0:7^1

 

WR_B_DQ37

201

M_C0:1^1

 

WR_B_DQ5

123

S_E0:3^1

 

WR_B_DQ36

200

M_C0:4^1

 

WR_B_DQ4

122

S_E0:2^1

 

WR_B_DQ35

88

S_D0:1v

 

WR_B_DQ3

10

S_CK2^1

 

WR_B_DQ34

87

S_D0:0^1

 

WR_B_DQ2

9

S_E0:5^1

 

WR_B_DQ32

83

M_C0:6^1

 

WR_B_DQ1

4

S_E0:1^1

 

WR_B_DQ33

81

M_C0:7^1

 

WR_B_DQ0

3

S_E0:0^1

Table 2 – B_DDR3D_2G (<=1066MT/s Read and Write) TLA Channel Grouping (cont’d.)

Notes:

1.All signals on this page are required for accurate post-processing of acquired data

2.The ‘S’ in front of a TLA channel denotes the Slave card of the merged set

3.All signals on this page are stored in the TLA7BB4’s Prime memory and will not have a MagniVu display value

DDR3THIN-MN-XXX

28

Doc. Rev. 1.11