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V1.1 Page1
GW2AV1.1
2015.07
GGW2A
V1.02 2
2014/10/28 1.02014/11/03 1.012014/12/12 1.022015/07/31 1.1
GGW2A
V1.02 3
GGW2A
V1.02 4
1.0 GW2A
GW2A FPGA
1.1 GW2A
FPGA 55nm CMOS
DSPIO
JTAG MSPI SSPI 256/484/672/1156 pin PBGA 1.0V Core
GW2A-18K GW2A-55K4 20,736 54,720
15,552 41,04048x54 76x9020,736 54,720851K 2,424K24 40336 498
PLL+DLL 4+4 6+4256PBGA 174484PBGA 320 320672PBGA 384* 384*1156PBGA 498
1.1 GW2A
GGW2A
V1.02 5
2.0 GW2A
2.1 GW2A
GW2A CFU Configurable Logic UnitIO IOB CFU IOB CRU Configurable
Routing Unit GW2A
GW2A 1.0V VCC Core 3.3V 1.0V DC
CFU
CFU
CFU
CFU
CFU
IOB
IOB
IOB
IOB
DSP
Block SRAM
CFU CFU CFU CFU
PLL
CFU
DSP
CFU
Block SRAM
CFU
CFU CFU CFU
CFU CFU
DSP
IOB
IOB
IOB
IOB
IOB
IOB
DLL
GGW2A
V1.02 6
CFU
(CFU) GW2A CFU (CLU) CRU CLU CLS Configurable Logic
Slice
CLU
4 LUT4
5 LUT56 LUT6 7 LUT7
CFU 8 LUT8
ALU2
CLS LUT 16X4
ROMLUT CLS0 CLS3
GGW2A
V1.02 7
2.2 CFU
CLS
DCECLK Q
SRGSR
3 CFU
I/OD I 1CE I CLK 2CLK I 2SR I 2
LUT
REG
REG
LUT
LUT
REG
REG
LUT
LUT
REG
REG
LUT
LUT
REG
REG
LUT
CFU
CLS0
CLS3
CLS2
CLS1
CRU
Carry from left CLU
Carry to right CLU
GGW2A
V1.02 8
GSR I 3 4
Q O1 D
CRU
2 CFU CE/CLK/SR 3 GW2A GSR CRU4 SR GSR GSR
2.1 CFU
CRU
CFU CFU / CFU CFU
CFU CFU GW2A
GGW2A
V1.02 9
GW2A IOB IO Buffer IOCFU CRU IOB IO
A B
Buffer Pair A & B
PAD A PAD B
Buffer Pair A &B
IO LogicB
IO LogicA
DO DI
TODO DITO
“True” “Comp” “True” “Comp”Differential Pair Differential Pair
PAD A PAD B
IO LogicA
DO DI
TODO DITO
IO LogicB
Routing RoutingRouting
input
Routing
CLKoutput
Routing input
Routing
CLKoutput
Routing input
Routing
CLKoutput
Routing input
Routing
CLK
output
4 IOB
GW2A IOB Bank VCCO
LVCMOS LVTTL LVDS input only SSTL HSTL IO
Slew RateIO Bus-keeper / Open Drain
IO SDR DDR
2.2.1 IO Buffer
GW2A IO 8 Bank Bank IO VCCO
VCCO 3.3V 2.5V 1.8V 1.5V 1.2V SSTL HSTL IO Bank
GGW2A
V1.02 10
IO BANK0 IO BANK1
VREF IOB VREF 0.5*VCCO
VREF Bank IO VREF
GW2A
IO BANK5 IO BANK4
2.5 GW2A BankIO VCCO
IO / Bank VCCO V (mA) LVTTL33 3.3 4, 8, 12, 16, 24 LVCMOS33 3.3 4, 8, 12, 16, 24 LVCMOS25 2.5 4, 8, 12, 16 LVCMOS18 1.8 4, 8, 12 LVCMOS15 1.5 4, 8 LVCMOS12 1.2 2, 6 SSTL25 2.5 8 SSTL18 1.8 8 HSTL18 1.8 8 HSTL15 1.5 8 LVPECL33E 3.3 4 MVLDS25E 2.5 4 BLVDS25E 2.5 4 RSDS25E 2.5 4 LVDS25E 2.5 4 SSTL25D 2.5 8 SSTL18D 1.8 8 HSTL18D 1.8 8 HSTL15D 1.5 8
2.2 GW2A IO
GW2A bank IO IO / Bank VCCO V VREF
LVTTL33 1.5/1.8/2.5/3.3LVCMOS33 1.5/1.8/2.5/3.3
GGW2A
V1.02 11
LVCMOS25 1.5/1.8/2.5/3.3LVCMOS18 1.5/1.8/2.5/3.3LVCMOS15 1.2/1.5/1.8/2.5/3.3LVCMOS12 1.2/1.5/1.8/2.5/3.3SSTL25 2.5/3.3SSTL18 1.8/2.5/3.3HSTL18 1.8/2.5/3.3HSTL15 1.5/1.8/2.5/3.3LVDS 2.5/3.3MLVDS25 2.5/3.3BLVDS25 2.5/3.3RSDS25 2.5/3.3LVPECL33 3.3
2.3 GW2A IO
2.2.2 IO
GGW2A
V1.02 12
IODELAY
IODELAY GW2A IO IODELAY128 x 25ps = 3200ps
2.8 GW2A IODELAY
IEM
IODELAY
FF
GW2A IO
2.9 GW2A
1:CE (0 enable) 1 enable
2:CLK
3:SR / SET/RESET disable
4: latch
DODI
DFSETN
SDTAP
Q CE D
CLK SR
VALUE
GGW2A
V1.02 13
IEM
(IEM) DDR DDR
2.10 GW2A IEM
ITB
GW2A IO DES GW2A IODES (Clock domain transfer)
ITB
DQS DDR
DDR3 DQS read-leveling align
DDR DQSM.RCLK ITB
DQSM WADDR RADDR
SER
SER GW2A IO
CLK
D RESET
LEAD
LAG MCLK IEM
GGW2A
V1.02 14
2.2.3 IO
GW2A IO IO IO INOUT
IO TC DO DI CRU GW2A
SDR 2.11 IO
SDR IO IO
TCTRL D QCECLKSR
DOUTO_CE
O_CLK O_SR
D QCECLKSR
IO PAD
DIN
I_CEI_CLK
I_SR
D QCECLKSR
2.12 SDR IO
GGW2A
V1.02 15
DDR DDR GW2A IO
2.13 IO DDR
DDR 1:2 DDRFPGA 2:1
2.14 IO DDR
IDES4 IDES4 GW2A IO FPGA
2.15 IO IDES4
OSER4OSER4 GW2A IO
2.16 IO OSER4
CLK
D
RESET Q [1:0] IDDR
D [1:0]
Q
CE CLK
RESET
ODDR
IDES4
OSER4
D
RESET
Q[3:0] PCLK
FCLK
TX [1:0] D [3:0] CE
PCLK FCLK Q[1:0]
RESET
CE
CE
GGW2A
V1.02 16
.
IVideoIVideo GW2A IO FPGA
2.17 IO IVideo
IVideo IDES8/10 IDES8b_MEM
OVideoOVideo GW2A IO FPGA
D [6:0]
PCLK
FCLK
RESET
OVidoe Q
2.18 IO OVideo
IVideo
D FCLK PCLK Q [6:0] CALIB RESET
CE
CE
GGW2A
V1.02 17
IDES8IDES8 GW2A IO FPGA
2.19 IO IDES8
OSER8OSER8 GW2A IO FPGA
2.20 IO OSER8
IDES10IDES10 GW2A IO FPGA
2.21 IO IDES10
OSER10OSER10 GW2A IO FPGA
2.22 IO OSER10
IDES8 FCLK Q [7:0]
D
RESET PCLK
IDES10
OSER8
OSER10
TX [3:0]
PCLK D [7:0]
FCLK RESET
Q[1:0]
CE
RESET
FCLK Q [9:0]
D
PCLK
FCLK
D [9:0]
RESET
PCLK Q
CE
CE
CE
GGW2A
V1.0 18
IDDR_MEM
2.23 IO IDDR_MEM
IDES4_MEM
D
ICLK
FCLK
WADDR[2:0]
RADDR[2:0]
RESET
PCLK
IDES4_MEM Q[3:0]
2.24 IO IDES4_MEM
IDES8_MEM
D
ICLK
FCLK
WADDR[2:0]
RADDR[2:0]
PCLK
RESET
IDES8_MEM Q[7:0]
2.25 IO IDES8_MEM
IDDR_MEM
D ICLK
PCLK Q [1:0] WADDR[2:0]
RADDR[2:0] RESET CE
CE
CE
GGW2A
V1.0 19
ODDR_MEM
ODDR ODDR_MEM TCLK DDR 1:2
TX
D[1:0]
PCLK
TCLK
RESET
ODDR_MEM
Q[1:0]
CE
2.26 IO ODDR_MEM
OSER4_MEM
2.27 IO OSER4_MEM
OSER8b_MEM
2.28 IO OSER8b_MEM
D [3:0] Q[1:0]
RESET
TX [1:0]
PCLK
FCLK
TCLK CE OSER4_MEM
D [7:0] Q[1:0] PCLK
FCLK
TCLK CE OSER8b_MEM RESET
TX [3:0]
GGW2A
V1.0 20
2.3 B-SRAM(Block SRAM)
2.3.1
Port Name Width I/O Description DIA[17:0] 18 Input Data Input A, lower byte+1 DIB[17:0] 18 Input Data Input B, lower byte+1 ADA[13:0] 14 Input Port A Address ADB[13:0] 14 Input Port B Address CEA 1 Input Clock Enable Port A CEB 1 Input Clock Enable Port B RESETA 1 Input Register Reset Port A RESETB 1 Input Register Reset Port B WREA 1 Input Write Enable Port A WREB 1 Input Write Enable Port B BLKSEL[2:0] 3 Input Block Select CLKA 1 Input Read/Write Cycle Clock for Port A input registers CLKB 1 Input Read/Write Cycle Clock for Port B input registers OCEA 1 Input Clock enable for Port A memory output registers OCEB 1 Input Clock enable for Port B memory output registers DOA[17:0] 18 Output Data Output A, lower byte+1 DOB[17:0] 18 Output Data Output B, lower byte+1
2.4 B-SRAM
GGW2A
V1.0 21
2.3.2
Single-port Dual-port Semi dual-port 16K x 1 16K x 1 16K x 1 8K x 2 8K x 2 8K x 2 4K x 4 4K x 4 4K x 4 2K x 9 2K x 9 2K x 9 1K x 18 1K x 18 1K x 18 512 x 36 - 512 x 36
2.5
2.3.3
Read Port
Write Port 16K x 1 8K x 2 4K x 4 2K x 8 1K x 16 2K x 9 1K x 18
16K x 1 * * * * * 8K x 2 * * * * * 4K x 4 * * * * * 2K x 8 * * * * *
1K x 16 * * * * * 2K x 9 * *
1K x 18 * * 2.6 Dual-Port Mixed Data Width Configuration
Read Port
Write Port 16K x 1 8K x 2 4K x 4 2K x 8 1K x 16 512x32 2K x 9 1K x 18 512x36
16K x 1 * * * * * * 8K x 2 * * * * * * 4K x 4 * * * * * * 2K x 8 * * * * * *
1K x 16 * * * * * * 512x32 * * * * * * 2K x 9 * * *
1K x 18 * * * 2.7 Semi dual-port Mixed Data Width Configuration
GGW2A
V1.0 22
2.3.4 Byte-enable
B-SRAM byte-enableswrite enable (WREA, WREB) byte-enable (option)
B-SRAM
2.3.5 Parity Bit
B-SRAM
2.3.6 Fully Synchronous Operation
bypass-able.
2.3.7 Power on Conditions
B-SRAM B-SRAM
GGW2A
V1.0 23
2.3.8
B-SRAM B-SRAM
2.3.8.1 Single-Port Mode
B-SRAM
B-SRAM
DI[17:0]AD[13:0]
WRECE
CLKRESETOCE
BYTE_ENABLE
DO[17:0]
18
18
14
BLKSEL
2.29: Single-Port Block Memory
Primitive Configuration RAM bits
Port Mode
Memory Depth
Data Depth
SP B-SRAM_16K_S1 16K 16Kx1 16384 1 B-SRAM_8K_S2 16K 8Kx2 8192 2 B-SRAM_4K_S4 16K 4Kx4 4096 4 B-SRAM_2K_S8 16K 2Kx8 2048 8 B-SRAM_1K_S16 16K 1Kx16 1024 16 B-SRAM_512_S32 16K 512x32 512 32
SPX9 B-SRAM_2K_S9 18K 2Kx9 2048 9 B-SRAM_1K_S18 18K 1Kx18 1024 18 B-SRAM_512_S36 18K 512x36 512 36 2.8 Single-Port Memory Configuration
GGW2A
V1.0 24
2.3.8.2 Dual-Port Mode
B-SRAMs
B-SRAM
DIA[17:0]ADA[13:0]
WREACEA
CLKARESETA
OCEABYTE_ENABLEDOA[17:0]
DIB[17:0]ADB[13:0]WREBCEBCLKBRESETB
OCEBDOB[17:0]
18
18
1814
18
14
BLKSEL
2.30 Dual-Port Block Memory
Primitive Configuration RAM Bits
Port Mode
RAM Width
Data Width
DP B-SRAM_16K_D1 16K 16Kx1 16384 1
B-SRAM_8K_D2 16K 8Kx2 8192 2
B-SRAM_4K_D4 16K 4Kx4 4096 4
B-SRAM_2K_D8 16K 2Kx8 2048 8
B-SRAM_1K_D16 16K 1Kx16 1024 16
DPX9 B-SRAM_2K_D9 18K 2Kx9 2048 9
B-SRAM_1K_D18 18K 1Kx18 1024 18
2.9 Dual-Port Block Memory Configuration
GGW2A
V1.0 25
2.3.8.3 Semi dual-port Mode
B-SRAM
DIA[17:0]ADA[13:0]
WREACEA
CLKA
RESETA
BYTE_ENABLE
ADB[13:0]
CEBCLKB
RESETB
OCEB
DOB[17:0]
18
14
14
18BLKSEL
2.31 Semi dual-port Block Memory (up to X18 Width)
B-SRAM
DIA[35:0]ADA[13:5]
WREACEA
CLKARESETA
ADB[13:5]
CEBCLKB
RESETB
OCEB
DOB[35:0]
36
36
9
9
BLKSELBYTE_ENABLE
2.32 Semi dual-port Memory Block (X36 Width)
Primitive Configuration RAM bits
Port Mode
Memory Depth
Data Depth
SDP B-SRAM_16K_SD1 16K 16Kx1 16384 1 B-SRAM_8K_SD2 16K 8Kx2 8192 2 B-SRAM_4K_SD4 16K 4Kx4 4096 4 B-SRAM_2K_SD8 16K 2Kx8 2048 8 B-SRAM_1K_SD16 16K 1Kx16 1024 16 B-SRAM_512_SD32 16K 512x32 512 32
SDPX9 B-SRAM_2K_SD9 18K 2Kx9 2048 9 B-SRAM_1K_SD18 18K 1Kx18 1024 18 B-SRAM_512_SD36 18K 512x36 512 36
2.10 Semi dual-port Memory Configuration
GGW2A
V1.0 26
2.3.8.4 ROM Mode
B-SRAM
B-SRAM
AD[13:0]
CECLK
RESET
DO[17:0]
14
18
BLKSEL
2.33 ROM Block Memory
B-SRAM 16K ROM.
Primitive Configuration RAM bits
Port Mode
Memory Depth
Data Depth
ROM B-SRAM_16K_O1 16K 16Kx1 16384 1 B-SRAM_8K_O2 16K 8Kx2 8192 2 B-SRAM_4K_O4 16K 4Kx4 4096 4 B-SRAM_2K_O8 16K 2Kx8 2048 8 B-SRAM_1K_O16 16K 1Kx16 1024 16 B-SRAM_512_O32 16K 512x32 512 32
ROMX9 B-SRAM_2K_O9 18K 2Kx9 2048 9 B-SRAM_1K_O18 18K 1Kx18 1024 18 B-SRAM_512_O36 18K 512x36 512 36
2.11 Block ROM Configuration
RESET
GGW2A
V1.0 27
2.3.9B-SRAM
B-SRAM ( bypass modepipeline read mode) (normal write mode, write-through mode,
and read-before-write mode).
2.3.9.1 Read Modes
Memory Input Register Memory Output Register
PIPELINE MODE
BYPASS MODE Memory Array
InputRegister
Memory ArrayDI
OCE
CLK
OutputRegister
PipelineRegister DO
AD
WRE
Memory ArrayDIA DOB
CLKA
CLKB
OutputRegister
InputRegister
WREBADBADA
WREA
PipelineRegister
OCE
ADBADA
InputRegister
Memory Array
DIA
DOA
DIB
CLKA CLKB
OutputRegister
InputRegister
OutputRegister
WREA
PipelineRegister
DOB
PipelineRegister
OCEA
OCEB
WREB
GGW2A
V1.0 28
2.3.9.2 Write Modes
NORMAL WRITE MODE
WRITE-THROUGH MODE
READ-BEFORE-WRITE MODE
2.3.10 Clock Modes
B-SRAM
Clock mode Dual-Port Mode Semi dual-port Mode Single-Port Mode Independent Yes No No Read/Write Yes Yes No Single-Port No No Yes
2.12 Clock modes supported by different B-SRAM modes
2.3.10.1 Independent Clock Mode
CLKACLKB
ADBADA
InputRegister
Memory Array
DIA
DOA
WREBWREA
DIB
DOB
CLKA CLKB
OutputRegister
InputRegister
OutputRegister
WREA WREB
2.35 Independent Clock Mode
GGW2A
V1.0 29
2.3.10.2 Read/Write Clock Mode
CLKA block's data inputs, write address and write enableCLKB data output, read address, and read enable
Memory ArrayDIA DOB
CLKACLKB
OutputRegister
InputRegister
WREBADBADA
WREA
2.36 Read/Write Clock Mode
2.3.10.3 Single-Port Clock Mode
InputRegister
OutputRegister
Memory Array
DI
DO
WRE
CLKAD
WRE
2.37 Single-Port Clock Mode
GGW2A
V1.0 30
2.4 DSP
2.4.1
pre-adders multipliers
ALU
PRE_
ADDE
R_RE
GS
C_RE
GS
+/-
+/-
MUX
S
MPL
Y_RE
GS
18x1
8
MPL
YS
MPL
Y_O
UT_R
EGS
Ope
ratio
n Se
lect
or
MUX
& D
SP_O
UT_R
EGS
PDI_C
PADER_C
PDI_B
PDI_A0SDI_A
PDI_A0
A0C[44:27]
C[17:0]
PDI_B1
A1
B0
A0
PDI_A1
OP_CNTL[12]
PDI_B0
MPLY_1
0
C
MPLY_0
CIN
C_OUT
B_OUT
A_OUT
MPLY_1MPLY_0
ALU_OUT
STATUS
DSP_OUT1
DSP_OUT0
PDI_A
PDI_B0
54
54
18
PDI_A1
PDI_B118
18
18
18
18
18
18
18
18
18
18 18
36
36
36
54
36
36
54
54
5454
36
36
54
8
18
54
36
18
36
C
SDO_A DSP_SIGNSDO_B DSP_COUT DSP_FBCOPADER_SI
PADER_SO OP_CNTL[11] SDI_B
OP_CNTL[6:0]
OP_CNTL[10:7]CLK CLK_EA RESET
PRE_SIGN
2222
444
54 5418
B136
18
18
SDI_A
MUX
& P
1_RE
GS
A_CNTLB_CNTL
SIGN_ASIGN_B
ALU
2.38. DSP
GGW2A
V1.0 31
Port Name I/O Description PDI_A0[17:0] I parallel input A0 DI_B0[17:0] I parallel input B0 PDI_A1[17:0] I parallel input A1 PDI_B1[17:0] I parallel input B1 PDI_C[53:0] I parallel input C SDI_A[17:0] I shift input A SDI_B[17:0] I shift input B PADER_SI[17:0] I Pre-adder shift input, backward direction CIN[54:0] I ALU input from previous DSP block PADER_C [53:0] I Feedback from next DSP’s DSP_COUT, used for high speed
output DDR interface implementation, the highest bit is sign extended
A_SEL[1:0] I Source selector for Multiplier input A or for pre-adder B_SEL[1:0] I Source selector for Multiplier input B SIGN_A[1:0] I Sign bit for input A SIGN_B[1:0] I Sign bit for input B PRE_SIGN I Sign bit from previous DSP block OP_CNTL[12:0] I OPCODE of DSP and pre-adder CLK[3:0] I Clock input CLK_EA[3:0] I Clock enable input RESET[3:0] I Reset input , synchronous or asynchronous GSRN Global input Global reset, reset all registers WRITE_RDY Global input Keep DSP at known mode in configuration state SDO_A[17:0] O Shift output A SDO_B[17:0] O Shift output B PADER_SO[17:0] O Pre-adder shift output, backward direction DSP_OUT0[35:0] O DSP output data lower 36bit DSP_OUT1[35:0] O DSP output data higher 36bit. The highest 8 bits share with
FLGAS because DSP_OUT1[35:28] are used as data output in only two cases where FLGAS do not need to be cared:
1. Multiplier only (ALU) bypassed)2. SDO_A output for long FIR application (don’t care
STATUSDSP_COUT[54:0] O ALU output to next DSP block for cascade, the highest bit is
sign extended DSP_FBCO[53:0] O The output of current DSP MU which feedbacks to the
previous MU. Used for high speed output interface implementation. The same value as DSP_COUT[53:0]
DSP_SIGN O Sign bit to next DSP block 2.13 DSP port description
GGW2A
V1.0 32
PreAdd (Pre-adder)
PDI_B PDI_A PDI_C SDI_A
PDI_A PDI_BHigh speed DDR operation symmetry FIR
MULT (Multiplier)
multipliers9x9 18x18 36x36 MULT
: 18 x 36 multiplier 18 x 18 multipliers 9 x 9 multipliers DSP macro 36 x 36 multiplier
ALU
DSP 54 ALU MULT
Time division multiplexing (TDM)
ALU STATUS
ALU STATUS ALU_OUT ( ) MP0, MP1, MP2, or PDI_C
ALU_OUT M1 M2 PDI_C PD I_C
Input STATUS Definition ALU_OUT 54-bit ALU results MP0 54-bit constant pattern used for detect ALU_OUT: all ones or all
zeroes MP1 54-bit constant pattern 1 used for detect other patterns of
ALU_OUT MP2 54-bit constant pattern 2 used for detect other patterns of
ALU_OUT PDI_C Borrowed 54-bit for dynamical pattern matching
2.14 Input STATUS definitions
GGW2A
V1.0 33
Output STATUS Definition STATUS values ZERO_ALU Bitwise comparison to ALU_OUT Indicate ALU_OUT = 0 MP0_BAR Bitwise comparison of ALU_OUT BAR to
pattern MP0 1 if all MP0 0 bit indicated according ALU_OUT BAR bits are 1
MP0 Bitwise comparison of ALU_OUT to pattern MP0
1 if all MP0 0 bit indicated according ALU_OUT bits are 1
MP Bitwise comparison of ALU_OUT to SEL_MP1 or SEL_MP2 selected patterns, Statically or dynamically
1 IF ALU_OUT match SEL_MP1 selected pattern OR for those mis-matched bits, according bits of SEL_MP2 selected pattern are one
MP_BAR Inverse of MP 1 IF MP = 0 OVERFLOW ALU output overflow 1 IF ALU_OUT overflow UNDERFLOW ALU output underflow 1 IF ALU_OUT underflow OVERUNDER ALU output either over or under flow 1 IF ALU_OUT either under or
over flow 2.15 Output STATUS definitions
MUX DSP_OUT_REGS
MUX DSP_OUT_REGSMUX DSP_OUT_REGS
DSP_OUT1 DSP_OUT1[25:18]
2.4.2 DSP
DSP OP_CNTL [12:0](OPCODE)
multiplier mode MULTaccumulator mode MAC
sum mode MULTADDSUB mode MULTADDSUBSUM
mode CASMULTADDSUB
: AMUXSEL[1:0] 2-bitBMUXSEL[1:0] 2-bitCMUXSEL[2:0] 3-bitOPPRE[1:0] 2-bitOP[3:0] 4-bit
GGW2A
V1.0 34
2.4.3 DSP
DSP : MULT mode: 18 x 18, 9 x 9, 36 x 18, and 36 x 36 multipliersMAC mode: multiplier and accumulatorMULTADDSUB mode: multipliers with adder/subtractMULTADDSUBSUM mode: sum of multipliers with adder/subtract
36 x 36 multiplier MULTADDSUBSUM
MULT Mode: 18 x 18 and 9 x 9 Multipliers
MULT Mode: 36 x 18 Multiplier
MULT Mode: 36 x 36 Multiplier
MAC Mode: 18 x 18 Multiplier and Accumulator
MULTADDSUB Mode: Sum of Two 18 x 18 or two 9 x 9 Multipliers
MULTADDSUBSUM Mode: Sum of Four 18 x 18 or 9 x 9 Multipliers
GGW2A
V1.0 35
2.5 Clock
GW2A GCLK CFU IOB IO
GCLK GW2A PLL DLL HCLK DDRDQSM
2.39
Global Clock
GCLK GW2A FPGA GCLK GCLK 12 GCLK
CRUGW2A Bank
GGW2A
V1.0 36
GCLK4
LT
GCLK0 GCLK1 GCLK2 GCLK3 GCLK4 GCLK5 GCLK6 GCLK7 GCLK0 GCLK1 GCLK2 GCLK3 GCLK4 GCLK5 GCLK6 GCLK7
56:1 56:1 56:1 56:1 56:1 56:1 28:1 28:1 28:1 28:1
GCLK0 GCLK1 GCLK2 GCLK3 GCLK5 GCLK6 GCLK7 GCLK0 GCLK1 GCLK2 GCLK3 GCLK4 GCLK5 GCLK6 GCLK7
40 GCLK
6 GCLK DQCE(Dynamic Quadrant Clock Enable)GW2A / GCLK GCLK
GCLK
2.41 DQCE
GCLK DCS Dynamic Clock SelectorCRU 6
Glitch free
SELECTOR
CLKINA DCS CLKOUT
CLKINB
2.42 DCSGW2A DCS 1 DCS rising edge
1
2.43 DCS rising edge
2 DCS falling edge 0
LB
GGW2A
V1.0 37
3 Clock Buffer 2.44 DCS falling edge
DCS Clock buffer
GGW2A
V1.0 38
PLL
GW2A PLL 3~500MHz
VCO 500~1300MHz3~500MHz
IN_SEL IDIV_SET ODIV_SET
CLKIN0 IDIV
CLKIN5
CLKFB0 PDP VCO VCODIV
CLKOUT
CLKOUT_PSCLKFB4 FDIV PS&DCA
FDIV_SET
FCLKOUT = (FCLKIN*fdiv)/idiv
FVCO = (FCLKIN*odiv)/idiv = (FCLKFB*odiv)/fdiv
PA_SET
SDIV CLKOUT_DIV
2.45CLKIN0 – from PLL dedicated pad (default) CLKIN1 – from GCLK (through CRU) CLKIN2 – from GCLK (through CRU, different with CLKIN1) CLKIN3 – from HCLK CLKIN4 – from HCLK CLKIN5 – from CIB data output
CLKFB0 – from GCLK (default, through CRU, different with CLKIN1 and CLKIN2) CLKFB1 – from PLL dedicated feedback pad CLKFB2 – from HCLK CLKFB3 – from PLL internal feedback CLKFB4 – from HCLK CLKFB5 – from HCLK
GW2A PLL
IN_SEL 0~5 Only set up connections. IDIV_SET 1~64 Using dynamic divider setting to replace static, need to
reset PLL after divider is changed. FDIV_SET 1~64 ODIV_SET 2~128 (even only) PA_SET 16steps Dynamic phase adjust input; each step is 1/16 TCLKOUT
DA_SET 16steps Dynamic duty cycle adjust; each step is 1/16 TCLKOUT
2.19 GW2A PLL
GGW2A
V1.0 39
HCLK
GW2A HCLK IO
2.46
HCLKMUX BANK HCLKBANK HCLK HCLK
DHCE - Dynamic High speed Clock Enable, similar function as DQCE.
HCLKDIV - One HCLK divider for each bank, generated phase aligned GCLK for IO logic.
DHCS - Dynamic HCLK clock selector
PADCLKDEL - Dynamic delay adjust function is supported for all the dedicated clock input pins.
HBRG_out_0~7 HBRG_fb
HCLKMbank0
HCLKMbank1
HCLKMbank5
HCLKMbank4
8:1Mux
GGW2A
V1.0 40
DLL
GW2A 14 DLL
2.47 GW2A
CLKIN GCLK HCLK DLL_LT 6 :
Vss (default)
from GCLK ( )
HCLK_bank7_0
HCLK_bank7_1
HCLK_bank0_0
HCLK_bank0_1
STEP BANK DLL_LTSTEP BANK0 BANK1 BANK6 BANK7 DQSM and HCLKM STEP
CLKIN
UPDATE
STEP
LOCK
GGW2A
V1.0 41
2.5.5 DDR DQSM
GW2A DQSM DDRDQS
DDRDDR3
DQSM 3 IO :
2.48 GW2A DQSM
CDRCLKGEN
CDRCLKGEN SGMII DQSM CDRCLKGEN
2.49 GW2A CDRCLKGEN
CDRCLKDIV
HCLKDIV
RECOVERY_CLK
PROBE_CLK
GGW2A
V1.0 42
LW
CRU GW2A Long Wire
GW2A GSRGW2A CFU IO
GW2A SRAM GW2A GW2A JTAG CPU Serial MSPI Master SPI SSPI
Slave SPI GW2A -
GW2A MSPI
0 2.5 MHz 1 8 7.8 MHz 16 15.6 MHz1 5.4 MHz 9 8.3 MHz 17 17.9 MHz2 5.7 MHz 10 8.9 MHz 18 21 MHz3 6.0 MHz 11 9.6 MHz 19 25 MHz4 6.3 MHz 12 10.4 MHz 20 31.3 MHz5 6.6 MHz 13 11.4 MHz 21 41.7 MHz6 6.9 MHz 14 12.5 MHz 22 62.5 MHz7 7.4 MHz 15 13.9 MHz 23 125 MHz 2
GGW2A
V1.0 43
1 2.5 MHz 2 125MHz MSPI
2.19
Absolute Maxim Ratings
3.1
VCC LV Core - 0.5V 1.32V *
VCCO IO Bank - 0.5V 3.75VVCCX - 0.5V 3.75VAmbient Temperature -40 105
Recommended Operating Conditions
3.2
VCC Core 0.95V 1.05V*
VCCO IO Bank 1.14V 3.465VVCCX 3.135 V 3.465VTJCOM 0 85
Junction temperature Commercial operation TJIND
Junction temperature Industrial operation tRAMP
Power supply ramp rates for all power supplies
-40 100
0.01 mV/ μs 10 mV/ μs
Hot Socket Specifications
3.3
IDKInput or I/O leakage current
0 < VIN < VIH (MAX)
GGW2A
V1.0 44
GGW2A
V1.0 45
ESD
GW2A ESD - HBM
PBGA1156 PBGA484
GW2A-55K HBM > 1000V HBM > 1000V
3.4
GW2A ESD – CDM
PBGA1156 PBGA484
GW2A-55K CDM > 500V CDM > 500V
3.5DC Electrical Characteristics Over Recommended Operating
Conditions
VCCO< VIN< VIH(MAX) - - 210uA -
IIL,IIH Input or I/O leakage
IPU I/O Active Pull-up Current
IPD I/O Active Pull-down Current
IBHLS Bus Hold Low Sustaining Current
IBHHS Bus Hold High Sustaining Current
IBHLO Bud Hold Low Overdrive Current
IBHHO Bus Hold High Overdrive Current
- - 0V< VIN < VCCO - - 10uA
0 < VIN < 0.7 VCCO -30uA - -150uA
VIL(MAX) < VIN < VCCO 30uA - 150uA
VIN = VIL (MAX) 30uA - -
VIN = 0.7 VCCO -30uA - -
0 ≤VIN ≤VCCO - - 150uA
0 ≤VIN ≤VCCO - - -150uA
VBHT Bus hold trip points VIL
(MAX) - VIH
(MIN) C1 I/O Capacitance C2 Dedicated Input
Capacitance Hysteresis for Schmitt
5pf 8pf
- 5pf 8pf
VCCO =3.3V, Hysteresis = LargeVHYST Trigger inputs - 482mV -
GGW2A
V1.0 46
VCCO =2.5V, Hysteresis = Large - 302mV -
VCCO =1.8V, Hysteresis = Large - 152mV -
VCCO =1.5V, Hysteresis = Large - 94mV -
VCCO =3.3V, Hysteresis = Small - 240mV -
VCCO =2.5V, Hysteresis = Small - 150mV -
VCCO =1.8V, Hysteresis = Small - 75mV -
VCCO =1.5V, Hysteresis = Small - 47mV -
3.6
Static Supply Current
ICC Core GW2A-55K 100mAICCX VCCX GW2A-55K 30mAICCIO IO Bank VCCO=2.5V ALL 70uA
3.7
IO Standard Specification
IO IO Recommended Operational Conditions
VCCO V VREF V
LVTTL 3.135 3.3 3.465
LVCMOS 3.3 3.135 3.3 3.465 - - - LVCMOS 2.5 2.375 2.5 2.625 - - - LVCMOS 1.8 1.71 1.8 1.89 - - - LVCMOS 1.5 1.425 1.5 1.575 - - -
LVCMOS 1.2 1.14 1.2 1.26 - - -
SSTL25 2.375 2.5 2.645 1.15 1.25 1.35 SSTL18 1.71 1.8 1.89 0.833 0.9 0.969 HSTL18 1.71 1.8 1.89 0.816 0.9 1.08 HSTL15 1.425 1.5 1.575 0.68 0.75 0.9 LVPECL33E 3.135 3.3 3.465 - - - MLVDS25E 2.375 2.5 2.625 BLVDS25E 2.375 2.5 2.625 RSDS25E 2.375 2.5 2.625
GGW2A
V1.0 47
LVDS25E 2.375 2.5 2.625SSTL25D 2.375 2.5 2.625SSTL18D 1.71 1.8 1.89HSTL18D 1.71 1.8 1.89HSTL15D 1.425 1.575 1.89
3.8IOB IOB Single-Ended DC Electrical Characteristic
VIL VIH
Min Max Min Max
VOL
(Max) VOH
(Min) IOL
(mA) IOH
(mA)
LVCMOS3.3 LVTTL33
-0.3V 0.8V 2.0V 3.6V 0.4V VCCO – 0.4V
0.2V VCCO - 0.2V
4 -4 8 -8 12 -12 16 -16 24 -24
0.1 -0.1
LVCMOS 2.5 -0.3V 0.7V 1.7V 3.6V 0.4V VCCO
- 0.4V
0.2V VCCO - 0.2V
4 -4 8 -8 12 -12 16 -16 0.1 -0.1
LVCMOS 1.8 -0.3V 0.35*VCCO 0.65* VCCO
LVCMOS 1.5 -0.3V 0.35* VCCO 0.65*
3.6V
3.6V
0.4V VCCO - 0.4V
0.2V VCCO - 0.2V
0.4V VCCO -
4 -4 8 -8 12 -12 0.1 -0.1
4 -4 VCCO 0.4 8 -8
LVCMOS 1.2 -0.3V 0.35*VCCO 0.65* 3.6V
0.2V VCCO - 0.2
0.4V VCCO -
0.1 -0.1
2 -2 VCCO 0.4 6 -6
SSTL25 Class I -0.3V VREF-0.18V VREF + 0.18V
0.2V VCCO - 0.2
3.6V 0.54V VCCO – 0.62V
0.1 -0.1
8 -8
SSTL25 Class II -0.3V VREF-0.18V VREF + 0.18V
3.6V NA NA NA NA
SSTL18 Class I -0.3V VREF-0.125V VREF + 0.125V
3.6V 0.40V VCCO – 0.40V
8 -8
GGW2A
V1.0 48
SSTL18 Class II -0.3V VREF-0.125V VREF+ 0.125V
3.6V NA NA NA NA
HSTL18 Class I -0.3V VREF-0.1V VREF+ 0.1V
3.6V 0.40V VCCO – 0.40V
8 -8
HSTL18 Class II -0.3V VREF-0.1V VREF+ 0.1V
3.6V NA NA NA NA
HSTL15 Class I -0.3V VREF-0.1V VREF+ 0.1V
3.6V 0.40V VCCO – 0.40V
8 -8
HSTL15 Class II -0.3V VREF-0.1V VREF+ 0.1V
3.6V NA NA NA NA
3.9IO IOB Differential Electrical Characteristics
3.10
Input Voltage
Input Common Mode Voltage
Half the Sum of the Two Inputs
Differential Input Threshold
Difference Between the Two Inputs
Input Current Power On or Power Off μOutput High Voltage for VOP or VOM
RT = 100 Ohm
Output Low Voltage for VOP or VOM
RT = 100 Ohm
Output Voltage Differential
(VOP - VOM), RT = 100 Ohm
Δ Change in VOD Between High and Low
Output Voltage Offset (VOP + VOM)/2, RT = 100 Ohm
Δ Change in VOS Between H and L
VOD = 0V
GGW2A
V1.0 49
Switching Switching CharacteristicSwitching internal Switching Characteristics
CLU Block Internal Timing Parameters: Logic Mode
Symbol Timing Parameter Description Speed grade Unit Min. Max.
tLUT4_CLU LUT4 delay - 0.337 ns tLUT5_CLU LUT5 delay - 0.694 ns tLUT6_CLU LUT6 delay - 1.005 ns tLUT7_CLU LUT7 delay - 1.316 ns tLUT8_CLU LUT8 delay - 1.627 ns tSR_CLU Set/Reset to Register output - 0.93 ns tCO_CLU Clock to Register output - 0.38 ns
3.11
B-SRAM Block Internal Timing Parameters:
Symbol Timing Parameter Description Speed grade Unit Min. Max.
tCOAD_BSRAM Clock to output from read address/data - 2.55 ns tCOOR_BSRAM Clock to output from output register - 0.28 ns
3.12
DSP Block Internal Timing Parameters:
Symbol Timing Parameter Description Speed grade Unit Min. Max.
tCOIR_DSP Clock to output from input register - 2.40 ns tCOPR_DSP Clock to output from pipeline register - 1.20 ns tCOOR_DSP Clock to output from output register - 0.42 ns
3.13
GGW2A
V1.0 50
Switching External Switching Characteristics
-8 -7 -6
Min Max Min Max Min Max
Clocks
Pin-LUT-Pin
Delay
General I/O Pin
Parameters
3.14Oscillator Output frequency
FMAX (0 to 85 ) 106.25MHz 125MHz 143.75MHz1 (-40 to 100 ) 100MHz 125MHz 150MHz
tDT Duty Cycle 43% 50% 57%tOPJIT Period Jitter 0.01UIPP 0.012 UIPP 0.02 UIPP1 23 125MHz
3.15
Configuration Interface TimingSpecification
JTAG Port Timing Specifications
3.1 JTAG
GGW2A
V1.0 51
tTCKP TCK TCK clock period 40ns -tTCKH TCK TCK clock high time 20ns -tTCKL TCK TCK clock low time 20ns -tJPS JTAG PORT JTAG PORT setup time 10nstJPH JTAG POR JTAG PORT hold time 8nstTCKFTCO TCK Time from TCK falling
edge to output10ns
tTCKFTCX TCK Time from TCK falling edge to high impedance
10ns
tTCKFTCV TCK Time from TCK falling edge to valid output
10ns
3.16JTAG
gwCONFIG gwCONFIG Port Timing Specifications
3.2 gwCONFIG
3.3 gwCONFIG RECONFIGN
tPORTREADY READY Time from application of VCC, VCCX and VCCO3
to the rising edge of READYtRECFGLW RECONFIGN RECONFIGN
low pulse width
MSPI - 23ms SSPI - 6ms
25ns -
tRECFGTRDYN RECONFIGN READY Time from RECONFIGN falling edge to READY low
tRECFGTDONEL RECONFIGN DONE Time from RECONFIGN falling edge to DONE low
- 70ns
- 80ns
tREADYLW READY READY low pulse width TBD 3….17 gwCONFIG
GGW2A
V1.0 52
3.4 SSPI
TSCLKP SCLK SCLK clock period 15ns - tSCLKH SCLK SCLK clock high time 7.5ns - tSCLKL SCLK SCLK clock low time 7.5 ns - tSSPIS SSPI PORT SSPI PORT setup time 2 ns -
tSSPIH SSPI PORT SSPI PORT hold time 0 ns - tSCLKFTCO SCLK Time from SCLK falling
edge to outputtSCLKFTCX SCLK Time from SCLK falling
edge to high impedancetSCLKFTCV SCLK Time from SCLK
falling edge to valid output
- 10 ns
- 10 ns
- 10 ns
tCSNHW CSN CSN high time 25 ns - tREADYTCSL READY CSN Time from READY
rising edge to CSN lowtREADYTSCLK READY SCLK Time from READY
rising edge to first SCLK edge3.18 SSPI
TBD -
17 MSPI
tMCLKP MCLK MCLK clock period 15ns -tMCLKH MCLK MCLK clock high time 3.75 ns -tMCLKL MCLK MCLK clock low time 3.75 ns -tMSPIS MSPI PORT MSPI PORT setup time 5 ns -tMSPIH MSPI PORT MSPI PORT hold time 1 ns -tMCLKFTCO MCLK Time from MCLK falling - 10 ns
GGW2A
V1.0 53
edge to outputtREADYTMCSL READY MCSN Time from READY
rising edge to MCSN low100 ns 200 ns
tREADYTMCLK READY MCLK Time from READY rising edge to first MCLK edge
2.8us 4.4us
3.19 MSPI
I/O GPIO IO [End][Row/Column Number][A/B] I/O
[End] L (left) R (right) B (bottom) T (top) [Row/Column Number]
[End] T (top) or B (bottom) Column CFU [End] L(left) or
R(right) Row CFU
[A/B]
NC - No connect VSS - VSS - Ground. VCC - VCC – The power supply pins for core logic. VCCOx - VCCO – The power supply pins for I/O bank x. VCCX - VCCX – The auxiliary power supply pins. EXTR - PCB 10K +-0.1%
GCLK[n]_[x] I [x] 0 TrueA 1 Comp B
GCLKT[n] [n] Bank number
RECONFIGN I gwCONFIG READY IO gwCONFIG MODE[2:0] I gwCONFIG DONE IO gwCONFIG SCLK I SSPI HOLDN I SCLK SPI SCLK
SPI
GGW2A
V1.0 54
CSN I SSPI SO O SSPI SI I SSPI FAST_READN I MSPI Flash MCLK O MSPI MCSN O MSPI MSO O MSPI MSI I MSPI TMS I JTAG TCK I JTAG TDI I JTAG TDO O JTAG JTAGSELN I JTAG
3.20
GGW2A
V1.0 55
4.1 GW2A-55K
DQS BANK Pair LVDS BSCAN PBGA1156 PBGA484 IOR44B IO DQ13 2 GCLK2_1 Comp_of_IOR44A none 0 Y31 N19 IOR44A IO DQ13 2 GCLK2_0 True_of_IOR44B none 1 W31 M19 IOR41B LVDS DQ13 2 - Comp_of_IOR41A TRUE 2 V30 --- IOR41A LVDS DQ13 2 - True_of_IOR41B TRUE 3 U30 --- IOR40B IO DQ13 2 - Comp_of_IOR40A none 4 W27 --- IOR40A IO DQ13 2 - True_of_IOR40B none 5 V27 --- IOR39B LVDS DQ13 2 - Comp_of_IOR39A TRUE 6 V29 --- IOR39A LVDS DQ13 2 - True_of_IOR39B TRUE 7 U29 --- IOR38B IO DQ13 2 - Comp_of_IOR38A none 8 V31 --- IOR38A IO DQ13 2 - True_of_IOR38B none 9 U31 --- IOR37B IO DQ13 2 LPLL2_C_FB Comp_of_IOR37A TRUE 10 T34 M21 IOR37A IO DQ13 2 LPLL2_T_FB True_of_IOR37B TRUE 11 R34 L21 IOR35B IO DQ13 2 LPLL2_C_IN Comp_of_IOR35A none 12 T33 L20 IOR35A IO DQ13 2 LPLL2_T_IN True_of_IOR35B none 13 R33 K20 IOR34B IO DQS13 2 - Comp_of_IOR34A TRUE 14 P30 L19 IOR34A IO DQS13 2 - True_of_IOR34B TRUE 15 N30 K19 IOR33B IO DQ13 2 - Comp_of_IOR33A none 16 T32 L22 IOR33A IO DQ13 2 - True_of_IOR33B none 17 R32 K22 IOR32B IO DQ13 2 - Comp_of_IOR32A TRUE 18 U26 J22 IOR32A IO DQ13 2 - True_of_IOR32B TRUE 19 U27 H22 IOR31B IO DQ13 2 - Comp_of_IOR31A none 20 T31 --- IOR31A IO DQ13 2 - True_of_IOR31B none 21 R31 --- IOR30B LVDS DQ13 2 - Comp_of_IOR30A TRUE 22 T26 --- IOR30A LVDS DQ13 2 - True_of_IOR30B TRUE 23 T27 --- IOR29B IO DQ13 2 - Comp_of_IOR29A none 24 P29 G22 IOR29A IO DQ13 2 - True_of_IOR29B none 25 N29 G21 IOR28B IO DQ13 2 - Comp_of_IOR28A TRUE 26 T30 E22 IOR28A IO DQ13 2 - True_of_IOR28B TRUE 27 R30 F22 IOR27B IO DQ14 2 - Comp_of_IOR27A none 28 T28 --- IOR27A IO DQ14 2 - True_of_IOR27B none 29 R28 --- IOR26B LVDS DQ14 2 - Comp_of_IOR26A TRUE 30 P28 --- IOR26A LVDS DQ14 2 - True_of_IOR26B TRUE 31 N28 --- IOR25B IO DQ14 2 - Comp_of_IOR25A none 32 T24 --- IOR25A IO DQ14 2 - True_of_IOR25B none 33 T25 --- IOR24B LVDS DQ14 2 - Comp_of_IOR24A TRUE 34 P34 --- IOR24A LVDS DQ14 2 - True_of_IOR24B TRUE 35 N34 --- IOR23B IO DQ14 2 - Comp_of_IOR23A none 36 R26 --- IOR23A IO DQ14 2 - True_of_IOR23B none 37 R25 --- IOR22B LVDS DQ14 2 - Comp_of_IOR22A TRUE 38 P33 --- IOR22A LVDS DQ14 2 - True_of_IOR22B TRUE 39 N33 ---
GGW2A
V1.0 56
DQS BANK Pair LVDS BSCAN PBGA1156 PBGA484 IOR21B IO DQ14 2 - Comp_of_IOR21A none 40 P27 J20 IOR21A IO DQ14 2 - True_of_IOR21B none 41 N27 J19 IOR20B IO DQ14 2 - Comp_of_IOR20A TRUE 42 P31 H21 IOR20A IO DQ14 2 - True_of_IOR20B TRUE 43 N31 H20 IOR18B IO DQS14 2 - Comp_of_IOR18A none 44 J29 D22 IOR18A IO DQS14 2 - True_of_IOR18B none 45 K29 C22 IOR17B LVDS DQ14 2 - Comp_of_IOR17A TRUE 46 M34 --- IOR17A LVDS DQ14 2 - True_of_IOR17B TRUE 47 L34 --- IOR16B IO DQ14 2 - Comp_of_IOR16A none 48 J30 F21 IOR16A IO DQ14 2 - True_of_IOR16B none 49 K30 F20 IOR15B IO DQ14 2 - Comp_of_IOR15A TRUE 50 M32 G20 IOR15A IO DQ14 2 - True_of_IOR15B TRUE 51 L32 G19 IOR14B IO DQ14 2 - Comp_of_IOR14A none 52 P26 K18 IOR14A IO DQ14 2 - True_of_IOR14B none 53 P25 J18 IOR13B LVDS DQ14 2 - Comp_of_IOR13A TRUE 54 M31 --- IOR13A LVDS DQ14 2 - True_of_IOR13B TRUE 55 L31 --- IOR12B IO DQ14 2 - Comp_of_IOR12A none 56 M33 --- IOR12A IO DQ14 2 - True_of_IOR12B none 57 L33 --- IOR11B IO DQ14 2 LPLL1_C_FB Comp_of_IOR11A TRUE 58 M30 C21 IOR11A IO DQ14 2 LPLL1_T_FB True_of_IOR11B TRUE 59 L30 B21 IOR9B IO DQ15 2 LPLL1_C_IN Comp_of_IOR9A none 60 M28 C20 IOR9A IO DQ15 2 LPLL1_T_IN True_of_IOR9B none 61 L28 B20 IOR8B IO DQS15 2 - Comp_of_IOR8A TRUE 62 M27 D20 IOR8A IO DQS15 2 - True_of_IOR8B TRUE 63 L27 D19 IOR7B IO DQ15 2 - Comp_of_IOR7A none 64 N26 H18 IOR7A IO DQ15 2 - True_of_IOR7B none 65 N25 H19 IOR6B LVDS DQ15 2 - Comp_of_IOR6A TRUE 66 H34 --- IOR6A LVDS DQ15 2 - True_of_IOR6B TRUE 67 G34 --- IOR5B IO DQ15 2 - Comp_of_IOR5A none 68 M26 G18 IOR5A IO DQ15 2 - True_of_IOR5B none 69 M25 G17 IOR4B LVDS DQ15 2 - Comp_of_IOR4A TRUE 70 K32 --- IOR4A LVDS DQ15 2 - True_of_IOR4B TRUE 71 J32 --- IOR3B IO DQ15 2 - Comp_of_IOR3A none 72 K34 E20 IOR3A IO DQ15 2 - True_of_IOR3B none 73 J34 E19 IOR2B IO DQ15 2 - Comp_of_IOR2A TRUE 74 J31 F19 IOR2A IO DQ15 2 - True_of_IOR2B TRUE 75 K31 F18 IOT91B IO DQ16 1 JTAGSEL Comp_of_IOT91A none 76 G26 E18 IOT91A IO DQ16 1 - True_of_IOT91B none 77 G25 E17 IOT90B IO DQ16 1 - Comp_of_IOT90A TRUE 78 C26 B22 IOT90A IO DQ16 1 - True_of_IOT90B TRUE 79 C25 A22 IOT89B IO DQ16 1 - Comp_of_IOT89A none 80 F26 F17 IOT89A IO DQ16 1 - True_of_IOT89B none 81 F25 F16 IOT88B IO DQ16 1 - Comp_of_IOT88A TRUE 82 A26 --- IOT88A IO DQ16 1 - True_of_IOT88B TRUE 83 A25 ---
4.1
GGW2A
V1.0 57
DQS BANK Pair LVDS BSCAN PBGA1156 PBGA484IOT87B IO DQ16 1 - Comp_of_IOT87A none 84 E26 D18 IOT87A IO DQ16 1 - True_of_IOT87B none 85 E25 D17 IOT86B IO DQ16 1 - Comp_of_IOT86A TRUE 86 J23 E15 IOT86A IO DQ16 1 - True_of_IOT86B TRUE 87 K23 E14 IOT85B IO DQ16 1 - Comp_of_IOT85A none 88 H24 --- IOT85A IO DQ16 1 - True_of_IOT85B none 89 H23 --- IOT84B IO DQS16 1 - Comp_of_IOT84A TRUE 90 D26 E16 IOT84A IO DQS16 1 - True_of_IOT84B TRUE 91 D25 D16 IOT81B IO DQ17 1 - Comp_of_IOT81A none 92 H25 --- IOT81A IO DQ17 1 - True_of_IOT81B none 93 H26 --- IOT80B LVDS DQ17 1 - Comp_of_IOT80A TRUE 94 G24 --- IOT80A LVDS DQ17 1 - True_of_IOT80B TRUE 95 G23 --- IOT79B IO DQ17 1 - Comp_of_IOT79A none 96 K22 --- IOT79A IO DQ17 1 - True_of_IOT79B none 97 J22 --- IOT78B LVDS DQ17 1 - Comp_of_IOT78A TRUE 98 J25 --- IOT78A LVDS DQ17 1 - True_of_IOT78B TRUE 99 J26 --- IOT77B IO DQ17 1 - Comp_of_IOT77A none 100 J21 --- IOT77A IO DQ17 1 - True_of_IOT77B none 101 H21 --- IOT76B IO DQ17 1 - Comp_of_IOT76A TRUE 102 K24 C19 IOT76A IO DQ17 1 - True_of_IOT76B TRUE 103 K25 C18 IOT75B IO DQ17 1 - Comp_of_IOT75A none 104 E24 A21 IOT75A IO DQ17 1 - True_of_IOT75B none 105 E23 A20 IOT74B IO DQ17 1 - Comp_of_IOT74A TRUE 106 B24 --- IOT74A IO DQ17 1 - True_of_IOT74B TRUE 107 B23 --- IOT73B IO DQ17 1 - Comp_of_IOT73A none 108 A24 C17 IOT73A IO DQ17 1 - True_of_IOT73B none 109 A23 C16 IOT72B IO DQ17 1 - Comp_of_IOT72A TRUE 110 D24 A19 IOT72A IO DQ17 1 - True_of_IOT72B TRUE 111 D23 A18 IOT71B IO DQ17 1 - Comp_of_IOT71A none 112 G22 --- IOT71A IO DQ17 1 - True_of_IOT71B none 113 G21 --- IOT70B IO DQ17 1 - Comp_of_IOT70A TRUE 114 K21 --- IOT70A IO DQ17 1 - True_of_IOT70B TRUE 115 K20 --- IOT69B IO DQ17 1 - Comp_of_IOT69A none 116 F22 D15 IOT69A IO DQ17 1 - True_of_IOT69B none 117 F21 D14 IOT68B IO DQ17 1 - Comp_of_IOT68A TRUE 118 H20 B17 IOT68A IO DQ17 1 - True_of_IOT68B TRUE 119 J20 A17 IOT67B IO DQ17 1 - Comp_of_IOT67A none 120 C24 --- IOT67A IO DQ17 1 - True_of_IOT67B none 121 C23 --- IOT66B IO DQS17 1 - Comp_of_IOT66A TRUE 122 E22 C15 IOT66A IO DQS17 1 - True_of_IOT66B TRUE 123 E21 C14 IOT63B IO DQS18 1 - Comp_of_IOT63A none 124 D22 B16 IOT63A IO DQS18 1 - True_of_IOT63B none 125 D21 A16 IOT62B IO DQ18 1 - Comp_of_IOT62A TRUE 126 E20 --- IOT62A IO DQ18 1 - True_of_IOT62B TRUE 127 E19 ---
GGW2A
V1.0 58
DQS BANK Pair LVDS BSCAN PBGA1156 PBGA484 IOT61B IO DQ18 1 - Comp_of_IOT61A none 128 B22 --- IOT61A IO DQ18 1 - True_of_IOT61B none 129 B21 --- IOT60B LVDS DQ18 1 - Comp_of_IOT60A TRUE 130 D20 --- IOT60A LVDS DQ18 1 - True_of_IOT60B TRUE 131 D19 --- IOT59B IO DQ18 1 - Comp_of_IOT59A none 132 L19 --- IOT59A IO DQ18 1 - True_of_IOT59B none 133 K19 --- IOT58B IO DQ18 1 - Comp_of_IOT58A TRUE 134 A22 --- IOT58A IO DQ18 1 - True_of_IOT58B TRUE 135 A21 --- IOT57B IO DQ18 1 - Comp_of_IOT57A none 136 C20 D13 IOT57A IO DQ18 1 - True_of_IOT57B none 137 C19 C13 IOT56B IO DQ18 1 - Comp_of_IOT56A TRUE 138 G20 B15 IOT56A IO DQ18 1 - True_of_IOT56B TRUE 139 G19 A15 IOT55B IO DQ18 1 - Comp_of_IOT55A none 140 D18 --- IOT55A IO DQ18 1 - True_of_IOT55B none 141 D17 --- IOT54B LVDS DQ18 1 - Comp_of_IOT54A TRUE 142 B20 --- IOT54A LVDS DQ18 1 - True_of_IOT54B TRUE 143 B19 --- IOT53B IO DQ18 1 - Comp_of_IOT53A none 144 E18 A14 IOT53A IO DQ18 1 - True_of_IOT53B none 145 E17 A13 IOT52B IO DQ18 1 - Comp_of_IOT52A TRUE 146 J19 E13 IOT52A IO DQ18 1 - True_of_IOT52B TRUE 147 H19 E12 IOT51B IO DQ18 1 - Comp_of_IOT51A none 148 G18 C12 IOT51A IO DQ18 1 - True_of_IOT51B none 149 G17 C11 IOT50B IO DQ18 1 - Comp_of_IOT50A TRUE 150 J18 --- IOT50A IO DQ18 1 - True_of_IOT50B TRUE 151 H18 --- IOT49B IO DQ18 1 - Comp_of_IOT49A none 152 A20 --- IOT49A IO DQ18 1 - True_of_IOT49B none 153 A19 --- IOT48B IO DQ18 1 GCLK1_1 Comp_of_IOT48A TRUE 154 F18 D12 IOT48A IO DQ18 1 GCLK1_0 True_of_IOT48B TRUE 155 F17 D11 IOT45B IO DQ19 0 GCLK0_1 Comp_of_IOT45A none 156 D16 B12 IOT45A IO DQ19 0 GCLK0_0 True_of_IOT45B none 157 D15 B11 IOT44B IO DQ19 0 - Comp_of_IOT44A TRUE 158 B18 --- IOT44A IO DQ19 0 - True_of_IOT44B TRUE 159 B17 --- IOT43B IO DQ19 0 - Comp_of_IOT43A none 160 H17 --- IOT43A IO DQ19 0 - True_of_IOT43B none 161 J17 --- IOT42B IO DQ19 0 - Comp_of_IOT42A TRUE 162 E16 A12 IOT42A IO DQ19 0 - True_of_IOT42B TRUE 163 E15 A11 IOT41B IO DQ19 0 - Comp_of_IOT41A none 164 H16 E11 IOT41A IO DQ19 0 - True_of_IOT41B none 165 J16 E10 IOT40B IO DQ19 0 - Comp_of_IOT40A TRUE 166 G16 A10 IOT40A IO DQ19 0 - True_of_IOT40B TRUE 167 G15 A9 IOT39B IO DQ19 0 - Comp_of_IOT39A none 168 A18 --- IOT39A IO DQ19 0 - True_of_IOT39B none 169 A17 --- IOT38B LVDS DQ19 0 - Comp_of_IOT38A TRUE 170 A14 --- IOT38A LVDS DQ19 0 - True_of_IOT38B TRUE 171 A13 ---
GGW2A
V1.0 59
DQS BANK Pair LVDS BSCAN PBGA1156 PBGA484IOT37B IO DQ19 0 - Comp_of_IOT37A none 172 B14 A8 IOT37A IO DQ19 0 - True_of_IOT37B none 173 B13 B8 IOT36B IO DQ19 0 - Comp_of_IOT36A TRUE 174 A16 C10 IOT36A IO DQ19 0 - True_of_IOT36B TRUE 175 A15 C9 IOT35B IO DQ19 0 - Comp_of_IOT35A none 176 D14 --- IOT35A IO DQ19 0 - True_of_IOT35B none 177 D13 --- IOT34B LVDS DQ19 0 - Comp_of_IOT34A TRUE 178 K16 --- IOT34A LVDS DQ19 0 - True_of_IOT34B TRUE 179 L16 --- IOT33B IO DQ19 0 - Comp_of_IOT33A none 180 B16 --- IOT33A IO DQ19 0 - True_of_IOT33B none 181 B15 --- IOT32B LVDS DQ19 0 - Comp_of_IOT32A TRUE 182 E14 --- IOT32A LVDS DQ19 0 - True_of_IOT32B TRUE 183 E13 --- IOT31B IO DQ19 0 - Comp_of_IOT31A none 184 C16 --- IOT31A IO DQ19 0 - True_of_IOT31B none 185 C15 --- IOT30B IO DQS19 0 - Comp_of_IOT30A TRUE 186 F14 D10 IOT30A IO DQS19 0 - True_of_IOT30B TRUE 187 F13 D9 IOT27B IO DQS20 0 - Comp_of_IOT27A none 188 G14 A7 IOT27A IO DQS20 0 - True_of_IOT27B none 189 G13 B7 IOT26B IO DQ20 0 - Comp_of_IOT26A TRUE 190 D12 --- IOT26A IO DQ20 0 - True_of_IOT26B TRUE 191 D11 --- IOT25B IO DQ20 0 - Comp_of_IOT25A none 192 H15 E9 IOT25A IO DQ20 0 - True_of_IOT25B none 193 J15 E8 IOT24B IO DQ20 0 - Comp_of_IOT24A TRUE 194 A12 A6 IOT24A IO DQ20 0 - True_of_IOT24B TRUE 195 A11 B6 IOT23B IO DQ20 0 - Comp_of_IOT23A none 196 K15 --- IOT23A IO DQ20 0 - True_of_IOT23B none 197 K14 --- IOT22B LVDS DQ20 0 - Comp_of_IOT22A TRUE 198 B12 --- IOT22A LVDS DQ20 0 - True_of_IOT22B TRUE 199 B11 --- IOT21B IO DQ20 0 - Comp_of_IOT21A none 200 E12 A5 IOT21A IO DQ20 0 - True_of_IOT21B none 201 E11 A4 IOT20B IO DQ20 0 - Comp_of_IOT20A TRUE 202 C12 C8 IOT20A IO DQ20 0 - True_of_IOT20B TRUE 203 C11 C7 IOT19B IO DQ20 0 - Comp_of_IOT19A none 204 F7 --- IOT19A IO DQ20 0 - True_of_IOT19B none 205 F8 --- IOT18B IO DQ20 0 - Comp_of_IOT18A TRUE 206 G12 A3 IOT18A IO DQ20 0 - True_of_IOT18B TRUE 207 G11 A2 IOT17B IO DQ20 0 - Comp_of_IOT17A none 208 D7 D8 IOT17A IO DQ20 0 - True_of_IOT17B none 209 D8 D7 IOT16B IO DQ20 0 - Comp_of_IOT16A TRUE 210 H14 --- IOT16A IO DQ20 0 - True_of_IOT16B TRUE 211 J14 --- IOT15B IO DQ20 0 - Comp_of_IOT15A none 212 C7 --- IOT15A IO DQ20 0 - True_of_IOT15B none 213 C8 --- IOT14B LVDS DQ20 0 - Comp_of_IOT14A TRUE 214 J12 --- IOT14A LVDS DQ20 0 - True_of_IOT14B TRUE 215 K12 ---
GGW2A
V1.0 60
DQS BANK Pair LVDS BSCAN PBGA1156 PBGA484 IOT13B IO DQ20 0 - Comp_of_IOT13A none 216 H12 --- IOT13A IO DQ20 0 - True_of_IOT13B none 217 H11 --- IOT12B LVDS DQ20 0 - Comp_of_IOT12A TRUE 218 E10 --- IOT12A LVDS DQ20 0 - True_of_IOT12B TRUE 219 E9 --- IOT9B IO DQS21 0 - Comp_of_IOT9A none 220 F10 A1 IOT9A IO DQS21 0 - True_of_IOT9B none 221 F9 B1 IOT8B IO DQ21 0 - Comp_of_IOT8A TRUE 222 A10 --- IOT8A IO DQ21 0 - True_of_IOT8B TRUE 223 A9 --- IOT7B IO DQ21 0 - Comp_of_IOT7A none 224 J13 C6 IOT7A IO DQ21 0 - True_of_IOT7B none 225 K13 C5 IOT6B IO DQ21 0 - Comp_of_IOT6A TRUE 226 G10 F7 IOT6A IO DQ21 0 - True_of_IOT6B TRUE 227 G9 F6 IOT5B IO DQ21 0 - Comp_of_IOT5A none 228 C10 --- IOT5A IO DQ21 0 - True_of_IOT5B none 229 C9 --- IOT4B IO DQ21 0 - Comp_of_IOT4A TRUE 230 A8 C4 IOT4A IO DQ21 0 - True_of_IOT4B TRUE 231 A7 D4 IOT3B IO DQ21 0 - Comp_of_IOT3A none 232 D10 E7 IOT3A IO DQ21 0 - True_of_IOT3B none 233 D9 E6 IOT2B IO DQ21 0 - Comp_of_IOT2A TRUE 234 B8 D6 IOT2A IO DQ21 0 - True_of_IOT2B TRUE 235 B7 D5 IOL2A IO DQ0 7 - True_of_IOL2B TRUE 236 H3 E5 IOL2B IO DQ0 7 - Comp_of_IOL2A TRUE 237 G3 F5 IOL3A IO DQ0 7 - True_of_IOL3B none 238 G1 B3 IOL3B IO DQ0 7 - Comp_of_IOL3A none 239 H1 B2 IOL4A LVDS DQ0 7 - True_of_IOL4B TRUE 240 H4 --- IOL4B LVDS DQ0 7 - Comp_of_IOL4A TRUE 241 G4 --- IOL5A IO DQ0 7 - True_of_IOL5B none 242 N10 G6 IOL5B IO DQ0 7 - Comp_of_IOL5A none 243 N9 G5 IOL6A LVDS DQ0 7 - True_of_IOL6B TRUE 244 F1 --- IOL6B LVDS DQ0 7 - Comp_of_IOL6A TRUE 245 E1 --- IOL7A IO DQ0 7 - True_of_IOL7B none 246 P10 D3 IOL7B IO DQ0 7 - Comp_of_IOL7A none 247 P9 C3 IOL8A IO DQS0 7 - True_of_IOL8B TRUE 248 H6 E4 IOL8B IO DQS0 7 - Comp_of_IOL8A TRUE 249 J6 E3 IOL9A IO DQ0 7 LPLL1_T_IN True_of_IOL9B none 250 J5 F4 IOL9B IO DQ0 7 LPLL1_C_IN Comp_of_IOL9A none 251 K5 G4 IOL11A IO DQ1 7 LPLL1_T_FB True_of_IOL11B TRUE 252 J4 F3 IOL11B IO DQ1 7 LPLL1_C_FB Comp_of_IOL11A TRUE 253 K4 G3 IOL12A IO DQ1 7 - True_of_IOL12B none 254 L4 --- IOL12B IO DQ1 7 - Comp_of_IOL12A none 255 M4 --- IOL13A LVDS DQ1 7 - True_of_IOL13B TRUE 256 J3 --- IOL13B LVDS DQ1 7 - Comp_of_IOL13A TRUE 257 K3 --- IOL14A IO DQ1 7 - True_of_IOL14B none 258 R10 H5 IOL14B IO DQ1 7 - Comp_of_IOL14A none 259 R9 J5
GGW2A
V1.0 61
DQS BANK Pair LVDS BSCAN PBGA1156 PBGA484 IOL15A IO DQ1 7 - True_of_IOL15B TRUE 260 J1 C2 IOL15B IO DQ1 7 - Comp_of_IOL15A TRUE 261 K1 C1 IOL16A IO DQ1 7 - True_of_IOL16B none 262 M6 D1 IOL16B IO DQ1 7 - Comp_of_IOL16A none 263 N6 E1 IOL17A LVDS DQ1 7 - True_of_IOL17B TRUE 264 L2 ---IOL17B LVDS DQ1 7 - Comp_of_IOL17A TRUE 265 M2 ---IOL18A IO DQS1 7 - True_of_IOL18B none 266 L5 F2 IOL18B IO DQS1 7 - Comp_of_IOL18A none 267 M5 G2 IOL20A IO DQ1 7 - True_of_IOL20B TRUE 268 L1 F1 IOL20B IO DQ1 7 - Comp_of_IOL20A TRUE 269 M1 G1 IOL21A IO DQ1 7 - True_of_IOL21B none 270 N1 H4 IOL21B IO DQ1 7 - Comp_of_IOL21A none 271 P1 J4 IOL22A LVDS DQ1 7 - True_of_IOL22B TRUE 272 N7 ---IOL22B LVDS DQ1 7 - Comp_of_IOL22A TRUE 273 P7 ---IOL23A IO DQ1 7 - True_of_IOL23B none 274 T11 ---IOL23B IO DQ1 7 - Comp_of_IOL23A none 275 T10 ---IOL24A LVDS DQ1 7 - True_of_IOL24B TRUE 276 N5 ---IOL24B LVDS DQ1 7 - Comp_of_IOL24A TRUE 277 P5 ---IOL25A IO DQ1 7 - True_of_IOL25B none 278 T9 ---IOL25B IO DQ1 7 - Comp_of_IOL25A none 279 T8 ---IOL26A LVDS DQ1 7 - True_of_IOL26B TRUE 280 P3 ---IOL26B LVDS DQ1 7 - Comp_of_IOL26A TRUE 281 R3 ---IOL27A IO DQ1 7 - True_of_IOL27B none 282 N4 ---IOL27B IO DQ1 7 - Comp_of_IOL27A none 283 P4 ---IOL28A IO DQ2 7 - True_of_IOL28B TRUE 284 N2 H3 IOL28B IO DQ2 7 - Comp_of_IOL28A TRUE 285 P2 J3 IOL29A IO DQ2 7 - True_of_IOL29B none 286 R7 H2 IOL29B IO DQ2 7 - Comp_of_IOL29A none 287 T7 H1 IOL30A LVDS DQ2 7 - True_of_IOL30B TRUE 288 U9 ---IOL30B LVDS DQ2 7 - Comp_of_IOL30A TRUE 289 U8 ---IOL31A IO DQ2 7 - True_of_IOL31B none 290 T6 ---IOL31B IO DQ2 7 - Comp_of_IOL31A none 291 U6 ---IOL32A IO DQ2 7 - True_of_IOL32B TRUE 292 V8 J1 IOL32B IO DQ2 7 - Comp_of_IOL32A TRUE 293 V9 K1 IOL33A IO DQ2 7 - True_of_IOL33B none 294 R5 K5 IOL33B IO DQ2 7 - Comp_of_IOL33A none 295 T5 L5 IOL34A IO DQS2 7 - True_of_IOL34B TRUE 296 U1 L2 IOL34B IO DQS2 7 - Comp_of_IOL34A TRUE 297 V1 L1 IOL35A IO DQ2 7 LPLL2_T_IN True_of_IOL35B none 298 R4 K3 IOL35B IO DQ2 7 LPLL2_C_IN Comp_of_IOL35A none 299 T4 L3 IOL37A IO DQ2 7 LPLL2_T_FB True_of_IOL37B TRUE 300 R2 K4 IOL37B IO DQ2 7 LPLL2_C_FB Comp_of_IOL37A TRUE 301 T2 L4 IOL38A IO DQ2 7 - True_of_IOL38B none 302 U2 ---IOL38B IO DQ2 7 - Comp_of_IOL38A none 303 V2 ---
GGW2A
V1.0 62
DQS BANK Pair LVDS BSCAN PBGA1156 PBGA484 IOL39A LVDS DQ2 7 - True_of_IOL39B TRUE 304 R1 --- IOL39B LVDS DQ2 7 - Comp_of_IOL39A TRUE 305 T1 --- IOL40A IO DQ2 7 - True_of_IOL40B none 306 W11 --- IOL40B IO DQ2 7 - Comp_of_IOL40A none 307 W10 --- IOL41A LVDS DQ2 7 - True_of_IOL41B TRUE 308 V3 --- IOL41B LVDS DQ2 7 - Comp_of_IOL41A TRUE 309 W3 --- IOL42A IO DQ2 7 - True_of_IOL42B none 310 W1 M2 IOL42B IO DQ2 7 - Comp_of_IOL42A none 311 Y1 M1 IOL43A IO DQ2 7 - True_of_IOL43B TRUE 312 V4 P1 IOL43B IO DQ2 7 - Comp_of_IOL43A TRUE 313 U4 N1 IOL44A IO DQ2 7 GCLK7_0 True_of_IOL44B none 314 W2 R1 IOL44B IO DQ2 7 GCLK7_1 Comp_of_IOL44A none 315 Y2 T1 IOL46A IO DQ3 6 GCLK6_0 True_of_IOL46B TRUE 316 W4 M4 IOL46B IO DQ3 6 GCLK6_1 Comp_of_IOL46A TRUE 317 Y4 M3 IOL47A IO DQ3 6 - True_of_IOL47B none 318 W7 U1 IOL47B IO DQ3 6 - Comp_of_IOL47A none 319 Y7 U2 IOL48A IO DQ3 6 - True_of_IOL48B TRUE 320 W5 N4 IOL48B IO DQ3 6 - Comp_of_IOL48A TRUE 321 Y5 N3 IOL49A IO DQ3 6 - True_of_IOL49B none 322 W9 M5 IOL49B IO DQ3 6 - Comp_of_IOL49A none 323 W8 N5 IOL50A IO DQ3 6 - True_of_IOL50B TRUE 324 AA1 T2 IOL50B IO DQ3 6 - Comp_of_IOL50A TRUE 325 AB1 R2 IOL51A IO DQ3 6 - True_of_IOL51B none 326 AA2 V1 IOL51B IO DQ3 6 - Comp_of_IOL51A none 327 AB2 W1 IOL52A IO DQ3 6 - True_of_IOL52B TRUE 328 Y6 P3 IOL52B IO DQ3 6 - Comp_of_IOL52A TRUE 329 AA6 R3 IOL53A IO DQS3 6 - True_of_IOL53B none 330 AA4 P4 IOL53B IO DQS3 6 - Comp_of_IOL53A none 331 AB4 R4 IOL55A IO DQ3 6 - True_of_IOL55B TRUE 332 AA5 Y1 IOL55B IO DQ3 6 - Comp_of_IOL55A TRUE 333 AB5 Y2 IOL56A IO DQ3 6 - True_of_IOL56B none 334 AC1 T3 IOL56B IO DQ3 6 - Comp_of_IOL56A none 335 AD1 U3 IOL57A LVDS DQ3 6 - True_of_IOL57B TRUE 336 AA7 --- IOL57B LVDS DQ3 6 - Comp_of_IOL57A TRUE 337 AB7 --- IOL58A IO DQ3 6 - True_of_IOL58B none 338 Y9 --- IOL58B IO DQ3 6 - Comp_of_IOL58A none 339 Y10 --- IOL59A LVDS DQ3 6 - True_of_IOL59B TRUE 340 AC3 --- IOL59B LVDS DQ3 6 - Comp_of_IOL59A TRUE 341 AD3 --- IOL60A IO DQ3 6 - True_of_IOL60B none 342 AC4 --- IOL60B IO DQ3 6 - Comp_of_IOL60A none 343 AD4 --- IOL61A LVDS DQ3 6 - True_of_IOL61B TRUE 344 AC2 --- IOL61B LVDS DQ3 6 - Comp_of_IOL61A TRUE 345 AD2 --- IOL62A IO DQ3 6 - True_of_IOL62B none 346 AE3 --- IOL62B IO DQ3 6 - Comp_of_IOL62A none 347 AF3 ---
GGW2A
V1.0 63
DQS BANK Pair LVDS BSCAN PBGA1156 PBGA484 IOL67A LVDS DQ4 6 - True_of_IOL67B TRUE 348 AE4 ---IOL67B LVDS DQ4 6 - Comp_of_IOL67A TRUE 349 AF4 ---IOL68A IO DQ4 6 - True_of_IOL68B none 350 AC5 ---IOL68B IO DQ4 6 - Comp_of_IOL68A none 351 AD5 ---IOL69A LVDS DQ4 6 - True_of_IOL69B TRUE 352 AE6 ---IOL69B LVDS DQ4 6 - Comp_of_IOL69A TRUE 353 AF6 ---IOL70A IO DQ4 6 - True_of_IOL70B none 354 AA9 ---IOL70B IO DQ4 6 - Comp_of_IOL70A none 355 AA10 ---IOL71A LVDS DQ4 6 - True_of_IOL71B TRUE 356 AD7 ---IOL71B LVDS DQ4 6 - Comp_of_IOL71A TRUE 357 AE7 ---IOL72A IO DQ4 6 - True_of_IOL72B none 358 AG1 ---IOL72B IO DQ4 6 - Comp_of_IOL72A none 359 AH1 ---IOL73A IO DQS4 6 - True_of_IOL73B TRUE 360 AE1 V3 IOL73B IO DQS4 6 - Comp_of_IOL73A TRUE 361 AF1 W3 IOL74A IO DQ4 6 LPLL3_T_IN True_of_IOL74B none 362 AG2 AA1 IOL74B IO DQ4 6 LPLL3_C_IN Comp_of_IOL74A none 363 AH2 AA2 IOL76A IO DQ4 6 LPLL3_T_FB True_of_IOL76B TRUE 364 AG3 P5 IOL76B IO DQ4 6 LPLL3_C_FB Comp_of_IOL76A TRUE 365 AH3 R5 IOL77A IO DQ4 6 - True_of_IOL77B none 366 AG4 T4 IOL77B IO DQ4 6 - Comp_of_IOL77A none 367 AH4 U4 IOL78A LVDS DQ4 6 - True_of_IOL78B TRUE 368 AB9 ---IOL78B LVDS DQ4 6 - Comp_of_IOL78A TRUE 369 AB10 ---IOL79A IO DQ4 6 - True_of_IOL79B none 370 AJ3 V4 IOL79B IO DQ4 6 - Comp_of_IOL79A none 371 AK3 W4 IOL80A LVDS DQ4 6 - True_of_IOL80B TRUE 372 AC9 ---IOL80B LVDS DQ4 6 - Comp_of_IOL80A TRUE 373 AC10 ---IOL81A IO DQ4 6 - True_of_IOL81B none 374 AJ4 ---IOL81B IO DQ4 6 - Comp_of_IOL81A none 375 AK4 ---IOL82A IO DQ4 6 - True_of_IOL82B TRUE 376 AJ1 V5 IOL82B IO DQ4 6 - Comp_of_IOL82A TRUE 377 AK1 U5 IOL83A IO DQ4 6 - True_of_IOL83B none 378 AH5 T5 IOL83B IO DQ4 6 - Comp_of_IOL83A none 379 AJ5 T6 IOB2A IO DQ5 5 - True_of_IOB2B TRUE 380 AH9 U6 IOB2B IO DQ5 5 - Comp_of_IOB2A TRUE 381 AH10 U7 IOB3A IO DQ5 5 - True_of_IOB3B none 382 AF11 W5 IOB3B IO DQ5 5 - Comp_of_IOB3A none 383 AF12 W6 IOB4A IO DQ5 5 - True_of_IOB4B TRUE 384 AJ9 V6 IOB4B IO DQ5 5 - Comp_of_IOB4A TRUE 385 AJ10 V7 IOB5A IO DQ5 5 - True_of_IOB5B none 386 AG11 ---IOB5B IO DQ5 5 - Comp_of_IOB5A none 387 AG12 ---IOB6A IO DQ5 5 - True_of_IOB6B TRUE 388 AK9 Y4 IOB6B IO DQ5 5 - Comp_of_IOB6A TRUE 389 AK10 Y5 IOB7A IO DQ5 5 - True_of_IOB7B none 390 AE12 V8 IOB7B IO DQ5 5 - Comp_of_IOB7A none 391 AE13 V9
GGW2A
V1.0 64
DQS BANK Pair LVDS BSCAN PBGA1156 PBGA484 IOB8A IO DQ5 5 - True_of_IOB8B TRUE 392 AH11 --- IOB8B IO DQ5 5 - Comp_of_IOB8A TRUE 393 AH12 --- IOB9A IO DQS5 5 - True_of_IOB9B none 394 AL9 Y3 IOB9B IO DQS5 5 - Comp_of_IOB9A none 395 AL10 AA3 IOB12A LVDS DQ6 5 - True_of_IOB12B TRUE 396 AM9 --- IOB12B LVDS DQ6 5 - Comp_of_IOB12A TRUE 397 AM10 --- IOB13A IO DQ6 5 - True_of_IOB13B none 398 AL11 --- IOB13B IO DQ6 5 - Comp_of_IOB13A none 399 AL12 --- IOB14A LVDS DQ6 5 - True_of_IOB14B TRUE 400 AF13 --- IOB14B LVDS DQ6 5 - Comp_of_IOB14A TRUE 401 AE14 --- IOB15A IO DQ6 5 - True_of_IOB15B none 402 AP9 --- IOB15B IO DQ6 5 - Comp_of_IOB15A none 403 AP10 --- IOB16A IO DQ6 5 - True_of_IOB16B TRUE 404 AG13 --- IOB16B IO DQ6 5 - Comp_of_IOB16A TRUE 405 AG14 --- IOB17A IO DQ6 5 - True_of_IOB17B none 406 AP7 AB1 IOB17B IO DQ6 5 - Comp_of_IOB17A none 407 AP8 AB2 IOB18A IO DQ6 5 - True_of_IOB18B TRUE 408 AK11 Y6 IOB18B IO DQ6 5 - Comp_of_IOB18A TRUE 409 AK12 AA6 IOB19A IO DQ6 5 - True_of_IOB19B none 410 AN8 --- IOB19B IO DQ6 5 - Comp_of_IOB19A none 411 AN7 --- IOB20A IO DQ6 5 - True_of_IOB20B TRUE 412 AM11 W7 IOB20B IO DQ6 5 - Comp_of_IOB20A TRUE 413 AM12 W8 IOB21A IO DQ6 5 - True_of_IOB21B none 414 AH15 AB3 IOB21B IO DQ6 5 - Comp_of_IOB21A none 415 AH16 AB4 IOB22A LVDS DQ6 5 - True_of_IOB22B TRUE 416 AN11 --- IOB22B LVDS DQ6 5 - Comp_of_IOB22A TRUE 417 AN12 --- IOB23A IO DQ6 5 - True_of_IOB23B none 418 AF14 --- IOB23B IO DQ6 5 - Comp_of_IOB23A none 419 AE15 --- IOB24A IO DQ6 5 - True_of_IOB24B TRUE 420 AP11 Y7 IOB24B IO DQ6 5 - Comp_of_IOB24A TRUE 421 AP12 Y8 IOB25A IO DQ6 5 - True_of_IOB25B none 422 AF15 V10 IOB25B IO DQ6 5 - Comp_of_IOB25A none 423 AG15 V11 IOB26A IO DQ6 5 - True_of_IOB26B TRUE 424 AK15 --- IOB26B IO DQ6 5 - Comp_of_IOB26A TRUE 425 AK16 --- IOB27A IO DQS6 5 - True_of_IOB27B none 426 AH13 AB5 IOB27B IO DQS6 5 - Comp_of_IOB27A none 427 AH14 AB6 IOB30A IO DQS7 5 - True_of_IOB30B TRUE 428 AJ13 W9 IOB30B IO DQS7 5 - Comp_of_IOB30A TRUE 429 AJ14 Y9 IOB31A IO DQ7 5 - True_of_IOB31B none 430 AL15 --- IOB31B IO DQ7 5 - Comp_of_IOB31A none 431 AL16 --- IOB32A LVDS DQ7 5 - True_of_IOB32B TRUE 432 AK13 --- IOB32B LVDS DQ7 5 - Comp_of_IOB32A TRUE 433 AK14 --- IOB33A IO DQ7 5 - True_of_IOB33B none 434 AM15 --- IOB33B IO DQ7 5 - Comp_of_IOB33A none 435 AM16 ---
GGW2A
V1.0 65
DQS BANK Pair LVDS BSCAN PBGA1156 PBGA484 IOB34A LVDS DQ7 5 - True_of_IOB34B TRUE 436 AD16 --- IOB34B LVDS DQ7 5 - Comp_of_IOB34A TRUE 437 AE16 --- IOB35A IO DQ7 5 - True_of_IOB35B none 438 AL13 --- IOB35B IO DQ7 5 - Comp_of_IOB35A none 439 AL14 --- IOB36A IO DQ7 5 - True_of_IOB36B TRUE 440 AN15 AA7 IOB36B IO DQ7 5 - Comp_of_IOB36A TRUE 441 AN16 AB7 IOB37A IO DQ7 5 - True_of_IOB37B none 442 AN13 AA8 IOB37B IO DQ7 5 - Comp_of_IOB37A none 443 AN14 AB8 IOB38A LVDS DQ7 5 - True_of_IOB38B TRUE 444 AP13 --- IOB38B LVDS DQ7 5 - Comp_of_IOB38A TRUE 445 AP14 --- IOB39A IO DQ7 5 - True_of_IOB39B none 446 AP15 --- IOB39B IO DQ7 5 - Comp_of_IOB39A none 447 AP16 --- IOB40A IO DQ7 5 - True_of_IOB40B TRUE 448 AK17 W10 IOB40B IO DQ7 5 - Comp_of_IOB40A TRUE 449 AK18 W11 IOB41A IO DQ7 5 - True_of_IOB41B none 450 AF16 AA11 IOB41B IO DQ7 5 - Comp_of_IOB41A none 451 AG16 AB11 IOB42A IO DQ7 5 - True_of_IOB42B TRUE 452 AJ17 Y10 IOB42B IO DQ7 5 - Comp_of_IOB42A TRUE 453 AJ18 Y11 IOB43A IO DQ7 5 - True_of_IOB43B none 454 AG17 --- IOB43B IO DQ7 5 - Comp_of_IOB43A none 455 AF17 --- IOB44A IO DQ7 5 - True_of_IOB44B TRUE 456 AP17 --- IOB44B IO DQ7 5 - Comp_of_IOB44A TRUE 457 AP18 --- IOB45A IO DQ7 5 GCLK5_0 True_of_IOB45B none 458 AH17 AB9 IOB45B IO DQ7 5 GCLK5_1 Comp_of_IOB45A none 459 AH18 AB10 IOB48A IO DQ8 4 GCLK4_0 True_of_IOB48B TRUE 460 AL17 AB12 IOB48B IO DQ8 4 GCLK4_1 Comp_of_IOB48A TRUE 461 AL18 AA12 IOB49A IO DQ8 4 - True_of_IOB49B none 462 AN17 --- IOB49B IO DQ8 4 - Comp_of_IOB49A none 463 AN18 --- IOB50A IO DQ8 4 - True_of_IOB50B TRUE 464 AG18 --- IOB50B IO DQ8 4 - Comp_of_IOB50A TRUE 465 AF18 --- IOB51A IO DQ8 4 - True_of_IOB51B none 466 AH19 Y12 IOB51B IO DQ8 4 - Comp_of_IOB51A none 467 AH20 Y13 IOB52A IO DQ8 4 - True_of_IOB52B TRUE 468 AG19 W12 IOB52B IO DQ8 4 - Comp_of_IOB52A TRUE 469 AF19 W13 IOB53A IO DQ8 4 - True_of_IOB53B none 470 AP21 AB13 IOB53B IO DQ8 4 - Comp_of_IOB53A none 471 AP22 AB14 IOB54A LVDS DQ8 4 - True_of_IOB54B TRUE 472 AP19 --- IOB54B LVDS DQ8 4 - Comp_of_IOB54A TRUE 473 AP20 --- IOB55A IO DQ8 4 - True_of_IOB55B none 474 AN21 --- IOB55B IO DQ8 4 - Comp_of_IOB55A none 475 AN22 --- IOB56A IO DQ8 4 - True_of_IOB56B TRUE 476 AL21 AB15 IOB56B IO DQ8 4 - Comp_of_IOB56A TRUE 477 AL22 AA15 IOB57A IO DQ8 4 - True_of_IOB57B none 478 AN19 V12 IOB57B IO DQ8 4 - Comp_of_IOB57A none 479 AN20 V13
GGW2A
V1.0 66
DQS BANK Pair LVDS BSCAN PBGA1156 PBGA484 IOB58A LVDS DQ8 4 - True_of_IOB58B TRUE 480 AK21 --- IOB58B LVDS DQ8 4 - Comp_of_IOB58A TRUE 481 AK22 --- IOB59A IO DQ8 4 - True_of_IOB59B none 482 AD19 --- IOB59B IO DQ8 4 - Comp_of_IOB59A none 483 AE19 --- IOB60A IO DQ8 4 - True_of_IOB60B TRUE 484 AM19 --- IOB60B IO DQ8 4 - Comp_of_IOB60A TRUE 485 AM20 --- IOB61A IO DQ8 4 - True_of_IOB61B none 486 AJ21 --- IOB61B IO DQ8 4 - Comp_of_IOB61A none 487 AJ22 --- IOB62A IO DQ8 4 - True_of_IOB62B TRUE 488 AL19 --- IOB62B IO DQ8 4 - Comp_of_IOB62A TRUE 489 AL20 --- IOB63A IO DQS8 4 - True_of_IOB63B none 490 AH21 Y14 IOB63B IO DQS8 4 - Comp_of_IOB63A none 491 AH22 Y15 IOB66A IO DQS9 4 - True_of_IOB66B TRUE 492 AP23 AB16 IOB66B IO DQS9 4 - Comp_of_IOB66A TRUE 493 AP24 AA16 IOB67A IO DQ9 4 - True_of_IOB67B none 494 AK19 --- IOB67B IO DQ9 4 - Comp_of_IOB67A none 495 AK20 --- IOB68A IO DQ9 4 - True_of_IOB68B TRUE 496 AG20 V14 IOB68B IO DQ9 4 - Comp_of_IOB68A TRUE 497 AF20 V15 IOB69A IO DQ9 4 - True_of_IOB69B none 498 AN23 AB17 IOB69B IO DQ9 4 - Comp_of_IOB69A none 499 AN24 AB18 IOB70A IO DQ9 4 - True_of_IOB70B TRUE 500 AE20 --- IOB70B IO DQ9 4 - Comp_of_IOB70A TRUE 501 AE21 --- IOB71A IO DQ9 4 - True_of_IOB71B none 502 AM23 --- IOB71B IO DQ9 4 - Comp_of_IOB71A none 503 AM24 --- IOB72A IO DQ9 4 - True_of_IOB72B TRUE 504 AH23 AA17 IOB72B IO DQ9 4 - Comp_of_IOB72A TRUE 505 AH24 Y17 IOB73A IO DQ9 4 - True_of_IOB73B none 506 AL23 W14 IOB73B IO DQ9 4 - Comp_of_IOB73A none 507 AL24 W15 IOB74A IO DQ9 4 - True_of_IOB74B TRUE 508 AK23 --- IOB74B IO DQ9 4 - Comp_of_IOB74A TRUE 509 AK24 --- IOB75A IO DQ9 4 - True_of_IOB75B none 510 AG23 AB19 IOB75B IO DQ9 4 - Comp_of_IOB75A none 511 AG24 AB20 IOB76A IO DQ9 4 - True_of_IOB76B TRUE 512 AJ28 Y16 IOB76B IO DQ9 4 - Comp_of_IOB76A TRUE 513 AJ27 W16 IOB77A IO DQ9 4 - True_of_IOB77B none 514 AG21 --- IOB77B IO DQ9 4 - Comp_of_IOB77A none 515 AF21 --- IOB78A LVDS DQ9 4 - True_of_IOB78B TRUE 516 AL28 --- IOB78B LVDS DQ9 4 - Comp_of_IOB78A TRUE 517 AL27 --- IOB79A IO DQ9 4 - True_of_IOB79B none 518 AE23 --- IOB79B IO DQ9 4 - Comp_of_IOB79A none 519 AE22 --- IOB80A LVDS DQ9 4 - True_of_IOB80B TRUE 520 AP25 --- IOB80B LVDS DQ9 4 - Comp_of_IOB80A TRUE 521 AP26 --- IOB81A IO DQ9 4 - True_of_IOB81B none 522 AM28 --- IOB81B IO DQ9 4 - Comp_of_IOB81A none 523 AM27 ---
GGW2A
V1.0 67
DQS BANK Pair LVDS BSCAN PBGA1156 PBGA484 IOB84A IO DQS10 4 - True_of_IOB84B TRUE 524 AN28 Y19 IOB84B IO DQS10 4 - Comp_of_IOB84A TRUE 525 AN27 Y18 IOB85A IO DQ10 4 - True_of_IOB85B none 526 AM25 --- IOB85B IO DQ10 4 - Comp_of_IOB85A none 527 AM26 --- IOB86A IO DQ10 4 - True_of_IOB86B TRUE 528 AG22 V16 IOB86B IO DQ10 4 - Comp_of_IOB86A TRUE 529 AF22 U16 IOB87A IO DQ10 4 - True_of_IOB87B none 530 AP28 W17 IOB87B IO DQ10 4 - Comp_of_IOB87A none 531 AP27 W18 IOB88A IO DQ10 4 - True_of_IOB88B TRUE 532 AL25 --- IOB88B IO DQ10 4 - Comp_of_IOB88A TRUE 533 AL26 --- IOB89A IO DQ10 4 - True_of_IOB89B none 534 AJ25 AA20 IOB89B IO DQ10 4 - Comp_of_IOB89A none 535 AJ26 Y20 IOB90A IO DQ10 4 - True_of_IOB90B TRUE 536 AK25 V17 IOB90B IO DQ10 4 - Comp_of_IOB90A TRUE 537 AK26 V18 IOB91A IO DQ10 4 - True_of_IOB91B none 538 AH25 W19 IOB91B IO DQ10 4 - Comp_of_IOB91A none 539 AH26 V19 IOR83B IO DQ11 3 - Comp_of_IOR83A none 540 AF28 U18 IOR83A IO DQ11 3 - True_of_IOR83B none 541 AE28 U19 IOR82B IO DQ11 3 - Comp_of_IOR82A TRUE 542 AD28 U17 IOR82A IO DQ11 3 - True_of_IOR82B TRUE 543 AC28 T17 IOR81B IO DQ11 3 - Comp_of_IOR81A none 544 AF29 --- IOR81A IO DQ11 3 - True_of_IOR81B none 545 AE29 --- IOR80B LVDS DQ11 3 - Comp_of_IOR80A TRUE 546 AC26 --- IOR80A LVDS DQ11 3 - True_of_IOR80B TRUE 547 AC25 --- IOR79B IO DQ11 3 - Comp_of_IOR79A none 548 AF30 AB21 IOR79A IO DQ11 3 - True_of_IOR79B none 549 AE30 AB22 IOR78B LVDS DQ11 3 - Comp_of_IOR78A TRUE 550 AB26 --- IOR78A LVDS DQ11 3 - True_of_IOR78B TRUE 551 AB25 --- IOR77B IO DQ11 3 - Comp_of_IOR77A none 552 AF31 V20 IOR77A IO DQ11 3 - True_of_IOR77B none 553 AE31 W20 IOR76B IO DQ11 3 LPLL3_C_FB Comp_of_IOR76A TRUE 554 AF32 AA21 IOR76A IO DQ11 3 LPLL3_T_FB True_of_IOR76B TRUE 555 AE32 Y21 IOR74B IO DQ11 3 LPLL3_C_IN Comp_of_IOR74A none 556 AF34 T18 IOR74A IO DQ11 3 LPLL3_T_IN True_of_IOR74B none 557 AE34 R18 IOR73B IO DQS11 3 - Comp_of_IOR73A TRUE 558 AD34 AA22 IOR73A IO DQS11 3 - True_of_IOR73B TRUE 559 AC34 Y22 IOR72B IO DQ11 3 - Comp_of_IOR72A none 560 AH34 --- IOR72A IO DQ11 3 - True_of_IOR72B none 561 AG34 --- IOR71B IO DQ11 3 - Comp_of_IOR71A TRUE 562 AG32 --- IOR71A IO DQ11 3 - True_of_IOR71B TRUE 563 AH32 --- IOR70B IO DQ11 3 - Comp_of_IOR70A none 564 AA25 --- IOR70A IO DQ11 3 - True_of_IOR70B none 565 AA26 --- IOR69B LVDS DQ11 3 - Comp_of_IOR69A TRUE 566 AG31 --- IOR69A LVDS DQ11 3 - True_of_IOR69B TRUE 567 AH31 ---
GGW2A
V1.0 68
DQS BANK Pair LVDS BSCAN PBGA1156 PBGA484 IOR68B IO DQ11 3 - Comp_of_IOR68A none 568 AB28 --- IOR68A IO DQ11 3 - True_of_IOR68B none 569 AA28 --- IOR67B LVDS DQ11 3 - Comp_of_IOR67A TRUE 570 AG29 --- IOR67A LVDS DQ11 3 - True_of_IOR67B TRUE 571 AH29 --- IOR62B IO DQ12 3 - Comp_of_IOR62A none 572 AD30 --- IOR62A IO DQ12 3 - True_of_IOR62B none 573 AC30 --- IOR61B LVDS DQ12 3 - Comp_of_IOR61A TRUE 574 AB29 --- IOR61A LVDS DQ12 3 - True_of_IOR61B TRUE 575 AA29 --- IOR60B IO DQ12 3 - Comp_of_IOR60A none 576 AD31 --- IOR60A IO DQ12 3 - True_of_IOR60B none 577 AC31 --- IOR59B LVDS DQ12 3 - Comp_of_IOR59A TRUE 578 AD32 --- IOR59A LVDS DQ12 3 - True_of_IOR59B TRUE 579 AC32 --- IOR58B IO DQ12 3 - Comp_of_IOR58A none 580 Y25 --- IOR58A IO DQ12 3 - True_of_IOR58B none 581 Y26 --- IOR57B LVDS DQ12 3 - Comp_of_IOR57A TRUE 582 AE33 --- IOR57A LVDS DQ12 3 - True_of_IOR57B TRUE 583 AD33 --- IOR56B IO DQ12 3 - Comp_of_IOR56A none 584 AB30 R19 IOR56A IO DQ12 3 SCLK True_of_IOR56B none 585 AA30 T19 IOR55B IO DQ12 3 DOUT Comp_of_IOR55A TRUE 586 AB31 U20 IOR55A IO DQ12 3 DIN True_of_IOR55B TRUE 587 AA31 T20 IOR53B IO DQS12 3 D0 Comp_of_IOR53A none 588 AB33 W22 IOR53A IO DQS12 3 D1 True_of_IOR53B none 589 AA33 V22 IOR52B IO DQ12 3 D2 Comp_of_IOR52A TRUE 590 Y34 R21 IOR52A IO DQ12 3 FAST_READN/D3 True_of_IOR52B TRUE 591 W34 R20 IOR51B IO DQ12 3 MCLK/D4 Comp_of_IOR51A none 592 AB34 P18 IOR51A IO DQ12 3 MCSN/D5 True_of_IOR51B none 593 AA34 N18 IOR50B IO DQ12 3 MSI/D6 Comp_of_IOR50A TRUE 594 Y33 P20 IOR50A IO DQ12 3 MSO/D7 True_of_IOR50B TRUE 595 W33 P19 IOR49B IO DQ12 3 DONE Comp_of_IOR49A none 596 W25 M18 IOR49A IO DQ12 3 READY True_of_IOR49B none 597 W26 L18 IOR48B IO DQ12 3 RECONFIGN Comp_of_IOR48A TRUE 598 Y28 T21 IOR48A IO DQ12 3 MODE2 True_of_IOR48B TRUE 599 W28 U21 IOR47B IO DQ12 3 MODE1 Comp_of_IOR47A none 600 V34 U22 IOR47A IO DQ12 3 MODE0 True_of_IOR47B none 601 U34 T22 IOR46B IO DQ12 3 GCLK3_1 Comp_of_IOR46A TRUE 602 Y30 R22 IOR46A IO DQ12 3 GCLK3_0 True_of_IOR46B TRUE 603 W30 P22 IOR42B IO DQ13 2 TMS Comp_of_IOR42A none 8888 Y32 N22 IOR43B IO DQ13 2 TDI Comp_of_IOR43A TRUE 8888 V33 M20 IOR42A IO DQ13 2 TDO True_of_IOR42B none 8889 W32 M22 IOR43A IO DQ13 2 TCK True_of_IOR43B TRUE 8889 U33 N20 EXTR Extr Unused none - Unused none none W23 N17
GGW2A
V1.0 69
GW2A-55K PBGA1156
NC AM33,AM34,AM4,AM5,AM6,AM7,AM8,AN2,AN3,AN31,AN32,AN33,AN34,AN6,AP2,AP29,AP3,AP30,AP31,AP32,AP4,AP5,AP6,B1,B2,B27,B28,B29,B3,B32,B33,B4,C1,C2,C27,C28,C29,C3,C30,C31,C32,C33,C34,C4,C5,C6,D1,D27,D28,D29,D3,D30,D31,D32,D33,D34,D4,D5,D6,E29,E3,E30,E31,E32,E34,E4,E5,E6,F2,F27,F28,F29,F3,F30,F31,F32,F34,F4,F6,G2,G27,G28,G29,G31,G32,G33,G6,G7,G8,H10,H13,H22,H28,H29,H31,H32,H33,H5,H7,J10,J11,J24,J28,J7,J8,J9,K10,K11,K2,K26,K27,K7,K8,K9,L10,L25,L26,L3,L7,L8,L9,M10,M7,M8,M9,N8,P8,R27,R8,U28,U5,U7,V26,V28,V5,V7,Y27,Y8
VCC AA13,AA22,AB13,AB14,AB15,AB16,AB17,AB18,AB19,AB20,AB21,AB22,N13,N14,N15,N16,N17,N18,N19,N20,N21,N22,P13,P22,R13,R22,U13,U22,V13,V22,Y13,Y22
VCCO0 A2,B6,B10,C14,E8,F12,F16,H9,L13,L17,M13,M17 VCCO1 B26,B31,C18,C22,E28,F20,F24,L18,L22,M18,M22 VCCO2 B34,F33,H30,J27,K33,M29,N23,N24,P32,T29,U23,U24 VCCO3 AB23,AB24,AB32,AD29,AG33,AJ30,AL33,V23,V24,V32,Y29 VCCO4 AC18,AC22,AD18,AD22,AG26,AJ19,AJ23,AK27,AM21,AN25,AN29,AP33 VCCO5 AC13,AC17,AD13,AD17,AJ11,AJ15,AK6,AM13,AM17,AN4,AN9 VCCO6 AB6,AB11,AB12,AE2,AF5,AF8,AJ2,AN1,V6,V11,V12,Y3 VCCO7 D2,F5,H2,K6,M3,N11,N12,P6,T3,U11,U12 VCCPLLL T13,W13 VCCPLLR T22,W22 VCCX AA12,AA23,AC14,AC15,AC20,AC21,M14,M15,M20,M21,P12,P23,R12,R23,Y23,Y12 VSS A1,A34,AA3,AA11,AA14,AA15,AA16,AA17,AA18,AA19,AA20,AA21,AA24,AA32,AC6,AC11,AC1
2,AC16,AC19,AC23,AC24,AC29,AD11,AD12,AD14,AD15,AD20,AD21,AD23,AD24,AE17,AE18,AF2,AF33,AG5,AG8,AG27,AH30,AJ12,AJ16,AJ20,AJ24,AK2,AK7,AK28,AK33,AM14,AM18,AM22,AN5,AN10,AN26,AN30,AP1,AP34,B5,B9,B25,B30,C13,C17,C21,E2,E7,E27,E33,F11,F15,F19,F23,G5,G30,H8,H27,J2,J33,K17,K18,L6,L11,L12,L14,L15,L20,L21,L23,L24,L29,M11,M12,M16,M19,M23,M24,N3,N32,P11,P14,P15,P16,P17,P18,P19,P20,P21,P24,R6,R11,R14,R15,R16,R17,R18,R19,R20,R21,R24,R29,T12,T14,T15,T16,T17,T18,T19,T20,T21,T23,U3,U10,U14,U15,U16,U17,U18,U19,U20,U21,U25,U32,V10,V14,V15,V16,V17,V18,V19,V20,V21,V25,W6,W12,W14,W15,W16,W17,W18,W19,W20,W21,W24,W29,Y11,Y14,Y15,Y16,Y17,Y18,Y19,Y20,Y21,Y24
4.2
GGW2A
V1.0 70
GW2A-55K GW2A-18K PBGA484
NC VCC G7,G8,G9,G10,G11,G12,G13,G14,G15,G16,H7,H16,J7,J16,L7,L16,M7,M16,P7,P16,R7,R16,T7,
T8,T9,T10,T11,T12,T13,T14,T15,T16 VCCO0 B5,B10,F11 VCCO1 B14,B19,F12 VCCO2 E21,K21,L17 VCCO3 M17,P21,W21 VCCO4 AA13,AA18,U12 VCCO5 U11,AA4,AA9 VCCO6 M6,N2,V2 VCCO7 D2,J2,L6 VCCPLLL N7,K7 VCCPLLR N16,K16 VCCX F14,F9,F9,F14,J6,J17,P6,P17,U9,U14 VSS B4,AA5,AA10,AA14,AA19,B4,B9,B13,B18,D21,E2,H8,H9,H10,H11,H12,H13,H14,H15,J8,J9,J10,
J11,J12,J13,J14,J15,J21,K2,K8,K9,K10,K11,K12,K13,K14,K15,L8,L9,L10,L11,L12,L13,L14,L15,M8,M9,M10,M11,M12,M13,M14,M15,N8,N9,N10,N11,N12,N13,N14,N15,N21,P2,P8,P9,P10,P11,P12,P13,P14,P15,R8,R9,R10,R11,R12,R13,R14,V21,W2,F10,F8,F13,F15,K17,H17,K17,R15,R17,U13,U15,U8,U10,N6,R6,K6,H6
4.3
GGW2A
V1.0 71
GW2A-55 PBGA1156 Top View
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34
A ~VSS VCCIO0 NC_A3 NC_A4 NC_A5 NC_A6 IOT_4A IOT_4B IOT_8A IOT_8B IOT_24A IOT_24B IOT_38A IOT_38B IOT_36A IOT_36B IOT_39A IOT_39B IOT_49A IOT_49B IOT_58A IOT_58B IOT_73A IOT_73B IOT_88A IOT_88B NC_A27 NC_A28 NC_A29 NC_A30 NC_A31 NC_A32 NC_A33 ~VSS
B NC_B1 NC_B2 NC_B3 NC_B4 ~VSS VCCIO0 IOT_2A IOT_2B ~VSS VCCIO0 IOT_22A IOT_22B IOT_37A IOT_37B IOT_33A IOT_33B IOT_44A IOT_44B IOT_54A IOT_54B IOT_61A IOT_61B IOT_74A IOT_74B ~VSS VCCIO1 NC_B27 NC_B28 NC_B29 ~VSS VCCIO1 NC_B32 NC_B33 VCCIO2
C NC_C1 NC_C2 NC_C3 NC_C4 NC_C5 NC_C6 IOT_15B IOT_15A IOT_5A IOT_5B IOT_20A IOT_20B ~VSS VCCIO0 IOT_31A IOT_31B ~VSS VCCIO1 IOT_57A IOT_57B ~VSS VCCIO1 IOT_67A IOT_67B IOT_90A IOT_90B NC_C27 NC_C28 NC_C29 NC_C30 NC_C31 NC_C32 NC_C33 NC_C34
D NC_D1 VCCIO7 NC_D3 NC_D4 NC_D5 NC_D6 IOT_17B IOT_17A IOT_3A IOT_3B IOT_26A IOT_26B IOT_35A IOT_35B IOT_45A IOT_45B IOT_55A IOT_55B IOT_60A IOT_60B IOT_63A IOT_63B IOT_72A IOT_72B IOT_84A IOT_84B NC_D27 NC_D28 NC_D29 NC_D30 NC_D31 NC_D32 NC_D33 NC_D34
E IOL_6B ~VSS NC_E3 NC_E4 NC_E5 NC_E6 ~VSS VCCIO0 IOT_12A IOT_12B IOT_21A IOT_21B IOT_32A IOT_32B IOT_42A IOT_42B IOT_53A IOT_53B IOT_62A IOT_62B IOT_66A IOT_66B IOT_75A IOT_75B IOT_87A IOT_87B ~VSS VCCIO1 NC_E29 NC_E30 NC_E31 NC_E32 ~VSS NC_E34
F IOL_6A NC_F2 NC_F3 NC_F4 VCCIO7 NC_F6 IOT_19B IOT_19A IOT_9A IOT_9B ~VSS VCCIO0 IOT_30A IOT_30B ~VSS VCCIO0 IOT_48A IOT_48B ~VSS VCCIO1 IOT_69A IOT_69B ~VSS VCCIO1 IOT_89A IOT_89B NC_F27 NC_F28 NC_F29 NC_F30 NC_F31 NC_F32 VCCIO2 NC_F34
G IOL_3A NC_G2 IOL_2B IOL_4B ~VSS NC_G6 NC_G7 NC_G8 IOT_6A IOT_6B IOT_18A IOT_18B IOT_27A IOT_27B IOT_40A IOT_40B IOT_51A IOT_51B IOT_56A IOT_56B IOT_71A IOT_71B IOT_80A IOT_80B IOT_91A IOT_91B NC_G27 NC_G28 NC_G29 ~VSS NC_G31 NC_G32 NC_G33 IOR_6A
H IOL_3B VCCIO7 IOL_2A IOL_4A NC_H5 IOL_8A NC_H7 ~VSS VCCIO0 NC_H10 IOT_13A IOT_13B NC_H13 IOT_16B IOT_25B IOT_41B IOT_43B IOT_50A IOT_52A IOT_68B IOT_77A NC_H22 IOT_85A IOT_85B IOT_81B IOT_81A ~VSS NC_H28 NC_H29 VCCIO2 NC_H31 NC_H32 NC_H33 IOR_6B
J IOL_15A ~VSS IOL_13A IOL_11A IOL_9A IOL_8B NC_J7 NC_J8 NC_J9 NC_J10 NC_J11 IOT_14B IOT_7B IOT_16A IOT_25A IOT_41A IOT_43A IOT_50B IOT_52B IOT_68A IOT_77B IOT_79A IOT_86B NC_J24 IOT_78B IOT_78A VCCIO2 NC_J28 IOR_18B IOR_16B IOR_2B IOR_4A ~VSS IOR_3A
K IOL_15B NC_K2 IOL_13B IOL_11B IOL_9B VCCIO7 NC_K7 NC_K8 NC_K9 NC_K10 NC_K11 IOT_14A IOT_7A IOT_23A IOT_23B IOT_34B ~VSS ~VSS IOT_59A IOT_70A IOT_70B IOT_79B IOT_86A IOT_76B IOT_76A NC_K26 NC_K27 NC_K28 IOR_18A IOR_16A IOR_2A IOR_4B VCCIO2 IOR_3B
L IOL_20A IOL_17A NC_L3 IOL_12A IOL_18A ~VSS NC_L7 NC_L8 NC_L9 NC_L10 ~VSS ~VSS VCCIO0 ~VSS ~VSS IOT_34A VCCIO0 VCCIO1 IOT_59B ~VSS ~VSS VCCIO1 ~VSS ~VSS NC_L25 NC_L26 IOR_8A IOR_9A ~VSS IOR_11A IOR_13A IOR_15A IOR_12A IOR_17A
M IOL_20B IOL_17B VCCIO7 IOL_12B IOL_18B IOL_16A NC_M7 NC_M8 NC_M9 NC_M10 ~VSS ~VSS VCCIO0 VCCX VCCX ~VSS VCCIO0 VCCIO1 ~VSS VCCX VCCX VCCIO1 ~VSS ~VSS IOR_5A IOR_5B IOR_8B IOR_9B VCCIO2 IOR_11B IOR_13B IOR_15B IOR_12B IOR_17B
N IOL_21A IOL_28A ~VSS IOL_27A IOL_24A IOL_16B IOL_22A NC_N8 IOL_5B IOL_5A VCCIO7 VCCIO7 VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCCIO2 VCCIO2 IOR_7A IOR_7B IOR_21A IOR_26A IOR_29A IOR_34A IOR_20A ~VSS IOR_22A IOR_24A
P IOL_21B IOL_28B IOL_26A IOL_27B IOL_24B VCCIO7 IOL_22B NC_P8 IOL_7B IOL_7A ~VSS VCCX VCC ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS VCC VCCX ~VSS IOR_14A IOR_14B IOR_21B IOR_26B IOR_29B IOR_34B IOR_20B VCCIO2 IOR_22B IOR_24B
R IOL_39A IOL_37A IOL_26B IOL_35A IOL_33A ~VSS IOL_29A NC_R8 IOL_14B IOL_14A ~VSS VCCX VCC ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS VCC VCCX ~VSS IOR_23A IOR_23B NC_R27 IOR_27A ~VSS IOR_28A IOR_31A IOR_33A IOR_35A IOR_37A
T IOL_39B IOL_37B VCCIO7 IOL_35B IOL_33B IOL_31A IOL_29B IOL_25B IOL_25A IOL_23B IOL_23A ~VSS VCCPLLL ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS VCCPLLR ~VSS IOR_25B IOR_25A IOR_30B IOR_30A IOR_27B VCCIO2 IOR_28B IOR_31B IOR_33B IOR_35B IOR_37B
U IOL_34A IOL_38A ~VSS IOL_43B NC_U5 IOL_31B NC_U7 IOL_30B IOL_30A ~VSS VCCIO7 VCCIO7 VCC ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS VCC VCCIO2 VCCIO2 ~VSS IOR_32B IOR_32A NC_U28 IOR_39A IOR_41A IOR_38A ~VSS IOR_43A IOR_47A
V IOL_34B IOL_38B IOL_41A IOL_43A NC_V5 VCCIO6 NC_V7 IOL_32A IOL_32B ~VSS VCCIO6 VCCIO6 VCC ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS VCC VCCIO3 VCCIO3 ~VSS NC_V26 IOR_40A NC_V28 IOR_39B IOR_41B IOR_38B VCCIO3 IOR_43B IOR_47B
W IOL_42A IOL_44A IOL_41B IOL_46A IOL_48A ~VSS IOL_47A IOL_49B IOL_49A IOL_40B IOL_40A ~VSS VCCPLLL ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS VCCPLLR EXTR ~VSS IOR_49B IOR_49A IOR_40B IOR_48A ~VSS IOR_46A IOR_44A IOR_42A IOR_50A IOR_52A
Y IOL_42B IOL_44B VCCIO6 IOL_46B IOL_48B IOL_52A IOL_47B NC_Y8 IOL_58A IOL_58B ~VSS VCCX VCC ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS VCC VCCX ~VSS IOR_58B IOR_58A NC_Y27 IOR_48B VCCIO3 IOR_46B IOR_44B IOR_42B IOR_50B IOR_52B
AA IOL_50A IOL_51A ~VSS IOL_53A IOL_55A IOL_52B IOL_57A NC_AA8 IOL_70A IOL_70B ~VSS VCCX VCC ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS VCC VCCX ~VSS IOR_70B IOR_70A NC_AA27
IOR_68A IOR_61A IOR_56A IOR_55A ~VSS IOR_53A IOR_51A
AB IOL_50B IOL_51B NC_AB3 IOL_53B IOL_55B VCCIO6 IOL_57B NC_AB8 IOL_78A IOL_78B VCCIO6 VCCIO6 VCC VCC VCC VCC VCC VCC VCC VCC VCC VCC VCCIO3 VCCIO3 IOR_78A IOR_78B NC_AB27
IOR_68B IOR_61B IOR_56B IOR_55B VCCIO3 IOR_53B IOR_51B
AC IOL_56A IOL_61A IOL_59A IOL_60A IOL_68A ~VSS NC_AC7 NC_AC8 IOL_80A IOL_80B ~VSS ~VSS VCCIO5 VCCX VCCX ~VSS VCCIO5 VCCIO4 ~VSS VCCX VCCX VCCIO4 ~VSS ~VSS IOR_80A IOR_80B NC_AC27
IOR_82A ~VSS IOR_62A IOR_60A IOR_59A NC_AC33
IOR_73A
AD IOL_56B IOL_61B IOL_59B IOL_60B IOL_68B NC_AD6 IOL_71A NC_AD8 NC_AD9 NC_AD10
~VSS ~VSS VCCIO5 ~VSS ~VSS IOB_34A VCCIO5 VCCIO4 IOB_59A ~VSS ~VSS VCCIO4 ~VSS ~VSS NC_AD25
NC_AD26
NC_AD27
IOR_82B VCCIO3 IOR_62B IOR_60B IOR_59B IOR_57A IOR_73B
AE IOL_73A VCCIO6 IOL_62A IOL_67A NC_AE5 IOL_69A IOL_71B NC_AE8 NC_AE9 NC_AE10
NC_AE11
IOB_7A IOB_7B IOB_14B IOB_23B IOB_34B ~VSS ~VSS IOB_59B IOB_70A IOB_70B IOB_79B IOB_79A NC_AE24
NC_AE25
NC_AE26
NC_AE27
IOR_83A IOR_81A IOR_79A IOR_77A IOR_76A IOR_57B IOR_74A
AF IOL_73B ~VSS IOL_62B IOL_67B VCCIO6 IOL_69B NC_AF7 VCCIO6 NC_AF9 NC_AF10 IOB_3A IOB_3B IOB_14A IOB_23A IOB_25A IOB_41A IOB_43B IOB_50B IOB_52B IOB_68B IOB_77B IOB_86B NC_AF23 NC_AF24 NC_AF25 NC_AF26 NC_AF27 IOR_83B IOR_81B IOR_79B IOR_77B IOR_76B ~VSS IOR_74B
AG IOL_72A IOL_74A IOL_76A IOL_77A ~VSS NC_AG6 NC_AG7 ~VSS NC_AG9 NC_AG10
IOB_5A IOB_5B IOB_16A IOB_16B IOB_25B IOB_41B IOB_43A IOB_50A IOB_52A IOB_68A IOB_77A IOB_86A IOB_75A IOB_75B NC_AG25
VCCIO4 ~VSS NC_AG28
IOR_67B NC_AG30
IOR_69B IOR_71B VCCIO3 IOR_72A
AH IOL_72B IOL_74B IOL_76B IOL_77B IOL_83A NC_AH6 NC_AH7 NC_AH8 IOB_2A IOB_2B IOB_8A IOB_8B IOB_27A IOB_27B IOB_21A IOB_21B IOB_45A IOB_45B IOB_51A IOB_51B IOB_63A IOB_63B IOB_72A IOB_72B IOB_91A IOB_91B NC_AH27
NC_AH28
IOR_67A ~VSS IOR_69A IOR_71A NC_AH33
IOR_72B
AJ IOL_82A VCCIO6 IOL_79A IOL_81A IOL_83B NC_AJ6 NC_AJ7 NC_AJ8 IOB_4A IOB_4B VCCIO5 ~VSS IOB_30A IOB_30B VCCIO5 ~VSS IOB_42A IOB_42B VCCIO4 ~VSS IOB_61A IOB_61B VCCIO4 ~VSS IOB_89A IOB_89B IOB_76B IOB_76A NC_AJ29 VCCIO3 NC_AJ31 NC_AJ32 NC_AJ33 NC_AJ34
AK IOL_82B ~VSS IOL_79B IOL_81B NC_AK5 VCCIO5 ~VSS NC_AK8 IOB_6A IOB_6B IOB_18A IOB_18B IOB_32A IOB_32B IOB_26A IOB_26B IOB_40A IOB_40B IOB_67A IOB_67B IOB_58A IOB_58B IOB_74A IOB_74B IOB_90A IOB_90B VCCIO4 ~VSS NC_AK29
NC_AK30
NC_AK31
NC_AK32
~VSS NC_AK34
AL NC_AL1 NC_AL2 NC_AL3 NC_AL4 NC_AL5 NC_AL6 NC_AL7 NC_AL8 IOB_9A IOB_9B IOB_13A IOB_13B IOB_35A IOB_35B IOB_31A IOB_31B IOB_48A IOB_48B IOB_62A IOB_62B IOB_56A IOB_56B IOB_73A IOB_73B IOB_88A IOB_88B IOB_78B IOB_78A NC_AL29 NC_AL30 NC_AL31 NC_AL32 VCCIO3 NC_AL34
AM NC_AM1 NC_AM2 NC_AM3 NC_AM4 NC_AM5 NC_AM6 NC_AM7 NC_AM8 IOB_12A IOB_12B IOB_20A IOB_20B VCCIO5 ~VSS IOB_33A IOB_33B VCCIO5 ~VSS IOB_60A IOB_60B VCCIO4 ~VSS IOB_71A IOB_71B IOB_85A IOB_85B IOB_81B IOB_81A NC_AM29
NC_AM30
NC_AM31
NC_AM32
NC_AM33
NC_AM34
AN VCCIO6 NC_AN2 NC_AN3 VCCIO5 ~VSS NC_AN6 IOB_19B IOB_19A VCCIO5 ~VSS IOB_22A IOB_22B IOB_37A IOB_37B IOB_36A IOB_36B IOB_49A IOB_49B IOB_57A IOB_57B IOB_55A IOB_55B IOB_69A IOB_69B VCCIO4 ~VSS IOB_84B IOB_84A VCCIO4 ~VSS NC_AN31
NC_AN32
NC_AN33
NC_AN34
AP ~VSS NC_AP2 NC_AP3 NC_AP4 NC_AP5 NC_AP6 IOB_17A IOB_17B IOB_15A IOB_15B IOB_24A IOB_24B IOB_38A IOB_38B IOB_39A IOB_39B IOB_44A IOB_44B IOB_54A IOB_54B IOB_53A IOB_53B IOB_66A IOB_66B IOB_80A IOB_80B IOB_87B IOB_87A NC_AP29
NC_AP30
NC_AP31
NC_AP32
VCCIO4 ~VSS
GGW2A
V1.0 72
GW2A-55 PBGA484 Top View
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22
A IOT_9B IOT_18A IOT_18B IOT_21A IOT_21B IOT_24B IOT_27B IOT_37B IOT_40A IOT_40B IOT_42A IOT_42B IOT_53A IOT_53B IOT_56A IOT_63A IOT_68A IOT_72A IOT_72B IOT_75A IOT_75B IOT_90A A
B IOT_9A IOL_3B IOL_3A ~VSS VCCIO0 IOT_24A IOT_27A IOT_37A ~VSS VCCIO0 IOT_45A IOT_45B ~VSS VCCIO1 IOT_56B IOT_63B IOT_68B ~VSS VCCIO1 IOR_9A IOR_11A IOT_90B B
C IOL_15B IOL_15A IOL_7B IOT_4B IOT_7A IOT_7B IOT_20A IOT_20B IOT_36A IOT_36B IOT_51A IOT_51B IOT_57A IOT_66A IOT_66B IOT_73A IOT_73B IOT_76A IOT_76B IOR_9B IOR_11B IOR_18A C
D IOL_16A VCCIO7 IOL_7A IOT_4A IOT_2A IOT_2B IOT_17A IOT_17B IOT_30A IOT_30B IOT_48A IOT_48B IOT_57B IOT_69A IOT_69B IOT_84A IOT_87A IOT_87B IOR_8A IOR_8B ~VSS IOR_18B D
E IOL_16B ~VSS IOL_8B IOL_8A IOL_2A IOT_3A IOT_3B IOT_25A IOT_25B IOT_41A IOT_41B IOT_52A IOT_52B IOT_86A IOT_86B IOT_84B IOT_91A IOT_91B IOR_3A IOR_3B VCCIO2 IOR_28B E
F IOL_20A IOL_18A IOL_11A IOL_9A IOL_2B IOT_6A IOT_6B ~VSS VCCX ~VSS VCCIO0 VCCIO1 ~VSS VCCX ~VSS IOT_89A IOT_89B IOR_2A IOR_2B IOR_16A IOR_16B IOR_28A F
G IOL_20B IOL_18B IOL_11B IOL_9B IOL_5B IOL_5A EXTVCC EXTVCC EXTVCC EXTVCC EXTVCC EXTVCC EXTVCC EXTVCC EXTVCC EXTVCC IOR_5A IOR_5B IOR_15A IOR_15B IOR_29A IOR_29B G
H IOL_29B IOL_29A IOL_28A IOL_21A IOL_14A ~VSS EXTVCC ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS EXTVCC ~VSS IOR_7B IOR_7A IOR_20A IOR_20B IOR_32A H
J IOL_32A VCCIO7 IOL_28B IOL_21B IOL_14B VCCX EXTVCC ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS EXTVCC VCCX IOR_14A IOR_21A IOR_21B ~VSS IOR_32B J
K IOL_32B ~VSS IOL_35A IOL_37A IOL_33A ~VSS VCCPLLL ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS VCCPLLR ~VSS IOR_14B IOR_34A IOR_35A VCCIO2 IOR_33A K
L IOL_34B IOL_34A IOL_35B IOL_37B IOL_33B VCCIO7 EXTVCC ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS EXTVCC VCCIO2 IOR_49A IOR_34B IOR_35B IOR_37A IOR_33B L
M IOL_42B IOL_42A IOL_46B IOL_46A IOL_49A VCCIO6 EXTVCC ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS EXTVCC VCCIO3 IOR_49B IOR_44A IOR_43B IOR_37B IOR_42A M
N IOL_43B VCCIO6 IOL_48B IOL_48A IOL_49B ~VSS VCCPLLL ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS VCCPLLR EXTR IOR_51A IOR_44B IOR_43A ~VSS IOR_42B N
P IOL_43A ~VSS IOL_52A IOL_53A IOL_76A VCCX EXTVCC ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS EXTVCC VCCX IOR_51B IOR_50A IOR_50B VCCIO3 IOR_46A P
R IOL_44A IOL_50B IOL_52B IOL_53B IOL_76B ~VSS EXTVCC ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS ~VSS EXTVCC ~VSS IOR_74A IOR_56B IOR_52A IOR_52B IOR_46B R
T IOL_44B IOL_50A IOL_56A IOL_77A IOL_83A IOL_83B EXTVCC EXTVCC EXTVCC EXTVCC EXTVCC EXTVCC EXTVCC EXTVCC EXTVCC EXTVCC IOR_82A IOR_74B IOR_56A IOR_55A IOR_48B IOR_47A T
U IOL_47A IOL_47B IOL_56B IOL_77B IOL_82B IOB_2A IOB_2B ~VSS VCCX ~VSS VCCIO5 VCCIO4 ~VSS VCCX ~VSS IOB_86B IOR_82B IOR_83B IOR_83A IOR_55B IOR_48A IOR_47B U
V IOL_51A VCCIO6 IOL_73A IOL_79A IOL_82A IOB_4A IOB_4B IOB_7A IOB_7B IOB_25A IOB_25B IOB_57A IOB_57B IOB_68A IOB_68B IOB_86A IOB_90A IOB_90B IOB_91B IOR_77B ~VSS IOR_53A V
W IOL_51B ~VSS IOL_73B IOL_79B IOB_3A IOB_3B IOB_20A IOB_20B IOB_30A IOB_40A IOB_40B IOB_52A IOB_52B IOB_73A IOB_73B IOB_76B IOB_87A IOB_87B IOB_91A IOR_77A VCCIO3 IOR_53B W
Y IOL_55A IOL_55B IOB_9A IOB_6A IOB_6B IOB_18A IOB_24A IOB_24B IOB_30B IOB_42A IOB_42B IOB_51A IOB_51B IOB_63A IOB_63B IOB_76A IOB_72B IOB_84B IOB_84A IOB_89B IOR_76A IOR_73A Y
AA IOL_74A IOL_74B IOB_9B VCCIO5 ~VSS IOB_18B IOB_36A IOB_37A VCCIO5 ~VSS IOB_41A IOB_48B VCCIO4 ~VSS IOB_56B IOB_66B IOB_72A VCCIO4 ~VSS IOB_89A IOR_76B IOR_73B AA
AB IOB_17A IOB_17B IOB_21A IOB_21B IOB_27A IOB_27B IOB_36B IOB_37B IOB_45A IOB_45B IOB_41B IOB_48A IOB_53A IOB_53B IOB_56A IOB_66A IOB_69A IOB_69B IOB_75A IOB_75B IOR_79B IOR_79A AB
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22
GGW2A
V1.0 73
GW2A-18K PBGA484 GW2A-55K PBGA484
DQS BANK Pair LVDS BSCAN PBGA484 IOR27B FIO DQ13 2 GCLKC_2 Comp_of_IOR27A none 0 N19 IOR27A FIO DQ13 2 GCLKT_2 True_of_IOR27B none 1 M19 IOR24B FIO DQ13 2 - Comp_of_IOR24A TRUE 2 M21 IOR24A FIO DQ13 2 - True_of_IOR24B TRUE 3 L21 IOR23B FIO DQ13 2 - Comp_of_IOR23A none 4 L20 IOR23A FIO DQ13 2 - True_of_IOR23B none 5 K20 IOR22B FIO DQS13 2 - Comp_of_IOR22A TRUE 6 L19 IOR22A FIO DQS13 2 - True_of_IOR22B TRUE 7 K19 IOR21B FIO DQ13 2 - Comp_of_IOR21A none 8 L22 IOR21A FIO DQ13 2 - True_of_IOR21B none 9 K22 IOR20B FIO DQ13 2 - Comp_of_IOR20A TRUE 10 J22 IOR20A FIO DQ13 2 - True_of_IOR20B TRUE 11 H22 IOR18B FIO DQ13 2 - Comp_of_IOR18A none 12 G22 IOR18A FIO DQ13 2 - True_of_IOR18B none 13 G21 IOR17B FIO DQ13 2 - Comp_of_IOR17A TRUE 14 E22 IOR17A FIO DQ13 2 - True_of_IOR17B TRUE 15 F22 IOR16B FIO DQ14 2 - Comp_of_IOR16A none 16 J20 IOR16A FIO DQ14 2 - True_of_IOR16B none 17 J19 IOR15B FIO DQ14 2 - Comp_of_IOR15A TRUE 18 H21 IOR15A FIO DQ14 2 - True_of_IOR15B TRUE 19 H20 IOR14B FIO DQS14 2 - Comp_of_IOR14A none 20 D22 IOR14A FIO DQS14 2 - True_of_IOR14B none 21 C22 IOR13B FIO DQ14 2 - Comp_of_IOR13A TRUE 22 --- IOR13A FIO DQ14 2 - True_of_IOR13B TRUE 23 --- IOR12B FIO DQ14 2 - Comp_of_IOR12A none 24 F21 IOR12A FIO DQ14 2 - True_of_IOR12B none 25 F20 IOR11B FIO DQ14 2 - Comp_of_IOR11A TRUE 26 G20 IOR11A FIO DQ14 2 - True_of_IOR11B TRUE 27 G19 IOR9B FIO DQ11 2 - Comp_of_IOR9A none 28 K18 IOR9A FIO DQ11 2 - True_of_IOR9B none 29 J18 IOR8B FIO DQS14 2 RPLL1_C_FB Comp_of_IOR8A TRUE 30 C21 IOR8A FIO DQS14 2 RPLL1_T_FB True_of_IOR8B TRUE 31 B21IOR7B FIO DQ15 2 RPLL1_C_IN Comp_of_IOR7A none 32 C20 IOR7A FIO DQ15 2 RPLL1_T_IN True_of_IOR7B none 33 B20IOR6B FIO DQ15 2 - Comp_of_IOR6A TRUE 34 D20 IOR6A FIO DQ15 2 - True_of_IOR6B TRUE 35 D19 IOR5B FIO DQ15 2 - Comp_of_IOR5A none 36 H18 IOR5A FIO DQ15 2 - True_of_IOR5B none 37 H19 IOR4B FIO DQ15 2 - Comp_of_IOR4A TRUE 38 G18 IOR4A FIO DQ15 2 - True_of_IOR4B TRUE 39 G17 IOR3B FIO DQ15 2 - Comp_of_IOR3A none 40 E20 IOR3A FIO DQ15 2 - True_of_IOR3B none 41 E19 IOR2B FIO DQ15 2 - Comp_of_IOR2A TRUE 42 F19 IOR2A FIO DQ15 2 - True_of_IOR2B TRUE 43 F18
GGW2A
V1.0 74
DQS BANK Pair LVDS BSCAN PBGA484 IOT55B FIO DQ16 1 JTAGSELN Comp_of_IOT55A none 44 E18 IOT55A FIO DQ16 1 - True_of_IOT55B none 45 E17 IOT54B FIO DQ16 1 - Comp_of_IOT54A TRUE 46 B22 IOT54A FIO DQ16 1 - True_of_IOT54B TRUE 47 A22 IOT53B FIO DQ16 1 - Comp_of_IOT53A none 48 F17 IOT53A FIO DQ16 1 - True_of_IOT53B none 49 F16 IOT52B FIO DQ16 1 - Comp_of_IOT52A TRUE 50 --- IOT52A FIO DQ16 1 - True_of_IOT52B TRUE 51 --- IOT51B FIO DQ16 1 - Comp_of_IOT51A none 52 D18 IOT51A FIO DQ16 1 - True_of_IOT51B none 53 D17 IOT50B FIO DQ16 1 - Comp_of_IOT50A TRUE 54 E15 IOT50A FIO DQ16 1 - True_of_IOT50B TRUE 55 E14 IOT49B FIO DQ16 1 - Comp_of_IOT49A none 56 --- IOT49A FIO DQ16 1 - True_of_IOT49B none 57 --- IOT48B FIO DQS16 1 - Comp_of_IOT48A TRUE 58 E16 IOT48A FIO DQS16 1 - True_of_IOT48B TRUE 59 D16 IOT45B FIO DQ17 1 - Comp_of_IOT45A none 60 --- IOT45A FIO DQ17 1 - True_of_IOT45B none 61 --- IOT44B FIO DQ17 1 - Comp_of_IOT44A TRUE 62 C19 IOT44A FIO DQ17 1 - True_of_IOT44B TRUE 63 C18 IOT43B FIO DQ17 1 - Comp_of_IOT43A none 64 A21 IOT43A FIO DQ17 1 - True_of_IOT43B none 65 A20 IOT42B FIO DQ17 1 - Comp_of_IOT42A TRUE 66 --- IOT42A FIO DQ17 1 - True_of_IOT42B TRUE 67 --- IOT41B FIO DQ17 1 - Comp_of_IOT41A none 68 C17 IOT41A FIO DQ17 1 - True_of_IOT41B none 69 C16 IOT40B FIO DQ17 1 - Comp_of_IOT40A TRUE 70 A19 IOT40A FIO DQ17 1 - True_of_IOT40B TRUE 71 A18 IOT39B FIO DQ17 1 - Comp_of_IOT39A none 72 D15 IOT39A FIO DQ17 1 - True_of_IOT39B none 73 D14 IOT38B FIO DQ17 1 - Comp_of_IOT38A TRUE 74 B17 IOT38A FIO DQ17 1 - True_of_IOT38B TRUE 75 A17 IOT37B FIO DQS18 1 - Comp_of_IOT37A none 76 B16 IOT37A FIO DQS18 1 - True_of_IOT37B none 77 A16 IOT36B FIO DQS17 1 - Comp_of_IOT36A TRUE 78 C15 IOT36A FIO DQS17 1 - True_of_IOT36B TRUE 79 C14 IOT35B FIO DQ18 1 - Comp_of_IOT35A none 80 D13 IOT35A FIO DQ18 1 - True_of_IOT35B none 81 C13 IOT34B FIO DQ18 1 - Comp_of_IOT34A TRUE 82 B15 IOT34A FIO DQ18 1 - True_of_IOT34B TRUE 83 A15 IOT33B FIO DQ18 1 - Comp_of_IOT33A none 84 A14 IOT33A FIO DQ18 1 - True_of_IOT33B none 85 A13 IOT32B FIO DQ18 1 - Comp_of_IOT32A TRUE 86 E13 IOT32A FIO DQ18 1 - True_of_IOT32B TRUE 87 E12 IOT31B FIO DQ18 1 - Comp_of_IOT31A none 88 C12 IOT31A FIO DQ18 1 - True_of_IOT31B none 89 C11
GGW2A
V1.0 75
DQS BANK Pair LVDS BSCAN PBGA484
IOT30B FIO DQ18 1 GCLKC_1 Comp_of_IOT30A TRUE 90 D12 IOT30A FIO DQ18 1 GCLKT_1 True_of_IOT30B TRUE 91 D11 IOT27B FIO DQ19 0 GCLKC_0 Comp_of_IOT27A none 92 B12 IOT27A FIO DQ19 0 GCLKT_0 True_of_IOT27B none 93 B11 IOT26B FIO DQ19 0 - Comp_of_IOT26A TRUE 94 A12 IOT26A FIO DQ19 0 - True_of_IOT26B TRUE 95 A11 IOT25B FIO DQ19 0 - Comp_of_IOT25A none 96 E11 IOT25A FIO DQ19 0 - True_of_IOT25B none 97 E10 IOT24B FIO DQ19 0 - Comp_of_IOT24A TRUE 98 A10 IOT24A FIO DQ19 0 - True_of_IOT24B TRUE 99 A9 IOT23B FIO DQ19 0 - Comp_of_IOT23A none 100 A8 IOT23A FIO DQ19 0 - True_of_IOT23B none 101 B8 IOT22B FIO DQ19 0 - Comp_of_IOT22A TRUE 102 C10 IOT22A FIO DQ19 0 - True_of_IOT22B TRUE 103 C9 IOT21B FIO DQS20 0 - Comp_of_IOT21A none 104 A7 IOT21A FIO DQS20 0 - True_of_IOT21B none 105 B7 IOT20B FIO DQS19 0 - Comp_of_IOT20A TRUE 106 D10 IOT20A FIO DQS19 0 - True_of_IOT20B TRUE 107 D9IOT19B FIO DQ20 0 - Comp_of_IOT19A none 108 E9 IOT19A FIO DQ20 0 - True_of_IOT19B none 109 E8 IOT18B FIO DQ20 0 - Comp_of_IOT18A TRUE 110 A6 IOT18A FIO DQ20 0 - True_of_IOT18B TRUE 111 B6 IOT17B FIO DQ20 0 - Comp_of_IOT17A none 112 A5 IOT17A FIO DQ20 0 - True_of_IOT17B none 113 A4 IOT16B FIO DQ20 0 - Comp_of_IOT16A TRUE 114 C8 IOT16A FIO DQ20 0 - True_of_IOT16B TRUE 115 C7 IOT15B FIO DQ20 0 - Comp_of_IOT15A none 116 --- IOT15A FIO DQ20 0 - True_of_IOT15B none 117 --- IOT14B FIO DQ20 0 - Comp_of_IOT14A TRUE 118 A3 IOT14A FIO DQ20 0 - True_of_IOT14B TRUE 119 A2 IOT13B FIO DQ20 0 - Comp_of_IOT13A none 120 D8IOT13A FIO DQ20 0 - True_of_IOT13B none 121 D7IOT12B FIO DQ20 0 - Comp_of_IOT12A TRUE 122 --- IOT12A FIO DQ20 0 - True_of_IOT12B TRUE 123 --- IOT9B FIO DQS21 0 - Comp_of_IOT9A none 124 A1 IOT9A FIO DQS21 0 - True_of_IOT9B none 125 B1 IOT8B FIO DQ21 0 - Comp_of_IOT8A TRUE 126 --- IOT8A FIO DQ21 0 - True_of_IOT8B TRUE 127 --- IOT7B FIO DQ21 0 - Comp_of_IOT7A none 128 C6 IOT7A FIO DQ21 0 - True_of_IOT7B none 129 C5 IOT6B FIO DQ21 0 - Comp_of_IOT6A TRUE 130 F7 IOT6A FIO DQ21 0 - True_of_IOT6B TRUE 131 F6 IOT5B FIO DQ21 0 - Comp_of_IOT5A none 132 --- IOT5A FIO DQ21 0 - True_of_IOT5B none 133 --- IOT4B FIO DQ21 0 - Comp_of_IOT4A TRUE 134 C4 IOT4A FIO DQ21 0 - True_of_IOT4B TRUE 135 D4
GGW2A
V1.0 76
DQS BANK Pair LVDS BSCAN PBGA484
IOT3B FIO DQ21 0 - Comp_of_IOT3A none 136 E7 IOT3A FIO DQ21 0 - True_of_IOT3B none 137 E6 IOT2B FIO DQ21 0 - Comp_of_IOT2A TRUE 138 D6IOT2A FIO DQ21 0 - True_of_IOT2B TRUE 139 D5IOL2A FIO DQ0 7 - True_of_IOL2B TRUE 140 E5 IOL2B FIO DQ0 7 - Comp_of_IOL2A TRUE 141 F5 IOL3A FIO DQ0 7 - True_of_IOL3B none 142 B3 IOL3B FIO DQ0 7 - Comp_of_IOL3A none 143 B2 IOL4A FIO DQ0 7 - True_of_IOL4B TRUE 144 G6IOL4B FIO DQ0 7 - Comp_of_IOL4A TRUE 145 G5IOL5A FIO DQ0 7 - True_of_IOL5B none 146 D3IOL5B FIO DQ0 7 - Comp_of_IOL5A none 147 C3 IOL6A FIO DQS0 7 - True_of_IOL6B TRUE 148 E4 IOL6B FIO DQS0 7 - Comp_of_IOL6A TRUE 149 E3 IOL7A FIO DQ0 7 LPLL1_T_IN True_of_IOL7B none 150 F4 IOL7B FIO DQ0 7 LPLL1_C_IN Comp_of_IOL7A none 151 G4IOL8A FIO DQ1 7 LPLL1_T_FB True_of_IOL8B TRUE 152 F3 IOL8B FIO DQ1 7 LPLL1_C_FB Comp_of_IOL8A TRUE 153 G3IOL9A FIO DQ1 7 - True_of_IOL9B none 154 H5IOL9B FIO DQ1 7 - Comp_of_IOL9A none 155 J5 IOL11A FIO DQ1 7 - True_of_IOL11B TRUE 156 C2 IOL11B FIO DQ1 7 - Comp_of_IOL11A TRUE 157 C1 IOL12A FIO DQ1 7 - True_of_IOL12B none 158 D1IOL12B FIO DQ1 7 - Comp_of_IOL12A none 159 E1 IOL13A FIO DQ1 7 - True_of_IOL13B TRUE 160 --- IOL13B FIO DQ1 7 - Comp_of_IOL13A TRUE 161 --- IOL14A FIO DQS1 7 - True_of_IOL14B none 162 F2 IOL14B FIO DQS1 7 - Comp_of_IOL14A none 163 G2IOL15A FIO DQ1 7 - True_of_IOL15B TRUE 164 F1 IOL15B FIO DQ1 7 - Comp_of_IOL15A TRUE 165 G1IOL16A FIO DQ1 7 - True_of_IOL16B none 166 H4IOL16B FIO DQ1 7 - Comp_of_IOL16A none 167 J4 IOL17A FIO DQ2 7 - True_of_IOL17B TRUE 168 H3IOL17B FIO DQ2 7 - Comp_of_IOL17A TRUE 169 J3 IOL18A FIO DQ2 7 - True_of_IOL18B none 170 H2IOL18B FIO DQ2 7 - Comp_of_IOL18A none 171 H1IOL20A FIO DQ2 7 - True_of_IOL20B TRUE 172 J1 IOL20B FIO DQ2 7 - Comp_of_IOL20A TRUE 173 K1 IOL21A FIO DQ2 7 - True_of_IOL21B none 174 K5 IOL21B FIO DQ2 7 - Comp_of_IOL21A none 175 L5 IOL22A FIO DQS2 7 - True_of_IOL22B TRUE 176 L2 IOL22B FIO DQS2 7 - Comp_of_IOL22A TRUE 177 L1 IOL23A FIO DQ2 7 - True_of_IOL23B none 178 K3 IOL23B FIO DQ2 7 - Comp_of_IOL23A none 179 L3 IOL24A FIO DQ2 7 - True_of_IOL24B TRUE 180 K4 IOL24B FIO DQ2 7 - Comp_of_IOL24A TRUE 181 L4
GGW2A
V1.0 77
DQS BANK Pair LVDS BSCAN PBGA484
IOL25A FIO DQ2 7 - True_of_IOL25B none 182 M2 IOL25B FIO DQ2 7 - Comp_of_IOL25A none 183 M1 IOL26A FIO DQ2 7 - True_of_IOL26B TRUE 184 P1 IOL26B FIO DQ2 7 - Comp_of_IOL26A TRUE 185 N1 IOL27A FIO DQ2 7 GCLKT_7 True_of_IOL27B none 186 R1 IOL27B FIO DQ2 7 GCLKC_7 Comp_of_IOL27A none 187 T1 IOL29A FIO DQ3 6 GCLKT_6 True_of_IOL29B TRUE 188 M4 IOL29B FIO DQ3 6 GCLKC_6 Comp_of_IOL29A TRUE 189 M3 IOL30A FIO DQ3 6 - True_of_IOL30B none 190 U1 IOL30B FIO DQ3 6 - Comp_of_IOL30A none 191 U2 IOL31A FIO DQ3 6 - True_of_IOL31B TRUE 192 N4 IOL31B FIO DQ3 6 - Comp_of_IOL31A TRUE 193 N3 IOL32A FIO DQ3 6 - True_of_IOL32B none 194 M5 IOL32B FIO DQ3 6 - Comp_of_IOL32A none 195 N5 IOL33A FIO DQ3 6 - True_of_IOL33B TRUE 196 T2 IOL33B FIO DQ3 6 - Comp_of_IOL33A TRUE 197 R2 IOL34A FIO DQ3 6 - True_of_IOL34B none 198 V1 IOL34B FIO DQ3 6 - Comp_of_IOL34A none 199 W1 IOL35A FIO DQ3 6 - True_of_IOL35B TRUE 200 P3 IOL35B FIO DQ3 6 - Comp_of_IOL35A TRUE 201 R3 IOL36A FIO DQS3 6 - True_of_IOL36B none 202 P4 IOL36B FIO DQS3 6 - Comp_of_IOL36A none 203 R4 IOL37A FIO DQ3 6 - True_of_IOL37B TRUE 204 Y1 IOL37B FIO DQ3 6 - Comp_of_IOL37A TRUE 205 Y2 IOL38A FIO DQ3 6 - True_of_IOL38B none 206 T3 IOL38B FIO DQ3 6 - Comp_of_IOL38A none 207 U3 IOL39A FIO DQ3 6 - True_of_IOL39B TRUE 208 --- IOL39B FIO DQ3 6 - Comp_of_IOL39A TRUE 209 --- IOL40A FIO DQ3 6 - True_of_IOL40B none 210 --- IOL40B FIO DQ3 6 - Comp_of_IOL40A none 211 --- IOL41A FIO DQ4 6 - True_of_IOL41B TRUE 212 --- IOL41B FIO DQ4 6 - Comp_of_IOL41A TRUE 213 --- IOL42A FIO DQ4 6 - True_of_IOL42B none 214 --- IOL42B FIO DQ4 6 - Comp_of_IOL42A none 215 --- IOL43A FIO DQS4 6 - True_of_IOL43B TRUE 216 V3 IOL43B FIO DQS4 6 - Comp_of_IOL43A TRUE 217 W3 IOL44A FIO DQ4 6 LPLL2_T_IN True_of_IOL44B none 218 AA1IOL44B FIO DQ4 6 LPLL2_C_IN Comp_of_IOL44A none 219 AA2IOL46A FIO DQ4 6 LPLL2_T_FB True_of_IOL46B TRUE 220 P5 IOL46B FIO DQ4 6 LPLL2_C_FB Comp_of_IOL46A TRUE 221 R5 IOL47A FIO DQ4 6 - True_of_IOL47B none 222 T4 IOL47B FIO DQ4 6 - Comp_of_IOL47A none 223 U4 IOL48A FIO DQ4 6 - True_of_IOL48B TRUE 224 --- IOL48B FIO DQ4 6 - Comp_of_IOL48A TRUE 225 --- IOL49A FIO DQ4 6 - True_of_IOL49B none 226 V4 IOL49B FIO DQ4 6 - Comp_of_IOL49A none 227 W4
GGW2A
V1.0 78
DQS BANK Pair LVDS BSCAN PBGA484
IOL50A FIO DQ4 6 - True_of_IOL50B TRUE 228 --- IOL50B FIO DQ4 6 - Comp_of_IOL50A TRUE 229 --- IOL51A FIO DQ4 6 - True_of_IOL51B none 230 --- IOL51B FIO DQ4 6 - Comp_of_IOL51A none 231 --- IOL52A FIO DQ4 6 - True_of_IOL52B TRUE 232 V5 IOL52B FIO DQ4 6 - Comp_of_IOL52A TRUE 233 U5 IOL53A FIO DQ4 6 - True_of_IOL53B none 234 T5 IOL53B FIO DQ4 6 - Comp_of_IOL53A none 235 T6 IOB2A FIO DQ5 5 - True_of_IOB2B TRUE 236 U6 IOB2B FIO DQ5 5 - Comp_of_IOB2A TRUE 237 U7 IOB3A FIO DQ5 5 - True_of_IOB3B none 238 W5 IOB3B FIO DQ5 5 - Comp_of_IOB3A none 239 W6 IOB4A FIO DQ5 5 - True_of_IOB4B TRUE 240 V6 IOB4B FIO DQ5 5 - Comp_of_IOB4A TRUE 241 V7 IOB5A FIO DQ5 5 - True_of_IOB5B none 242 --- IOB5B FIO DQ5 5 - Comp_of_IOB5A none 243 --- IOB6A FIO DQ5 5 - True_of_IOB6B TRUE 244 Y4 IOB6B FIO DQ5 5 - Comp_of_IOB6A TRUE 245 Y5 IOB7A FIO DQ5 5 - True_of_IOB7B none 246 V8 IOB7B FIO DQ5 5 - Comp_of_IOB7A none 247 V9 IOB8A FIO DQ5 5 - True_of_IOB8B TRUE 248 --- IOB8B FIO DQ5 5 - Comp_of_IOB8A TRUE 249 --- IOB9A FIO DQS5 5 - True_of_IOB9B none 250 Y3 IOB9B FIO DQS5 5 - Comp_of_IOB9A none 251 AA3IOB12A FIO DQ6 5 - True_of_IOB12B TRUE 252 --- IOB12B FIO DQ6 5 - Comp_of_IOB12A TRUE 253 --- IOB13A FIO DQ6 5 - True_of_IOB13B none 254 AB1 IOB13B FIO DQ6 5 - Comp_of_IOB13A none 255 AB2 IOB14A FIO DQ6 5 - True_of_IOB14B TRUE 256 Y6 IOB14B FIO DQ6 5 - Comp_of_IOB14A TRUE 257 AA6IOB15A FIO DQ6 5 - True_of_IOB15B none 258 --- IOB15B FIO DQ6 5 - Comp_of_IOB15A none 259 --- IOB16A FIO DQ6 5 - True_of_IOB16B TRUE 260 W7 IOB16B FIO DQ6 5 - Comp_of_IOB16A TRUE 261 W8 IOB17A FIO DQ6 5 - True_of_IOB17B none 262 AB3 IOB17B FIO DQ6 5 - Comp_of_IOB17A none 263 AB4 IOB18A FIO DQ6 5 - True_of_IOB18B TRUE 264 Y7 IOB18B FIO DQ6 5 - Comp_of_IOB18A TRUE 265 Y8 IOB19A FIO DQ6 5 - True_of_IOB19B none 266 V10 IOB19B FIO DQ6 5 - Comp_of_IOB19A none 267 V11 IOB20A FIO DQS7 5 - True_of_IOB20B TRUE 268 W9 IOB20B FIO DQS7 5 - Comp_of_IOB20A TRUE 269 Y9 IOB21A FIO DQS6 5 - True_of_IOB21B none 270 AB5 IOB21B FIO DQS6 5 - Comp_of_IOB21A none 271 AB6 IOB22A FIO DQ7 5 - True_of_IOB22B TRUE 272 AA7IOB22B FIO DQ7 5 - Comp_of_IOB22A TRUE 273 AB7
GGW2A
V1.0 79
DQS BANK Pair LVDS BSCAN PBGA484
IOB23A FIO DQ7 5 - True_of_IOB23B none 274 AA8IOB23B FIO DQ7 5 - Comp_of_IOB23A none 275 AB8 IOB24A FIO DQ7 5 - True_of_IOB24B TRUE 276 W10 IOB24B FIO DQ7 5 - Comp_of_IOB24A TRUE 277 W11 IOB25A FIO DQ7 5 - True_of_IOB25B none 278 AA11 IOB25B FIO DQ7 5 - Comp_of_IOB25A none 279 AB11 IOB26A FIO DQ7 5 - True_of_IOB26B TRUE 280 Y10 IOB26B FIO DQ7 5 - Comp_of_IOB26A TRUE 281 Y11 IOB27A FIO DQ7 5 GCLKT_5 True_of_IOB27B none 282 AB9 IOB27B FIO DQ7 5 GCLKC_5 Comp_of_IOB27A none 283 AB10 IOB30A FIO DQ8 4 GCLKT_4 True_of_IOB30B TRUE 284 AB12 IOB30B FIO DQ8 4 GCLKC_4 Comp_of_IOB30A TRUE 285 AA12 IOB31A FIO DQ8 4 - True_of_IOB31B none 286 Y12 IOB31B FIO DQ8 4 - Comp_of_IOB31A none 287 Y13 IOB32A FIO DQ8 4 - True_of_IOB32B TRUE 288 W12 IOB32B FIO DQ8 4 - Comp_of_IOB32A TRUE 289 W13 IOB33A FIO DQ8 4 - True_of_IOB33B none 290 AB13 IOB33B FIO DQ8 4 - Comp_of_IOB33A none 291 AB14 IOB34A FIO DQ8 4 - True_of_IOB34B TRUE 292 AB15 IOB34B FIO DQ8 4 - Comp_of_IOB34A TRUE 293 AA15 IOB35A FIO DQ8 4 - True_of_IOB35B none 294 V12 IOB35B FIO DQ8 4 - Comp_of_IOB35A none 295 V13 IOB36A FIO DQS9 4 - True_of_IOB36B TRUE 296 AB16 IOB36B FIO DQS9 4 - Comp_of_IOB36A TRUE 297 AA16 IOB37A FIO DQS8 4 - True_of_IOB37B none 298 Y14 IOB37B FIO DQS8 4 - Comp_of_IOB37A none 299 Y15 IOB38A FIO DQ9 4 - True_of_IOB38B TRUE 300 V14 IOB38B FIO DQ9 4 - Comp_of_IOB38A TRUE 301 V15 IOB39A FIO DQ9 4 - True_of_IOB39B none 302 AB17 IOB39B FIO DQ9 4 - Comp_of_IOB39A none 303 AB18 IOB40A FIO DQ9 4 - True_of_IOB40B TRUE 304 AA17 IOB40B FIO DQ9 4 - Comp_of_IOB40A TRUE 305 Y17 IOB41A FIO DQ9 4 - True_of_IOB41B none 306 W14 IOB41B FIO DQ9 4 - Comp_of_IOB41A none 307 W15 IOB42A FIO DQ9 4 - True_of_IOB42B TRUE 308 --- IOB42B FIO DQ9 4 - Comp_of_IOB42A TRUE 309 --- IOB43A FIO DQ9 4 - True_of_IOB43B none 310 AB19 IOB43B FIO DQ9 4 - Comp_of_IOB43A none 311 AB20 IOB44A FIO DQ9 4 - True_of_IOB44B TRUE 312 Y16 IOB44B FIO DQ9 4 - Comp_of_IOB44A TRUE 313 W16 IOB45A FIO DQ9 4 - True_of_IOB45B none 314 --- IOB45B FIO DQ9 4 - Comp_of_IOB45A none 315 --- IOB48A FIO DQS10 4 - True_of_IOB48B TRUE 316 Y19 IOB48B FIO DQS10 4 - Comp_of_IOB48A TRUE 317 Y18 IOB49A FIO DQ10 4 - True_of_IOB49B none 318 --- IOB49B FIO DQ10 4 - Comp_of_IOB49A none 319 ---
GGW2A
V1.0 80
DQS BANK Pair LVDS BSCAN PBGA484
IOB50A FIO DQ10 4 - True_of_IOB50B TRUE 320 V16 IOB50B FIO DQ10 4 - Comp_of_IOB50A TRUE 321 U16 IOB51A FIO DQ10 4 - True_of_IOB51B none 322 W17 IOB51B FIO DQ10 4 - Comp_of_IOB51A none 323 W18 IOB52A FIO DQ10 4 - True_of_IOB52B TRUE 324 --- IOB52B FIO DQ10 4 - Comp_of_IOB52A TRUE 325 --- IOB53A FIO DQ10 4 - True_of_IOB53B none 326 AA20 IOB53B FIO DQ10 4 - Comp_of_IOB53A none 327 Y20 IOB54A FIO DQ10 4 - True_of_IOB54B TRUE 328 V17 IOB54B FIO DQ10 4 - Comp_of_IOB54A TRUE 329 V18 IOB55A FIO DQ10 4 - True_of_IOB55B none 330 W19 IOB55B FIO DQ10 4 - Comp_of_IOB55A none 331 V19 IOR53B FIO DQ11 3 - Comp_of_IOR53A none 332 U18 IOR53A FIO DQ11 3 - True_of_IOR53B none 333 U19 IOR52B FIO DQ11 3 - Comp_of_IOR52A TRUE 334 U17 IOR52A FIO DQ11 3 - True_of_IOR52B TRUE 335 T17 IOR51B FIO DQ11 3 - Comp_of_IOR51A none 336 --- IOR51A FIO DQ11 3 - True_of_IOR51B none 337 --- IOR50B FIO DQ11 3 - Comp_of_IOR50A TRUE 338 --- IOR50A FIO DQ11 3 - True_of_IOR50B TRUE 339 --- IOR49B FIO DQ11 3 - Comp_of_IOR49A none 340 AB21 IOR49A FIO DQ11 3 - True_of_IOR49B none 341 AB22 IOR48B FIO DQ11 3 - Comp_of_IOR48A TRUE 342 --- IOR48A FIO DQ11 3 - True_of_IOR48B TRUE 343 --- IOR47B FIO DQ11 3 - Comp_of_IOR47A none 344 V20 IOR47A FIO DQ11 3 - True_of_IOR47B none 345 W20 IOR46B FIO DQ11 3 RPLL2_C_FB Comp_of_IOR46A TRUE 346 AA21 IOR46A FIO DQ11 3 RPLL2_T_FB True_of_IOR46B TRUE 347 Y21 IOR44B FIO DQ11 3 RPLL2_C_IN Comp_of_IOR44A none 348 T18 IOR44A FIO DQ11 3 RPLL2_T_IN True_of_IOR44B none 349 R18 IOR43B FIO DQS11 3 - Comp_of_IOR43A TRUE 350 AA22 IOR43A FIO DQS11 3 - True_of_IOR43B TRUE 351 Y22 IOR42B FIO DQ11 3 - Comp_of_IOR42A none 352 --- IOR42A FIO DQ11 3 - True_of_IOR42B none 353 --- IOR41B FIO DQ11 3 - Comp_of_IOR41A TRUE 354 --- IOR41A FIO DQ11 3 - True_of_IOR41B TRUE 355 --- IOR40B FIO DQ11 3 - Comp_of_IOR40A none 356 --- IOR40A FIO DQ11 3 - True_of_IOR40B none 357 --- IOR39B FIO DQ11 3 - Comp_of_IOR39A TRUE 358 --- IOR39A FIO DQ11 3 - True_of_IOR39B TRUE 359 --- IOR38B FIO DQ12 3 - Comp_of_IOR38A none 360 R19 IOR38A FIO DQ12 3 SCLK True_of_IOR38B none 361 T19 IOR37B FIO DQ12 3 DOUT Comp_of_IOR37A TRUE 362 U20 IOR37A FIO DQ12 3 DIN True_of_IOR37B TRUE 363 T20 IOR36B FIO DQS12 3 D0 Comp_of_IOR36A none 364 W22 IOR36A FIO DQS12 3 D1 True_of_IOR36B none 365 V22
GGW2A
V1.0 81
DQS BANK Pair LVDS BSCAN PBGA484
IOR35B FIO DQ12 3 D2 Comp_of_IOR35A TRUE 366 R21 IOR35A FIO DQ12 3 FAST_READN/D3 True_of_IOR35B TRUE 367 R20 IOR34B FIO DQ12 3 MCLK/D4 Comp_of_IOR34A none 368 P18 IOR34A FIO DQ12 3 MCSN/D5 True_of_IOR34B none 369 N18 IOR33B FIO DQ12 3 MSI/D6 Comp_of_IOR33A TRUE 370 P20 IOR33A FIO DQ12 3 MSO/D7 True_of_IOR33B TRUE 371 P19 IOR32B FIO DQ12 3 DONE Comp_of_IOR32A none 372 M18 IOR32A FIO DQ12 3 READY True_of_IOR32B none 373 L18 IOR31B FIO DQ12 3 RECONFIGN Comp_of_IOR31A TRUE 374 T21 IOR31A FIO DQ12 3 MODE2 True_of_IOR31B TRUE 375 U21 IOR30B FIO DQ12 3 MODE1 Comp_of_IOR30A none 376 U22 IOR30A FIO DQ12 3 MODE0 True_of_IOR30B none 377 T22 IOR29B FIO DQ12 3 GCLKC_3 Comp_of_IOR29A TRUE 378 R22 IOR29A FIO DQ12 3 GCLKT_3 True_of_IOR29B TRUE 379 P22 IOR26B FIO DQ13 2 TDI Comp_of_IOR26A TRUE 8888 M20 IOR25B FIO DQ13 2 TMS Comp_of_IOR25A none 8888 N22 IOR26A FIO DQ13 2 TCK True_of_IOR26B TRUE 8889 N20 IOR25A FIO DQ13 2 TDO True_of_IOR25B none 8889 M22 EXTR Extr Unused none - Unused none none N17
GGW2A
V1.0 82
5.0 PBGA484 Package Outline)(23mm X 23mm)
Gowin Semiconductor Property
GGW2A
V1.0 83
PBGA1156 Package Outline (35mm X 35mm)
Gowin Sem
iconductor Property
GGW2A
V1.0 84
6.0 Gowin Part Name
6.1
6.1
6.2
GW2A – 55 LV 8 PBGA1156 C
Device FamilyGW2A
Logic density55K Lut
Core supply voltageLV:1.0V
C=commercialI=Industrial
Package: PBGA1156
Speed grade6=slowest7=8=fastest
GGW2A
V1.0 85
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