external User CLK 25MHz (oscillator is assembly option)
SC1
DDR_EN
out
C6
3.3V
Power 7A
SC1
DDR_PG
in
B8
3.3V
Power 7A
SC1
DONE
in
G4
1.8V
PS Config
SC2
DP_AUX_DE
out
AB13
3.3V
DP
SC1
DP_AUX_RX
in
AB12
3.3V
DP
SC1
DP_AUX_TX
out
AA14
3.3V
DP
SC1
DP_EN
out
M4
1.8V
Power 8
SC2
DP_TX_HPD
in
AA15
3.3V
DP
SC1
EN_12V
out
C10
3.3V
Power 1
SC1
EN_3.3V / EN_3P3V
out
Y8
3.3V
Power 2
SC1
EN_A_3V3
out
Y18
3.3V
Power 8 FMC
SC1
EN_AF_1V8
out
W19
3.3V
Power 8 FMC
SC1
EN_B_3V3
out
G11
3.3V
Power 8 FMC
SC1
EN_BC_1V8
out
A3
3.3V
Power 8 FMC
SC1
EN_C_3V3
out
E11
3.3V
Power 8 FMC
SC1
EN_D_3V3
out
F8
3.3V
Power 8 FMC
SC1
EN_DE_1V8
out
C5
3.3V
Power 8 FMC
SC1
EN_E_3V3
out
E8
3.3V
Power 8 FMC
SC1
EN_F_3V3
out
Y10
3.3V
Power 8 FMC
SC1
EN_GT_L
out
A7
3.3V
Power 4B,C
SC1
EN_GT_R
out
B7
3.3V
Power 4B,C
SC1
EN_SFP_SSD
out
W8
3.3V
Power 8
SC1
EN_VCCINT
out
B9
3.3V
Power 1
SC1
ERR_OUT
in
H1
1.8V
PS Config
SC2
ERR_STATUS
in
J2
1.8V
PS Config
SC2
ETH_RST
out
L6
1.8V
Reset
SC2
F_LA06_SC_N
M19
FMC_AF_1.8V
M19
/ currently_not_used
SC2
F_LA06_SC_P
M18
FMC_AF_1.8V
M18
/ currently_not_used
SC2
F_LA07_SC_N
P21
FMC_AF_1.8V
P21
/ currently_not_used
SC2
F_LA07_SC_P
N20
FMC_AF_1.8V
N20
/ currently_not_used
SC2
F_LA08_SC_N
N18
FMC_AF_1.8V
/ currently_not_used
SC2
F_LA08_SC_P
M20
FMC_AF_1.8V
M20
/ currently_not_used
SC2
F_LA09_SC_N
R18
FMC_AF_1.8V
R18
/ currently_not_used
SC2
F_LA09_SC_P
R19
FMC_AF_1.8V
R19
/ currently_not_used
SC2
F_LA10_SC_N
R20
FMC_AF_1.8V
R20
/ currently_not_used
SC2
F_LA10_SC_P
R21
FMC_AF_1.8V
R21
/ currently_not_used
SC2
F_LA11_SC_N
U19
FMC_AF_1.8V
U19
/ currently_not_used
SC2
F_LA11_SC_P
T19
FMC_AF_1.8V
T19
/ currently_not_used
SC2
F_LA12_SC_N
P18
FMC_AF_1.8V
P18
/ currently_not_used
SC2
F_LA12_SC_P
P19
/ currently_not_
FMC_AF_1.8V
/ currently_not_used
SC2
F_LA13_SC_N
U17
FMC_AF_1.8V
U17
/ currently_not_used
SC2
F_LA13_SC_P
U18
FMC_AF_1.8V
U18
/ currently_not_used
SC2
F_LA14_SC_N
R17
FMC_AF_1.8V
R17
/ currently_not_used
SC2
F_LA14_SC_P
T18
FMC_AF_1.8V
T18
/ currently_not_used
SC2
F_LA15_SC_N
R16
FMC_AF_1.8V
R16
/ currently_not_used
SC2
F_LA15_SC_P
T17
FMC_AF_1.8V
T17
/ currently_not_used
SC2
F_LA16_SC_N
V19
FMC_AF_1.8V
V19
/ currently_not_used
SC2
F_LA16_SC_P
W20
FMC_AF_1.8V
W20
/ currently_not_used
SC2
F_LA17_SC_N
N16
FMC_AF_1.8V
/ currently_not_used
SC2
F_LA17_SC_P
N17
FMC_AF_1.8V
N17
/ currently_not_used
SC2
F_LA18_SC_N
L16
FMC_AF_1.8V
L16
/ currently_not_used
SC2
F_LA18_SC_P
L17
FMC_AF_1.8V
L17
/ currently_not_used
SC2
F_LA19_SC_N
M16
FMC_AF_1.8V
M16
/ currently_not_used
SC2
F_LA19_SC_P
M17
FMC_AF_1.8V
M17
/ currently_not_used
SC2
F_LA20_SC_N
N6
FMC_AF_1.8V
N6
/ currently_not_used
SC2
F_LA20_SC_P
N7
FMC_AF_1.8V
N7
/ currently_not_used
SC2
F_LA21_SC_N
T6
FMC_AF_1.8V
T6
/ currently_not_used
SC2
F_LA21_SC_P
R7
/ currently_not_
FMC_AF_1.8V
/ currently_not_used
SC2
F_LA22_SC_N
T5
FMC_AF_1.8V
T5
/ currently_not_used
SC2
F_LA22_SC_P
R6
FMC_AF_1.8V
R6
/ currently_not_used
SC2
F_LA23_SC_N
P6
FMC_AF_1.8V
P6
/ currently_not_used
SC2
F_LA23_SC_P
P7
FMC_AF_1.8V
P7
/ currently_not_used
SC2
F_LA24_SC_N
W3
FMC_AF_1.8V
W3
/ currently_not_used
SC2
F_LA24_SC_P
V4
FMC_AF_1.8V
V4
/ currently_not_used
SC2
F_LA25_SC_N
Y2
FMC_AF_1.8V
Y2
/ currently_not_used
SC2
F_LA25_SC_P
W4
FMC_AF_1.8V
W4
/ currently_not_used
SC2
F_LA26_SC_N
U4
FMC_AF_1.8V
/ currently_not_used
SC2
F_LA26_SC_P
T4
FMC_AF_1.8V
T4
/ currently_not_used
SC2
F_LA27_SC_N
U5
FMC_AF_1.8V
U5
/ currently_not_used
SC2
F_LA27_SC_P
T7
FMC_AF_1.8V
T7
/ currently_not_used
SC2
F_LA28_SC_N
V2
FMC_AF_1.8V
V2
/ currently_not_used
SC2
F_LA28_SC_P
W1
FMC_AF_1.8V
W1
/ currently_not_used
SC2
F_LA29_SC_N
AA1
FMC_AF_1.8V
AA1
/ currently_not_used
SC2
F_LA29_SC_P
Y1
FMC_AF_1.8V
Y1
/ currently_not_used
SC2
F_LA30_SC_N
V1
FMC_AF_1.8V
V1
/ currently_not_used
SC2
F_LA30_SC_P
U3
/ currently_not_
FMC_AF_1.8V
/ currently_not_used
SC2
F_LA31_SC_N
V3
FMC_AF_1.8V
V3
/ currently_not_used
SC2
F_LA31_SC_P
W2
FMC_AF_1.8V
W2
/ currently_not_used
SC2
F_LA32_SC_N
M3
FMC_AF_1.8V
M3
/ currently_not_used
SC2
F_LA32_SC_P
N5
FMC_AF_1.8V
N5
/ currently_not_used
SC2
F_LA33_SC_N
R2
FMC_AF_1.8V
R2
/ currently_not_used
SC2
F_LA33_SC_P
R3
FMC_AF_1.8V
R3
/ currently_not_used
SC2
F1_EN
out
C8
3.3V
FAN
SC1
F1PWM
out
E10
3.3V
FAN
SC1
F1SENSE
in
D11
3.3V
FAN
SC1
F2_EN
out
B4
3.3V
FAN
SC1
F2PWM
out
D9
3.3V
FAN
SC1
F2SENSE
in
G12
3.3V
FAN
SC1
F3_EN
out
A12
3.3V
FAN
SC1
F3PWM
out
B13
3.3V
FAN
SC1
F3SENSE
in
A13
3.3V
FAN
SC1
FAN_A_EN
out
Y19
3.3V
FAN
SC1
FAN_B_EN
out
A2
3.3V
FAN
SC1
FAN_C_EN
out
B3
3.3V
FAN
SC1
FAN_D_EN
out
D7
3.3V
FAN
SC1
FAN_E_EN
out
D6
3.3V
FAN
SC1
FAN_F_EN
out
W18
3.3V
FAN
SC1
FMC12V_EN
out
AA8
3.3V
Power 8 FMC
SC1
FMCA_PG_C2M
inout
E16
3.3V
Power 8 FMC
SC1
FMCA_PG_M2C
in
F17
3.3V
Power 8 FMC
SC1
FMCA_PRSNT
in
F16
3.3V
Power 8 FMC
SC1
FMCA_TCK
out
T16
3.3V
JTAG
SC1
FMCA_TDI
out
U15
3.3V
JTAG
SC1
FMCA_TDO
in
U16
3.3V
JTAG
SC1
FMCA_TMS
out
V17
3.3V
JTAG
SC1
FMCAF_12V_PG
in
W9
3.3V
Power 8 FMC
SC1
FMCB_PG_C2M
inout
C4
3.3V
Power 8 FMC
SC1
FMCB_PG_M2C
in
D5
3.3V
Power 8 FMC
SC1
FMCB_PRSNT
in
D4
3.3V
Power 8 FMC
SC1
FMCB_TCK
out
E6
3.3V
JTAG
SC1
FMCB_TDI
out
D8
3.3V
JTAG
SC1
FMCB_TDO
in
E9
3.3V
JTAG
SC1
FMCB_TMS
out
F10
3.3V
JTAG
SC1
FMCC_PG_C2M
inout
U6
3.3V
Power 8 FMC
SC1
FMCC_PG_M2C
in
V6
3.3V
Power 8 FMC
SC1
FMCC_PRSNT
in
W5
3.3V
Power 8 FMC
SC1
FMCC_TCK
out
W6
3.3V
JTAG
SC1
FMCC_TDI
out
Y4
3.3V
JTAG
SC1
FMCC_TDO
in
Y5
3.3V
JTAG
SC1
FMCC_TMS
out
AA3
3.3V
JTAG
SC1
FMCD_PG_C2M
inout
G8
3.3V
Power 8 FMC
SC1
FMCD_PG_M2C
in
G10
3.3V
Power 8 FMC
SC1
FMCD_PRSNT
in
AA4
3.3V
Power 8 FMC
SC1
FMCD_TCK
out
T12
3.3V
JTAG
SC1
FMCD_TDI
out
U8
3.3V
JTAG
SC1
FMCD_TDO
in
V9
3.3V
JTAG
SC1
FMCD_TMS
out
U10
3.3V
JTAG
SC1
FMCE_PG_C2M
inout
AB3
3.3V
Power 8 FMC
SC1
FMCE_PG_M2C
in
AB2
3.3V
Power 8 FMC
SC1
FMCE_PRSNT
in
AB5
3.3V
Power 8 FMC
SC1
FMCE_TCK
out
Y6
3.3V
JTAG
SC1
FMCE_TDI
out
AB6
3.3V
JTAG
SC1
FMCE_TDO
in
AA7
3.3V
JTAG
SC1
FMCE_TMS
out
AB7
3.3V
JTAG
SC1
FMCF_PG_C2M
inout
AB20
3.3V
Power 8 FMC
SC1
FMCF_PG_M2C
in
AB21
3.3V
Power 8 FMC
SC1
FMCF_PRSNT
in
AA19
3.3V
Power 8 FMC
SC1
FMCF_TCK
out
W11
3.3V
JTAG
SC1
FMCF_TDI
out
V11
3.3V
JTAG
SC1
FMCF_TDO
in
AB10
3.3V
JTAG
SC1
FMCF_TMS
out
AA10
3.3V
JTAG
SC1
I2C_RST
out
L2
1.8V
Reset
SC2
INIT_B
in
J3
1.8V
PS Config
SC2
JTAGENB
in
A16
3.3V
JTAG / Enable to get access to CPLD over JTAG. Pin is not accessible on CPLD. Is set by DIP-Switch S3-2
SC1
LED_1A
out
Y12
3.3V
/ currently_not_used
SC1
LED_2A
Y13
Y13
3.3V
/ currently_not_used
SC1
LED_2B
Y14
Y14
3.3V
/ currently_not_used
SC1
LED1
out
U12
3.3V
USR (D13 green)
SC1
LED2
out
V12
3.3V
USR (D14 green)
SC1
LED3
out
W12
3.3V
USR (D15 green)
SC1
LED4
out
V13
3.3V
USR (D16 red)
SC1
MEM_SCL
in
W16
3.3V
I2C
SC1
MEM_SDA
inout
V16
3.3V
I2C
SC1
MIO24
F5
F5
1.8V
MIO / currently_not_used
SC2
MIO25
G5
G5
1.8V
MIO / currently_not_used
SC2
MIO26
out
G15
3.3V
MIO / PJTAG TCK
SC1
MIO27
out
E12
3.3V
MIO / PJTAG TDI
SC1
MIO28
in
E15
MIO
3.3V
MIO / PJTAG TDO
SC1
MIO29
out
C11
3.3V
MIO / PJTAG TMS
SC1
MIO30
out
C13
3.3V
MIO / Status LED
SC1
MIO31
in
B12
3.3V
MIO / currently_not_used
SC1
MIO32
B11
B11
3.3V
MIO / currently_not_used
SC1
MIO33
in
U7
3.3V
MIO / PCIe Reset
SC1
MIO34
D12
D12
3.3V
MIO / currently_not_used
SC1
MIO35
F15
F15
3.3V
MIO / currently_not_used
SC1
MIO36
G7
G7
3.3V
MIO / currently_not_used
SC1
MIO37
D14
D14
3.3V
MIO / currently_not_used
SC1
MIO40
F12
F12
3.3V
MIO / currently_not_used
SC1
MIO41
T8
T8
3.3V
MIO / currently_not_used
SC1
MIO42
out
B14
3.3V
MIO / UART RX
SC1
MIO43
in
E7
3.3V
MIO / UART TX
SC1
MIO44
out
E14
3.3V
MIO / SD-WP
SC1
MIO45
out
A20
3.3V
MIO / SD-CP
SC1
MIO6
in
F6
1.8V
MIO / QSPI FB CLK from ZynqMP
SC2
MODE0
out
H3
1.8V
PS Config Boot Mode
SC2
MODE1
out
H2
1.8V
PS Config Boot Mode
SC2
MODE2
out
G2
1.8V
PS Config Boot Mode
SC2
MODE3
out
G1
PS
1.8V
PS Config Boot Mode
SC2
MR
out
L7
1.8V
PS Config (PS_POR_B) Reset
SC2
NC
out
AA20
3.3V
used as dummi output pin / Not connected
SC1
NC
NC
W17
T15
Not connected
SC1
3.3V
Not connected
SC1
NC
V15
V15
3.3V
Not connected
SC1
NC
W15
W15
3.3V
Not connected
SC1
NC
V14
V14
3.3V
Not connected
SC1
NC
W14
W14
3.3V
Not connected
SC1
NC
U13
U13
3.3V
Not connected
SC1
NC
T13
T13
3.3V
Not connected
SC1
NC
AB16
AB16
3.3V
Not connected
SC1
NC
Y3
Y3
3.3V
Not connected
SC1
NC
A21
A21
3.3V
Not connected
SC1
NC
G6
G6
1.8V
Not connected
SC2
NC
N1
N1
1.8V
Not connected
SC2
NC
N2
N2
1.8V
Not connected
SC2
NC
M1
M1
1.8V
Not connected
SC2
NC
N3
N3
1.8V
Not connected
SC2
NC
P2
P2
1.8V
Not connected
SC2
NC
M7
M7
1.8V
Not connected
SC2
NC
M6
M6
1.8V
Not connected
SC2
NC
P3
P3
1.8V
Not connected
SC2
NC
R1
R1
1.8V
Not connected
SC2
NC
M5
M5
1.8V
Not connected
SC2
NC
H5
H5
1.8V
Not connected
SC2
NC
J5
J5
1.8V
Not connected
SC2
NC
J4
J4
1.8V
Not connected
SC2
NC
K5
K5
1.8V
Not connected
SC2
NC
L3
L3
1.8V
Not connected
SC2
PG_12V
in
A11
3.3V
Power 1
SC1
PG_FPD
in
A10
3.3V
Power 2
SC1
PG_GT_L
in
K3
1.8V
Power 5BC
SC2
PG_GT_R
in
F11
3.3V
Power 5BC
SC1
PG_PSGT
in
A5
3.3V
Power 6A
SC1
PHY_CLK125M
in
K2
1.8V
CLK
SC2
PHY_LED0
in
L5
/ currently_not_used
1.8V
PHY LED
SC2
PHY_LED1
in
L1
/ currently_not_used
1.8V
PHY LED
SC2
PHY_LED2
in
K1
1.8V
/ currently_not_used
SC2
PLL_RST
out
L4
1.8V
Reset
SC2
PROG_B
out
E2
1.8V
PS Config (opt. PL Reset)
SC2
PSGT_EN
out
B10
3.3V
Power 4A
SC1
SC_SW1
in
E17
3.3V
USR S3-3 / Set Boot Mode
SC1
SC_SW2
in
D16
3.3V
USR S3-4 / Set Boot Mode
SC1
SD_CD
in
T11
3.3V
SD CD
SC1
SD_EN
out
U11
3.3V
Power 8
SC1
SD_WP
in
T10
3.3V
SD WP
SC1
SFP_LED1
AB17
AB17
3.3V
/ currently_not_used
SC1
SFP_LED2
AB18
AB18
3.3V
/ currently_not_used
SC1
SFP_LED3
AA16
AA16
3.3V
/ currently_not_used
SC1
SFP_LED4
AB15
AB15
3.3V
/ currently_not_used
SC1
SFP0_LOS
V8
V8
3.3V
/ currently_not_used
SC1
SFP0_TX_DIS
out
Y7
3.3V
SFP
SC1
SFP1_LOS
W7
W7
3.3V
/ currently_not_used
SC1
SFP1_TX_DIS
V7
V7
3.3V
SFP
SC1
SI5345_CLK
E1
E1
1.8V
/ currently_not_used
SC2
SSD1_LED
AA13
AA13
3.3V
/ currently_not_used
SC1
SSD1_PERSTN
out
AA11
3.3V
SSD Reset
SC1
SSD1_SLEEP
AA12
AA12
3.3V
/ currently_not_used
SC1
SSD1_WAKE
out
AB11
AB11
3.3V
SSD
SC1
U_SW1
in
D18
3.3V
USR (S4-1) / currently_not_used
SC1
U_SW2
in
D17
3.3V
USR (S4-2) / currently_not_used
SC1
U_SW3
in
C19
3.3V
USR (S4-3)/ currently_not_used
SC1
U_SW4
in
C18
3.3V
USR (S4-4) / currently_not_used
SC1
USB0_RST
out
M2
1.8V
Reset
SC2
USBH_MODE0
out
Y17
3.3V
USB
SC1
USBH_MODE1
out
Y16
3.3V
USB
SC1
USBH_RST
out
Y15
3.3V
Reset
SC1
USR_BUT1
in
F13
3.3V
USR (S1)
SC1
USR_BUT2
in
G13
3.3V
USR (S2) / Power Reset
SC1
USR_BUT3
in
W17
3.3V
USR (S3)/ optional Power Reset
SC1
N.C. on PCB REV02,REV03
XMOD1_A
B19
B19
3.3V
XMOD J35 / currently_not_used
SC1
XMOD1_B
out
A17
3.3V
XMOD J35 LED / Attention this is connected to XMOD1_E
SC1
XMOD1_E
C17
C17
3.3V
XMOD J35 / Attention this is connected to XMOD1_B / currently_not_used
SC1
XMOD1_G
in
A18
A18
3.3V
XMOD J35 Button
SC1
XMOD2_A
out
K7
1.8V
UART RXD (XMOD J24)
SC2
XMOD2_B
in
K6
1.8V
UART TX (XMOD J24)
SC2
XMOD2_E
out
H7
1.8V
XMOD J24 LED / Boot Mode
SC2
XMOD2_G
in
H6
1.8V
XMOD J24 Button / PS Reset
SC2
...
Functional Description
JTAG
...
FMCF_PB_C2M, FMCC_PG_C2M, FMCD_PG_C2M, FMCE_PG_C2M are bidirectional. External Pull up is used to check power fails. 12V is sourced and controlled by main power.
Reset
Button
Description
S2
Main Power Reset Button. Restart power management.
FPGA XMOD
PS MR Reset Button. Restart PS (PS_POR_B)
...
S3-3 (SC_SW1)
S3-4 (SC_SW2)
Description
OFF
OFF
SD1 Boot Mode (SD-Card on J11)
OFF
ON
PJTAG0
ON
OFF
QSPI32
ON
ON
JTAG
...
Display Port
Output
Input
DP_AUX_TX
B66_T1
DP_AUX_DE
not B66_T2
B66_T3
DP_AUX_RX
B67_T1
DP_TX_HPD
...
Register Address
Name
Description
0
FAN CTRL
FAN Control register
1
FAN1 RPS
FAN1 Revolutions per second
2
FAN2 RPS
FAN2 Revolutions per second
3
FAN3 RPS
FAN3 Revolutions per second
...
FMC
FMC present (FMCx_PRESNT) signals are used for board detect and enables.
FMC JTAG: See JTAG section
FAN : See FAN section
UART
UART is connected to FPGA XMOOD on J24. XMOD UART RXD output is connected to MIO42. MIO43 is connected to XMOD UART TX input.
...
LED
Description
LED4 (D16 red)
User FPGA IO B67_T3
LED3 (D15 green)
User FPGA IO B67_T2
LED2 (D14 green)
PS Status. Status depends on blink sequence and priority.
******** : Reset button is pressed
*****ooo : Init_B failed
****oooo : PS_Error_Status and PS_Error failed
***ooooo : PS_Error_Status failed
**oooooo : PS_Error failed
*ooooooo : Done is low-> SoC PL not programmed
LED OFF or ON : user defined from MIO30
LED4 (D13 green)
Power LED. Status depends on blink sequence and priority.
LED ON : Power button is pressed
******** : Main power up failed
*****ooo : Main power error after successfully startup
*****ooo : MGT or Periphery power up failed
***ooooo : MGT or Periphery power error after successfully startup
**oooooo : FMC power up failed
*ooooooo : FMC power error after successfully startup
LED OFF : Power good
FPGA XMOD (J24-XMOD2)
Boot Mode. Status depends on blink sequence and priority.
LED ON : JTAG
******** : Error unknown state
*****ooo : not used
*****ooo : not used
***ooooo : not used
**oooooo : QSPI
*ooooooo : PJTAG_0
LED OFF : SD1
CPLD XMOD (J35-XMOD1)
******** : one or more of FMCx_PG_M2C of connected FMC are not ready
LED OFF : all connected FMCx_PG_M2C are ready
...
Appx. A: Change History and Legal Notices
Revision Changes
CPLD REV02 to REV03
add main Reset to optional User Button 3 (only on PCB REV04 usable)
add PHY LEDs
new I2C controller
CPLD REV01 to REV02
Correction of FAN_A_EN and FAN_AF_EN Location constrains