VXS 6 U
VXS 6 U
The VMEbus, based on the IEEE 1014 and IEC 821 standards, has become an established industrial standard worldwide.
The VXS (VMEbus Switched Serial Standard) represents an extension of the VME family according to VITA 41.0. This system is downwardcompatible, so that assemblies with 96-pin connectors to DIN 41612 can still be used.
All Hartmann VMEbus boards are based on the HIGH-SPEED DESIGN concept. Low reflection is achieved by means of uniform signal line surge impedance.
Shielding of each individual signal line assures minimal coupling and therefore guarantees trouble-free operation even when expanded to the 64-bit mode with the 2e protocol (160Mbyte/s).
The transmission capacity in the VXS range (J0) is 2500 Mbits/s for each pair of cards.
Termination
In order to prevent interference on signal lines which might result from reflection at open line ends, these lines must be terminated. A distinction is made between passive and active termination. The advantage of active termination is reduced closed-circuit current consumption. Passive termination features better frequency response.
Daisy chaining wiring
For this VXS-Backplane automatic daisy-chaining with a patented bidirectional procedure (Wiener patente no. 102004023737.9 (Germany) und EP1745386 (Europe)) is used.
Chassis GND connection
There is a solid electrically conductive chassis GND surface in the backplaneto-card rack mounting area. This guarantees EMC-tight mounting of the bus board on the card rack.
HF coupling of card rack and system ground is implemented by capacitors (10nF, 200 V in each slot).
Static charges are discharged with a resistor (≥ 1 MΩ).
An additional Chassis-GND connection is provided with a M3 terminal screw.
Power connections
The main operating voltages and GND are supplied via terminal bars and M4 screws for the cables. On request additional M6 screw will be added.
V1/V2 is available via M4 screw terminals. They can be linked together with terminal bars.
The auxiliary operating voltages are supplied via M3 screw terminals. The arrangement of terminal bars ensures an optimal power supply of the modules.
Utility connector
The special signals to the power supply unit are brought out to a separate connector on the backplane. Beside the lines for Voltage Monitoring 8 external connectors for temperature sensors are feed-through to the 40-pin connector. All lines for Voltage Monitoring are connected with Line Filters. A double-row 40-pin connector with a contact spacing of 2.54 mm is used.
Power Management
Further connectors are available for serial communication with 4 power supplies (PS1-PS4) and a DSP. AUX_PWR is set to 5 V or 5 V STDBY with a 3-pin feed-through connector. There are 2 connectors for system management IPMB and SMB.
IPMB_PWR and SMB_PWR is settable to 5 V or 5 V STDBY with 3-pin feedthrough connectors.
Live-Insertion
Live-Insertion signals (LI-IN; LI-OUT) are available via 2-pin feed-through connectors.
Geographical Addressing J1 VME64x
| Slot Number |
GAP* Pin J1-D9 |
GA4* Pin J1-D17 |
GA3* Pin J1-D15 |
GA2* Pin J1-D13 |
GA1* Pin J1-D11 |
GA0* Pin J1-D10 |
|---|---|---|---|---|---|---|
| 1 |
Open |
Open |
Open |
Open |
Open |
GND |
| 2 |
Open |
Open |
Open |
Open |
GND |
Open |
| 3 |
GND |
Open |
Open |
Open |
GND |
GND |
| 4 |
Open |
Open |
Open |
GND |
Open |
Open |
| 5 |
GND |
Open |
Open |
GND |
Open |
GND |
| 6 |
GND |
Open |
Open |
GND |
GND |
Open |
| 7 |
Open |
Open |
Open |
GND |
GND |
GND |
| 8 |
Open |
Open |
GND |
Open |
Open |
Open |
| 9 |
GND |
Open |
GND |
Open |
Open |
GND |
| 10 |
GND |
Open |
GND |
Open |
GND |
Open |
| 11 |
Open |
Open |
GND |
Open |
GND |
GND |
| 12 |
GND |
Open |
GND |
GND |
Open |
Open |
| 13 |
Open |
Open |
GND |
GND |
Open |
GND |
| 14 |
Open |
Open |
GND |
GND |
GND |
Open |
| 15 |
GND |
Open |
GND |
GND |
GND |
GND |
| 16 |
Open |
GND |
Open |
Open |
Open |
Open |
| 17 |
GND |
GND |
Open |
Open |
Open |
GND |
| 18 |
GND |
GND |
Open |
Open |
GND |
Open |
| 19 |
Open |
GND |
Open |
Open |
GND |
GND |
| 20 |
GND |
GND |
Open |
GND |
Open |
Open |
| 21 |
Open |
GND |
Open |
GND |
Open |
GND |
Pin Assignments
| Pin |
DSP (X1105) |
PWR (X1206) |
PS1 (X1101) |
PS2 (X1102) |
PS3 (X1103) |
PS4 (X1104) |
IPMB (X66) |
|---|---|---|---|---|---|---|---|
| 1 |
DSP_ SCL |
+5 V |
PS1_ SCL |
PS2_ SCL |
PS3_ SCL |
PS4_ SCL |
IPMB_ SCL |
| 2 |
GND |
AUX_ PWR |
GND |
GND |
GND |
GND |
GND |
| 3 |
DSP_ SDA |
+5 V STDBY |
PS1_ SDA |
PS2_ SDA |
PS3_ SDA |
PS4_ SDA |
IPMB_ SDA |
| 4 |
AUX_ PWR |
AUX_ PWR |
AUX_ PWR |
AUX_ PWR |
AUX_ PWR |
IPMB_ PWR |
|
| 5 |
DSP_ ALERT |
PS1_ ALERT |
PS2_ ALERT |
PS3_ ALERT |
PS4_ ALERT |
SMB_ ALERT |
| Pin |
IPMB_PWR (X68) |
SMB (X65) |
SMB_PWR (X67) |
LI-IN (XI01-21) |
LI-OUT (X01-10, X13-20) |
VXS_PWR (X11_P, X12_P) |
|---|---|---|---|---|---|---|
| 1 |
+5 V |
SMB_SCL |
+5 V |
LI\I* |
LI\O* |
VPC |
| 2 |
IPMB_PWR |
GND |
SMB_PWR |
GND |
GND |
VPC |
| 3 |
+5 V STDBY |
SMB_SDA |
+5 V STDBY |
VPC |
||
| 4 |
SMB_PWR |
VPC |
||||
| 5 |
SMB_ALERT |
GND |
||||
| 6 |
GND |
Pin Assignment Utility connector X5
| NC = not connected | ||||||||
| Pin |
1 |
2 |
3 |
4 |
5 |
6 |
7 |
8 |
|---|---|---|---|---|---|---|---|---|
| +3.3 V Sense |
-3.3 V Return |
-12 V Sense |
-12 V Return |
+12 V Sense |
+12 V Return |
-48 V Sense 2 |
+48 V Sense 2 |
|
| Pin |
9 |
10 |
11 |
12 |
13 |
14 |
15 |
16 |
| +48 V Sense 1 |
-48 V Sense 1 |
NC |
NC |
NC |
NC |
NC |
NC |
|
| Pin |
17 |
18 |
19 |
20 |
21 |
22 |
23 |
24 |
| NC |
NC |
+5 V Sense |
+5 V Return |
SYSFAIL* |
GND |
ACFAIL* |
GND |
|
| Pin |
25 |
26 |
27 |
28 |
29 |
30 |
31 |
32 |
| SYSRESET* |
GND |
NC |
NC |
Temp. 8 |
Temp. 7 |
Temp. 6 |
Temp. 5 |
|
| Pin |
33 |
34 |
35 |
36 |
37 |
38 |
39 |
40 |
| Temp. 4 |
Temp. 3 |
Temp. 2 |
Temp. 1 |
Temp. Return |
NC |
NC |
NC |
|
Pin Assignments J1 VME64x
| * low-active | ||||||
| Pin |
ROW Z |
ROW A |
ROW B |
ROW C |
ROW D - Slot 1 |
ROW D |
|---|---|---|---|---|---|---|
| 1 |
MPR |
D00 |
BBSY* |
D08 |
VPC |
VPC |
| 2 |
GND |
D01 |
BCLR* |
D09 |
GND |
GND |
| 3 |
MCLK |
D02 |
ACFAIL* |
D10 |
+V1 |
+V1 |
| 4 |
GND |
D03 |
BG0IN* |
D11 |
+V2 |
+V2 |
| 5 |
MSD |
D04 |
BG0OUT* |
D12 |
RsvU-1 |
RsvU-1 |
| 6 |
GND |
D05 |
BG1IN* |
D13 |
-V1 |
-V1 |
| 7 |
MMD |
D06 |
BG1OUT* |
D14 |
-V2 |
-V2 |
| 8 |
GND |
D07 |
BG2IN* |
D15 |
RsvU-2 |
RsvU-2 |
| 9 |
MCTL |
GND |
BG2OUT* |
GND |
GAP* |
GAP* |
| 10 |
GND |
SYSCLK |
BG3IN* |
SYSFAIL* |
GA0* |
GA0* |
| 11 |
RESP* |
GND |
BG3OUT* |
BERR* |
GA1* |
GA1* |
| 12 |
GND |
DS1* |
BR0* |
SYSRESET* |
+3.3 V |
+3.3 V |
| 13 |
RsvBus1 |
DS0* |
BR1* |
LWORD* |
GA2* |
GA2* |
| 14 |
GND |
WRITE* |
BR2* |
AM5 |
+3.3 V |
+3.3 V |
| 15 |
RsvBus2 |
GND |
BR3* |
A23 |
GA3* |
GA3* |
| 16 |
GND |
DTACK* |
AM0 |
A22 |
+3.3 V |
+3.3 V |
| 17 |
RsvBus3 |
GND |
AM1 |
A21 |
GA4* |
GA4* |
| 18 |
GND |
AS* |
AM2 |
A20 |
+3.3 V |
+3.3 V |
| 19 |
RsvBus4 |
GND |
AM3 |
A19 |
SMB_SCL |
RsvBus5 |
| 20 |
GND |
IACK* |
GND |
A18 |
+3.3 V |
+3.3 V |
| 21 |
RsvBus6 |
IACKIN* |
IPMB_SCL |
A17 |
SMB_SDA |
RsvBus7 |
| 22 |
GND |
IACKOUT* |
IPMB_SDA |
A16 |
+3.3 V |
+3.3 V |
| 23 |
RsvBus8 |
AM4 |
GND |
A15 |
SMB_ALERT* |
RsvBus9 |
| 24 |
GND |
A07 |
IRQ7* |
A14 |
+3.3 V |
+3.3 V |
| 25 |
RsvBus10 |
A06 |
IRQ6* |
A13 |
RsvBus11 |
RsvBus11 |
| 26 |
GND |
A05 |
IRQ5* |
A12 |
+3.3 V |
+3.3 V |
| 27 |
RsvBus12 |
A04 |
IRQ4* |
A11 |
LI\I* |
LI\I* |
| 28 |
GND |
A03 |
IRQ3* |
A10 |
+3.3 V |
+3.3 V |
| 29 |
RsvBus13 |
A02 |
IRQ2* |
A09 |
LI\O* |
LI\O* |
| 30 |
GND |
A01 |
IRQ1* |
A08 |
+3.3 V |
+3.3 V |
| 31 |
RsvBus14 |
-12 V |
+5 V STDBY |
+12 V |
GND |
GND |
| 32 |
GND |
+5 V |
+5 V |
+5 V |
VPC |
VPC |
Pin Assignments J2 VME64x
| Pin |
ROW Z |
ROW A |
ROW B |
ROW C |
ROW D |
|---|---|---|---|---|---|
| 1 |
User Defined |
User Defined |
+5 V |
User Defined |
User Defined |
| 2 |
GND |
User Defined |
GND |
User Defined |
User Defined |
| 3 |
User Defined |
User Defined |
RETRY* |
User Defined |
User Defined |
| 4 |
GND |
User Defined |
A24 |
User Defined |
User Defined |
| 5 |
User Defined |
User Defined |
A25 |
User Defined |
User Defined |
| 6 |
GND |
User Defined |
A26 |
User Defined |
User Defined |
| 7 |
User Defined |
User Defined |
A27 |
User Defined |
User Defined |
| 8 |
GND |
User Defined |
A28 |
User Defined |
User Defined |
| 9 |
User Defined |
User Defined |
A29 |
User Defined |
User Defined |
| 10 |
GND |
User Defined |
A30 |
User Defined |
User Defined |
| 11 |
User Defined |
User Defined |
A31 |
User Defined |
User Defined |
| 12 |
GND |
User Defined |
GND |
User Defined |
User Defined |
| 13 |
User Defined |
User Defined |
+5 V |
User Defined |
User Defined |
| 14 |
GND |
User Defined |
D16 |
User Defined |
User Defined |
| 15 |
User Defined |
User Defined |
D17 |
User Defined |
User Defined |
| 16 |
GND |
User Defined |
D18 |
User Defined |
User Defined |
| 17 |
User Defined |
User Defined |
D19 |
User Defined |
User Defined |
| 18 |
GND |
User Defined |
D20 |
User Defined |
User Defined |
| 19 |
User Defined |
User Defined |
D21 |
User Defined |
User Defined |
| 20 |
GND |
User Defined |
D22 |
User Defined |
User Defined |
| 21 |
User Defined |
User Defined |
D23 |
User Defined |
User Defined |
| 22 |
GND |
User Defined |
GND |
User Defined |
User Defined |
| 23 |
User Defined |
User Defined |
D24 |
User Defined |
User Defined |
| 24 |
GND |
User Defined |
D25 |
User Defined |
User Defined |
| 25 |
User Defined |
User Defined |
D26 |
User Defined |
User Defined |
| 26 |
GND |
User Defined |
D27 |
User Defined |
User Defined |
| 27 |
User Defined |
User Defined |
D28 |
User Defined |
User Defined |
| 28 |
GND |
User Defined |
D29 |
User Defined |
User Defined |
| 29 |
User Defined |
User Defined |
D30 |
User Defined |
User Defined |
| 30 |
GND |
User Defined |
D31 |
User Defined |
User Defined |
| 31 |
User Defined |
User Defined |
GND |
User Defined |
GND |
| 32 |
GND |
User Defined |
+5 V |
User Defined |
VPC |
Pin Assignments J0 VXS Payload
| * low-active | |||||||||
| Pin |
ROW A |
ROW B |
ROW C |
ROW D |
ROW E |
ROW F |
ROW G |
ROW H |
ROW I |
|---|---|---|---|---|---|---|---|---|---|
| 1 |
PA- RX0+ |
PA- RX0- |
GND |
GND |
PA- TX0+ |
PA- TX0+ |
GND |
GND |
PA_SCL |
| 2 |
GND |
GND |
PA- RX1+ |
PA- RX1- |
GND |
GND |
PA- TX1+ |
PA- TX1+ |
GND |
| 3 |
PA- RX2+ |
PA- RX2- |
GND |
GND |
PA- TX2+ |
PA- TX2+ |
GND |
GND |
PA_SDA |
| 4 |
GND |
GND |
PA- RX3+ |
PA- RX3- |
GND |
GND |
PA- TX3+ |
PA- TX3+ |
GND |
| 5 |
RFU |
RFU |
GND |
GND |
RFU |
RFU |
GND |
GND |
RFU |
| 6 |
GND |
GND |
RFU |
RFU |
GND |
GND |
RFU |
RFU |
GND |
| 7 |
RFU |
RFU |
GND |
GND |
RFU |
RFU |
GND |
GND |
RFU |
| 8 |
GND |
GND |
RFU |
RFU |
GND |
GND |
RFU |
RFU |
GND |
| 9 |
RFU |
RFU |
GND |
GND |
RFU |
RFU |
GND |
GND |
RFU |
| 10 |
GND |
GND |
RFU |
RFU |
GND |
GND |
RFU |
RFU |
GND |
| 11 |
RFU |
RFU |
GND |
GND |
RFU |
RFU |
GND |
GND |
PEN* |
| 12 |
GND |
GND |
PB- RX0+ |
PB- RX0- |
GND |
GND |
PB- TX0+ |
PB- TX0+ |
GND |
| 13 |
PB- RX1+ |
PB- RX1- |
GND |
GND |
PB- TX1+ |
PB- TX1+ |
GND |
GND |
PB_SCL |
| 14 |
GND |
GND |
PB- RX2+ |
PB- RX2- |
GND |
GND |
PB- TX2+ |
PB- TX2+ |
GND |
| 15 |
PB- RX3+ |
PB- RX3- |
GND |
GND |
PB- TX3+ |
PB- TX3+ |
GND |
GND |
PB_SCL |
The pin assignments J0 VXS Payload is used for VXS 4X Infiniband protocol (ANSI/VITA 41.1) and VXS 4X Serial RapidIO protocol (ANSI/VITA 41.2).
Pin Assignments J2 VXS Switch Slot
| Pin |
ROW A |
ROW B |
ROW C |
ROW D |
ROW E |
ROW F |
ROW G |
ROW H |
ROW I |
|---|---|---|---|---|---|---|---|---|---|
| 1 |
PP12- RX0+ |
PP12- RX0- |
GND |
PP12- TX0+ |
PP12- TX0- |
GND |
SP4- TX0+ |
SP4- TX0- |
GND |
| 2 |
GND |
PP12- RX1+ |
PP12- RX1- |
GND |
PP12- TX1+ |
PP12- TX1- |
GND |
SP4- TX1+ |
SP4- TX1- |
| 3 |
PP12- RX2+ |
PP12- RX2- |
GND |
PP12- TX2+ |
PP12- TX2- |
GND |
SP4- TX2+ |
SP4- TX2- |
GND |
| 4 |
GND |
PP12- RX3+ |
PP12- RX3- |
GND |
PP12- TX3+ |
PP12- TX3- |
GND |
SP4- TX3+ |
SP4- TX3- |
| 5 |
PP14- RX0+ |
PP14- RX0- |
GND |
PP14- TX0+ |
PP14- TX0- |
GND |
SP4- RX0+ |
SP4- RX0- |
GND |
| 6 |
GND |
PP14- RX1+ |
PP14- RX1- |
GND |
PP14- TX1+ |
PP14- TX1- |
GND |
SP4- RX1+ |
SP4- RX1- |
| 7 |
PP14- RX2+ |
PP14- RX2- |
GND |
PP14- TX2+ |
PP14- TX2- |
GND |
SP4- RX2+ |
SP4- RX2- |
GND |
| 8 |
GND |
PP14- RX3+ |
PP14- RX3- |
GND |
PP14- TX3+ |
PP14- TX3- |
GND |
SP4- RX3+ |
SP4- RX3- |
| 9 |
PP16- RX0+ |
PP16- RX0- |
GND |
PP16- TX0+ |
PP16- TX0- |
GND |
RFU |
RFU |
GND |
| 10 |
GND |
PP16- RX1+ |
PP16- RX1- |
GND |
PP16- TX1+ |
PP16- TX1- |
GND |
RFU |
RFU |
| 11 |
PP16- RX2+ |
PP16- RX2- |
GND |
PP16- TX2+ |
PP16- TX2- |
GND |
RFU |
RFU |
GND |
| 12 |
GND |
PP16- RX3+ |
PP16- RX3- |
GND |
PP16- TX3+ |
PP16- TX3- |
GND |
RFU |
RFU |
| 13 |
PP18- RX0+ |
PP18- RX0- |
GND |
PP18- TX0+ |
PP18- TX0- |
GND |
RFU |
RFU |
GND |
| 14 |
GND |
PP18- RX1+ |
PP18- RX1- |
GND |
PP18- TX1+ |
PP18- TX1- |
GND |
RFU |
RFU |
| 15 |
PP18- RX2+ |
PP18- RX2- |
GND |
PP18- TX2+ |
PP18- TX2- |
GND |
RFU |
RFU |
GND |
| 16 |
GND |
PP18- RX3+ |
PP18- RX3- |
GND |
PP18- TX3+ |
PP18- TX3- |
GND |
RFU |
RFU |
Pin Assignments J3 VXS Switch Slot
| Pin |
ROW A |
ROW B |
ROW C |
ROW D |
ROW E |
ROW F |
ROW G |
ROW H |
ROW I |
|---|---|---|---|---|---|---|---|---|---|
| 1 |
PP2- RX0+ |
PP2- RX0- |
GND |
PP2- TX0+ |
PP2- TX0- |
GND |
SP2- TX0+ |
SP2- TX0- |
GND |
| 2 |
GND |
PP2- RX1+ |
PP2- RX1- |
GND |
PP2- TX1+ |
PP2- TX1- |
GND |
SP2- TX1+ |
SP2- TX1- |
| 3 |
PP2- RX2+ |
PP2- RX2- |
GND |
PP2- TX2+ |
PP2- TX2- |
GND |
SP2- TX2+ |
SP2- TX2- |
GND |
| 4 |
GND |
PP2- RX3+ |
PP2- RX3- |
GND |
PP2- TX3+ |
PP2- TX3- |
GND |
SP2- TX3+ |
SP2- TX3- |
| 5 |
PP4- RX0+ |
PP4- RX0- |
GND |
PP4- TX0+ |
PP4- TX0- |
GND |
SP2- RX0+ |
SP2- RX0- |
GND |
| 6 |
GND |
PP4- RX1+ |
PP4- RX1- |
GND |
PP4- TX1+ |
PP4- TX1- |
GND |
SP2- RX1+ |
SP2- RX1- |
| 7 |
PP4- RX2+ |
PP4- RX2- |
GND |
PP4- TX2+ |
PP4- TX2- |
GND |
SP2- RX2+ |
SP2- RX2- |
GND |
| 8 |
GND |
PP4- RX3+ |
PP4- RX3- |
GND |
PP4- TX3+ |
PP4- TX3- |
GND |
SP2- RX3+ |
SP2- RX3- |
| 9 |
PP8- RX0+ |
PP8- RX0- |
GND |
PP8- TX0+ |
PP8- TX0- |
GND |
PP6- TX0+ |
PP6- TX0- |
GND |
| 10 |
GND |
PP8- RX1+ |
PP8- RX1- |
GND |
PP8- TX1+ |
PP8- TX1- |
GND |
PP6- TX1+ |
PP6- TX1- |
| 11 |
PP8- RX2+ |
PP8- RX2- |
GND |
PP8- TX2+ |
PP8- TX2- |
GND |
PP6- TX2+ |
PP6- TX2- |
GND |
| 12 |
GND |
PP8- RX3+ |
PP8- RX3- |
GND |
PP8- TX3+ |
PP8- TX3- |
GND |
PP6- TX3+ |
PP6- TX3- |
| 13 |
PP10- RX0+ |
PP10- RX0- |
GND |
PP10- TX0+ |
PP10- TX0- |
GND |
PP6- RX0+ |
PP6- RX0- |
GND |
| 14 |
GND |
PP10- RX1+ |
PP10- RX1- |
GND |
PP10- TX1+ |
PP10- TX1- |
GND |
PP6- RX1+ |
PP6- RX1- |
| 15 |
PP10- RX2+ |
PP10- RX2- |
GND |
PP10- TX2+ |
PP10- TX2- |
GND |
PP6- RX2+ |
PP6- RX2- |
GND |
| 16 |
GND |
PP10- RX3+ |
PP10- RX3- |
GND |
PP10- TX3+ |
PP10- TX3- |
GND |
PP6- RX3+ |
PP6- RX3- |
Pin Assignments J4 VXS Switch Slot
| Pin |
ROW A |
ROW B |
ROW C |
ROW D |
ROW E |
ROW F |
ROW G |
ROW H |
ROW I |
|---|---|---|---|---|---|---|---|---|---|
| 1 |
PP9- RX0+ |
PP9- RX0- |
GND |
PP9- TX0+ |
PP9- TX0- |
GND |
PP5- TX0+ |
PP5- TX0- |
GND |
| 2 |
GND |
PP9- RX1+ |
PP9- RX1- |
GND |
PP9- TX1+ |
PP9- TX1- |
GND |
PP5- TX1+ |
PP5- TX1- |
| 3 |
PP9- RX2+ |
PP9- RX2- |
GND |
PP9- TX2+ |
PP9- TX2- |
GND |
PP5- TX2+ |
PP5- TX2- |
GND |
| 4 |
GND |
PP9- RX3+ |
PP9- RX3- |
GND |
PP9- TX3+ |
PP9- TX3- |
GND |
PP5- TX3+ |
PP5- TX3- |
| 5 |
PP7- RX0+ |
PP7- RX0- |
GND |
PP7- TX0+ |
PP7- TX0- |
GND |
PP5- RX0+ |
PP5- RX0- |
GND |
| 6 |
GND |
PP7- RX1+ |
PP7- RX1- |
GND |
PP7- TX1+ |
PP7- TX1- |
GND |
PP5- RX1+ |
PP5- RX1- |
| 7 |
PP7- RX2+ |
PP7- RX2- |
GND |
PP7- TX2+ |
PP7- TX2- |
GND |
PP5- RX2+ |
PP5- RX2- |
GND |
| 8 |
GND |
PP7- RX3+ |
PP7- RX3- |
GND |
PP7- TX3+ |
PP7- TX3- |
GND |
PP5- RX3+ |
PP5- RX3- |
| 9 |
PP3- RX0+ |
PP3- RX0- |
GND |
PP3- TX0+ |
PP3- TX0- |
GND |
SP1- TX0+ |
SP1- TX0- |
GND |
| 10 |
GND |
PP3- RX1+ |
PP3- RX1- |
GND |
PP3- TX1+ |
PP3- TX1- |
GND |
SP1- TX1+ |
SP1- TX1- |
| 11 |
PP3- RX2+ |
PP3- RX2- |
GND |
PP3- TX2+ |
PP3- TX2- |
GND |
SP1- TX2+ |
SP1- TX2- |
GND |
| 12 |
GND |
PP3- RX3+ |
PP3- RX3- |
GND |
PP3- TX3+ |
PP3- TX3- |
GND |
SP1- TX3+ |
SP1- TX3- |
| 13 |
PP1- RX0+ |
PP1- RX0- |
GND |
PP1- TX0+ |
PP1- TX0- |
GND |
SP1- RX0+ |
SP1- RX0- |
GND |
| 14 |
GND |
PP1- RX1+ |
PP1- RX1- |
GND |
PP1- TX1+ |
PP1- TX1- |
GND |
SP1- RX1+ |
SP1- RX1- |
| 15 |
PP1- RX2+ |
PP1- RX2- |
GND |
PP1- TX2+ |
PP1- TX2- |
GND |
SP1- RX2+ |
SP1- RX2- |
GND |
| 16 |
GND |
PP1- RX3+ |
PP1- RX3- |
GND |
PP1- TX3+ |
PP1- TX3- |
GND |
SP1- RX3+ |
SP1- RX3- |
Pin Assignments J5 VXS Switch Slot
| Pin |
ROW A |
ROW B |
ROW C |
ROW D |
ROW E |
ROW F |
ROW G |
ROW H |
ROW I |
|---|---|---|---|---|---|---|---|---|---|
| 1 |
PP17- RX0+ |
PP17- RX0- |
GND |
PP17- TX0+ |
PP17- TX0- |
GND |
RFU |
RFU |
GND |
| 2 |
GND |
PP17- RX1+ |
PP17- RX1- |
GND |
PP17- TX1+ |
PP17- TX1- |
GND |
RFU |
RFU |
| 3 |
PP17- RX2+ |
PP17- RX2- |
GND |
PP17- TX2+ |
PP17- TX2- |
GND |
RFU |
RFU |
GND |
| 4 |
GND |
PP17- RX3+ |
PP17- RX3- |
GND |
PP17- TX3+ |
PP17- TX3- |
GND |
RFU |
RFU |
| 5 |
PP15- RX0+ |
PP15- RX0- |
GND |
PP15- TX0+ |
PP15- TX0- |
GND |
RFU |
RFU |
GND |
| 6 |
GND |
PP15- RX1+ |
PP15- RX1- |
GND |
PP15- TX1+ |
PP15- TX1- |
GND |
RFU |
RFU |
| 7 |
PP15- RX2+ |
PP15- RX2- |
GND |
PP15- TX2+ |
PP15- TX2- |
GND |
RFU |
RFU |
GND |
| 8 |
GND |
PP15- RX3+ |
PP15- RX3- |
GND |
PP15- TX3+ |
PP15- TX3- |
GND |
RFU |
RFU |
| 9 |
PP13- RX0+ |
PP13- RX0- |
GND |
PP13- TX0+ |
PP13- TX0- |
GND |
SP3- TX0+ |
SP3- TX0- |
GND |
| 10 |
GND |
PP13- RX1+ |
PP13- RX1- |
GND |
PP13- TX1+ |
PP13- TX1- |
GND |
SP3- TX1+ |
SP3- TX1- |
| 11 |
PP13- RX2+ |
PP13- RX2- |
GND |
PP13- TX2+ |
PP13- TX2- |
GND |
SP3- TX2+ |
SP3- TX2- |
GND |
| 12 |
GND |
PP13- RX3+ |
PP13- RX3- |
GND |
PP13- TX3+ |
PP13- TX3- |
GND |
SP3- TX3+ |
SP3- TX3- |
| 13 |
PP11- RX0+ |
PP11- RX0- |
GND |
PP11- TX0+ |
PP11- TX0- |
GND |
SP3- RX0+ |
SP3- RX0- |
GND |
| 14 |
GND |
PP11- RX1+ |
PP11- RX1- |
GND |
PP11- TX1+ |
PP11- TX1- |
GND |
SP3- RX1+ |
SP3- RX1- |
| 15 |
PP11- RX2+ |
PP11- RX2- |
GND |
PP11- TX2+ |
PP11- TX2- |
GND |
SP3- RX2+ |
SP3- RX2- |
GND |
| 16 |
GND |
PP11- RX3+ |
PP11- RX3- |
GND |
PP11- TX3+ |
PP11- TX3- |
GND |
SP3- RX3+ |
SP3- RX3- |
Backplane Keying
Playload slots (IEC Key K0) and Switch slots (IEC Key K1):
| KeyCode |
Protocol |
Color |
|---|---|---|
| 1567 |
InfiniBand 4X |
Brilliant Blue |
| 3568 |
Serial RapidIO 4X |
Pale Orange |
Switch slots (IEC Key K2):
| KeyCode |
Color |
Protocol |
|---|---|---|
| 2578 |
Reseda green | Switch board has no connector in User-IO area |
Switch Port to Payload Slot Channel Mapping (A+B) for these VXS-Backplanes (1 VME64x slot, 18 VXS slots and 2 switch slots):
| Channel A/B |
1 |
2 |
3 |
4 |
5 |
6 |
7 |
8 |
9 |
10 |
11 |
12 |
13 |
14 |
15 |
16 |
17 |
18 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Slot |
10 |
13 |
9 |
8 |
14 |
15 |
7 |
6 |
16 |
17 |
5 |
4 |
18 |
19 |
3 |
2 |
20 |
21 |
VXS 6 HE 1 VME64x Slot, 6 VXS Slots und 1 Switch Slot
VXS 6 U 1 VME64x slot, 6 VXS slots and 1 switch slot
VXS 6 U 1 slot VME64x, 6 slots VXS et 1 slot Switch
VXS 6 U 1 слотом VME64x, 6 слотами VXS и 1-им переключающим слотом
| B18106132I |
VXS 6 Slot + 1*Switch + 1*VME64x InfiniBand aktiv |
VXS 6 Slot + 1*Switch + 1*VME64x InfiniBand active |
VXS 6 slots + 1*commutateur + 1*VME64x InfiniBand active | VXS 6 слотов + 1*переключатель + 1*VME64x, протокол InfiniBand, активный |
| B18106142I |
VXS 6 Slot + 1*Switch + 1*VME64x InfiniBand aktiv mit Rear I/O auf VXS J0 |
VXS 6 Slot + 1*Switch + 1*VME64x InfiniBand active with Rear I/O on VXS J0 |
VXS 6 slots + 1*commutateur + 1*VME64x InfiniBand active avec connecteur Rear I/O sur VXS J0 |
VXS 6 слотов + 1*переключатель + 1*VME64x, протокол InfiniBand, активный с задним I/O на VXS J0 |
| B18106132R |
VXS 6 Slot + 1*Switch + 1*VME64x Serial RapidIO aktiv |
VXS 6 Slot + 1*Switch + 1*VME64x Serial RapidIO active |
VXS 6 slots + 1*commutateur + 1*VME64x Serial RapidIO active | VXS 6 слотов + 1*переключатель + 1*VME64x, протокол Serial RapidIO, активный |
| B18106142R |
VXS 6 Slot + 1*Switch + 1*VME64x Serial RapidIO aktiv mit Rear I/O auf VXS J0 |
VXS 6 Slot + 1*Switch + 1*VME64x Serial RapidIO active with Rear I/O on VXS J0 |
VXS 6 slots + 1*commutateur + 1*VME64x Serial RapidIO active avec connecteur Rear I/O sur VXS J0 |
VXS 6 слотов + 1*переключатель + 1*VME64x, протокол Serial RapidIO, активный с задним I/O на VXS J0 |
| B18106133I |
VXS 6 Slot + 1*Switch + 1*VME64x InfiniBand passiv 3,3 V |
VXS 6 Slot + 1*Switch + 1*VME64x InfiniBand passive 3.3 V |
VXS 6 slots + 1*commutateur + 1*VME64x InfiniBand passive 3,3 V | VXS 6 слотов + 1*переключатель + 1*VME64x, протокол InfiniBand, пассивный, 3,3 В |
| B18106143I |
VXS 6 Slot + 1*Switch + 1*VME64x InfiniBand passiv 3,3 V mit Rear I/O auf VXS J0 |
VXS 6 Slot + 1*Switch + 1*VME64x InfiniBand passive 3.3 V with Rear I/O on VXS J0 |
VXS 6 slots + 1*commutateur + 1*VME64x InfiniBand passive 3,3 V avec connecteur Rear I/O sur VXS J0 |
VXS 6 слотов + 1*переключатель + 1*VME64x, протокол InfiniBand, пассивный, 3,3 В с задним I/O на VXS J0 |
| B18106123R |
VXS 6 Slot + 1*Switch + 1*VME64x Serial RapidIO passiv 3,3 V |
VXS 6 Slot + 1*Switch + 1*VME64x Serial RapidIO passive 3.3 V |
VXS 6 slots + 1*commutateur + 1*VME64x Serial RapidIO passive 3,3 V | VXS 6 слотов + 1*переключатель + 1*VME64x, протокол Serial RapidIO, пассивный, 3,3 В |
| B18106143R |
VXS 6 Slot + 1*Switch + 1*VME64x Serial RapidIO passiv 3,3 V mit Rear I/O auf VXS J0 |
VXS 6 Slot + 1*Switch + 1*VME64x Serial RapidIO passive 3.3 V with Rear I/O on VXS J0 |
VXS 6 slots + 1*commutateur + 1*VME64x Serial RapidIO passive 3,3 V avec connecteur Rear I/O sur VXS J0 |
VXS 6 слотов + 1*переключатель + 1*VME64x, протокол Serial RapidIO, пассивный, 3,3 В с задним I/O на VXS J0 |
| B18106135I |
VXS 6 Slot + 1*Switch + 1*VME64x InfiniBand passiv 5 V |
VXS 6 Slot + 1*Switch + 1*VME64x InfiniBand passive 5 V |
VXS 6 slots + 1*commutateur + 1*VME64x InfiniBand passive 5 V | VXS 6 слотов + 1*переключатель + 1*VME64x, протокол InfiniBand, пассивный, 5 В |
| B18106145I |
VXS 6 Slot + 1*Switch + 1*VME64x InfiniBand passiv 5 V mit Rear I/O auf VXS J0 |
VXS 6 Slot + 1*Switch + 1*VME64x InfiniBand passive 5 V with Rear I/O on VXS J0 |
VXS 6 slots + 1*commutateur + 1*VME64x InfiniBand passive 5 V avec connecteur Rear I/O sur VXS J0 |
VXS 6 слотов + 1*переключатель + 1*VME64x, протокол InfiniBand, пассивный, 5 В с задним I/O на VXS J0 |
| B18106135R |
VXS 6 Slot + 1*Switch + 1*VME64x Serial RapidIO passiv 5 V |
VXS 6 Slot + 1*Switch + 1*VME64x Serial RapidIO passive 5 V |
VXS 6 slots + 1*commutateur + 1*VME64x Serial RapidIO passive 5 V | VXS 6 слотов + 1*переключатель + 1*VME64x, протокол Serial RapidIO, пассивный, 5 В |
| B18106145R |
VXS 6 Slot + 1*Switch + 1*VME64x Serial RapidIO passiv 5 V mit Rear I/O auf VXS J0 |
VXS 6 Slot + 1*Switch + 1*VME64x Serial RapidIO passive 5 V with Rear I/O on VXS J0 |
VXS 6 slots + 1*commutateur + 1*VME64x Serial RapidIO passive 5 V avec connecteur Rear I/O sur VXS J0 |
VXS 6 слотов + 1*переключатель + 1*VME64x, протокол Serial RapidIO, пассивный, 5 В с задним I/O на VXS J0 |
VXS 6 HE 1 VME64x Slot, 9 VXS Slots und 1 Switch Slot
VXS 6 U 1 VME64x slot, 9 VXS slots and 1 switch slot
VXS 6 U 1 slot VME64x, 9 slots VXS et 1 slot Switch
VXS 6 U 1 слотом VME64x, 9 слотами VXS и 1-им переключающим слотом
| B18109132I |
VXS 9 Slot + 1*Switch + 1*VME64x InfiniBand aktiv |
VXS 9 Slot + 1*Switch + 1*VME64x InfiniBand active |
VXS 9 slots + 1*commutateur + 1*VME64x InfiniBand active | VXS 9 слотов + 1*переключатель + 1*VME64x, протокол InfiniBand, активный |
| B18109142I |
VXS 9 Slot + 1*Switch + 1*VME64x InfiniBand aktiv mit Rear I/O auf VXS J0 |
VXS 9 Slot + 1*Switch + 1*VME64x InfiniBand active with Rear I/O on VXS J0 |
VXS 9 slots + 1*commutateur + 1*VME64x InfiniBand active avec connecteur Rear I/O sur VXS J0 |
VXS 9 слотов + 1*переключатель + 1*VME64x, протокол InfiniBand, активный с задним I/O на VXS J0 |
| B18109132R |
VXS 9 Slot + 1*Switch + 1*VME64x Serial RapidIO aktiv |
VXS 9 Slot + 1*Switch + 1*VME64x Serial RapidIO active |
VXS 9 slots + 1*commutateur + 1*VME64x Serial RapidIO active | VXS 9 слотов + 1*переключатель + 1*VME64x, протокол Serial RapidIO, активный |
| B18109142R |
VXS 9 Slot + 1*Switch + 1*VME64x Serial RapidIO aktiv mit Rear I/O auf VXS J0 |
VXS 9 Slot + 1*Switch + 1*VME64x Serial RapidIO active with Rear I/O on VXS J0 |
VXS 9 slots + 1*commutateur + 1*VME64x Serial RapidIO active avec connecteur Rear I/O sur VXS J0 |
VXS 9 слотов + 1*переключатель + 1*VME64x, протокол Serial RapidIO, активный с задним I/O на VXS J0 |
| B18109133I |
VXS 9 Slot + 1*Switch + 1*VME64x InfiniBand passiv 3,3 V |
VXS 9 Slot + 1*Switch + 1*VME64x InfiniBand passive 3.3 V |
VXS 9 slots + 1*commutateur + 1*VME64x InfiniBand passive 3,3 V | VXS 9 слотов + 1*переключатель + 1*VME64x, протокол InfiniBand, пассивный, 3,3 В |
| B18109143I |
VXS 9 Slot + 1*Switch + 1*VME64x InfiniBand passiv 3,3 V mit Rear I/O auf VXS J0 |
VXS 9 Slot + 1*Switch + 1*VME64x InfiniBand passive 3.3 V with Rear I/O on VXS J0 |
VXS 9 slots + 1*commutateur + 1*VME64x InfiniBand passive 3,3 V avec connecteur Rear I/O sur VXS J0 |
VXS 9 слотов + 1*переключатель + 1*VME64x, протокол InfiniBand, пассивный, 3,3 В с задним I/O на VXS J0 |
| B18109123R |
VXS 9 Slot + 1*Switch + 1*VME64x Serial RapidIO passiv 3,3 V |
VXS 9 Slot + 1*Switch + 1*VME64x Serial RapidIO passive 3.3 V |
VXS 9 slots + 1*commutateur + 1*VME64x Serial RapidIO passive 3,3 V | VXS 9 слотов + 1*переключатель + 1*VME64x, протокол Serial RapidIO, пассивный, 3,3 В |
| B18109143R |
VXS 9 Slot + 1*Switch + 1*VME64x Serial RapidIO passiv 3,3 V mit Rear I/O auf VXS J0 |
VXS 9 Slot + 1*Switch + 1*VME64x Serial RapidIO passive 3.3 V with Rear I/O on VXS J0 |
VXS 9 slots + 1*commutateur + 1*VME64x Serial RapidIO passive 3,3 V avec connecteur Rear I/O sur VXS J0 |
VXS 9 слотов + 1*переключатель + 1*VME64x, протокол Serial RapidIO, пассивный, 3,3 В с задним I/O на VXS J0 |
| B18109135I |
VXS 9 Slot + 1*Switch + 1*VME64x InfiniBand passiv 5 V |
VXS 9 Slot + 1*Switch + 1*VME64x InfiniBand passive 5 V |
VXS 9 slots + 1*commutateur + 1*VME64x InfiniBand passive 5 V | VXS 9 слотов + 1*переключатель + 1*VME64x, протокол InfiniBand, пассивный, 5 В |
| B18109145I |
VXS 9 Slot + 1*Switch + 1*VME64x InfiniBand passiv 5 V mit Rear I/O auf VXS J0 |
VXS 9 Slot + 1*Switch + 1*VME64x InfiniBand passive 5 V with Rear I/O on VXS J0 |
VXS 9 slots + 1*commutateur + 1*VME64x InfiniBand passive 5 V avec connecteur Rear I/O sur VXS J0 |
VXS 9 слотов + 1*переключатель + 1*VME64x, протокол InfiniBand, пассивный, 5 В с задним I/O на VXS J0 |
| B18109135R |
VXS 9 Slot + 1*Switch + 1*VME64x Serial RapidIO passiv 5 V |
VXS 9 Slot + 1*Switch + 1*VME64x Serial RapidIO passive 5 V |
VXS 9 slots + 1*commutateur + 1*VME64x Serial RapidIO passive 5 V | VXS 9 слотов + 1*переключатель + 1*VME64x, протокол Serial RapidIO, пассивный, 5 В |
| B18109145R |
VXS 9 Slot + 1*Switch + 1*VME64x Serial RapidIO passiv 5 V mit Rear I/O auf VXS J0 |
VXS 9 Slot + 1*Switch + 1*VME64x Serial RapidIO passive 5 V with Rear I/O on VXS J0 |
VXS 9 slots + 1*commutateur + 1*VME64x Serial RapidIO passive 5 V avec connecteur Rear I/O sur VXS J0 |
VXS 9 слотов + 1*переключатель + 1*VME64x, протокол Serial RapidIO, пассивный, 5 В с задним I/O на VXS J0 |
VXS 6 HE 1 VME64x Slot, 18 VXS Slots und 2 Switch Slots
VXS 6 U 1 VME64x slot, 18 VXS slots and 2 switch slots
VXS 6 U 1 slot VME64x, 18 slots VXS et 2 slots Switch
VXS 6 U 1 слотом VME64x, 18 слотами VXS и 2 переключающими слотами
| B18118232I |
VXS 18 Slot + 2*Switch + 1*VME64x InfiniBand aktiv |
VXS 18 Slot + 2*Switch + 1*VME64x InfiniBand active |
VXS 18 slots + 2*commutateurs + 1*VME64x InfiniBand active | VXS 18 слотов + 2*переключателя + 1*VME64x, протокол InfiniBand, активный |
| B18118242I |
VXS 18 Slot + 2*Switch + 1*VME64x InfiniBand aktiv mit Rear I/O auf VXS J0 |
VXS 18 Slot + 2*Switch + 1*VME64x InfiniBand active with Rear I/O on VXS J0 |
VXS 18 slots + 2*commutateurs + 1*VME64x InfiniBand active avec connecteur Rear I/O sur VXS J0 |
VXS 18 слотов + 2*переключателя + 1*VME64x, протокол InfiniBand, активный с задним I/O на VXS J0 |
| B18118232R |
VXS 18 Slot + 2*Switch + 1*VME64x Serial RapidIO aktiv |
VXS 18 Slot + 2*Switch + 1*VME64x Serial RapidIO active |
VXS 18 slots + 2*commutateurs + 1*VME64x Serial RapidIO active | VXS 18 слотов + 2*переключателя + 1*VME64x, протокол Serial RapidIO, активный |
| B18118242R |
VXS 18 Slot + 2*Switch + 1*VME64x Serial RapidIO aktiv mit Rear I/O auf VXS J0 |
VXS 18 Slot + 2*Switch + 1*VME64x Serial RapidIO active with Rear I/O on VXS J0 |
VXS 18 slots + 2*commutateurs + 1*VME64x Serial RapidIO active avec connecteur Rear I/O sur VXS J0 |
VXS 18 слотов + 2*переключателя + 1*VME64x, протокол Serial RapidIO, активный с задним I/O на VXS J0 |
| B18118233I |
VXS 18 Slot + 2*Switch + 1*VME64x InfiniBand passiv 3,3 V |
VXS 18 Slot + 2*Switch + 1*VME64x InfiniBand passive 3.3 V |
VXS 18 slots + 2*commutateurs + 1*VME64x InfiniBand passive 3,3 V | VXS 18 слотов + 2*переключателя + 1*VME64x, протокол InfiniBand, пассивный, 3,3 В |
| B18118243I |
VXS 18 Slot + 2*Switch + 1*VME64x InfiniBand passiv 3,3 V mit Rear I/O auf VXS J0 |
VXS 18 Slot + 2*Switch + 1*VME64x InfiniBand passive 3.3 V with Rear I/O on VXS J0 |
VXS 18 slots + 2*commutateurs + 1*VME64x InfiniBand passive 3,3 V avec connecteur Rear I/O sur VXS J0 |
VXS 18 слотов + 2*переключателя + 1*VME64x, протокол InfiniBand, пассивный, 3,3 В с задним I/O на VXS J0 |
| B18118223R |
VXS 18 Slot + 2*Switch + 1*VME64x Serial RapidIO passiv 3,3 V |
VXS 18 Slot + 2*Switch + 1*VME64x Serial RapidIO passive 3.3 V |
VXS 18 slots + 2*commutateurs + 1*VME64x Serial RapidIO passive 3,3 V | VXS 18 слотов + 2*переключателя + 1*VME64x, протокол Serial RapidIO, пассивный, 3,3 В |
| B18118243R |
VXS 18 Slot + 2*Switch + 1*VME64x Serial RapidIO passiv 3,3 V mit Rear I/O auf VXS J0 |
VXS 18 Slot + 2*Switch + 1*VME64x Serial RapidIO passive 3.3 V with Rear I/O on VXS J0 |
VXS 18 slots + 2*commutateurs + 1*VME64x Serial RapidIO passive 3,3 V avec connecteur Rear I/O sur VXS J0 |
VXS 18 слотов + 2*переключателя + 1*VME64x, протокол Serial RapidIO, пассивный, 3,3 В с задним I/O на VXS J0 |
| B18118235I |
VXS 18 Slot + 2*Switch + 1*VME64x InfiniBand passiv 5 V |
VXS 18 Slot + 2*Switch + 1*VME64x InfiniBand passive 5 V |
VXS 18 slots + 2*commutateurs + 1*VME64x InfiniBand passive 5 V | VXS 18 слотов + 2*переключателя + 1*VME64x, протокол InfiniBand, пассивный, 5 В |
| B18118245I |
VXS 18 Slot + 2*Switch + 1*VME64x InfiniBand passiv 5 V mit Rear I/O auf VXS J0 |
VXS 18 Slot + 2*Switch + 1*VME64x InfiniBand passive 5 V with Rear I/O on VXS J0 |
VXS 18 slots + 2*commutateurs + 1*VME64x InfiniBand passive 5 V avec connecteur Rear I/O sur VXS J0 |
VXS 18 слотов + 2*переключателя + 1*VME64x, протокол InfiniBand, пассивный, 5 В с задним I/O на VXS J0 |
| B18118235R |
VXS 18 Slot + 2*Switch + 1*VME64x Serial RapidIO passiv 5 V |
VXS 18 Slot + 2*Switch + 1*VME64x Serial RapidIO passive 5 V |
VXS 18 slots + 2*commutateurs + 1*VME64x Serial RapidIO passive 5 V | VXS 18 слотов + 2*переключателя + 1*VME64x, протокол Serial RapidIO, пассивный, 5 В |
| B18118245R |
VXS 18 Slot + 2*Switch + 1*VME64x Serial RapidIO passiv 5 V mit Rear I/O auf VXS J0 |
VXS 18 Slot + 2*Switch + 1*VME64x Serial RapidIO passive 5 V with Rear I/O on VXS J0 |
VXS 18 slots + 2*commutateurs + 1*VME64x Serial RapidIO passive 5 V avec connecteur Rear I/O sur VXS J0 |
VXS 18 слотов + 2*переключателя + 1*VME64x, протокол Serial RapidIO, пассивный, 5 В с задним I/O на VXS J0 |