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Interfaces
R&S®EX-IQ-BOX
355
User Manual 1409.5570.32 ─ 05
10 Interfaces
The following chapters describe the characteristics of the user interface and the available
breakout boards.
10.1 User Interface of the R&S EX-IQ-BOX
The user interface depends on the selected protocol, i.e. the functions of the pins change
depending on the standard.
The pin description and pinout table in the following chapters refer to the user interface
of User Defined protocols, i.e. for single ended or differential applications. For these
applications the user interface provides the transmission of serial or parallel I/Q data,
data clock and control signals.
10.1.1 Z-DOK-Adapter Board Connector
Type:
Z-DOK-Adapter Board Connector
Manufacturer:
Tyco Electronics
Part number:
6367557-1
10.1.2 Pin Description
The user interface consists of a specific and a common part. In the specific part the pins
are assigned individually for each breakout board. They are located on the left and the
right side of the connector. The common part with fixed pin assignment is located in the
middle of the connector.
The pin assignment of the specific part is defined by designing the layout of the breakout
boards.
The common pin assignment is shown in ​Pinout Z-DOK-Adapter Board Connector (User
Interface). Additionally, the specific pin assignments of the user interface are shown in
the respective drawings of the breakout boards, which are attached to the operating
manual.
User Interface of the R&S EX-IQ-BOX
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Interfaces
R&S®EX-IQ-BOX
356
User Manual 1409.5570.32 ─ 05
Information on Z-DOK-Adapter Board Connector
The described pin assignment applies to applications with the R&S EX-IQ-BOX controlled
by R&S DigIConf. If an R&S Instrument controls the R&S EX-IQ-BOX directly, the pinout
varies. For information on the differences, refer to ​chapter 10.1.3, "Advanced pinout with
R&S DigIConf", on page 357.
Find detailed information on the PC Board Footprint, the Housing and the Block Diagram
Mating Face Configuration in the customer drawing C-6367557, attached to the operating
manual.
Table 10-1: Pinout Z-DOK-Adapter Board Connector (User Interface)
Signal Name
Pin
Dir
Description
BO_TYPE0
A2
I
breakout board identification or
EEPROM
BO_TYPE1
A1
I
BO_SENS
Z3, X3, Y3, W3
breakout board sense
UI_I_N/P0 ... UI_I_N/P17
F1/F2 ... C9/C10
I/O
I data (real part)
UI_Q_N/P0 ... UI_Q_N/P17
C13/C14 ... D23/D24
I/O
Q data (imaginary part)
UI_VALID_N/P
F13/F14
I/O
indicates valid data blocks
Note: This signal must be active in
receiver mode.
D_CLK_UIN_N/P
F25/F26
I
interface clock input.
Note: This clock signal is required as
a reference for PLL. Therefore, it
must be active continuously.
D_CLK_UOUT_N/P
A13/A14
O
interface clock output
UI_GP_N/P0 ... UI_GP_N/P5 [1]
F11/F12 ... A25/26
I/O
additional protocol dependent con-
trol / signaling. If not needed the sig-
nal can be unconnected.
UI_AUXIO_N/P0 ... UI_AUXIO_N/P3 3 A23/A24 ... D11/D12
I/O
additional auxiliary signals
TX_N_A/TX_P_A
A27/A28
O
high speed serial transmitter output.
These signals are used by standar-
dized protocols.
TX_N_B/TX_P_B
F27/F28
O
TX_N_C/TX_P_C
D2/D1
O
RX_N_A/RX_P_A
D28/D27
I
high speed serial receiver input.
These signals are used by standar-
dized protocols.
RX_N_B/RX_P_B
C28/C27
I
RX_N_C/RX_P_C
C26/C25
I
[1] GP0 ... GP5 correspond to the General Purpose signals 0...5 as they are named in
other R&S instruments and R&S devices.
The N/P notation applies to differential interface standards (LVDS). For single ended
standards (e.g. LVTTL) only the P signals are used.
User Interface of the R&S EX-IQ-BOX
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Interfaces
R&S®EX-IQ-BOX
357
User Manual 1409.5570.32 ─ 05
10.1.3 Advanced pinout with R&S DigIConf
The configurator software R&S DigIConf supports additional signals at the user interface,
compared to direct control of the R&S DigIConf by an R&S instrument. The advanced pin
assignment applies only to the R&S EX-IQ-BOX 1409.5502.02.
As a result, the pin configuration changed:
reduction of word length 20 to 18 bits for additional AUX IO signals
renaming of UI_MARKER_ / UI_TRIGGER_/ UI_RESERVE to general purpose sig-
nals UI_GP...
The following table points out the differences in pin assignment depending on the control
of R&S DigIConf or R&S Instruments:
Table 10-2: User Interface > pinout when the R&S
EX-IQ-BOX is controlled by ...
Pin
... R&S DigIConf
... R&S Instruments
Signal Name
Dir. Description
Signal Name
Dir. Description
D11/D12
UI_AUXIO_N/P0
I/O
additional auxili-
ary signals
UI_I_N/P18
I/O
I data (real part)
A11/A12
UI_AUXIO_N/P1
I/O
UI_I_N/P19
I/O
A23/A24
UI_AUXIO_N/P2
I/O
UI_Q_N/P18
I/O
Q data (imaginary
part)
F23/F24
UI_AUXIO_N/P3
I/O
UI_Q_N/P19
I/O
F11/F12
UI_GP_N/P0
I/O
additional proto-
col dependent
control / signaling.
If not needed the
signal can be
unconnected.
UI_MARKER_N/P0
I/O
additional protocol
dependent con-
trol / signaling
C11/C12
UI_GP_N/P2
UI_TRIGGER_N/P0
I/O
D25/D26
UI_GP_N/P3
UI_TRIGGER_N/P1
I/O
C23/C24
UI_GP_N/P4
UI_MARKER_N/P1
I/O
D13/D14
UI_GP_N/P1
UI_RESERVE_N/P0 I/O
A25/A26
UI_GP_N/P5
UI_RESERVE_N/P1 I/O
10.2 LAN Connector
Fig. 10-1: 10/100/1000 LAN
LAN Connector
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Interfaces
R&S®EX-IQ-BOX
358
User Manual 1409.5570.32 ─ 05
Table 10-3: LAN connector > pinout
Pin Num-
ber
Signal Description
1
TXP
2
TXN
3
RXP
4
Not used
5
Not used
6
RXN
7
Not used
8
Not used
10.3 Breakout Boards
The digital interface module R&S EX-IQ-BOX communicates with the aid of a breakout
board directly with the DUT. A variety of available breakout boards provide convenient
customization of digital signal formats, since they are all connected at the same interface
(user interface) of the R&S EX-IQ-BOX. Thus with the R&S EX-IQ-BOX and the appro-
priate breakout board you can easily perform applications of user-defined or standardized
transmission protocols.
The following chapters provide information on the interfaces, connectors and pinouts of
the available breakout boards:
● ​chapter 10.1, "User Interface of the R&S EX-IQ-BOX", on page 355
chapter 10.3.1.1, "Breakout Board Single Ended 3585.7280.00", on page 359
chapter 10.3.1.2, "Breakout Board Differential 3585.7296.00", on page 361
chapter 10.3.1.3, "Breakout Board Cadence Palladium 090002-24x",
on page 364
● ​chapter 10.3.3, "CPRI - Option R&S EXBOX-B85", on page 367
10.3.1 User Defined
Various interchangeable breakout boards are available for adjusting customer specific
signal formats to the common R&S digital signal format.
A breakout board is connected directly to the user interface on the front panel of the
R&S EX-IQ-BOX without using a cable. The pin assignment for each breakout board is
defined by the layout.
Two breakout boards for User Defined protocols are included in delivery of the R&S EX-
IQ-BOX:
● single ended 090002-22x, type II, see ​Breakout Board Single Ended 3585.7280.00
Breakout Boards
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Interfaces
R&S®EX-IQ-BOX
359
User Manual 1409.5570.32 ─ 05
● differential 090002-23x, type III, as described in ​Breakout Board Differential
3585.7296.00
For the Cadence emulation as a specific application of the R&S EX-IQ-BOX with the
Protocol Tester R&S CMW, a Cadence breakout board is also provided, see ​chap-
ter 10.3.1.3, "Breakout Board Cadence Palladium 090002-24x", on page 364. You find
the description to this test case in the internet under http://www.rohde-schwarz.com/
appnote/1CM75.
10.3.1.1 Breakout Board Single Ended 3585.7280.00
This breakout board contains the counterpart to the user interfaceof the R&S EX-IQ-BOX,
i.e. a Z-DOK-Adapter board connector (X1), and two connectors for adjusting the external
user signals.
The breakout board is intended for testing single ended signals. The signals are assigned
to two 25-pole connectors.
Connector Type X2, X3 - Single Ended
Type:
2x25-pole connector
Manufacturer:
Harting
Part number:
0919 550 6324
Connector Locations - Single Ended
Fig. 10-2: Connector locations on Single Ended breakout board
Breakout Boards
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Interfaces
R&S®EX-IQ-BOX
360
User Manual 1409.5570.32 ─ 05
Pin Description - Single Ended
Table 10-4: Pinout 2 x 50-pin connectors (BreakOut-Board 2, 3585.7280.00)
Pin
Number
Signal Name
Comment
Pin
Number
Signal Name
Comment
X2.1
UI_I_P0
I component (single
ended)
X3.1
UI_Q_P0
Q component (sin-
gle ended)
X2.3
UI_I_P1
X3.3
UI_Q_P1
X2.5
UI_I_P2
X3.5
UI_Q_P2
X2.7
UI_I_P3
X3.7
UI_Q_P3
X2.9
UI_I_P4
X3.9
UI_Q_P4
X2.11
UI_I_P5
X3.11
UI_Q_P5
X2.13
UI_I_P6
X3.13
UI_Q_P6
X2.15
UI_I_P7
X3.15
UI_Q_P7
X2.17
UI_I_P8
X3.17
UI_Q_P8
X2.19
UI_I_P9
X3.19
UI_Q_P9
X2.21
UI_I_P10
X3.21
UI_Q_P10
X2.23
UI_I_P11
X3.23
UI_Q_P11
X2.25
UI_I_P12
X3.25
UI_Q_P12
X2.27
UI_I_P13
X3.27
UI_Q_P13
X2.29
UI_I_P14
X3.29
UI_Q_P14
X2.31
UI_I_P15
X3.31
UI_Q_P15
X2.33
UI_I_P16
X3.33
UI_Q_P16
X2.35
UI_I_P17
X3.35
UI_Q_P17
X2.37
AUX_IO_P0
auxiliary signals
X3.37
AUX_IO_P2
auxiliary signals
X2.39
AUX_IO_P1
X3.39
AUX_IO_P3
X2.41
GP_GP0
additional protocol
dependent control /
signaling
X3.41
GP_GP4
additional protocol
dependent control /
signaling
X2.43
GP_GP1
X3.43
GP_GP5
X2.45
GP_GP2
X3.45
GP_GP3
X2.47
D_CLK_UOUT_P
interface clock out-
put
X3.47
D_CLK_UIN_P
interface clock input
X2.49
UI_VALID_P
indicates valid data
blocks
X3.49
n.c.
even
num-
bered
pins
GND
even
num-
bered
pins
GND
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Interfaces
R&S®EX-IQ-BOX
361
User Manual 1409.5570.32 ─ 05
In receiver mode, the signal UI_VALID_P/N must be operated and continuously active,
since this clock signal is required as a reference for the PLL.
Information on the pinouts of the connectors - Single Ended Breakout Board
Find a detailed pin assignment to this breakout board in the appendix of the operating
manual, drawing number 3585.7280.00. The drawing covers the user interface, connec-
tor X1 as well as the connectors X2 an X3.
10.3.1.2 Breakout Board Differential 3585.7296.00
The breakout board supports test cases with differential signals. It contains the Z-DOK-
Adapter board connector (X1), for connection to the user interface of the R&S EX-IQ-
BOX, and two 50-pole SMD connectors for assigning the differential signals.
Connector Type X2, X3 - Differential
Type:
2x50-pole connector
Manufacturer:
Samtec
Part number:
ASP-65067-01
Connector Locations - Differential
Fig. 10-3: Connector locations on Differential breakout board
Pin Description - Differential
Table 10-5: Pinout 2 x 100-pin Samtec Connectors (Breakout-Board 3, 3585.7296.00)
Pin Number
Signal Name
Comment
Pin Number
Signal Name
Comment
X2.1, X2.2
GND
I component
(differential)
X3.1, X3.2
GND
Q component
(differential)
X2.3
UI_I_N0
X3.3
UI_Q_N0
X2.4
UI_I_P0
X3.4
UI_Q_P0
Breakout Boards
Interfaces
R&S®EX-IQ-BOX
362
User Manual 1409.5570.32 ─ 05
Pin Number
Signal Name
Comment
Pin Number
Signal Name
Comment
X2.5, X2.6
GND
X3.5, X3.6
GND
X2.7
UI_I_N1
X3.7
UI_Q_N1
X2.8
UI_I_P1
X3.8
UI_Q_P1
X2.9, X2.10
GND
X3.9, X3.10
GND
X2.11
UI_I_N2
X3.11
UI_Q_N2
X2.12
UI_I_P2
X3.12
UI_Q_P2
X2.13, X2.14
GND
X3.13, X3.14
GND
X2.15
UI_I_N3
X3.15
UI_Q_N3
X2.16
UI_I_P3
X3.16
UI_Q_P3
X2.17, X2.18
GND
X3.17, X3.18
GND
X2.19
UI_I_N4
X3.19
UI_Q_N4
X2.20
UI_I_P4
X3.20
UI_Q_P4
X2.21, X2.22
GND
X3.21, X3.22
GND
X2.23
UI_I_N5
X3.23
UI_Q_N5
X2.24
UI_I_P5
X3.24
UI_Q_P5
X2.25, X2.26
GND
X3.25, X3.26
GND
X2.27
UI_I_N6
X3.27
UI_Q_N6
X2.28
UI_I_P6
X3.28
UI_Q_P6
X2.29, X2.30
GND
X3.29, X3.30
GND
X2.31
UI_I_N7
X3.31
UI_Q_N7
X2.32
UI_I_P7
X3.32
UI_Q_P7
X2.33, X2.34
GND
X3.33, X3.34
GND
X2.35
UI_I_N8
X3.35
UI_Q_N8
X2.36
UI_I_P8
X3.36
UI_Q_P8
X2.37, X2.38
GND
X3.37, X3.38
GND
X2.39
UI_I_N9
X3.39
UI_Q_N9
X2.40
UI_I_P9
X3.40
UI_Q_P9
X2.41, X2.42
GND
X3.41, X3.42
GND
X2.43
UI_I_N10
X3.43
UI_Q_N10
X2.44
UI_I_P10
X3.44
UI_Q_P10
X2.45, X2.46
GND
X3.45, X3.46
GND
X2.47
UI_I_N11
X3.47
UI_Q_N11
X2.48
UI_I_P11
X3.48
UI_Q_P11
Interfaces
R&S®EX-IQ-BOX
363
User Manual 1409.5570.32 ─ 05
Pin Number
Signal Name
Comment
Pin Number
Signal Name
Comment
X2.49, X2.50
GND
X3.49, X3.50
GND
X2.51
UI_I_N12
X3.51
UI_Q_N12
X2.52
UI_I_P12
X3.52
UI_Q_P12
X2.53, X2.54
GND
X3.53, X3.54
GND
X2.55
UI_I_N13
X3.55
UI_Q_N13
X2.56
UI_I_P13
X3.56
UI_Q_P13
X2.57, X2.58
GND
X3.57, X3.58
GND
X2.59
UI_I_N14
X3.59
UI_Q_N14
X2.60
UI_I_P14
X3.60
UI_Q_P14
X2.61, X2.62
GND
X3.61, X3.62
GND
X2.63
UI_I_N15
X3.63
UI_Q_N15
X2.64
UI_I_P15
X3.64
UI_Q_P15
X2.65, X2.66
GND
X3.65, X3.66
GND
X2.67
UI_I_N16
X3.67
UI_Q_N16
X2.68
UI_I_P16
X3.68
UI_Q_P16
X2.69,X2.70
GND
X3.69,X3.70
GND
X2.71
UI_I_N17
X3.71
UI_Q_N17
X2.72
UI_I_P17
X3.72
UI_Q_P17
X2.73, X2.74
GND
auxiliary signals s X3.73, X3.74
GND
auxiliary signals
X2.75
AUX_IO_N0
X3.75
AUX_IO_N2
X2.76
AUX_IO_P0
X3.76
AUX_IO_P2
X2.77, X2.78
GND
X3.77, X3.78
GND
X2.79
AUX_IO_N1
X3.79
AUX_IO_N3
X2.80
AUX_IO_P1
X3.80
AUX_IO_P3
X2.81, X2.82
GND
additional proto-
col dependent
control / signal-
ing
X3.81, X3.82
GND
additional proto-
col dependent
control / signal-
ing
X2.83
GP_N0
X3.83
GP_N4
X2.84
GP_P0
X3.84
GP_P4
X2.85, X2.86
GND
X3.85, X3.86
GND
X2.87
GP_N2
X3.87
GP_N3
X2.88
GP_P2
X3.88
GP_P3
X2.89, X2.90
GND
X3.89, X3.90
GND
X2.91
GP_N1
X3.91
GP_N5
X2.92
GP_P1
X3.92
GP_P5
Interfaces
R&S®EX-IQ-BOX
364
User Manual 1409.5570.32 ─ 05
Pin Number
Signal Name
Comment
Pin Number
Signal Name
Comment
X2.93, X2.94
GND
interface clock
output
X3.93, X3.94
GND
interface clock
input
X2.95
D_CLK_UOUT
_N
X3.95
D_CLK_UIN_N
X2.96
D_CLK_UOUT
_P
X3.96
D_CLK_UIN_P
X2.97, X2.98
GND
indicates valid
data blocks
X3.97, X3.98
GND
X2.99
UI_VALID_N
X3.99
n.c.
X2.100
UI_VALID_P
X3.100
n.c.
The signal UI_VALID_P/N must be active in receiver mode. This clock signal is required
as a reference for PLL. Therefore, it must be active continuously.
Information on the pinouts of the connectors - Differential breakout board
Find a detailed pin assignment to this breakout board in the appendix of the operating
manual, drawing number 3585.7296.00. The drawing covers the user interface, connec-
tor X1 as well as the connectors X2 and X3.
10.3.1.3 Breakout Board Cadence Palladium 090002-24x
This breakout board, option R&S EXBOX-Z3 consists of the connector to the R&S EX-
IQ-BOX and one connector for adjusting the external user signals.
The breakout board is used for signal transmission between a cadence palladium emu-
lator and R&S measurement equipment. The signals are assigned to a 68-pole SCSI
connector.
Type:
68-pole D Subminiatur SCSI connector
Manufacturer:
Tyco Electronics
Part number:
787170-7
Breakout Boards
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