10.0 Pin Numbers and Descriptions18
The TX Data Module contains a 30 pin connector (DF12-30DS-0.5V(86)). For
information on the specifications of the mating connector (DF12(4.0)-30DP-
0.5V(86)), contact Hirose.
Pin # Signal
Name
Ground
Description
GND
1
NC
No connect
Reserved for future use
Positive differential input for 778nm lane
Loss of Signal – Bi-directional Channel
Negative differential input for 778nm lane
Microcontroller Reset19
2
+ IN0
LOSBI
- IN0
Reset
+ IN1
UART
- IN1
UART
+ IN2
NC
Ch 0 + Data Input
Ch 5 LOS
3
4
Ch 0 - Data Input
Reset
5
6
Ch 1 + Data Input
UART_TX
Positive differential input for 800nm lane
Reserved for future use
7
8
Ch 1 - Data Input
UART_RX
Negative differential input for 800nm lane
Reserved for future use
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
Ch 2 + Data Input
No connect
Positive differential input for 825nm lane
Reserved for future use
- IN2
NC
Ch 2 - Data Input
No connect
Negative differential input for 825nm lane
Reserved for future use
+ IN3
ENBI
- IN3
ENHS
GND
NC
Ch 3 + Data Input
Enable
Positive differential input for 850nm lane
Enable20 – Bi-directional laser
Ch 3 - Data Input
Enable
Negative differential input for 850nm lane
Enable20 – High speed lasers
Ground
No connect
Reserved for future use
Negative differential input for 911nm lane
Reserved for future use
- IN4
NC
Ch 4 - Data Input
No connect
+ IN4
NC
Ch 4 - Data Input
No connect
Positive differential input for 911nm lane
Reserved for future use
+ TD5
NC
Ch 5 - Data Output
No connect
Positive differential output for 980nm lane
Reserved for future use
- TD5
VCC2
GND
VCC2
Ch 5 - Data Output
Voltage Input
Ground
Negative differential output for 980nm lane
+3.3 volt input
Voltage Input
+3.3 volt input
18
19
20
Verify pin assignments and polarity before powering on device
Reset to be pulled high for normal operation
Enable to be pulled up to VCC for normal operation
ORIGINATOR:
C. ENG
DATE:
3/9/2012
REV
DOCUMENT NO.
A
DOC002325
P1TX6B-SX51-02A Product Specification
SHEET
7 OF 8
CONFIDENTIAL INFORMATION
ORIONFANS [ ORION FANS ]
