Parameter

Symbol

Min

Typical

Max

Unit

Notes

Storage Temperature

TSTG

-40

85

ºC

Operating Relative Humidity

5

95

%

Supply Voltage

VCC

-0.5

4

V

Ambient temperature

Ta

-25

-

+75

℃

Parameter

Symbol

Min

Typical

Max

Unit

Notes

Case Operation Temperature

T_a

0

70

ºC

 Supply Voltage  

V_CC

3.135

3.3

3.465

V

 Module Power Dissipation  

P

2.5

W

Parameter

Symbol

Min

Typical

Max

Units

Notes

 Data Rate  

BR

9.953

Gb/s

Differential Input Voltage

V_{in p-p}

120

-

820

mV

 Output Optical Power

PO

2.5

-

6

dBm

BOL

2

-

6

dBm

EOL

 Extinction Ratio

ER

8.2

-

dB

Center Wavelength Range

λc

1575

1577

1580

nm

Spectrum Width(-20dB)

Δλ

-

-

1

nm

DFB EML

Side Mode Suppression Ratio

SMSR

30

-

-

dB

Transmitter Dispersion Penalty

Tdp

-

-

1

dB

Total jitter

TJ

-

-

0.3

UI

Output Optical Eye

Complies with IEEE802.3av eye masks when filtered

Tx_Disable Voltage

V_OH

2.0

-

Vcc

V

LVTTL

V_OL

0

-

0.8

V

LVTTL

Laser turn on Time

Ton

2

ms

Laser turn off Time

Toff

10

us

Parameter

Symbol

Min

Typical

Max

Units

Notes

Differential Output Voltage

V_{out p-p}

340

850

mV

50Ω load to Vcc-2V

Receiver Optical Wavelength

λIN

1260

1270

1280

nm

Receiver Sensitivity

Sen

-30.5

dBm

BOL,Note1

-29.5

dBm

EOL,Note1

Overload Input Power

So

-7

dBm

SD of Signal Voltage

Nomal

2.4

Vcc

V

LVTTL

Fault

0

0.4

V

LVTTL

SD Asserted

SD_A

-28.5

dBm

SD De-asserted

SD_D

-39

dBm

SD Hysteresis

PD- PA

0.5

5

dB

Optical Return Loss

-

-20

dB

SD_A Settling Time

50

ns

SD_D Settling Time

12.8

ns

Reciever Dynamic range

15

dB

Reset Effective Level

HL

High

Reset Width

64

Bit

Data receiver Time

64

Bit

Group

Test

Reference

Condition

SS^[1]

C^[2]

Mechanical Integrity

Mechanical shock

MIL-STD-883

Method 2002.3

5 times/axis,

1500G, 0.5ms

11

0

Vibration

MIL-STD-883

Method 2007.2

20G, 20~2000Hz,

4min/cys,4cys/axis

11

0

Thermal Shock

MIL-STD-883 Method 1011

△T=100c

00C-1000C

11

0

Endurance

Accelerated Aging

GR-468-CORE

85℃, 2000 hrs

11

-

High temperature Storage

GR-468-CORE

85℃, 2000 hrs

11

0

Low temperature Storage

GR-468-CORE

-40℃, 72 hrs

11

0

Temperature Cycles

MIL-STD-883

Method 1010.7 GR-468-CORE

-40℃~85℃

500 cycles

11

0

Damp Heat

MIL-STD-202

Method 103

GR-468-CORE

85 ℃,85%RH

1000 hrs

11

0

Cyclic moisture resistance

MIL-STD-883

Method 1004.7 GR-468-CORE

20 cycles

11

0

Special Test

ESD threshold

MIL-STD-883E

Method 3015.7

2000V HBM

6

0

Transceiver Temperature

-40~85℃

±3℃

Internal calibration

Recommended

Operating Conditions

Power Supply Voltage

3.0-3.6V

±3%

Internal calibration

Recommended

Operating Conditions

Tx Bias Current

0~262mA

±10%

Internal calibration

Recommended

Operating Conditions

Tx BM Optical Power

2~6dBm

±3dB

Internal calibration

Recommended

Operating Conditions

Rx Optical Power

-30.5~-7dBm

±3dB

Internal calibration

Recommended

Operating Conditions

1

GND

Module Ground

2

Not Implemented

3

Not Implemented

4

Not Implemented

5

TX_DIS

transmit disable; when high, transmitter output is turned OFF, Internal pull up

6

VCC5

5V power supply

7

GND

Module Ground

8

VCC3

3.3V power supply

9

VCC3

3.3V power supply

10

SCL

2-Wire Serial Interface Clock

11

SDA

2-Wire Serial Interface Data Line

12

Mod _ABS

Indicates Module is not present; Host shall put-up this pin and grounded in the module. When "High" the XFP module is absent from host board

13

RX_RST

Burst Receiver Reset

14

RX_SD

Burst Packet Detect, Higher level indicates that burst packet is detected by the receiver

15

GND

Module Ground

16

GND

Module Ground

17

RD-

Receive Burst Mode Inverted Data Output; DC coupled inside the module

18

RD+

Receive Burst Mode Non-Inverted Data Output; DC coupled inside the module

Addr.

Field Size

Name of Field

Hex

Description

(Bytes)

0

1

Identifier

0x06

XFP

1

1

Signal Conditioner Control

0x00

Data Rate：9.52Gb/s

Normal Asynchronous REFCLK mode

2-3

2

Temperature High Alarm

80℃

MSB at low address

4-5

2

Temperature Low Alarm

-10℃

MSB at low address

6-7

2

Temperature High Warning

75℃

MSB at low address

8-9

2

Temperature Low Warning

-5℃

MSB at low address

10-11

2

Vcc High Alarm

3.6V

MSB at low address

12-13

2

Vcc Low Alarm

3.0V

MSB at low address

14-15

2

Vcc High Warning

3.5V

MSB at low address

16-17

2

Vcc Low Warning

3.1V

MSB at low address

18-19

2

10G Bias High Alarm

XX

MSB at low address

20-21

2

10G Bias Low Alarm

XX

MSB at low address

22-23

2

10G Bias High Warning

XX

MSB at low address

24-25

2

10G Bias Low Warning

XX

MSB at low address

26-27

2

10G TX Power High Alarm

+7dBm

MSB at low address

28-29

2

10G TX Power Low Alarm

+1dBm

MSB at low address

30-31

2

10G TX Power High Warning

+6dBm

MSB at low address

32-33

2

10G TX Power Low Warning

+2dBm

MSB at low address

34-35

2

RX Power high Alarm

-6dBm

MSB at low address

36-37

2

RX Power Low Alarm

-28.5dBm

MSB at low address

38-39

2

RX Power high Warning

-7dBm

MSB at low address

40-41

2

RX Power Low Warning

-27.5dBm

MSB at low address

42-43

2

Reserved

44-45

2

Reserved

46-47

2

Reserved

48-49

2

Reserved

50-51

2

Reserved

52-53

2

Reserved

54-55

2

Reserved

56-57

2

Reserved

58-59

2

Variable power control

0x00

Reserved

60-69

10

Reserved

XX

70-71

2

Actual BER

XX

Actual BER Reported by the FEC to the Module

72-75

4

Wavelength Set

XXXX

User input of Wavelength setpoint

76-79

4

FEC control

XXXX

FEC control register

80-87

8

Alarm and Warning Flag

XXXXXXXX

Latched Alarm and Warning Falg(See  Alarm/Warning Falg table)

88-95

8

Masking Alarm and Warning Falg

XXXXXXXX

Alarm and Warning Falg Masking register(See Masking Alarm/Warning Falg table)

96-109

14

Diagnostic Value

XXXXXXXXXXXXXX

Display real-time monitoring A/D(See Diagnostic Monitor table)

110-111

2

Control/status

XX

See General Control/Status Bits Table

112-117

6

Reserved

118

1

error Checking

0x00

Disable Packet Error Checking

119-122

4

New Password Entry

XXXX

Location of Entry of New Optional Password

123-126

4

Password Entry

XXXX

Location for Entry of Optional Password

127

1

Table Select

X

Entry Location for Table Select Byte

80

7

Temp High Alarm Flag

Latched high Temperature alarm

80

6

Temp Low Alarm Flag

Latched Low Temperature alarm

80

5

Vcc3 High Alarm Flag

Latched high Vcc3 alarm

80

4

Vcc3 Low Alarm Flag

Latched Low Vcc3 alarm

80

3

10G Bias High Alarm Flag

Latched high 10G Bias alarm

80

2

10G Bias Low Alarm Flag

Latched Low 10G Bias alarm

80

1

10G TX Power High Alarm Flag

Latched high 10G TX Power alarm

80

0

10G TX Power Low Alarm Flag

Latched Low 10G TX Power alarm

81

7

RX Power High Alarm Flag

Latched high RX Power alarm

81

6

RX Power Low Alarm Flag

Latched Low RX Power alarm

81

5

Reserved

81

4

Reserved

81

3

Reserved

81

2

Reserved

81

1

Reserved

81

0

Reserved

82

7

Temp High Warning Flag

Latched high Temperature Warning

82

6

Temp Low Warning Flag

Latched Low Temperature Warning

82

5

Vcc3 High Warning Flag

Latched high Vcc3 Warning

82

4

Vcc3 Low Warning Flag

Latched Low Vcc3 Warning

82

3

10G Bias High Warning Flag

Latched high 10G Bias Warning

82

2

10G Bias Low Warning Flag

Latched Low 10G Bias Warning

82

1

10G TX Power High Warning Flag

Latched high 10G TX Power Warning

82

0

10G TX Power Low Warning Flag

Latched Low 10G TX Power Warning

83

7

RX Power High Warning Flag

Latched high RX Power Warning

83

6

RX Power Low Warning Flag

Latched Low RX Power Warning

83

5

Reserved

83

4

Reserved

83

3

Reserved

83

2

Reserved

83

1

Reserved

83

0

Reserved

84

7

10G TX_NR Status

Latched 10G TX_NR Status

84

6

10G TX_Fault Status

Latched 10G TX_Fault Status

84

5

10G TX CDR not Locked

Latched TX CDR Loss of Lock

84

4

10G RX_NR Status

Latched 10G RX_NR Status

84

3

RX_SD Status

Latched mirror of RX_SD pin (Receiver loss
of optical signal)

84

2

10G RX CDR not Locked

Latched RX CDR Loss of Lock

84

1

MOD_NR Status

Latched MOD_NR status

84

0

Reset Complete

Latched Reset Complete Flag

85

7

APD Supply Fault

Latched APD Supply Fault

85

6

TEC Fault

Latched TEC Fault

85

5

Wavelength Unlocked

Latched Wavelength Unlocked Condition

85

4-0

Reserved

86

7

VCC5 High Alarm

Latched VCC5 High Alarm Flag

86

6

VCC5 Low Alarm

Latched VCC5 Low Alarm Flag

86

5

Vcc3 High Alarm Flag

Latched Vcc3 high alarm Flag

86

4

Vcc3 Low Alarm Flag

Latched Vcc3 Low alarm Flag

86

3

VCC2 High Alarm

Latched Vcc2 high alarm Flag

86

2

Vcc2 Low Alarm Flag

Latched Vcc2 Low alarm Flag

86

1

Vee5 High Alarm

Latched Vee5 High Alarm Flag

86

0

Vee5 Low Alarm

Latched Vee5 Low Alarm Flag

87

7

VCC5 High Warning

Latched VCC5 High Warning Flag

87

6

VCC5 Low Warning

Latched VCC5 Low Warning Flag

87

5

Vcc3 High Warning Flag

Latched Vcc3 high Warning Flag

87

4

Vcc3 Low Warning Flag

Latched Vcc3 Low Warning Flag

87

3

VCC2 High Warning

Latched Vcc2 high Warning Flag

87

2

Vcc2 Low Warning Flag

Latched Vcc2 Low Warning Flag

87

1

Vee5 High Warning

Latched Vee5 High Warning Flag

87

0

Vee5 Low Warning

Latched Vee5 Low Warning Flag

88

7

Temp High Alarm Flag

Masking bit for high Temperature alarm

88

6

Temp Low Alarm Flag

Masking bit for Low Temperature alarm

88

5

Vcc3 High Alarm Flag

Masking bit for high Vcc3 alarm

88

4

Vcc3 Low Alarm Flag

Masking bit for Low Vcc3 alarm

88

3

10G Bias High Alarm Flag

Masking bit for high 10G Bias alarm

88

2

10G Bias Low Alarm Flag

Masking bit for Low 10G Bias alarm

88

1

10G TX Power High Alarm Flag

Masking bit for high 10G TX Power alarm

88

0

10G TX Power Low Alarm Flag

Masking bit for Low 10G TX Power alarm

89

7

RX Power High Alarm Flag

Masking bit for high RX Power alarm

89

6

RX Power Low Alarm Flag

Masking bit for Low RX Power alarm

89

5

Reserved

89

4

Reserved

89

3

Reserved

89

2

Reserved

89

1

Reserved

89

0

Reserved

90

7

Temp High Warning Flag

Masking bit for high Temperature Warning

90

6

Temp Low Warning Flag

Masking bit for Low Temperature Warning

90

5

Vcc3 High Warning Flag

Masking bit for high Vcc3 Warning

90

4

Vcc3 Low Warning Flag

Masking bit for Low Vcc3 Warning

90

3

10G Bias High Warning Flag

Masking bit for high 10G Bias Warning

90

2

10G Bias Low Warning Flag

Masking bit for Low 10G Bias Warning

90

1

10G TX Power High Warning Flag

Masking bit for high 10G TX Power Warning

90

0

10G TX Power Low Warning Flag

Masking bit for Low 10G TX Power Warning

91

7

RX Power High Warning Flag

Masking bit for high RX Power Warning

91

6

RX Power Low Warning Flag

Masking bit for Low RX Power Warning

91

5

Reserved

91

4

Reserved

91

3

Reserved

91

2

Reserved

91

1

Reserved

91

0

Reserved

92

7

10G TX_NR Status

Masking bit for 10G TX_NR Status

92

6

10G TX_Fault Status

Masking bit for 10G TX_Fault Status

92

5

10G TX CDR not Locked

Masking bit for TX CDR Loss of Lock

92

4

10G RX_NR Status

Masking bit for 10G RX_NR Status

92

3

RX_SD Status

Masking bit for mirror of RX_SD pin (Receiver loss
of optical signal)

92

2

10G RX CDR not Locked

Masking bit for RX CDR Loss of Lock

92

1

MOD_NR Status

Masking bit for MOD_NR status

92

0

Reset Complete

Masking bit for Reset Complete Flag

93

7

APD Supply Fault

Masking bit for APD Supply Fault

93

6

TEC Fault

Masking bit for TEC Fault

93

5

Wavelength Unlocked

Masking bit for Wavelength Unlocked Condition

93

4-0

Reserved

94

7

VCC5 High Alarm

Masking bit for VCC5 High Alarm Flag

94

6

VCC5 Low Alarm

Masking bit for VCC5 Low Alarm Flag

94

5

Vcc3 High Alarm Flag

Masking bit for Vcc3 high alarm Flag

94

4

Vcc3 Low Alarm Flag

Masking bit for Vcc3 Low alarm Flag

94

3

VCC2 High Alarm

Masking bit for Vcc2 high alarm Flag

94

2

Vcc2 Low Alarm Flag

Masking bit for Vcc2 Low alarm Flag

94

1

Vee5 High Alarm

Masking bit for Vee5 High Alarm Flag

94

0

Vee5 Low Alarm

Masking bit for Vee5 Low Alarm Flag

95

7

VCC5 High Warning

Masking bit for VCC5 High Warning Flag

95

6

VCC5 Low Warning

Masking bit for VCC5 Low Warning Flag

95

5

Vcc3 High Warning Flag

Masking bit for Vcc3 high Warning Flag

95

4

Vcc3 Low Warning Flag

Masking bit for Vcc3 Low Warning Flag

95

3

VCC2 High Warning

Masking bit for Vcc2 high Warning Flag

95

2

Vcc2 Low Warning Flag

Masking bit for Vcc2 Low Warning Flag

95

1

Vee5 High Warning

Masking bit for Vee5 High Warning Flag

95

0

Vee5 Low Warning

Masking bit for Vee5 Low Warning Flag

(Bytes)

96-97

2

Measured Temperature

Yield a 16-bit A/D value, MSB at low address

98-99

2

Measured Vcc3

Yield a 16-bit A/D value, MSB at low address

100-101

2

Measured 10G TX Bias

Yield a 16-bit A/D value, MSB at low address

102-103

2

Measured 10G TX Power

Yield a 16-bit A/D value, MSB at low address

104-105

2

Measured RX Power

Yield a 16-bit A/D value, MSB at low address

106-107

2

Reserved

108-109

2

Reserved

Addr.

Field Size

Name of Field

Description

(Bytes)

128-131

4

RX Power Calibration Data4

Single precision floating-point numbers (various values at each device)

132-135

4

RX Power Calibration Data3

136-139

4

RX Power Calibration Data2

140-143

4

RX Power Calibration Data1

144-147

4

RX Power Calibration Data0

148-255

108

Reserved

110

7

10G TX Disable State

Digital state of the 10G TX Disable Input Pin. Updated within 100msec of change on pin

110

6

Soft 10G TX Disable

Optional read/write bit that allows software disable of laser. Writing '1' disables laser. Turn on/off time is 100 msec max from acknowledgement of serial byte transmission. This bit is “OR”d with the hard TX_DISABLE pin value. Note, per SFP MSA TX_DISABLE pin is default enabled unless pulled low by hardware. If Soft 10G TX Disable is not implemented, the transceiver ignores the value of this bit. Default power up value is 0

110

5

MOD_NR State

Digital state of the MOD_NR Pin. Updated within 100msec of change on pin

110

4

P_Down State

Digital state of the P_Down Pin. Updated within 100msec of change on pin

110

3

Soft P_Down

Optional read/write bit that allows the module to be placed in the power

down mode. This is identical to the P_Down hardware pin function except that it does not initiate a system reset

110

2

Interrupt

Digital state of the Interrupt output pin

110

1

RX_LOS

Indicates Optical Loss of Signal (per relevant optical link standard). Updated within 100msec of change on pin

110

0

Data_Not_Ready

Indicates transceiver has achieved power up and A/D data is ready. Bit

remains high until data is ready to be read at which time the device sets the bit low

111

7

TX_NR State

Identifies Not Ready condition as specific to the TX path

111

6

TX_Fault State

Identifies Laser fault condition (Generated by laser safety system)

111

5

TX_CDR not Locked

Identifies Loss of Lock in TX path CDR

111

4

RX_NR State

Identifies Not Ready condition as specific to the TX path

111

3

RX_CDR not Locked

Identifies Loss of Lock in RX path CDR

111

2

Reserved

111

1

Reserved

111

0

Reserved

Addr.

Field Size

Name of Field

Hex

Description

(Bytes)

128  

1

Identifier

06

Type of serial transceiver

129

1

Ext. Identifier

D0

Extended identifier of type of serial transceiver

130

1

Connector

01

SC/UPC

131-138

8

Transceiver

XXXXXXXX

139

1

Encoding

10

NRZ

140

1

BR-Min

63

9.95Gbit/S

141

1

BR-MAX

63

9.95Gbit/S

142

1

Length(9um，km)

14

20km

143

1

Length (9um) 100m

00

Transceiver transmit distance

144

1

Length (50um)10m

00

Transceiver transmit distance

145

1

Length (62.5um) 10m

00

Transceiver transmit distance

146

1

Length (Copper)

00

Not compliant

147

1

Device Technology

F6

Top 4Bits for Transmitter Technology “F” means “Reserved”; Low 4 Bits “6” means cooled transmitter and APD detector

148-163

16

Vendor name

48 47 20 47 45 4E 55 49 4E 45 20 20 20 20 20 20

“HG GENUINE” (ASCII)

164

1

CDR Support

00

Without CDR

165-167

3

Vendor OU

00 00 00

168-183

16

Vendor PN

50 4C 47 58 31 2D 30 31 41 20 20 20  20 20 20 20

“PLGX1-01A” (ASCII)

184-185

2

Vendor rev

00 00

186-187

2

Wavelength

7B 34

1577nm

188-189

2

Wavelength Tolerance

03 E8

5nm

190

1

Max Case Temp

4B

75℃

191

1

CC_BASE

XX

Check code for Base ID Fields

(addresses 128-190)

192-195

4

Power Supply

C8 00 8A 00

4W，5V（400mA），3.3V（1A）

196-211

16

Vendor SN

4D 41 30 39 30 31 30 30 33 30 30 31 33 20 20 20

Serial Number of transceiver(ASCII).

For example “MA09010030013”

212-219

8

Date code

31 35 30 37 32 30 20 20

Manufactory date code.

For example“150720”

220

1

Diagnostic Monitoring Type

08

No BER Support, Average Power

221

1

Enhanced Options

40

soft TX_Disable implemented

222

1

Aux Monitorin

00

223

1

CC_EXT

XX

Check code for the Extended ID Fields (addresses 192 to 222)

224-255

Reserved

96-97

Temperature

-40℃ to 85℃

℃

±3

98-99

Supply Voltage（3.3V）

3.0V to 3.6V

V

±3%

100-101

Tx Bias Current

0 mA to 262mA

mA

±10%

102-103

Tx Optical Power

2dBm to 6dBm

dB

±3

104-105

Rx Optical Power

-27.5dBm to -7dBm

dB

±3

SD Assert Time

Tsda1

0

-

5

ns

SD Assert Time

Tsda2

0

-

5

ns

SD DeAssert Time

Tsdd

0

-

12.8

ns

Reset Width

Trw

25.6

-

-

ns

Data recovery time

Trec

-

-

25.6

ns

Reset To ONU Optical Time

Trto

0

-

250

us

Reset Guard Time

Trg

0

-

250

us

Reset Delay Time during Ranging

Trdr

0

-

-

ns

Reset Delay Time during Operating

Trdo

0

-

-

ns

Packet Length

-

300

-

-

ns

Trigger delay

T_d

25

-

-

ns

RSSI Trigger and Sample Time

T_w

500

-

-

ns

Internal delay

Ts

500

-

-

us

Pack

Rate

Tx

Pout

Rx

S

Top

Reach

Others

PLGX1-01A

XFP

2.5Gb/s U

10.3125Gb/s D

1577nm DFB EML

+2-+6dBm

APD

  ＜-30.5dBm

@2.5G

0-70℃

20km

DDM

/ROHS