JFOPT GPON OLT SFP光模块 - 7dBm C++级 | 20公里传输 | SC/UPC接口

产品型号	JFTSM-SFP-GPON-C++2.5/1.25-1413-20-SCS	工厂品牌	JFOPT嘉富
封装形式	SFP	光口类型	SC
最高总速率	2.5/1.25Gbps	每通道速率
最大传输距离	20km
工作波长	1490/1310nm	工作电压	3.3V
光纤型号	SMF	纤芯尺寸	9/125
发射器类型		接收器类型
发射功率		接收灵敏度
数字诊断	YES	接收过载
支持协议
工作温度(商业级)		储存温度（商业级）
工作温度(工业级)		储存温度（工业级）
工作温度(扩展级)		储存温度（扩展级）

生产线介绍

PRODUCTION LINE INTRODUCTION

JFOPT嘉富持续投入光模块生产领域，产品覆盖1*9、SFP、10G、25G、100G、200G、400G、800G GPON/EPON/XG/XGSPON OLT等全系列光模块。同时为下游同行提供TOSA、ROSA、BOSA等光器件半成品解决方案。JFOPT嘉富生产线具备日产量一万只光模块、两万只光器件的能力。此外，JFOPT嘉富光模块拥有业界领先的耐高温、抗干扰特性，广泛应用于计算中心、运营商、交通安防、电力设施等行业领域。

产品介绍

PRODUCT PRESENTATION

JFOPT GPON OLT C++ 7dBm光模块是一款高端SFP收发器，专为光纤线路终端应用设计，通过单模光纤实现20公里传输距离下的高速非对称数据传输：下行速率2.488Gbps（1490nm波长），上行速率1.244Gbps（1310nm波长）。该模块采用SC/UPC接口，符合增强型GPON C++等级标准，提供7dBm光功率预算，支持单纤双向通信，并遵循SFF-8472协议实现数字诊断监控（DDM）功能以进行实时性能追踪；完全满足ITU-T G.984.2标准及RoHS环保合规要求。

光模块系列产品

TRANSCEIVER SERIES PRODUCTS

生产及检测设备

PRODUCTION & TESTING EQUIPMENT

产品特点

FEATURES

Single power supply 3.3V					Small form-factor pluggable (SFP)
Digital diagnostic monitor compatible with SFF-8472					SC receptacle optical connector
Integrated WDM filter for dual wavelength operate at 1490 Tx/1310nm Rx					1490nm DFB continuos-mode transmitter
1310nm burst-mode APD-TIA receiver					LVTTL transmitter disable input and transmitter fault output
hot pluggable capability					LVPECL compatible data input/output interface

应用范围

APPLICATION

Gigabit Ethernet Passive Optical Networks (GPON CLASS C++) –OLT side

符合标准

STANDARD COMPLIANCE

订购信息

ORDER INFORMATION

Part No.	Data Rate	Tx Power	Connector Type	Fiber Type	Distance	Temp.	DDMI
JFTSM-SFP-GPON-C++2.5/1.25-1413-20-SCS	2.5/1.25G	4.5~10dBm	SC	Single Fiber	20km	0~+70°C	YES

绝对最大额定值

ABSOLUTE MAXIMUM RATINGS

Parameter	Symbol	Min.	Max.	Unit
Storage Temperature	TS	-40	+85	℃
Operating Temperature	Top	0	+70	℃
Supply Voltage	VCC	-0.5	+3.6	V
Power Supply Current	ICC	-	400	mA
Voltage at Any Input Pin	VIN	0	Vcc	V

推荐操作条件

RECOMMENDED OPERATING CONDITIONS

Parameter	Symbol	Min.	Typical	Max.	Unit
Operating Temperature	Top	0	-	+70	℃
Supply Voltage	VCC	3.1	3.3	3.5	V
Tx Data Rate	-	-	2488	-	Mb/s
Rx Data Rate	-	-	1244	-	Mb/s

光学和电气特性

OPTICAL & ELECTRICAL CHARACTERISTICS

Parameter	Symbol	Min.		Typ.	Max.	Unit
Transmitter（T=0 to +70℃, VCC =3.1~3.5V)
Central Wavelength	λC	1480		1490	1500	nm
Spectral Width	Δλ	-		-	1	nm
Side Mode Suppression Ratio	SMSR	30		-	-	dB
Output Power	Po	4.5		-	10	dBm
Extinction Ratio	ER	8.2		-	-	dB
Output Power at Transmit Off	-	-		-	-40	dBm
Differential Input Voltage	VIH- VIL	200		-	1600	mV
TX Disable Input Voltage Low	TX_DISABLEL	0		-	0.8	V
TX Disable Input Voltage High	TX_DISABLEH	2.0		-	Vcc	V
TX Fault Output Voltage Low	TX_FAULTL	0		-	0.8	V
TX Fault Output Voltage High	TX_FAULTH	2.0		-	VCC+0.3	V
Eye Diagram	Compliance with ITU-T G.984.2
Receiver（T=0 to +70℃, VCC =3.1~3.5V)
Wavelength Range	λ		1260	-	1360	nm
MIN. Input Power (Sensitivity)	PMIN		-	-	-31	dBm
MAX. Input Power (Saturation)	PMAX		-12	-	-	dBm
Signal Detect-Asserted	PA		-	-	-30	dBm
Signal Detect-Deasserted	PD		-45	-	-	dBm
Signal Detect Hysteresis	PHYS		0.5	-	6	dB
Return Loss	ORL		12	-	-	dB
RX Loss of Signal Output Voltage Low	RX_LOSL		0	-	0.8	V
RX Loss of Signal Output Voltage High	RX_LOSH		2.0	-	VCC+0.3	V
LOS Assert Time	TAssert		-	-	100	ns
LOS De-assert Time	TDeassert		-	-	12.8	ns

数字RSSI定时规范

DIGITAL RSSI TIMING SPECIFICATION

Parameter	Minimum	Typical	Maximum	Unit	Notes
RSSI Trigger Delay	25	-	-	ns	-
RSSI Sampling Time	300	-	-	ns	-
Internal I2C Delay	-	-	500	us	-
Receiver Power DDM(RSSI)Error	-	-	+/-3	dB	-
a) RSSI_ACQ input signal rising edge will trigger RSSI sampling, and falling edge will trigger internal digital RSSI information written to I2C. It is recommended that host shall not trigger RSSI_ACQ input again until RSSI data is valid inI2C from previous RSSI trigger. b) RSSI DDM working range is between -8 to -28dBm. RSSI DDM accuracy is better than +/-3dB for input power level between -10 to -28dBm, the accuracy reduces to +/-5dBm to -10 dBm. If the data pattern is at least 2^7-1 or longer, a minimum average of 8 times is strongly recommended to maintain the RSSI reading accuracy.

EEPROM串行ID存储器内容（A0h）

EEPROM SERIAL ID MEMORY CONTENTS (A0H)

Address	Size (Bytes)	Name of Field	Hex	Description of Field
0	1	Identifier	03	SFP
1	1	Ext. Identifier	04	MOD4
2	1	Connector	01	SC
3—10	8	Transceiver	00 00 00 00 00 00 00 00	Transceiver Code Field,not applicable
11	1	Encoding	03	NRZ encoding
12	1	BR, nominal	19	2488.32Mbps
13	1	Reserved	00	Reserved
14	1	Length(9um)-km	14	20(Units of km)
15	1	Length (9um)	C8	200(Units of 100 m)
16	1	Length (50um)	00	Not Support MMF
17	1	Length (62.5um)	00	Not Support MMF
18	1	Length (copper)	00	Not Support Copper
19	1	Reserved	00	-
20—35	16	Vendor name	XXXXX	“ODI”
36	1	Reserved	00	-
37—39	3	Vendor OUI	000000	-
40—55	16	Vendor PN	XXXXX	“PART NUMBER ” (ASCⅡ)
56—59	4	Vendor rev	xxxx xxxx	ASCⅡ (“31 2E 31 20” means 1. 1 revision)
60-61	2	Wavelength	05 D2	1490nm Laser wavelength
62	1	Reserved	00	-
63	1	CC BASE	xx	Checksum of bytes 0 - 62
64—65	2	Options	00 1A	LOS, TX_FAULT and TX_DISABLE
66	1	BR, max	00	-
67	1	BR, min	00	-
68—83	16	Vendor SN	xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxxx	SN ：xxxxxxxxx (ASCⅡ)
84—91	8	Vendor date code	xxxx xxxx xxxx 20 20	Year (2 bytes), Month (2 bytes), Day (2 bytes) (ASCⅡ)
92	1	Diagnostic type	58	Externally Calibrated
93	1	Enhanced option	B0	Diagnostic(Optional Alarm/warning flags) Soft TX_FAULT monitoring implemented Soft RX_LOS monitoring implemented
94	1	SFF-8472	01	Includes functionality described in Rev 9. 4 SFF-8472
95	1	CC_EXT	xx	Checksum of bytes 64 - 94
96—127	32	Vendor specific	-	Vendor Specific EEPROM
128-255	128	Reserved	-	Reserved for future use.
Note： 1.The“ xx” byte should be filled in according to practical case. 2. Note that, A0H is readable and writeable , A2H is readable and write-protected.

引脚分配

PINS ASSIGNMENT

引脚功能定义

PINS FUNCTION DEFINITION

Pin No.	Name	Function	Plug Seq.	Notes
1	VeeT	Tx Ground	1	-
2	TX Fault	Transmitter Fault Indication,LVTTL Output Active High	3	Note 1
3	TX Disable	Transmitter Disable,LVTTL input.	3	Note 2
4	MOD-DEF2	2-Write Serial Data I/O Pin.	3	Note 3
5	MOD-DEF1	2-Write Serial Data I/O Pin.	3	Note 3
6	MOD-DEF0	Internally Grounded	3	Note 3
7	Reset	CMOS input.Assert “Reset” high at the end of previous burst,2 byte in duration	3	-
8	BRST_Det	LVTTL output.BRST_Det assert low when module receives “reset”signal, assert high when incoming burst is present.	3	Note 4
9	RSSI_ACQ	RSSI acquire/hold LVTTL input. Digital RSSI output through I2C	1	-
10	VeeR	Receiver Ground	1	-
11	VeeR	Receiver Ground	1	-
12	RD-	Inv. Received Data Out	3	Note 5
13	RD+	Received Data Out	3	Note 5
14	VeeR	Receiver Ground	1	-
15	VccR	Receiver Power	2	-
16	VccT	Transmitter Power	2	-
17	VeeT	Transmitter Ground	1	-
18	TD+	Transmit Data In	3	Note 6
19	TD-	Inv Transmit Data In	3	Note 6
20	VeeT	Transmitter Ground	1	-
Notes: 1. TX Fault is an open collector output, which should be pulled up with a 4.7K~10KΩ resistor on the host board to a voltage between 2.0V and Vcc+0.3V. Logic 0 indicates normal operation; logic 1 indicates a laser fault of some kind. In the low state, the output will be pulled to less than 0.8V. 2. TX Disable is an input that is used to shut down the transmitter optical output. It is pulled up within the module with a 4.7K~10KΩ resistor. Its states are: Low (0~0.8V): Transmitter on (>0.8V, <2.0V): Undefined High (2.0~3.465V): Transmitter Disabled Open:Transmitter Disabled. 3. MOD-DEF 0,1,2 are the module definition pins. They should be pulled up with a 4.7K~10KΩ resistor on the host board. The pull-up voltage shall be VccT or VccR. MOD-DEF 0 is grounded by the module to indicate that the module is present. MOD-DEF 1 isthe clock line of two wire serial interface for serial ID. MOD-DEF 2 isthe data line of two wire serial interface for serial ID. 4. LOS is an open collector output, which should be pulled up with a 4.7K~10KΩ resistor on the host board to a voltage between 2.0V and Vcc+0.3V. Logic 0 indicates normal operation; logic 1 indicates loss of signal. In the low state, the output will be pulled to less than 0.8V. 5. These are the differential receiver outputs. They are AC coupled 100Ω differential lines which should be terminated with 100Ω (differential) atthe user SERDES. 6. These are the differential transmitter inputs. They are AC-coupled, differential lines with 100Ω differential termination inside the module.

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