Huawei SDH transmission equipment products commonly used optical board optical power list-Optical transimission network

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Huawei SDH transmission equipment products commonly used optical board optical power list

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Optical Power List of Commonly Used Optical Plates for OSN Products

1、SSN1BA2&SSN1BPA provide two sets of LC fiber optic interfaces, please refer to Fig. 3 for the schematic diagram of the puller bar, and see Tables 1 and 2 for the finished board code and optical port description of SSN1BA2 and SSN1BPA:

Table 1 SSN1BA2 single board optical port description

Finished Board Code

Veneer Board Description

Optical Port Description (LC)

IN1,OUT1

Optical port description (LC)

IN2,OUT2

03037355

SSN1BA201

Finished Board-OptiX OSN 3500-SSN1BA201-Dual Optical Power Amplifier Board (-6dBm~+3dBm,14dBm,LC)

IN1: -6~+3dBm

OUT1: 14~14.5dBm

Connected through the corresponding optical port, it can realize the amplification of 14dBm output.

IN2: -6~+3dBm

OUT2: 14~14.5dBm

Connecting through the corresponding optical port can realize the amplification of 14dBm output.

03037356

SSN1BA20

Finished Board-OptiX OSN 3500-SSN1BA202-Dual Optical Power Amplifier Board (-6dBm~+3dBm,17dBm,LC)

IN1: -6~+3dBm

OUT1: 17~17.5dBm

Connected through the corresponding optical port, 17dBm output amplification can be realized

IN2: -6~+3dBm

OUT2: 17~17.5dBm

17dBm output amplification can be realized by connecting through the corresponding optical port.

03037357

SSN1BA203

Finished board-OptiX OSN 3500-SSN1BA203-Optical Power Amplifier Board (-6dBm~+3dBm,14dBm,LC)

IN1: -6~+3dBm

OUT1: 14~14.5dBm

Amplification of 14dBm output is realized by connecting to the corresponding optical port.

No connection

03037358

SSN1BA204

Finished Board-OptiX OSN 3500-SSN1BA204-Optical Power Amplifier Board (-6dBm~+3dBm,17dBm,LC)

IN1: -6~+3dBm

OUT1: 17~17.5dBm

Amplification of 17dBm output can be realized by connecting through the corresponding optical port

No connection

03037360

Finished Board-OptiX OSN 3500-SSN1BA205-Dual Optical Power Amplifier Board (-6dBm~+3dBm,14&17dBm,LC)

IN1: -6~+3dBm

OUT1: 14~14.5dBm

Amplification of 14dBm output is realized by connecting to the corresponding optical port.

IN1: -6~+3dBm

OUT1: 17~17.5dBm

Amplification of 17dBm output can be realized by connecting to the corresponding optical port.

Table 2 SSN1BPA single board optical port description

Finished board code

Single board description

Optical Port Description (LC)

IN,OUT

Optical port description (LC)

IN2,OUT2

03037361

SSN1BPA01

Finished board-OptiX OSN 3500-SSN1BPA01-Optical preamplifier board (-38dBm~-10dBm,22dB,-6dBm~+3dBm,14dBm,LC)

IN1: -6~+3dBm

OUT1: 14~14.5dBm

The amplification of 14dBm output can be realized by connecting through the corresponding optical port.

IN2: -36~-10dBm

OUT2: Pre-amplified output

Through the corresponding optical port connection, a gain of more than 22dB can be realized at the center wavelength of 1550.12nm.

03037362

SSN1BPA02

Finished board-OptiX OSN 3500-SSN1BPA02-Optical preamplifier board (-38dBm~-10dBm,22dB,-6dBm~+3dBm,17dBm,LC)

IN1: -6~+3dBm

OUT1: 17~17.5dBm

Connected through the corresponding optical port, the 17dBm output can be amplified.

IN2: -36~-10dBm

OUT2: Pre-amplified output can realize more than 22dB gain at the center wavelength of 1550.12nm by connecting to the corresponding optical port.

Note: The normal optical power range of PA is -36dBm ~ -10dBm refers to the optical power range without alarm, for STM-64 signals, the input optical power range (PIN) of PA is based on the minimum receiving sensitivity after it is matched with SL64, and it is recommended to use it in the range of -28 dBm ~ -10dBm.

2. The finished board code and optical port description of SSN1LWX are shown in Table 1:

Table 2 .SSN1LWX single board input and output optical power description

Veneer type				Receiving sensitivity(dBm)	Overload point(dBm)	Output Optical Power(dBm)	Received Optical Power Measurement Range(dBm)
SSN1LWX01	DWDM Side			PIN:-18	PIN:-3	PIN:-3	-12~6
	DWDM Side			APD:-28	APD:-9	PIN:-3	-20~-16
	Client Side		MLM	PIN:-18	PIN:-3	1310:-10~-3	-12~-6
			SLM	PIN:-18	PIN:0	1310:-5~0	-12~-6
			SLM	APD:-28	APD:-9	1550:-2~3	-12~-16
SSN1LWX02	DWDM Side			PIN:-18	PIN:-3	PIN:-3	-12~6
	DWDM Side			APD:-28	APD:-9	PIN:-3	-20~-16
	Client Side	MLM		PIN:-18	PIN:-3	1310:-10~-3	-12~-6
		SLM		PIN:-18	PIN:0	1310:-5~0	-12~-6
		SLM		APD:-28	APD:-9	1550:-2~3	-12~-16

Description:OTN/" target="_blank">The optical modules on the wavelength division side can be equipped with 40 different kinds of optical modules as required, ranging from RTXM246( OTRWA)01～RTXM246(OTRWA)40 40 different optical modules, the code corresponds to 34060076(1560.61nm)～34060115(1529.55nm), the transmission distance can be up to 170km.The barcode in the pull bar or module contains the wavelength information, which can differentiate between the different optical modules.

3, SEP1 can use its own two line interfaces, can also be used with the use of the EU08, OU08 and other interfaces single board to achieve up to 8 pairs of STM-1 electrical interfaces / optical interfaces up and down and TPS electrical port protection function. The specific parameters are shown in the following table:

Single board code	Board Model	Description	Remarks
03037391	SSN1SEP1	Finished board-OptiX OSN 3500-SSN1SEP1-8xSTM-1 Line Function Processing Board	Can utilize two of its own outgoing lines
03026740	SSN1EU08	Fabrication board-OptiX OSN 3500-SSN1EU08-8xSTM-1 electrical interface lead-in board	8x STM-1 electrical interface signals
03027509	SSN1EU04	Fabrication Board - OptiX OSN 3500-SSN1EU04-4xSTM-1 Electrical Interface Pinout Board	4x STM-1 electrical interface signals
03026741	SSN1OU08	Fabrication Board-OptiX OSN 3500-SSN1OU08-8xSTM-1 Optical Port Egress Board	8x STM-1 optical port signaling
03027139	SSN2OU08	Fabrication Board-OptiX OSN 3500 -SSN2OU08 -8xSTM-1 Optical Outlet Board	8x STM-1 optical port signaling
03026756	SSN1TSB8	Fabrication Board -OptiX OSN 3500-SSN1TSB8 -8-way Electrical Interface Protection Reversal Board	8-way protection electrical interface adapter
03027527	SSN1TSB4	Fabricated boards-OptiX OSN 3500-SSN1TSB4-4-way electrical interface protection reversing boards	4-Way Protection Port Adapter

4, SSN1SF16 single board can be docked with OTN/"" target="_blank">WDM products, according to different According to different wavelength requirements, choose different wavelength optical modules, the single board only supports one specification of transceiver integrated long-distance optical module, the optical module's transmitting optical power: -2~+3dBm; receiving sensitivity: -28dBm; overload optical power: -9dBm; dispersion constrained distance (using (G.652 optical fiber): 640km; the frequency range of the optical module: 192.1THz ( 1560.61nm)~196.0THz(1529.55nm), total 40 waves.

BOM Code	Veneer Type		Standard	Wavelength	Transmission Distance(km)	Emission power(dBm)	Acceptance Sensitivity(dBm)	Minimum overload point(dBm)
03035552	SSN1SF1600		Fixed Wavelength
03030BFK	SSN1SF1601		Ue-16.2C&D&F	1550nm	640	-5~-1	<-28	-9
Note:
SSN1SF1600		Fixed wavelength single board, no optical module in the single board list, configure different optical modules for use as needed. Frequency range of optical module: 192.1 THz (1560.61nm) ~ 196.0 THz (1529.55nm), total 40 waves. The optical port index is the same as 03030BFK.
SSN1SF1601		Ultra-long distance networking. Refer to the configuration guide.

5. SSN1SL16 and SSN1SL16A provide fiber optic interfaces for LC, and different transceiver modules are provided according to the different requirements of transmission distance, and the specific parameters are shown in the following table:

Table 1 . Single board configuration and application

BOM Code	Veneer Type	Standard	Wavelength	Transmission Distance(km)	Emission power(dBm)	Acceptance Sensitivity(dBm)	Minimum overload point(dBm)
03037372	SSN1SL16A01	I-16	1310nm	2	-10~-3	<-18	-3
03037374	SSN1SL16A02	S-16.1	1310nm	20	-5~0	<-18	0
03037375	SSN1SL16A03	L-16.1	1310nm	40	-2~+3	<-27	-9
03037376	SSN1SL16A04	L-16.2	1550nm	80	-2~+3	<-28	-9
03037377	SSN1SL1601	L-16.2	1550nm	80	-2~+3	<-31.5	-9
03037378	SSN1SL1602	L-16.2(JE)	1550nm	100	+5~+7	<-31.5	-9
03037379	SSN1SL1603	V-16.2(JE)	1550nm	140	-2~+3	<-31.5	-9
03037380	SSN1SL1604	U-16.2(JE)	1550nm	170	-2~+3	<-31.5	-9

Notes:

03037376 and 03037377 support the same distance but use different optical modules.

SSN1SL16A01:	Mainly used for short distance networking, can also be used for intra-bureau networking
SSN1SL16A02:	Mainly supports short-distance networking; when used for short distances below 15km, a 5dB fixed attenuator is required for 5-15km; a 10dB fixed attenuator should be added for 0-5km (including those with extended subracks) to prevent overloading of optical power.
SSN1SL16A03:	Applied to short-distance networking
SSN1SL16A04:	Mainly used for medium and long distance networking; when used for short distances below 30km, a 10dB fixed attenuator is required.
SSN1SL1601:	Mainly used for long distance networking; when used for short distance below 30km, a 10dB fixed attenuator is required.
SSN1SL1602:	Mainly supports long distance networking, it is a low-cost solution to replace SL1607+BA2 board in the distance of 70.9-96.4km.
SSN1SL1603:	Mainly supports ultra-long distance networking, used in conjunction with BA2; when adding 14dBmBA, 10dB attenuator must be added for 80~100km, 5dB attenuator must be added for 100~120km, and no attenuator is added for >120km; when using 17dBmBA, 5dB attenuator must be added for 120~130km, and no attenuator is added for >130km
SSN1SL1604:	Mainly support ultra-long distance networking, work with BPA

6、SSN1SLQ4/SSN1SLD4/SSN1SL4 provides LC/PC fiber optic interfaces, and different transceiver modules are provided according to the different requirements of the transmission distance.SLQ4 is a single board with 4 optical ports, SLD4 is a single board with double optical ports, and SL4 is a single board with single optical port. The specific parameters are shown in the following table:

Table 1 . Single board configuration and application

Bom Code	Single Board Type	Standard	Wavelength	Transmission Distance(km)	Typical Luminous Power(dBm)	Typical Acceptance Sensitivity(dBm)	Minimum overload point(dBm)	Network Configuration
03037390	SSN1SLQ402	I4 or S4.1	1310nm	15	-15~-8dBm	<-30	-8	Mainly used for short distance networking, can also be used for intra-local networking
03037389	SSN1SLD402	I4 or S4.1	1310nm	15	-15~-8dBm	<-30	-8	Mainly used for short distance networking, can also be used for intra-local networking
03037386	SSN1SL402	I4 or S4.1	1310nm	15	-15~-8dBm	<-30	-8	Mainly used for short distance networking, can also be used for intra-local networking
03037387	SSN1SL403	L4.1	1310nm	40	-3~2dBm	<-30	-8	Mainly used for medium and long distance networking; when used for short distance below 30km, a 10dB fixed attenuator is required.
03037388	SSN1SL404	L4.2	1550nm	80km	-3~2dBm	<-30	-8	Mainly used for long distance networking; when used for short distance below 30km, a 10dB fixed attenuator is required.

7, SSN1SLT1 provides LC/PC fiber optic interfaces, and different transceiver modules are provided according to the different requirements of the transmission distance. the code of the finished board unit of SSN1SLT1 is described as follows, 03050970 Finished Board Unit - OptiX OSN 3500-SSN1SLT110-12xSTM-1 Optical Interface Board (S-1.1,LC), optical modules and related applications are described in the following table.

Table 1 SSN1SLT1 Optical Interface Configuration and Applications

Finished Board Code	Optical Module Code	Standard	Wavelength	Transmission Distance(km)	Typical Luminous Power(dBm)	Typical Acceptance Sensitivity(dBm)	Minimum overload point(dBm)	Network Configuration
03050970	34060276	I1 or S1.1	1310nm	15	-15~-8dBm	<-31	-8	Mainly used for short distance networking, can also be used for intra-local networking

SSN2SL16 provides LC fiber optic interface and different transceiver modules according to the different requirements of transmission distance. Short and medium distance (SSN2SL16A01~SSN2SL16A04) adopts ESFP module (the corresponding handle bar is SL16A) which supports hot-swappable, and long distance (SSN2SL1601~SSN2SL1604) adopts OTRL and OTRW modules (the corresponding handle bar is SL16) cooperated between our company and Wuhan Telecom Devices Company. Long distance (SSN2SL1601~SSN2SL1604) adopts OTRL and OTRW modules (the corresponding handstrip is SL16) which are cooperated between our company and Wuhan Telecom Devices Company. The specific parameters are shown in the following table:

Table 1 . Veneer Configuration and Application

BOM Code	Veneer Type	Standard	Wavelength	Transmission Distance(km)	Typical Luminous Power(dBm)	Typical Acceptance Sensitivity(dBm)	Minimum overload point(dBm)	Network Configuration
03037341	SSN2SL16A01	I-16	1310nm	0~2	-10~-3	<-18	-3	Mainly used for short distance networking, can also be used for intra-local networking
03037342	SSN2SL16A02	S-16.1	1310nm	2~15	-5~0	<-18	0	Mainly supports short-distance networking; when used for short distances below 15km, a 5dB fixed attenuator is required for 5-15km; a 10dB fixed attenuator should be added for 0-5km (including those with expansion subracks) to prevent overloading of optical power.
03037343	SSN2SL16A03	L-16.1	1310nm	15~40	-2~+3	<-27	-9	Application for short distance networking
03037344	SSN2SL16A04	L-16.2 (ESFP)	1550nm	40~80	-2~+3	<-28	-9	Mainly used for medium and long distance networking; when used for short distance below 30km, a 10dB fixed attenuator is required.
03037443	SSN2SL1601	L-16.2 (OTRL)	1550nm	40~80	-2~+3	<-31.5	-9	Mainly used for long distance network; when used for short distance below 30km, a 10dB fixed attenuator is required.
03037338	SSN2SL1602	L-16.2 (JE)	1550nm	80~100	+5~+7	<-31.5	-9	Mainly supports long distance networking, it is a low cost solution to replace SL1607+BA2 board in 70.9~96.4km distance.
03037339	SSN2SL1603	V-16.2 (JE)	1550nm	100~140	-2~+3	<-31.5	-9	Mainly support ultra-long distance networking, work with BA2; when adding 14dBmBA, 80~100km must add 10dB attenuator, 100~120km must add 5dB attenuator, >120km no attenuator; when using 17dBmBA, 120~130km must add 5dB attenuator, >130km no attenuator.
03037340	SSN2SL1604	U-16.2 (JE)	1550nm	140~170	-2~+3	<-31.5	-9	Mainly support ultra-long distance networking, work with BPA.

9, SSN2SLO1 provides LC fiber optic interface, according to the different requirements of the transmission distance, to provide different transceiver modules, specific parameters see the following table:

Table 1 . Single board configuration and application

Bom Code	Single Board Type	Standard	Wavelength (nm)	Transmission Distance (km)	Typical Luminous Power (dBm)	Typical Acceptance Sensitivity (dBm)	Minimum Overload Point (dBm)	Network Configuration
03051338	SSN2SLO114	I-1	1260~1360	2	-15~-8	<-23	-8	Mainly used for short distance networking, can also be used for intra-local networking
03051334	SSN2SLO110	S-1.1	1260~1360	15	-15~-8	<-28	-8	Mainly support short distance networking
03051335	SSN2SLO111	L-1.1	1280~1335	40	-5~0	<-34	-10	Mainly used for medium and long distance networking; when used for short distance below 30km, a 10dB fixed attenuator is required.
03051336	SSN2SLO112	L-1.2	1480~1580	80	-5~0	<-34	-10	Mainly used for long distance network; when used for short distance below 30km, a 10dB fixed attenuator is required.
03051337	SSN2SLO113	Ve-1.2	1480~1580	80% -5~0% -5~0% -5~0% -5~0%	-5~0	<-34	-10	Mainly used for long distance network; when used for short distance below 30km, a 10dB fixed attenuator is required.

10, SSN2SLQ1/SSN2SL1 provides LC/PC fiber optic interface, according to the different requirements of the transmission distance, different transceiver modules are provided, the specific parameters are shown in the table below:

Table 1 . Single board configuration and application

Bom Code	Single Board Type	Standard	Wavelength	Transmission Distance(km)	Typical Luminous Power(dBm)	Typical Acceptance Sensitivity(dBm)	Minimum overload point	Network Configuration
03037395	SSN2SLQ102	I1 or S1.1	1310nm	15	-15~-8dBm	<-31	-8	Mainly used for short distance networking, can also be used for intra-local networking
03037396	SSN2SLQ103	L1.1	1310nm	40	-5~0dBm	<<-37	-10	Mainly used for medium and long distance networking; when used for short distance below 30km, a 10dB fixed attenuator is required.
03037392	SSN2SL102	I1 or S1.1	1310nm	15	-15~-8dBm	<-31	-8	Mainly used for short distance networking, can also be used for intra-local networking
03037393	SSN2SL103	L1.1	1310nm	40	-5~0dBm	<<-37	-10	Mainly used for medium and long distance networking; when used for short distance below 30km, a 10dB fixed attenuator is required.
03037394	SSN2SL104	L1.2	1550nm	80km	-5~0dBm	<<-37	-10	Mainly used for long distance networking; when used for short distance below 30km, a 10dB fixed attenuator is required.

11、SSN2SLQ4/SSN2SLD4/SSN2SL4 provides LC/PC fiber optic interfaces, and different transceiver modules are provided according to the different requirements of the transmission distance, and the specific parameters are shown in the following table:

Table 1 . Single board configuration and application

Bom Code	Single Board Type	Standard	Wavelength	Transmission Distance(km)	Typical Luminous Power(dBm)	Typical Acceptance Sensitivity(dBm)	Minimum overload point	Network Configuration
03037401	SSN2SLQ402	I4 or S4.1	1310nm	15	-15~-8dBm	<-30	-8	Mainly used for short distance networking, can also be used for intra-local networking
03037400	SSN2SLD402	I4 or S4.1	1310nm	15	-15~-8dBm	<-30	-8	Mainly used for short distance networking, can also be used for intra-local networking
03037397	SSN2SL402	I4 or S4.1	1310nm	15	-15~-8dBm	<-30	-8	Mainly used for short distance networking, can also be used for intra-local networking
03037398	SSN2SL403	L4.1	1310nm	40	-3~2dBm	<-30	-8	Mainly used for medium and long distance networking; when used for short distance below 30km, a 10dB fixed attenuator is required.
03037399	SSN2SL404	L4.2	1550nm	80km	-3~2dBm	<-30	-8	Mainly used for long distance networking; when used for short distance below 30km, a 10dB fixed attenuator is required.

12, SSN3SL16A provides LC fiber optic interface, according to the different requirements of the transmission distance, to provide different transceiver modules, the specific parameters are shown in the table below:

Table 1 SSN3SL16A single board configuration and application table

Bom Code	Single board type	Standard	Wavelength (nm)	Maximum Transmission Distance (km)	Typical Luminous Power (dBm)	Minimum Acceptance Sensitivity (dBm)	Minimum Overload Point (dBm)	Network Configuration
03030EPN	SSN3SL16A01	I-16	1266-1360	2	-10~ -3	-18	-3-18	Mainly used for intra-bureau networking, generally applied within 2km;
03030EPQ	SSN3SL16A02	S-16.1	1260-1360	15	-5 ~ 0	-18	0	Used for short distance networking, generally applied within 15km;
03030EPR	SSN3SL16A03	L-16.1	1280-1335	40	-2 ~ +3	-27	-9	Used for long distance networking, generally applied within 40km;
03030EPS	SSN3SL16A04	L-16.2	1500-1580	80	-2 ~ +3	-28	L-9	Used for long distance networking, generally applied within 80km;
03030GFY	SSN3SL16A00	Without optical module

SSN3SL16 provides fiber optic interface for LC, and different transceiver modules are provided according to the different requirements of transmission distance, the specific parameters are shown in the following table:

Table 2 SSN3SL16 single board configuration and application table

Bom Code	Veneer Type	Standard	Wavelength (nm)	Maximum Transmission Distance (km)	Typical Luminous Power (dBm)	Minimum Acceptance Sensitivity (dBm)	Minimum Overload Point (dBm)	Network Configuration
03030EPX	SSN3SL1602	L-16.2JE	1530-1560	80	+5 ~ +7	-28	L-16.2JE 1530-1560	Mainly used for long distance networking, generally applied within 80km;
03030EPY	SSN3SL1603	V-16.2JE	1530-1565	140	-2 ~ +3	-28	-9	Mainly used for long distance networking, generally applied within 140km;
03030EQA	SSN3SL1604	U-16.2	1550.12	170	-2 ~ +3	-28	U-9	Mainly used for long distance networking, generally applied within 170km;

13, SSR1SLQ1/SSR1SL1/SSR1SLD4/SSR1SL4 provides LC/PC fiber optic interfaces, and different transceiver modules are provided according to the different requirements of the transmission distance.SLQ1 is a single board with 4 optical ports, SLD4 is a single board with double optical ports, and SL1/SL4 is a single board with single optical port. The specific parameters are shown in the following table:

Table 1 . Single board configuration and application

Bom Code	Single Board Type	Standard	Wavelength (nm)	Transmission Distance (km)	Typical Luminous Power (dBm)	Typical Acceptance Sensitivity (dBm)	Minimum overload point (dBm)	Network Configuration
SSR1SLQ1
03050793	SSR1SLQ110	S1.1	1261~1360	15	-15 ~ -8	<-28	-8	Mainly used for short distance networking, can also be used for intra-local networking
03050794	SSR1SLQ111	L1.1	1280~1335	40	-5 ~ 0	<-34	-10	Mainly used for medium and long distance networking; when used for short distance below 30km, a 10dB fixed attenuator is required.
03050795	SSR1SLQ112	L1.2	1480~1580	80	-5 ~ 0	<-34	-L8	Mainly used for long distance networking; when used for short distance below 30km, a 10dB fixed attenuator is required.
SSR1SL1
03050796	SSR1SL110	S1.1	1261~1360	15	-15 ~ -8	<-28	-8	Mainly used for short distance networking, can also be used for intra-local networking
03050797	SSR1SL111	L1.1	1280~1335	40	-5 ~ 0	<-34	-10	Mainly used for medium and long distance networking; when used for short distance below 30km, a 10dB fixed attenuator is required.
03050798	SSR1SL112	L1.2	1480~1580	80	-5 ~ 0	<-34	-L8	Mainly used for long distance networking; when used for short distance below 30km, a 10dB fixed attenuator is required.
SSR1SL4
03050799	SSR1SL410	S4.1	1274~1356	15	-15 ~ -8	<-28	-8	Mainly used for short distance networking, can also be used for intra-local networking
03050800	SSR1SL411	L4.1	1280~1335	40	-3 ~ 2	<-28	-8	Mainly used for medium and long distance networking; when used for short distance below 30km, a 10dB fixed attenuator is required.
03050801	SSR1SL412	L4.2	1480~1580	80	-3 ~ 2	<-28	-8	Mainly used for long distance networking; when used for short distance below 30km, a 10dB fixed attenuator is required.
SSR1SLD4
03050802	SSR1SLD410	S4.1	1274~1356	15	-15 ~ -8	<-28	-8	Mainly used for short distance networking, can also be used for intra-local networking
03050803	SSR1SLD411	L4.1	1280~1335	40	-3 ~ 2	<-28	-8	Mainly used for medium and long distance networking; when used for short distance below 30km, a 10dB fixed attenuator is required.
03050804	SSR1SLD412	L4.2	1480~1580	80	-3 ~ 2	<-28	-8	Mainly used for long distance networking; when used for short distance below 30km, a 10dB fixed attenuator is required.

14, SSN1SF64 supports Ue-64.2c/Ue-64.2d/Ue-64.2e several optical interface specifications. Several specifications need to be used in conjunction with amplifier boards, DCUs and other single boards. Note: The above optical interface specifications are all configured for the limit distance, and the configuration should be decided according to the configuration guide when transmitting the specific distance in the actual application.

Table 1 SSN1SF64 specification table

Code and Description	Specification	Configuration	BA transmit power(dBm)	PA receive sensitivity (dBm)	Span (dB)	Reference distance (km)	Note
03035296: Finished board-OptiX OSN 3500-SSN1SF6401-STM-64 (with external FEC) optical interface board (Ue-64.2c~e)	Ue-64.2c (Customized)	FEC+BA14+PA (DCU60+80)	14	-32	45	163	Specific configuration descriptions and schematics for each specification (including multiple wavelengths) for different application environments will be detailed in a separate long range configuration guide.
	Ue-64.2d (Customized)	FEC+BA17+PA (DCU80×2)	17	-32	48	174
	Ue-64.2e (customized)	FEC+BA17+RA+PA (DCU60×3)	17	-38	54	196
03035568: Finished Boards - OptiX OSN 3500-SSN1SF6400-STM-64 (with external FEC) fixed wavelength boards	For use with OTN/" target="_blank">Wave Division Docking or Multi-Wave Transmission Systems, no specific specification code.

15, SSN1SL64 provides fiber optic interfaces for LC, and different transceiver modules are provided according to the different requirements of the transmission distance, and the specific parameters are shown in the following table:

Table 1 SSN1SL64 single board configuration and application table

Bom Code

Single board type

Standard

Wavelength

(nm)

Transmission Distance (km)

Typical Luminous Power (dBm)

Minimum Acceptance Sensitivity (dBm)

Minimum Overload Point

(dBm)

Network Configuration