Inner-Module Four-Way Distribution-Output Optical Node WR-1004N-SJL
WR1004N-SJL Insert-Type Four Distributed Amplifiers,Two Receive/Two Transmit,Optical AGC,Electronic Attenuation/Equalization,Power Doubling,Maximum≥112dBμV,Upstream DFB,Dual Power,Transponder,Reserved CMTS.
Specification Snapshot
Forward Optical Receiver Section - Optical AGC Control Range [Adjustable]
+2~-8/-7/-6/-5 Adjustable
Forward Optical Receiver Section - Optical Reflection Loss
>45 dB
Forward Optical Receiver Section - Optical Receive Wavelength
1100 ~ 1600 nm
Forward Optical Receiver Section - Optical Connector Type
FC/APC, SC/APC or User-Specified
Forward Optical Receiver Section - Fiber Type
Single Mode
Forward Optical Receiver Section - Frequency Range
45/87 ~1003
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Overview
WR1004N-SJL Insert-Type Four Distributed Amplifiers,Two Receive/Two Transmit,Optical AGC,Electronic Attenuation/Equalization,Power Doubling,Maximum≥112dBμV,Upstream DFB,Dual Power,Transponder,Reserved CMTS.
Specifications
| Parameter | Value |
|---|---|
| Forward Optical Receiver Section - Optical AGC Control Range [Adjustable] | +2~-8/-7/-6/-5 Adjustable |
| Forward Optical Receiver Section - Optical Reflection Loss | >45 dB |
| Forward Optical Receiver Section - Optical Receive Wavelength | 1100 ~ 1600 nm |
| Forward Optical Receiver Section - Optical Connector Type | FC/APC, SC/APC or User-Specified |
| Forward Optical Receiver Section - Fiber Type | Single Mode |
| Forward Optical Receiver Section - Link Performance (C/N) [At -1dBm Optical Input, Output Level 106 dBμV (Distributed Output) and Equalization 8dB] | ≥ 51 dB |
| Forward Optical Receiver Section - Link Performance (C/CTB) [At -1dBm Optical Input, Output Level 106 dBμV (Distributed Output) and Equalization 8dB] | ≥ 65 dB |
| Forward Optical Receiver Section - Link Performance (C/CSO) [At -1dBm Optical Input, Output Level 106 dBμV (Distributed Output) and Equalization 8dB] | ≥ 60 dB |
| Forward Optical Receiver Section - Frequency Range | 45/87 ~1003 |
| Forward Optical Receiver Section - In-Band Flatness | ±0.75 dB |
| Forward Optical Receiver Section - Nominal Output Level [Four-Way Distributed Output; when Optical AGC Control Range Is +2~-8] | ≥ 106 dBμV |
| Forward Optical Receiver Section - Nominal Output Level [Two Independent Outputs; when Optical AGC Control Range Is +2~-8] | ≥ 110 dBμV |
| Forward Optical Receiver Section - Maximum Output Level [Four-Way Distributed Output; when Optical AGC Control Range Is +2~-5] | ≥112 (Four-Way Distributed Output, when Optical AGC Control Range Is +2~-5) |
| Forward Optical Receiver Section - Output Reflection Loss | (85 ~550MHz)≥16 / (550~1000MHz) ≥14 |
| Forward Optical Receiver Section - Redundant Receive Isolation | ≥75 dB |
| Forward Optical Receiver Section - Output Impedance | 75 Ω |
| Forward Optical Receiver Section - Electrically Controlled Equalization Range [1dB Steps] | 0~15 (1dB Steps) |
| Forward Optical Receiver Section - Electrically Controlled Attenuation Range [1dB Steps] | 0~20 (1dB Steps) |
| Reverse Optical Transmitter Section - Optical Transmit Wavelength | 1310±10, 1550±10 or User-Specified |
| Reverse Optical Transmitter Section - Laser Type | DFB or FP Laser |
| Reverse Optical Transmitter Section - Output Optical Power | 1 mW |
| Reverse Optical Transmitter Section - Optical Connector Type | FC/APC, SC/APC or User-Specified |
| Reverse Optical Transmitter Section - Frequency Range [Or User-Specified] | 5 ~ 65 (Or User-Specified) |
| Reverse Optical Transmitter Section - In-Band Flatness | ±0.75 dB |
| Reverse Optical Transmitter Section - Input Level | 72~ 85 dBμV |
| Reverse Optical Transmitter Section - Input Reflection Loss | ≥16 dB |
| Reverse Optical Transmitter Section - Independent Transmit Isolation | ≥60 dB |
| Reverse Optical Transmitter Section - Input Impedance | 75 Ω |
| Reverse Optical Transmitter Section - NPR Dynamic Range [NPR≥30 dB; DFB Laser] | ≥15 (NPR≥30 dB); Using a DFB Laser |
| Reverse Optical Transmitter Section - NPR Dynamic Range [NPR≥30 dB; FP Laser] | ≥10 (NPR≥30 dB); Using an FP Laser |
| C-CMTS Interface - CMTS_DS Downstream Insertion Port Level | 98~100 |
| C-CMTS Interface - CMTS_US Upstream Output Port Gain [Port Side~CMTS_US Output Port] | 0±1 |
| C-CMTS Interface - Isolation from Downstream to CMTS_US Upstream Output Port | ≥70 dB |
| Power Supply Voltage | AC(150~265)V |
| Power Supply Voltage [B] | AC(35~90)V |
| Feedthrough Current | 10 A |
| Operating Temperature | -40~+60 ℃ |
| Storage Temperature | -40~+70 ℃ |
| Relative Humidity [Non-Condensing] | Maximum 95%, Non-Condensing |
| Total Equipment Power Consumption | ≤42 VA |
| Dimensions | 360(L)×330(W)×155(H) |
Key Features
Downstream AGC-8~+2dBm;RF1GHz,up to110dBμV Each;Fully Electronic Attenuation/Equalization with Remote Operation;Fast RF Cartridge Replacement Without Disconnecting RF Cables;Full Monitoring,National-Standard Class II Transponder;Remote Upstream Gate:Through,-6dB,OFF;Reserved C-CMTS Up/Down RF for DOCSIS EOC
Datasheet
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Supplier Information
Hangzhou Wanlong Communication Technology Co., Ltd., established in November 2019, is located in Guali Town, Xiaoshan District, Hangzhou, Zhejiang Province, with a registered capital of RMB 50 million. It is a wholly-owned subsidiary of the listed company Hangzhou Wanlong Optoelectronics Equipment Co., Ltd. (stock code: 300710). The company focuses on R&D, production, sales and technical services of communication equipment, optical communication equipment, mobile terminal equipment, and IoT intelligent systems. Its products include CATV network transmission equipment, PON network products, digital front-end and IPTV products, optical passive devices, power supplies, IoT products, industrial switches and testers, PTN equipment, etc. With years of experience and technological innovation, the company has become a leading enterprise providing overall solutions for broadcasting operators in cable TV network equipment and data communication systems. It has passed ISO9001, ISO14001, and ISO45001 certifications. The company adheres to the spirit of craftsmanship, committed to making information transmission faster, more stable, and smarter.
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