5G 150000 Ps/nm-C Band-Tunable Wavelength-ePDM-QPSK TN58NS4T61 03031GGX TN58NS4T61100Gbit/s Line Service Processing Board for

Yantai Boxin International Trading Co., Ltd. is a professional comprehensive trading service provider for communication equipment.With warehouses established in Yantai and Hong Kong, we have built a complete and localized network for delivering communication products and services.In 2018, Yantai Boxin International Trading Co., Ltd. set up its international sales department in Yantai, China.Based in China, we operate in emerging markets across Southeast Asia, India, the Middle East, Africa, Europe, and the United States. 

Yantai Boxin International Trading Co., Ltd. supplies products to various telecom operators, meeting their needs for supplementing and expanding 2G/3G/4G/5G network stations.Our current equipment portfolio covers brands such as Nokia, Ericsson, Alcatel, Huawei, ZTE, ZTT, and FiberHome. 

We expand our international market share by offering high-quality products, excellent service, competitive pricing, and timely delivery.Feel free to contact us for more information.

Produktbeschreibung

1.Product Overview

1.Basic information of the board

Attribute specification description

OptiX OSN 9800 series intelligent optical transmission platform (compatible with OSN 8800/6800)

Board name: Dual channel optical amplifier unit board (including monitoring and VOA)

Functional positioning enables bidirectional optical signal power amplification, online performance monitoring, and adjustable optical attenuation, supporting extended C-band applications

Board type optical amplifier processing board (EDFA with VOA&OPM)

Compatible with subracks such as OSN 9800 U series/M series and OSN 8800/6800 that support TN series cards

Front panel dimensions: height x width x depth: 264.6 mm x 25.4 mm x 220 mm

Weight 1.5 kg

Typical power consumption 28.0 W

Maximum power consumption of 32.0 W (normal operation at maximum ambient temperature)

Working temperature -5°C to+55°C

Key features include dual independent EDFA amplification, extended C-band support, integrated VOA (0-20dB) per channel, online optical performance monitoring, low noise figure (≤ 5.0dB), and hot swappable design

2.Interface and Port Definition

Interface Identification Interface Type Quantity Function Description

LINE1 IN/LINE2 IN LC/UPC 2 line input port, receiving optical signals from two directions

LINE1 OUT/LINE2 OUT LC/UPC 2 line output port, outputting amplified optical signals

SYS1 IN/SYS2 IN LC/UPC 2 system input port, connected to the output of the multiplexer or the sending end of the circuit board

SYS1 OUT/SYS2 OUT LC/UPC 2 system output port, connected to the input of the splitter or the receiving end of the circuit board

MON1/MON2 LC/UPC 2 online monitoring port, can be connected to spectral analyzer or OPM unit, real-time monitoring of signal spectrum, optical power, OSNR and other parameters

OSC1/OSC2 LC/UPC 2 optical monitoring channel interface (optional, depending on configuration)

3.Core functional characteristics

Functional Module Technical Description System Value

Dual channel independent EDFA amplifier with built-in two independent erbium-doped fiber amplifiers, capable of simultaneously amplifying C-band DWDM signals in two directions, saving subrack slots, simplifying optical layer design, and suitable for bidirectional transmission links

Extended C-band supports a working wavelength range covering the extended C-band (1528.8 nm -1567.6 nm), supports 96 wave @ 50GHz systems to meet the requirements of high-density wavelength division systems, and is fully compatible with mainstream DWDM systems

Each integrated VOA channel has a built-in variable optical attenuator for each amplification channel, with a dynamic attenuation range of 0-20dB and a step size of 0.1dB to achieve fine adjustment of output power, optimize nonlinear effects, and balance the performance of each channel

Online optical performance monitoring with built-in optical performance monitoring unit (OPM), which can monitor real-time input/output optical power, total power, OSNR and other parameters of each channel without interrupting business for optical layer performance diagnosis and optimization, greatly improving operation and maintenance efficiency

Automatic gain control supports two working modes, AGC (Automatic Gain Control) and APC (Automatic Power Control), to cope with input power fluctuations, ensure stable output, and improve system robustness

Gain Flattening Control: Built in Gain Flattening Filter (GFF) optimizes the EDFA gain spectrum, with a full band gain flatness of ≤1.2dB, maintaining power balance across all wavelength channels in a multi-stage cascade scenario to avoid OSNR degradation in some channels

Alarm and performance event monitoring: Real time detection of parameters such as optical power, pump status, temperature, etc., and reporting of rich alarms and performance events for rapid fault location, achieving preventive maintenance

Hot swappable design supports online hot swappable replacement to reduce business interruption time and improve maintenance convenience

4.Optical performance parameters

Table 1: Amplification Performance Parameters

Parameter condition specification remarks

Working wavelength range: All ports range from 1528.8 nm to 1567.6 nm, with extended C-band support for 96 wave @ 50GHz systems

AGC mode with gain range of 15 dB~28 dB for each channel, software adjustable, with a step size of 0.5 dB

Maximum gain of noise figure, input -10dBm ≤ 5.0 dB (typical value) across the entire wavelength range

Maximum output power single channel+23 dBm (saturated) can be configured as+20 dBm/+22 dBm/+23 dBm

Input power range -35 dBm~+5 dBm per channel to ensure performance input range

Gain flatness across the entire operating band ≤ 1.2 dB typical value

Polarization related gain - ≤ 0.3 dB, insensitive to polarization

Polarization related loss - ≤ 0.3 dB

Return loss: All ports have an excellent return loss characteristic of ≥ 45 dB, reducing reflection

Table 2: Built in VOA Parameters

Parameter specification remarks

Each VOA dynamic range is independently adjustable from 0-20 dB, with a step size of 0.1 dB

VOA insertion loss ≤ 1.0 dB inherent insertion loss when VOA=0dB

Attenuation adjustment accuracy 0-10dB range ≤ 0.3 dB high-precision adjustment

Attenuation adjustment accuracy 10-20dB range ≤ 0.6 dB

Polarization related loss (VOA) ≤ 0.2 dB is insensitive to polarization effects

Table 3: Built in OPM monitoring accuracy

Monitoring parameter measurement range measurement accuracy remarks

Total input/output power -40 dBm~+25 dBm ± 0.3 dB

Each channel has an optical power of -40 dBm~+10 dBm ± 0.5 dB and requires spectral analysis mode

OSNR 0~30 dB ± 0.8 dB @ 0.1nm resolution

Center wavelength 1528.8-1567.6nm ± 0.02nm

5.Power consumption and mechanical parameters

Parameter specifications

Typical power consumption 28.0 W

Maximum power consumption of 32.0 W (normal operation at maximum ambient temperature)

Front panel dimensions 264.6 mm (height) x 25.4 mm (width) x 220 mm (depth)

Weight 1.5 kg

Working temperature -5°C to+55°C

Storage temperature -40°C to+70°C

Relative humidity 5% to 95% RH, no condensation

6.Comparison with optical amplifier cards of the same series

Characteristics TN11DAS1 TN97OAU2 TN52DAP

Number of channels: single channel, single channel, dual channel, independent

Working band C-band extension C-band extension C-band extension

Gain range 20/26/31dB fixed 15-30dB adjustable 15-28dB adjustable

Noise factor ≤ 5.5dB (26dB gain) ≤ 5.0dB ≤ 5.0dB

Built in VOA input side with VOA but no VOA on each output side (0-20dB)

Built in OPM, integrated with OPM for each channel

Typical power consumption is 22.0W, approximately 45W, and 28.0W

Applicable scenarios include traditional C-band single channel amplification, extended C-band single channel amplification, bidirectional links, and spatially constrained nodes

7.Application scenarios

Core Value of Application Scenario Deployment Method

Dual fiber bidirectional DWDM links are deployed in optical line amplification stations (OLAs) for bidirectional transmission, amplifying signals in both directions on a single board to achieve bidirectional amplification, saving 50% of slot space and simplifying system design

The metropolitan core ring network is designed as a dual channel line amplifier or preamplifier/preamplifier in the nodes of the metropolitan core ring to meet the bidirectional business requirements of the ring network.It is equipped with built-in VOA and OPM for remote power balancing and monitoring

Data Center Interconnection (DCI) is located at the intermediate node or terminal station of the DCI link, and simultaneously processes uplink and downlink signals with high integration to reduce equipment costs.Built in monitoring improves operation and maintenance efficiency

Space limited sites are located in sites with tight cabinet space, and the dual channel integration design greatly saves subrack slots when amplifying signals in both directions, making it suitable for expansion and renovation

Optical layer ASON nodes, as manageable and monitored amplification units in networks that require optical layer intelligence, are equipped with OPM and VOA to support automatic performance optimization and fault prediction of the optical layer

8.Maintenance and ordering information

Project Information

Component code TN52DAP

Ordering instructions: When placing an order, it is necessary to confirm the working band (extended C-band), gain range, VOA, and OPM configuration

On site operation supports hot plugging, and anti-static wrist straps should be worn during operation.Pay attention to cleaning the fiber optic connectors

After the installation of VOA configuration, VOA attenuation calibration needs to be performed through the network management to ensure control accuracy

OPM can be used to monitor the real-time performance of each optical channel using the built-in OPM, and monitoring tasks need to be configured through the network management system

After testing and verifying installation, gain calibration, power testing, VOA function verification, and OPM accuracy verification are required

As a highly integrated optical amplifier board, it is recommended to configure spare parts at critical nodes in the network for spare parts management

Core Summary:

TN52DAP is a highly integrated dual channel optical amplification unit board for dual fiber bidirectional links in the OSN 9800 platform.It integrates two independent EDFAs, adjustable optical attenuators (VOA), and optical performance monitoring (OPM) into a standard board, making it an ideal choice for building high-density and intelligent optical layer networks.

Core values and positioning:

The integration advantage of dual channel integration: Single board achieves bidirectional signal amplification, saving 50% of slot space, simplifying fiber optic cable connection and system design, especially suitable for space limited sites or scenarios that require bidirectional amplification.

Intelligent Optical Layer Management: Each channel integrates VOA and OPM, supporting remote power fine adjustment and real-time performance monitoring, providing a data foundation for automatic optimization and fault prediction of the optical layer.

Excellent optical performance: Extended C-band coverage, low noise figure (≤ 5.0dB), high gain flatness (≤ 1.2dB), ensuring long-distance transmission quality of high-speed signals (such as 100G/200G/400G).

Reduce operation and maintenance costs: Built in monitoring reduces the need for external instruments, VOA remote adjustment avoids on-site manual intervention, significantly reducing OPEX.

Application suggestion:

This board is particularly suitable for scenarios that require bidirectional amplification, compact space, and intelligent monitoring, such as bidirectional OLA stations in urban core ring networks, dual fiber amplification of DCI links, and expansion and renovation of old sites. When deploying, it is recommended to combine the iMaster NCE intelligent control system and fully utilize its built-in VOA and OPM functions to achieve dynamic optimization and preventive maintenance of optical layer resources. For unidirectional amplification requirements, TN11DAS1 or TN97OAU2 are more cost-effective choices.