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High Capacity Heatless Arrayed Waveguide Gratings AAWG DWDM Multiplexer 32 - 96 Channels

High Capacity Heatless Arrayed Waveguide Gratings AAWG DWDM Multiplexer 32 - 96 Channels

Brand Name: Gracyfiber
MOQ: 100pcs
Payment Terms: T/T
Detail Information
Place of Origin:
China
Certification:
ISO CE RoSH
Name:
Arrayed Waveguide Gratings
Power Handling:
Up To 500 MW
Isolation:
≥ 30 DB
Insertion Loss:
Typically ≤ 1.0 DB
Operating Temperature:
-40°C To +85°C
Channel Spacing:
100 GHz, 50 GHz, Or Custom
Wavelength Range:
1260 Nm To 1650 Nm
Highlight:

Heatless Arrayed Waveguide Gratings

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High Capacity Arrayed Waveguide Gratings

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AAWG DWDM Multiplexer

Product Description

High-Capacity, Heatless Arrayed Waveguide Gratings (AAWG DWDM Multiplexer) - 32 To 96 Channels

1. Product Overview

  GRACYFIBER's Aseptic Arrayed Waveguide Grating (AAWG) DWDM module is a high-density, purely passive optical wavelength division multiplexing solution designed to push the capacity limits of existing fiber optic networks. Utilizing an advanced athermalized packaging design, this module completely eliminates the reliance on external power supplies and complex temperature control circuits found in traditional DWDM systems, significantly reducing operating costs (OPEX) while providing ultimate reliability. This product fully covers the C-band (1525~1565 nm) and supports ultra-high-density integration from 32 channels to 96 channels. With extremely low insertion loss and extremely high channel isolation, it is the core optical network engine for metro networks, long-haul trunk transmissions, and data center interconnects (DCI) to achieve massive increases in data throughput without re-laying fiber optic cables.

2. Product Features
Parameter Unit Value
Operating Wavelength nm 1525~1565
Special Port nm Monitor,1310 (1260~1360)
Center Wavelength nm ITU Grid(C13 ~C64) or Customized
Channel Port nm 32,40 32,40,44,48,60 80,88,96
Channel Spacing nm 150GHz (1.2nm) 100GHz (0.8nm) 50GHz(0.4nm)
Channel Passband Min nm ±0.11 ±0.11 ±0.05
Technology - Flat-top Flat-top Gaussian Flat-top
Pass band @1dB Min nm 0.92 0.38 0.2 0.2
Pass band @3B Min nm 1.2 0.58 0.4 0.26
Port Insertion Loss Max dB 5.5 5.5 3.8 6.0
Isolation Adjacent dB ≥11 ≥25 ≥27 ≥25
Non-adjacent dB ≥23 ≥29 ≥30 ≥29
1310 Port Max dB 1.0 1.0 1.0 1.0
Uniformity Max dB 1.5 1.5 1.5 1.5
Ripple Max dB 0.5 0.5 1.5 0.5
PDL Max dB 0.5
Return Loss Min dB 40
Directivity Min dB 50
Power Handing Max mW 300
Fiber Type - G67A1/ A2/ B3 or SMF-28
Fiber Coating um 250 µm / 900 µm loose tube
Fiber to fan-out Length mm 500
Fan-out to Conector Length mm 500
Connector - LC/UPC or Customized
Dimensions (HxWxD) mm 120x70x11,482x250x44, 482x230x44
Operating Temperature °C -5~65
Storage Temperature °C -40~85

(Designed to solve your fiber optic resource depletion and high power consumption maintenance pain points)

Features: Purely passive and heat-free design with an extremely wide industrial-grade operating temperature range (-40°C to +85°C)
Pain Points Solved/Value: Completely eliminates power consumption and heat dissipation concerns. Even when deployed in extremely harsh outdoor cabinets or remote passive nodes, it still strictly meets the ITU-T G.694.1 standard with a center wavelength accuracy of up to ±0.05 nm. This significantly reduces the on-site deployment threshold and long-term environmental control costs for telecom operators.
Features: Ultra-high channel density (up to 96 channels) and flexible channel spacing
Pain Points Solved/Value: Offers channel spacing options of 150GHz (1.2nm), 100GHz (0.8nm), and 50GHz (0.4nm). This allows network planners to fully utilize every megabit of physical bandwidth of a single fiber, easily expanding existing optical transmission capacity by multiples or even tens of times.
Features: Superior optical performance (extremely low insertion loss and ultra-high isolation)
Solved Pain Points/Value: Gaussian technology achieves a maximum port insertion loss of only 3.8 dB; simultaneously, adjacent channel isolation reaches ≥ 25 dB, and non-adjacent channel isolation reaches ≥ 29 dB. Low loss effectively extends repeaterless transmission distances, while high isolation completely eliminates signal crosstalk between dense wavelengths, providing an extremely clean optical path environment for 400G/800G coherent communication.
Features: Supports both Flat-top and Gaussian passband technologies.
Solved Pain Points/Value: Gaussian technology provides the lowest insertion loss for links requiring extreme distances; while Flat-top technology offers a wider signal passband (e.g., 0.38 nm 1dB passband at 100GHz), perfectly tolerating wavelength drift caused by long-term operation of active lasers, greatly improving the fault tolerance and stability of the entire wavelength division multiplexing system.
Features: Built-in 1310nm legacy service port and Monitor port.
Solved Pain Points/Value: The dedicated 1310nm broadband port (1260~1360 nm) allows existing legacy 1310nm services to be seamlessly overlaid and operated while DWDM capacity expansion is being performed, protecting legacy investments. The dedicated Monitor port provides real-time, non-intrusive optical power monitoring for the network management platform, accelerating network troubleshooting.
3. Applications

  Our AAWG DWDM modules are central nodes for building high-capacity, all-optical network architectures:

  • WDM Network: Used for ultra-high-capacity wavelength routing and multiplexing in metro core networks and long-haul trunks.
  • DCI (Data Center Interconnect): Solves the bottleneck of massive parallel data exchange across data centers for cloud service providers.
  • Telecommunication Cellular: Provides ample wavelength resources for 5G/6G centralized fronthaul (C-RAN) and midhaul/backhaul networks.
  • Fiber Optic Amplifier System Integration: Seamlessly integrated into high-order EDFA or Raman amplifier systems as a core demultiplexing/multiplexing component.
  • Line Monitoring: Performs real-time quality assessment of the entire high-value DWDM link in conjunction with OTDR equipment.
4. Packaging Options

  To perfectly meet the needs of all scenarios, from device-level integration to central data center deployment, we offer three mainstream packaging solutions compliant with the Telcordia GR-1221 standard:

  • ABS Module (Compact bare module, 90 × 20 × 10 mm): Delivered directly as a bare module, ideal for embedded optoelectronic subsystems, high-end test instruments, and in-house integration with end-device OEMs.
  • LGX Cassette (Hot-swappable box type, 100 × 80 × 10 mm): Designed for high-density environments. Supports hot-swapping within standard LGX chassis, providing extremely convenient front panel fiber management, making it the optimal form factor for data centers and high-density patch panels.
  • 1U Rack Unit: Featuring a standard 19-inch rack width and 1U height, the front panel is equipped with intuitive LC/SC ports and cable label slots, perfectly matching the rack specifications of traditional telecom central offices and carrier facilities.