JDS Uniphase WD1515AD2K-NT1

The JDS Uniphase WD1515AD2K-NT1 is a high-performance Dense Wavelength Division Multiplexing (DWDM) Add/Drop Filter module engineered for wavelength management in telecommunications infrastructure. It selectively adds or drops specific optical channels from a WDM signal while passing remaining channels with minimal loss and high isolation. The module supports both 100 GHz and 200 GHz ITU grid spacing with configurable channel counts of 1, 2, 4, or 8 channels, making it suitable for long-haul, metro, and access network deployments.

## Technical Specifications

**Optical Performance**
• Operating Frequency Range: 186.6 – 196.1 THz
• Channel Spacing: 100 GHz or 200 GHz ITU grid
• Number of Channels: 1, 2, 4, or 8 configurable options
• Passband Width: Minimum ±12.5 GHz

**Insertion Loss**
• Add/Drop (1 channel): Maximum 1.2 dB
• Add/Drop (2 channels): Maximum 2.1 dB
• Add/Drop (4 channels): Maximum 2.7 dB
• Add/Drop (8 channels): Maximum 3.9 dB
• Express (1 channel): Maximum 1.5 dB
• Express (2 channels): Maximum 2.0 dB
• Express (4 channels): Maximum 1.5 dB
• Express (8 channels): Maximum 1.5 dB

**Passband Ripple**
• 1–2 channels: Maximum 0.4 dB
• 4–8 channels: Maximum 0.5 dB

**Isolation Performance**
• Adjacent Channel Add/Drop: Minimum 25 dB
• Non-adjacent Channel Add/Drop: Minimum 50 dB
• Express: Minimum 30 dB

**Insertion Loss Uniformity (add/drop channels)**
• 2–4 channels: Maximum 1.0 dB
• 8 channels: Maximum 1.0 dB

## Key Features

• Configurable channel counts from 1 to 8 on standard ITU grids
• Low insertion loss across all channel configurations
• High channel isolation minimizes cross-talk
• Uniform insertion loss across add/drop channels
• Precision optical filtering for mission-critical networks

## Typical Applications

• Long-haul optical transmission networks
• Metro and regional network expansion
• Wavelength routing and channel management
• Network add/drop multiplexing (OADM) systems

## Compatibility & Integration

The WD1515AD2K-NT1 integrates into existing DWDM infrastructure supporting standard 100 GHz and 200 GHz channel spacing. Configurations are customizable for specific channel plans, packaging, and connector requirements.