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Juniper PC-1OC192-SON-LR 1-Port Sonet / SDH OC192 / STM64 Physical Interface Card for T640 / T320 / ...
- 1 x OC192/STM64 port
- Supports high-speed SONET (STS-192) and SDH (STM-64) standards
- Designed for long-reach (LR) optical transmission
- Provides 9.95 Gbps (OC192) or 9.953 Gbps (STM64) throughput
- Utilizes advanced optical technology for extended distances
- High-density, high-performance interface for core routing
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Product Overview
The Juniper PC-1OC192-SON-LR is a single-port OC192/STM64 Physical Interface Card (PIC) for high-capacity SONET/SDH networks. It is designed for the T640, T320, and other compatible Juniper routers, providing long-reach optical connectivity.
Technical Information
| Port Type | OC192/STM64 |
| Number of Ports | 1 |
| Standard | SONET/SDH |
Additional Specifications
| Reach | Long Reach (LR) |
| Interface Type | Physical Interface Card (PIC) |
| Compatibility | Juniper T640, T320, M320, M40e, M160, M20 routers |
Product Description
The Juniper PC-1OC192-SON-LR is a high-capacity Physical Interface Card (PIC) designed to deliver single-port connectivity at the OC192/STM64 rate, which is approximately 10 Gbps. This card is engineered for deployment in Juniper's high-end routing platforms, such as the T640, T320, M320, and others within the M-series and T-series families. It supports both SONET (STS-192) and SDH (STM-64) standards, making it versatile for global telecommunications networks. The 'LR' designation signifies that this card is optimized for Long Reach optical transmission. This implies that it utilizes advanced laser technology and potentially Forward Error Correction (FEC) to enable data to travel over significantly longer distances compared to shorter-reach optics, often spanning tens of kilometers or more. This is crucial for core network backbones and long-haul transport links where intermediate regeneration points are limited. This PIC is a critical component for service providers looking to build high-bandwidth core networks. It allows for the aggregation of numerous lower-speed services onto a single, high-speed optical link, thereby reducing the number of interfaces required and simplifying network architecture. Its high throughput and long-reach capabilities make it ideal for connecting major network hubs, metropolitan area networks (MANs), and wide area networks (WANs).