IP Infusion has successfully completed Phase-2 of the IP Over DWDM (IPoDWDM) Proof of Concept conducted under the Telecom Infra Project (TIP) Open Optical and Packet Transport (OOPT) project group. This work was carried out under the guidance of the MANTRA (Metaverse Ready Architectures for Open Transport) subgroup and executed in IP Infusion's lab environment.
What the PoC Demonstrated
The IPoDWDM architecture tested in this PoC connects two distinct open technologies: IP routers and Optical Line Systems (OLS). By integrating these layers, operators can eliminate the traditional transponder hardware that sits between the IP and optical domains — reducing both capital cost and operational complexity.
Phase-2 of the PoC validated:
- Disaggregated coherent optics — OcNOS-controlled ZR+ pluggable transceivers connected directly to open OLS hardware without proprietary transponders
- IP/optical co-management — optical parameters (frequency, power, modulation) managed via OcNOS CLI alongside IP routing configurations
- Open APIs for optical control — YANG-based NETCONF interfaces for optical interface management, enabling vendor-neutral automation
- Performance validation — end-to-end BER, OSNR, and Q-factor measurements confirming production-ready optical performance
The TIP OOPT MANTRA Context
TIP (Telecom Infra Project) is a global initiative bringing together operators, vendors, and research institutions to accelerate open and disaggregated network infrastructure. The OOPT (Open Optical and Packet Transport) group specifically focuses on eliminating proprietary lock-in in the optical transport layer. MANTRA is the subgroup focused on architectures for next-generation transport that can support emerging bandwidth-intensive applications.
IP Infusion's participation in this PoC positions OcNOS as a validated platform for operators building open optical transport infrastructure in alignment with TIP's operator-driven requirements.
Significance for Service Providers
This PoC validation matters for service providers evaluating open optical transport for several reasons:
- Independent validation — TIP PoC results are reviewed by a community of operators and vendors, providing credibility beyond vendor-alone claims
- Multi-vendor interoperability — the PoC tested OcNOS against open OLS hardware from multiple vendors, demonstrating practical interoperability
- Production deployment path — PoC completion establishes a clear architecture that operators can replicate in their own networks using OcNOS 7.0
- IPoDWDM Deployment Guide
- OcNOS 7.0 — IPoDWDM Features
- IPoDWDM Solution Page
- Contactar con IP Infusion
IP Infusion Product Team
Profundice. Llévelo consigo.
El datasheet del producto y descargas técnicas y breves que profundizan más que esta página.
Datasheet de OcNOS-SP
Especificación completa de OcNOS-SP: el conjunto de funciones de acceso, cell site y agregación, los SKU de software, las plataformas de hardware compatibles y la guía de pedido de la solución.
Obtener el datasheetIPoDWDM con OpenZR+ de 400G
Elimine la capa de transpondedor con óptica coherente OpenZR+ de 400G enchufable directamente en el router.
Obtener el briefDCI de nueva generación con IPoDWDM
Interconexión de centros de datos de nueva generación con IPoDWDM: 400G coherente, DCI simplificado y menor coste por bit.
Obtener el briefDatasheet de OcNOS-SP
Formulario rápido. Su PDF se abre en una pestaña nueva inmediatamente después de enviarlo.
✓ Abriendo su PDF en una pestaña nueva…
Si no se ha abierto, utilice el enlace de abajo.
IPoDWDM con OpenZR+ de 400G
Formulario rápido. Su PDF se abre en una pestaña nueva inmediatamente después de enviarlo.
✓ Abriendo su PDF en una pestaña nueva…
Si no se ha abierto, utilice el enlace de abajo.
DCI de nueva generación con IPoDWDM
Formulario rápido. Su PDF se abre en una pestaña nueva inmediatamente después de enviarlo.
✓ Abriendo su PDF en una pestaña nueva…
Si no se ha abierto, utilice el enlace de abajo.