IP Infusion is targeting the operational complexities of modern network scaling by extending its OcNOS network operating system to support hardware based on the Broadcom Qumran3 family. This strategic move aims to provide fiber, cable, and mobile service providers with a unified software environment that spans Access, Aggregation, Transport, and Core network domains. By decoupling the software from specific hardware, the company is positioning its solution to help operators manage the capacity pressures driven by 5G, DOCSIS 4.0, and XGS-PON technologies. The expansion adds the Qumran3 family to a portfolio of more than 50 already supported open hardware platforms, seeking to address the growing demand for high-density, power-efficient networking infrastructure.
Unified Software Deployment Across Network Domains
The company is positioning the integration of OcNOS with Broadcom Qumran3-based platforms as a method to eliminate the need for specialized, fragmented equipment overlays. Currently, service providers often deploy diverse management and automation frameworks to handle different network segments, a practice the company suggests increases costs and operational complexity. By utilizing a single network operating system across all domains, operators can theoretically select hardware from various open networking vendors—such as UfiSpace or Edgecore Networks—based on specific requirements for port density, buffering, or security, rather than being forced to adopt different software for each segment.
This unified approach is designed to address specific scaling requirements at different layers of the architecture. In the Access and Aggregation layers, the company highlights the use of compact Qumran3U and Qumran3A-based platforms to aggregate mobile and access traffic. These platforms are intended to support MEF 3.0 certified E-Line and E-LAN services, hierarchical QoS, and hardware-accelerated MACsec and IPSec. For Core and Provider Edge deployments, the Qumran3D chip is designed to deliver up to 25.6 Tb/s of switching capacity on a single 5nm chip, supporting Ethernet port rates ranging from 100 Gb/s to 800 Gb/s.
Scaling Capacity via Coherent Optics and High-Density Hardware
Beyond standard switching, IP Infusion is linking its software capabilities to advanced optical transport requirements. The company states that OcNOS integrates management and telemetry for coherent optics, which is intended to allow operators to monitor performance and incorporate optical data into existing frameworks without requiring dedicated optical transport equipment. Specifically, Qumran3D-based hardware platforms are expected to support 800ZR+ coherent optics, which the company identifies as a solution for scaling Data Center Interconnect (DCI) and IPoDWDM Transport.
This capability is aimed at service providers facing tight constraints regarding physical rack space and power consumption. The company suggests that the high system density provided by the Qumran3D chip allows operators to consolidate network capacity into fewer physical systems. This consolidation is intended to reduce the total number of physical interconnects required for a given traffic load while managing the power-per-bit efficiency. By providing a common management and automation framework, IP Infusion aims to allow providers to scale their site interconnect capabilities while maintaining a consistent operational model from the network edge to the core.
Key Takeaways
- IP Infusion is extending its OcNOS network operating system to support the Broadcom Qumran3 family, adding to over 50 existing open hardware platforms.
- The Qumran3D chip provides up to 25.6 Tb/s of switching capacity on a single 5nm chip, supporting Ethernet port rates from 100 Gb/s to 800 Gb/s.
- OcNOS on Qumran3-based hardware is designed to support 800ZR+ coherent optics for Data Center Interconnect and IPoDWDM Transport solutions.
TechInsyte's Take
In our view, IP Infusion’s move to integrate OcNOS with the Broadcom Qumran3 family is a calculated attempt to capitalize on the industry's shift toward disaggregated, open networking. By offering a single software layer that spans from the access edge to the 800G core, the company is directly challenging the traditional model where service providers must manage a patchwork of proprietary vendor ecosystems. This strategy targets the specific pain points of modern infrastructure: the need for massive capacity increases driven by 5G and high-speed broadband, coupled with the reality of strictly limited power and rack-space budgets. If service providers can successfully adopt a unified OS across these diverse domains, it could significantly lower the barrier to entry for open hardware and reduce the long-term operational overhead of managing heterogeneous network segments.
Questions & Answers
How does the Qumran3 integration address the physical constraints of modern data centers and edge sites?
The integration utilizes high-density hardware, such as the Qumran3D chip, which delivers up to 25.6 Tb/s of switching capacity on a single 5nm chip. This density is intended to allow operators to consolidate capacity into fewer systems, thereby reducing the required rack space, power consumption, and the number of physical interconnects needed for specific traffic loads.
What specific security and timing features are available for Access and Aggregation layers?
For Access and Aggregation, the OcNOS-supported Qumran3U and Qumran3A platforms provide hardware-accelerated MACsec and IPSec on every port. Additionally, they support SyncE and IEEE 1588v2 timing, alongside MEF 3.0 certified E-Line and E-LAN services and hierarchical QoS.
In what way does the software simplify optical transport management?
The company states that OcNOS integrates management and telemetry capabilities for coherent optics. This allows operators to monitor performance and integrate optical information into existing network operations, which is intended to eliminate the necessity for dedicated, separate optical transport equipment.
Which hardware vendors are mentioned in relation to this open networking deployment?
The announcement explicitly mentions UfiSpace and Edgecore Networks as examples of Open Networking Hardware vendors that support these types of configurations.
Source: IP Infusion
