SONiC Migration
Structured migration from proprietary NOS to SONiC across live carrier infrastructure — zero service interruption.
PalC engineers open, disaggregated telecom and edge networks - from SONiC migration and packet broker infrastructure to 5G xHaul, CORD access, and NOC integration.
From initial SONiC evaluation through production rollout — PalC covers every layer of the telecom and edge stack.
Structured migration from proprietary NOS to SONiC across live carrier infrastructure — zero service interruption.
Disaggregated packet brokering on SONiC for LI, DPI, NPM, and security tap — open hardware, carrier grade.
SONiC-based deployment across xHaul, CORD access, metro aggregation, and white box optical transport.
Full telemetry pipeline from SONiC switch to the dashboards your NOC team watches — gNMI, Grafana, SNMP.
Engineering IP and packet optical networks for metro, long-haul, and access aggregation environments.
Open control planes, network automation, and SDN integration for multi-vendor telecom environments.
| Capability | SONiC | Proprietary |
|---|---|---|
| Open-source & auditable | ✓ | ✗ |
| Run on any whitebox HW | ✓ | ✗ |
| Community-driven features | ✓ | Partial |
| Carrier-grade routing | ✓ | ✓ |
| gNMI / streaming telemetry | ✓ | Varies |
| Zero vendor lock-in | ✓ | ✗ |
| TIP / ONF aligned | ✓ | ✗ |
Decouple NOS from hardware. Run validated SONiC builds on Edgecore, Accton, and other whitebox platforms with full feature parity.
PalC's SONiC NOS ships with 700+ IntelliSuite-validated test cases across 14 feature domains — failover <200ms, 100G line rate proven.
gNMI, gRPC, and SNMP built-in. Plug directly into your NOC's Grafana or SNMP manager without additional agents or middleware.
SONiC is the NOS of choice for TIP and ONF open networking initiatives. PalC contributes to both — your deployment stays community-aligned.
Five phases. Live traffic preserved throughout. PalC owns the full migration engineering.
Existing topology, config, traffic profiles and hardware inventory mapped.
Custom SONiC NOS validated against your feature set and traffic patterns.
SONiC deployed alongside existing NOS — traffic mirrored for side-by-side comparison.
Traffic shifted in controlled windows — rollback capability maintained.
Full telemetry integration, runbook handover, and steady-state ops support.
PalC's Disaggregated Packet Broker (DPB) runs on SONiC and open whitebox hardware — replacing expensive proprietary TAP infrastructure while delivering carrier-grade filtering, aggregation, and replication at line rate.
DPB Product DetailsPalC engineers SONiC-based networks at every layer of the telecom infrastructure.
Fronthaul · Midhaul · Backhaul
eCPRI and IP-based fronthaul over SONiC switching fabric, with low-latency timing (IEEE 1588).
Open access aggregation
Disaggregated central office deployments with VOLTHA-based access aggregation and management.
Open packet optical transport
Open NOS integration with whitebox optical transponders, ROADMs, and multi-vendor interoperability validation.
A SONiC deployment that isn't integrated into your NOC is not production-ready. PalC builds the complete telemetry pipeline so your team monitors SONiC nodes in the same dashboards as the rest of the network.
Per-interface counters, port states, BGP session health, and CPU/memory streamed in real-time to your data pipeline.
Pre-built dashboards for SONiC node visibility — customized to your topology and escalation thresholds.
Full MIB support and SONiC traps configured to existing NOC alerting workflows.
Event correlation, automated fault isolation, and operational runbooks tailored to SONiC-specific scenarios.
Contributing to TIP and ONF — the two organizations shaping how carriers deploy disaggregated, open infrastructure globally.
PalC participates in the Telecom Infra Project (TIP) — the global operator-led initiative to drive open, disaggregated infrastructure adoption across mobile and fixed access networks.
PalC contributes to ONF's open networking projects — including VOLTHA (Virtual OLT Hardware Abstraction), CORD, and Aether. Engineers have deployed and validated access aggregation in production carrier environments.
Deployments across AI fabrics, multi-cloud, automation, and security.
Open networking patterns that preserve service continuity while enabling operational visibility.
Migrating metro and core switches from proprietary NOS without disruption across live carrier traffic.
Open packet brokering for LI, DPI, and NPM on SONiC — replacing proprietary TAP switches.
SONiC-based xHaul for Open RAN — fronthaul, midhaul, and backhaul with low latency.
CORD and VOLTHA-based PON aggregation with central office disaggregation.
Open NOS for packet optical transponders with Goldstone NOS — long-haul without proprietary optical controllers.
End-to-end telemetry integration so SONiC nodes are visible in NOC dashboards from day one.
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Next steps
Whether you are evaluating open networking for the first time or planning a production rollout, PalC can define the right approach for your environment.