High-capacity xSONiC network fabric operating inside a modern AI data center
xSONiC is the open networking and AI infrastructure brand of XGY Pty Ltd

SONiC open networking and AI infrastructure

Build infrastructure with more architectural control.

xSONiC helps Australian enterprises, data center operators, service providers, and technical partners evaluate and deploy open networking, AI fabric, packet visibility, wireless, storage, and infrastructure platforms.

Explore Products Use the Advisor
Current view AI fabric 01 / 03
Fabric readiness 800G

High-capacity switching for AI and cloud fabrics

Operating model SONiC

Open networking

Deployment scope End to end

Evaluate to deploy

Architecture ready
01

Choose by workload

Start with AI fabric, data center, campus, visibility, wireless, storage, or infrastructure requirements.

02

Validate technical fit

Compare bandwidth, interfaces, NOS compatibility, telemetry, power, and acceptance criteria.

03

Plan the deployment

Connect the shortlist to supply, documentation, integration, support, and rollout accountability.

Product Families

Choose the infrastructure family first.

Move from the deployment requirement into products, specifications, selection guidance, and quote paths without losing context.

64-port 800GbE low-latency data center switch
SONiC Switch
Data Center AI

High-performance, low-latency switching platforms for data center fabrics, AI/ML clusters, and spine-leaf architectures.
xSONiC AI Inference Server front chassis view
AI Server
AI Infrastructure

GPU accelerated inference systems and private AI infrastructure building blocks for enterprise model services.
Enterprise access and aggregation switch
SONiC Switch
Access & Aggregation

Managed switching for campus access, aggregation layers, and branch deployments with open networking flexibility.
400G QSFP-DD optical transceiver module
Optical Module
Optical Transceivers

SFP, SFP+, SFP28, QSFP28, and QSFP-DD optical transceiver modules for multi-vendor interoperability.
xSONiC indoor wireless access point
Wireless AP
Access Points

Enterprise wireless access points for campus, branch, high-density, and indoor/outdoor deployments.
xSONiC high-density network packet broker platform
Visibility Platform
Packet Brokers

High-density network packet broker platforms for traffic aggregation, filtering, replication, load balancing, and security tool delivery.
xSONiC enterprise NVMe SSD family
Storage
NVMe SSD

Enterprise NVMe solid state drives across U.2, M.2, E1.S, and AIC form factors for data center storage, cloud computing, and AI workloads.
Network engineer validating xSONiC switching hardware in an Australian integration lab
Engineering validation Australian project accountability

From shortlist to operation

A deployment process, not just a hardware catalogue.

xSONiC connects product selection with the technical evidence and rollout decisions an infrastructure team needs. The goal is to reduce ambiguity before procurement and keep the deployment path visible.

  1. 01

    Evaluate

    Match port density, bandwidth, software, power, and deployment constraints to a defensible shortlist.

  2. 02

    Validate

    Review interoperability, telemetry, failure behaviour, acceptance criteria, and operating workflows before rollout.

  3. 03

    Deploy

    Move into supply, documentation, integration, and support with the project assumptions already made explicit.

Review technical approach Discuss a deployment

Solution Paths

Start with the environment and outcome.

Each path brings related products, technical considerations, and project decisions together around a recognisable deployment scenario.

High-capacity Ethernet fabric with organised fibre cabling inside a production data center
Data Center

Build open, high-capacity fabrics.

Evaluate spine-leaf, AI fabric, telemetry, and SONiC operating models as one architecture.

  • AI training fabric
  • Cloud spine-leaf
  • Storage networking
Explore path
People using reliable wireless connectivity inside a modern enterprise campus workspace
Enterprise Campus

Modernise access and aggregation.

Plan switching, PoE, wireless, uplinks, and operational visibility across campus environments.

  • University campus
  • Corporate workplace
  • Healthcare estate
Explore path
Engineers operating a private AI machine-vision inspection system in an advanced manufacturing lab
Private AI

Connect networking, storage, and inference.

Review the infrastructure building blocks behind a private AI deployment and its data path.

  • Machine vision
  • Research workloads
  • Sovereign inference
Explore path
Network, procurement, and operations specialists reviewing equipment and acceptance evidence together
Procurement

Turn requirements into a defensible shortlist.

Use explicit fit, validation, and acceptance criteria before purchase or rollout approval.

  • RFP evaluation
  • Acceptance planning
  • Rollout approval
Explore path
Operational Evidence

Visibility belongs in the buying decision.

Throughput matters, but so do operating workflows, telemetry, failure behaviour, and integration. xSONiC helps technical teams evaluate how the infrastructure will be observed and managed after deployment.

router@core-01
router# show interfaces status
xe0 up 100G core-uplink-1
xe1 up 100G core-uplink-2
xe2 up 10G edge-aggregation

router# show bgp summary
10.10.0.1 65010 Established
10.10.0.2 65011 Established

router# show system telemetry
CPU 23% | Mem 41% | FWD Normal

Selection Guides

Compare the criteria before comparing model numbers.

Use focused guides to define the shortlist, identify missing inputs, and prepare a more useful technical conversation.
01 Data Center Switch Ports, fabric capacity, airflow, NOS, and AI workload fit 02 Packet Broker Traffic sources, filtering, oversubscription, and tool delivery 03 Access Point Radio generation, environment, density, power, and management
Next Step

Turn the infrastructure requirement into a practical shortlist.

Bring xSONiC the workload, interfaces, scale, software, environment, and rollout constraints. We will help frame the next technical decision.

Discuss a Project Open the Advisor