Data Center AI

XS-DC-64X200-LS-G1

64-port 200G leaf/spine switch for high-bandwidth storage, compute, and scale-out data center fabrics.

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Provides 64x200G QSFP56 ports for dense high-throughput fabric designs
Supports SONiC automation, fabric routing, and telemetry-led operations
Bridges 100G fabric estates toward higher-bandwidth 200G and 400G designs

XS-DC-64X200-LS-G1 front panel product image

Deployment Context

Where this platform fits.

Review positioning, capability notes, and deployment guidance for this xSONiC platform.

Product Positioning

XS-DC-64X200-LS-G1 gives xSONiC customers a 200G same-speed fabric option between dense 100G environments and 400G spine/core designs. It is positioned for data centers that need more bandwidth per port while keeping cabling and topology models straightforward.

Core Capabilities

Delivers 64x200G QSFP56 ports for high-throughput leaf/spine fabrics.
Provides 12.8Tbps switching capacity in a dense fixed-switch design.
Supports BGP-EVPN, VXLAN, MLAG, ECMP, and RoCEv2-oriented Ethernet fabrics.
Works well for storage, compute, AI-adjacent, and east-west traffic domains.
Supports automation-led provisioning and telemetry-based operations.

Technical Notes

Switching capacity: 12.8Tbps.
Packet forwarding rate: up to 19,040Mpps.
Port profile: 64x200G QSFP56 plus auxiliary 10G ports.
Physical profile: high-density fixed switch platform.
Power and cooling: hot-swappable redundant power and fan modules.

Typical Deployment Scenarios

Use XS-DC-64X200-LS-G1 when 100G fabrics need a bandwidth step-up but the network does not require a full 400G port profile at every fabric node. It is especially useful for storage-heavy clusters, high-throughput virtualization environments, and growing AI/HPC pods.

Applications and deployment scenarios

200G leaf/spine fabrics for data-intensive compute and storage
High-bandwidth aggregation between 100G access and 400G spine layers
RoCEv2-ready storage, AI, HPC, and east-west traffic domains
Scale-out enterprise and service provider data center fabrics

Datasheet and procurement documentation: Request Product Datasheet or request a configuration review.

Specification Overview

Technical specifications.

Use this table as the fast path for platform sizing, port planning, and software compatibility checks.

Category	Data Center AI
OEM Reference Model	CX664D-N
Rack Units	2U
Ports	64x 200G QSFP56 / 2x 10G SFP+ management or auxiliary ports
Switching Capacity	12.8Tbps
Forwarding Rate	19,040Mpps
OS Version	Enterprise SONiC / xSONiC OS profile
Protocols	BGP, BGP-EVPN, VXLAN, MLAG, RoCEv2
Management	CLI, REST API, gNMI, ZTP, Python, Ansible

Buying FAQ

Procurement questions.

Short answers for buyers comparing fit, support, and quote requirements before contacting xSONiC.

What is XS-DC-64X200-LS-G1 used for?

XS-DC-64X200-LS-G1 is a quote-only xSONiC product in the Data Center AI family. It is positioned for 200G leaf/spine fabrics for data-intensive compute and storage.

What specifications should buyers check before quoting XS-DC-64X200-LS-G1?

Start with Category: Data Center AI; OEM Reference Model: CX664D-N; Rack Units: 2U; Ports: 64x 200G QSFP56 / 2x 10G SFP+ management or auxiliary ports. Buyers should also confirm the deployment role, operating software profile, optics or cabling requirements, lead time, support scope, and any environment-specific constraints before purchase.

Is XS-DC-64X200-LS-G1 sold with public pricing?

No. XS-DC-64X200-LS-G1 is handled through a quote flow so xSONiC can confirm current pricing, availability, lead time, configuration, and deployment requirements for the buyer's environment.

How is XS-DC-64X200-LS-G1 supported in Australia?

xSONiC is operated by XGY Pty Ltd in Australia. Support scope, configuration assistance, documentation, and handover requirements are confirmed during quotation and delivered by the xSONiC team in Australian time zones.

What does the OEM or reference model mean for XS-DC-64X200-LS-G1?

OEM and source references are used to help identify the underlying hardware profile. The xSONiC product page and quote flow remain the canonical source for local configuration, support scope, availability, and commercial terms.

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