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Enterprise Networking from Edge to Core to Cloud
Open, scalable, and resilient networking fabrics — purpose-built to eliminate bottlenecks, feed massive GPU clusters, and accelerate your time-to-insight.
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Dell Technologies Titanium Partner with 20+ years of enterprise networking expertise. We don't just sell switches — we help you architect the right fabric for your workload.
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Competitive quotes on every Dell networking product. Call for bulk pricing.
Talk to networking specialists who understand spine-and-leaf, AI fabrics, and edge deployments.
Full Dell warranty, ProSupport, and lifecycle management on every order.
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A compact, high-performance ToR solution for modern enterprise workloads
Rack density is the primary constraint. Architects need high-density server connectivity without sacrificing 100GbE uplinks for core aggregation.
Recommended: Dell EMC S4112T-ON
1RU half-width. Deploy in pairs using Dual Tray — two switches in a single 1RU for redundant ToR.
12x 10GBase-T + 3x 100GbE QSFP28 uplinks. Multi-rate flexibility for modern server environments.
3-year ProSupport Plus with Mission Critical 4-hour onsite service for 24/7 environments.
Quick Reference
Hyperscale AI & Data Center Core 400G / 800G
Ultra-high throughput and lossless GPU-to-GPU backend fabrics.
| Switch Model | Port Density | Capacity | Forwarding | ||
|---|---|---|---|---|---|
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SN6800-LD | 512 x 800GbE | 409.6 Tbps | — | Details |
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SN6810-LD | 128 x 800GbE | 102.4 Tbps | — | Details |
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Z9864F-ON | 64 x 800GbE | 102.4 Tbps (FD) | 20.3 Bpps | Details |
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Quantum-X800 Q3400 | 144 x 800Gb/s (IB) | 115.2 Tbps | — | Details |
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SN5610 | 64 x 800GbE | 51.2 Tbps | — | Details |
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Z9664F-ON | 64 x 400GbE | 51.2 Tbps (FD) | — | Details |
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Quantum-2 QM9700 | 64 x 400Gb/s (IB) | 51.2 Tbps | 66.5 Bpps | Details |
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Z9432F-ON | 32 x 400GbE | 25.6 Tbps (FD) | — | Details |
Spine/Leaf & Server Aggregation 10G – 400G
Frontend AI networks, high-density storage, and enterprise scale-out architectures.
| Switch Model | Port Density | Capacity | Forwarding | ||
|---|---|---|---|---|---|
|
S5448F-ON | 48 x 100GbE + 8 x 400GbE | 16.0 Tbps (FD) | 2.6 Bpps | Details |
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S5296F-ON | 96 x 25GbE + 8 x 100GbE | 6.4 Tbps (FD) | 4.8 Bpps | Details |
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S5232F-ON | 32 x 100GbE | 6.4 Tbps (FD) | 4.8 Bpps | Details |
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S5248F-ON | 48 x 25GbE + 4 x 100GbE | 4.0 Tbps (FD) | 3.0 Bpps | Details |
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S5212F-ON | 12 x 25GbE + 3 x 100GbE | 2.16 Tbps (FD) | 880 Mpps | Details |
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S4148F-ON | 48 x 10GbE + 4 x 100GbE | 1.76 Tbps | 1.32 Bpps | Details |
Edge, Campus & Management 1G – 100G
Out-of-band management, distributed edge ecosystems, and campus deployments.
| Switch Model | Port Density | Capacity | Forwarding | ||
|---|---|---|---|---|---|
 |
E3248PXE-ON | 48 x multi-gig + 4 x 25G + 2 x 100G | 1.56 Tbps | 2.16 Bpps | Details |
|
S3248T-ON | 48 x 1G + 4 x 10G + 2 x 100G | 576 Gbps (FD) | 800 Mpps | Details |
 |
E3248P-ON | 48 x 1G + 4 x 10G + 2 x 100G | 576 Gbps | 800 Mpps | Details |
 |
E3224F-ON | 24 x 1G + 4 x 10G + 2 x 100G | 528 Gbps | 733 Mpps | Details |
|
SN2201 | 48 x 1G + 4 x 100G | 448 Gbps | — | Details |
Break Free from Vendor Lock-In
Our platforms utilize ONIE for zero-touch installation of your preferred Network Operating System, aligning infrastructure with your team's exact skillsets and tools.
Z9864F-ON, Z9664F-ON, Z9432F-ON
Enterprise SONiC or SmartFabric OS10. Hyperscale AI fabrics and massive data center core networks.
S5448F-ON, S5200, S4100
SmartFabric OS10 or Enterprise SONiC. Scalable leaf/spine, enterprise converged, and Web 2.0.
E3248PXE-ON, E3224F-ON
Enterprise SONiC (48-port) or SmartFabric OS10 (24-port). Edge modernization and high-PoE branch offices.
SN6000, SN5610, SN2201
NVIDIA Cumulus Linux or Enterprise SONiC / Pure SONiC. Cloud-native and accelerated AI Ethernet fabrics.
QM9700, Quantum-X800
NVIDIA MLNX-OS / NVOS with Unified Fabric Manager. Ultra-low latency deterministic GPU backend fabrics.
Containerized, open-source NOS for massive scale. DCQCN, dynamic load balancing for AI traffic.
Automated L2/L3 networking with seamless VMware ecosystem integration for enterprise data centers.
API-first Linux NOS hardened in the world's largest data centers for cloud and AI fabrics.
Re-Architecting for Trillion-Parameter LLMs
The transition from traditional data centers to "AI Factories" represents a fundamental architectural shift: moving away from general-purpose infrastructure toward specialized environments designed for the collective efficiency of massive GPU clusters.
Key Architectural Shifts
- Managing Synchronous "Elephant Flows" and Tail Latency: Traditional data centers handle asynchronous web traffic. AI training is synchronous, generating massive "elephant flows" (>1 GB). AI Factories eliminate tail latency for lossless transmission.
- The Shift to "Rail-Optimized" Network Topologies: AI Factories use Rail-Optimized topologies, grouping GPUs logically to create direct, single-hop paths, reducing P99 tail latency by 73–77%.
- Ultra-High Bandwidth and Lossless Protocols: Utilizing 400Gb/s and 800Gb/s fabrics, they use RDMA and RoCEv2 to allow memory-to-memory data writes between GPUs, bypassing the CPU.
- Extreme Power Density and Liquid Cooling: AI racks demand 40kW to 140kW+. They require direct-to-chip (DTC) and enclosed rear-door heat exchangers (eRDHx) to neutralize IT heat.
- Co-Packaged Optics (CPO) and Linear Pluggable Optics (LPO): At 800Gb/s, CPO integrates silicon photonics into the switch ASIC. LPOs eliminate the DSP chip to lower power consumption by 50%.
Future-Ready Infrastructure
Deploying this architecture prepares your environment for the continuous data loops required by emerging Agentic AI workflows.
Navigate Complexity with Expert Support
Network blueprinting and architectural analysis.
Zero-touch deployments via ProDeploy Enterprise Suite.
24/7 ProSupport with predictive analytics.