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Cisco

Cisco N35-H-160X | 160x SFP/SFP28 1/10/25G L1 matrix; PoE: none; uplinks: 0x; license: base

SKU:N35-H-160X

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Description

Ultra‑dense Layer 1 matrix with deterministic nanosecond‑class performance across 160 multi‑rate ports, enabling large‑scale fan‑out, tap, and bypass topologies for trading, labs, and broadcast workflows.

Features

- Extreme port density with nanosecond‑class L1 latency
- Programmable replication, tapping, and bypass workflows
- Wire‑rate, non‑blocking physical crosspoint fabric
- High availability with redundant power and cooling
- Automation‑ready interfaces for rapid, repeatable operations
- Optimized for low‑latency trading, labs, and media networks

Warranty

All products sold by XS Network Tech include a 12-month warranty on both new and used items. Our in-house technical team thoroughly tests used hardware prior to sale to ensure enterprise-grade reliability.

All technical data should be verified on the manufacturer data sheets.

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FAQs

Technical Specifications

FAQs

Q: Is PoE provided?
A: No. The platform does not support PoE.

Q: What transceiver form factors are supported?
A: SFP/SFP+ and SFP28 for 1/10/25G, including compatible DAC and AOC cables.

Q: Does it perform Layer 2 or Layer 3 functions?
A: No. It is a Layer 1 matrix; there is no packet switching or routing.

Q: Do I need additional licenses for basic use?
A: Base functionality is available with the included license; optional features may require add‑ons.

Q: How can I automate provisioning?
A: Use the available CLI or API to integrate with orchestration and CI/CD pipelines.

Technical Specifications

- Layer: 1 (physical crosspoint, non‑packetizing)
- Ports: 160x SFP/SFP28 with 1/10/25G support
- Latency: nanosecond‑class, deterministic port‑to‑port
- Functions: replication, tap aggregation, fan‑out, bypass, mux/demux
- Control plane: no MAC/ARP (pure L1 behavior)
- PoE: not supported
- Management: CLI and automation APIs
- Hardware: redundant hot‑swappable PSUs and fans
- Target environments: HFT, lab interconnect matrices, media/broadcast

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