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Broadcom releases Trident 5-X7 Ethernet switch ASIC with 400G ports, pushing campus AI networking into new performance tier.

High-speed custom interconnect ASICs are becoming critical AI infrastructure bottleneck; Broadcom's new campus-grade switch accelerates cluster networking consolidation.
Trade pressSlicast · June 29, 2026 · US · Source: Google News
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Broadcom's Trident 5-X7 is a high-performance, programmable Ethernet switch ASIC designed for campus, edge, and aggregation networks. The chip supports port speeds up to 400G with dense 100G deployments, delivering up to 12.8 Tbps of switching capacity. It underpins many OEM switch platforms, providing network vendors with a common silicon base for advanced quality-of-service, segment routing, and telemetry while allowing differentiation through software and form factor.

The Trident 5-X7 integrates advanced traffic management, deep buffers, and flexible pipeline stages, enabling operators to shape flows for video, collaboration, and AI inference workloads without requiring constant hardware upgrades. The chip is designed on a modern process node with improved performance per watt compared to earlier Trident generations, reducing thermal and power demands in dense rack deployments.

A key differentiator is its rich on-chip telemetry capabilities, including inband network telemetry (INT) and detailed flow-level statistics that allow operators to detect microbursts and congestion hotspots in near real time. Network architect Ram Velampalli notes that these capabilities replace the historical practice of "guessing from SNMP graphs" with packet-level insight. The chip also supports streaming telemetry exports to observability platforms for latency and loss visualization across network paths.

For campus CIOs, Trident 5-X7 bridges data center-grade speeds with enterprise-grade features such as MACsec, VXLAN, and advanced access control lists—a combination increasingly relevant as office environments consolidate video conferencing, AR demonstrations, and small-scale AI inference onto the same switching infrastructure as traditional business applications. Network engineer Lisa Chen notes that newer Trident 5-based chassis operate "noticeably quieter at idle" compared with older equipment, though fan noise still increases under full load.

Broadcom ships Trident 5-X7 with its SDK and supports integrations into leading network operating systems, including OEM variants and controller-driven fabrics. The programmable pipeline allows operators to apply segment routing headers, telemetry markers, and QoS classes without hardware changes, a significant advantage when campus applications evolve faster than equipment depreciation cycles.

In the campus and aggregation segment, Trident 5-X7 competes with other merchant switch ASIC vendors and vertical silicon from large OEMs. Broadcom maintains a strong position through its wide portfolio and relationships with major switch vendors, though regulatory scrutiny and customer concentration remain investor considerations. Compared with Broadcom's Tomahawk line, which targets hyperscale data center fabrics, Trident prioritizes feature richness and flexibility over raw port count, allowing Broadcom to address both cloud operators and traditional IT organizations with silicon tailored to their respective requirements. Broadcom trades on NASDAQ under ticker AVGO (ISIN US11135F1012).

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Broadcom releases Trident 5-X7 Ethernet switch… · Slicast