TP-Link SX6632YF Switch L3 26xSFP+ 6xSFP28 Stack€3,556.68excl. VATRRP €3,695.904%
TP-Link SX6632YF Switch L3 26xSFP+ 6xSFP28 Stack
TP-Link SX6632YF Switch L3 26xSFP+ 6xSFP28 Stack
TP-Link SX6632YF Switch L3 26xSFP+ 6xSFP28 Stack
TP-Link SX6632YF Switch L3 26xSFP+ 6xSFP28 Stack
TP-Link SX6632YF Switch L3 26xSFP+ 6xSFP28 Stack
TP-Link SX6632YF Switch L3 26xSFP+ 6xSFP28 Stack
TP-Link SX6632YF Switch L3 26xSFP+ 6xSFP28 Stack
TP-Link SX6632YF Switch L3 26xSFP+ 6xSFP28 Stack
TP-Link SX6632YF Switch L3 26xSFP+ 6xSFP28 Stack
TP-Link SX6632YF Switch L3 26xSFP+ 6xSFP28 Stack
TP-Link SX6632YF Switch L3 26xSFP+ 6xSFP28 Stack
TP-Link SX6632YF Switch L3 26xSFP+ 6xSFP28 Stack
TP-Link SX6632YF Switch L3 26xSFP+ 6xSFP28 Stack
TP-Link SX6632YF Switch L3 26xSFP+ 6xSFP28 Stack
TP-Link SX6632YF Switch L3 26xSFP+ 6xSFP28 Stack
TP-Link SX6632YF Switch L3 26xSFP+ 6xSFP28 Stack
TP-Link SX6632YF Switch L3 26xSFP+ 6xSFP28 Stack
TP-Link

TP-Link SX6632YF Switch L3 26xSFP+ 6xSFP28 Stack

SKU: sx6632yf|Only 4 ready to ship!

€3,556.68excl. VATRRP €3,695.904%

Description

The TP-Link Omada SX6632YF Stackable L3 Managed Switch delivers enterprise-grade networking performance for large-scale deployments. Designed for IT professionals managing campus and enterprise networks, this switch offers flexible deployment options at core, aggregation, or access layers. It features high-speed 25 Gbps SFP28 slots and delivers up to 820 Gbps switching capacity per unit. With comprehensive Layer 3 routing protocols including Static Routing, RIP, OSPF, and ECMP, it supports scalable network growth. The switch ensures maximum uptime with redundant power supplies, fans, and VRRP support for dynamic failover. As part of the Omada SDN ecosystem, it enables 100% centralized cloud management through an intuitive dashboard for real-time monitoring, traffic analysis, and network topology visualization. Multi-user privilege assignment and role-based access control enhance security and operational efficiency. Ideal for hospitality, education, retail, and office environments requiring reliable, high-performance networking infrastructure.

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