LINQ/GbE
LINQ/GbE Rugged Managed Ethernet Switch Box LINQ/GbE is a Rugged Managed Ethernet Switch Box. LINQ/GbE series of products offers 12 or 24 Ethernet ports of 10/100/1000 Mbps. Using the Microchip switch engine VSC7429, users have access to a wide range of Layer 2+ Switching features including but not limited to VLAN support, IPv4/IPv6 multicast, QoS, link aggregation and more. Management access is available via web interface, software API, SNMP or command line interface which is ideal for remote multi-unit updates. LINQ/GbE is a natural progression to an extensive line of small form factor embedded Managed Ethernet Switches readily available from Connect Tech. LINQ/GbE uses a rugged enclosure design that is rated IP68 using solid Aluminum Alloy construction ideal for harsh high-shock and vibration environments.
Xtreme/GbE 24-Port SGMII
Xtreme/GbE 24-Port SGMII 24-Port Managed Carrier Ethernet Switch Connect Tech’s Xtreme/GbE 24-Port Managed Carrier Ethernet Switch provides high density, high port count, Carrier Grade Ethernet switching capabilities in an extremely small embedded form factor. Excellent for any space constrained, mission-critical application needing an embedded high-density/high-port count managed Carrier Switch. The Xtreme/GbE 24-Port Managed Carrier Ethernet Switch implements on-board magnetics for all 24 Gigabit Ethernet Ports, so no external magnetics are required for your end application. The Xtreme/GbE 24-Port also includes 1G SGMII and 2.5 SGMII uplinks. It has been designed from the ground up to ease enclosure/chassis integration by limiting the amount of cabling required for port termination with the ability to remove all cabling entirely. The Xtreme/GbE 24-Port Managed Carrier Ethernet Switch uses a specialized high density Board‑to‑Board/Board‑to‑Cable configuration for port breakouts. Ports can be broken out via a breakout board / carrier that can mate directly to the XDG032/33 or by mating to a high density high-speed Twinax cable. The XDG033 is designed for standalone applications, with all thermal extraction on one layer and connector/ cabling on the opposite layer, where as the XDG032 is intended for single side use case.
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