TRENDnet TI-G642i - 6-Port Industrial Gigabit L2 Managed DIN-Rail Switch

The TRENDnet TI-G642I is a 6-port industrial Gigabit Layer 2 managed switch built for DIN-rail installation. It gives installers four Gigabit copper ports plus two SFP slots for fiber links, and it suits factory floors, outdoor cabinets and other harsh sites. The IP30 metal housing, dual redundant power inputs and a -40° to 75° C operating range are what set it apart.

Key features

• Four Gigabit ports and two SFP slots support 100/1000Base-FX fiber modules.
• The switch has 12Gbps of switching capacity in a hardened IP30 metal housing.
• Layer 2 management covers LACP, STP/RSTP, VLAN and IGMP Snooping.
• IEEE 802.1p QoS with queue scheduling and per-port bandwidth control lets you prioritize traffic.
• Dual redundant power inputs with overload current protection keep the switch running, and an alarm output triggers on power failure.

Specifications

Model: TI-G642i

Brand: TRENDnet

Product Type: Industrial Managed Ethernet Switch

Product Line: Industrial

Product Series: TI

Network Switch Type: Managed

Layer Supported: 2

Total Number of Network Ports: 6

Gigabit Ports: 4

Number of SFP Slots: 2

Shared SFP Slot: Yes

Network Technology: 100/1000Base-FX

Media Type Supported: Optical Fiber

Ethernet Technology: 1 Gbps (Gigabit Ethernet)

Maximum Data Transfer Rate: 1.0Gbps

Switching Capacity: 12Gbps

Networking Standards: IEEE 802.1p

Power over Ethernet (PoE): No

Input Voltage: 20-60V DC

Power Consumption: 12.0W

Power Supply: Sold separately (model: TI-M6024)

Operating Temperature: -40° to 75° C (-40° to 167° F)

Material: Metal

Package Contents: DIN-rail mounting bracket, removable terminal block

Width: 5.00″

Height: 3.00″

Depth: 10.00″

TAA Compliant: Yes

NDAA Compliant: Yes

Environmentally Friendly: Yes

Country of Origin: TW

Installation notes

The power supply is sold separately, so order it with the switch. Wire the DC input and alarm output through the removable terminal block before you mount the unit. Use both power inputs for redundancy, and leave room around the housing for cabling and SFP module access.