Lindy - KVM / audio / USB switch - 2 ports

Article-No.:
218273
Manufacturer-No.:
39306
EAN/GTIN:
4002888393065
WEEE Nummer
DE64817326
Technical specifications

General

Packaged Quantity
1

Ports

Qty
2
Type
KVM / audio / USB

Networking

Type
KVM / audio / USB switch
Ports Qty
2

KVM

KVM V-Sync Rate At Max Resolution
60 Hz
KVM Max Supported Video Resolution
3840 x 2160
KVM Local Users Qty
1 local user
Keyboard / Mouse Interface
USB

Power Device

Type
External power adapter

Dimensions & Weight

Width
18,4 cm
Depth
6 cm
Height
3,5 cm
Weight
674 g

Dimensions & Weight (Shipping)

Shipping Width
23,5 cm
Shipping Depth
19,8 cm
Shipping Height
6,3 cm
Shipping Weight
860 g

Service & Support

Type
2-year warranty

Miscellaneous

Color
Black
Color Category
Black
Description
The Lindy 2 Port Dual Head DP 1.2 KVM Switch is a powerful, compact solution for providing access and control over two dual head, DisplayPort equipped PCs using a single set of peripherals and displays. Four USB 2.0 ports allow for the connection and sharing of USB peripherals and storage devices between host PCs seamlessly. Supporting the highest, practical, digital video resolutions up to 3840 x 2160 @ 60 Hz on two displays simultaneously, this switch is ideal for the most demanding office-based tasks such as computer-aided design, videography, rendering and more, only made possible by its proficiency in outputting a combined resolution of 7680 x 2160.
Support for a wide-range of USB devices ensure maximum compatibility with existing keyboards, mice, headsets, printers and more, virtually guaranteeing integration of the switch in existing environments will be completely hassle-free. Female DisplayPort connectors provide flexibility and hands the user jurisdiction to use existing cabling in appropriate lengths. Installation within new and existing set-ups is uncomplicated, thanks in part to its small form factor, as well as the pre-installed mounting hardware. An industrial, locking DC power connector provides peace of mind as accidental disconnections are almost impossible, perfect for mission critical medical or manufacturing applications.
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