Vertiv

Vertiv DSR2030-201 KVM Switch Data Input Device

DSR2030 KVM Switch

The amount of computers controlled by this device.

The type of socket in the device for connecting a keyboard e.g. USB.

The type of socket in the device for connecting a video e.g. SCART.

The maximum number of pixels that can be displayed in the image. It is usually quoted as width × height,: for example, "1024 × 768" means the width is 1024 pixels and the height is 768 pixels.

The colour e.g. red, blue, green, black, white.

Amount of power consumed by this model, often expressed in watts (W). Typical values that manufacturers give are power consumption when off, standby/suspended mode, typical use, maximum usage.

The minimum and maximum temperatures at which the product can be safely operated.

The minimum and maximum temperatures at which the product can be safely stored.

Weight of the product without packaging (net weight). If possible, the net weight is given including standard accessories and supplies. Please note that sometimes the manufacturer leaves out the weight of accessories and/or supplies.

The technology that enables connectivity of the device, e.g. wired or wireless.

The type of power supply which this product uses.

An interface on a device to which you can connect another device.

Dimensions of the product (Width x Depth x Height).

The other products, software and hardware this product can be used with.

The number of ports or external interfaces to which other equipment can be connected.

List of regulatory safety standards for all countries in which this product has been certified.

Vertiv DSR2030 KVM Switch. Keyboard port type: USB, PS/2, Mouse port type: USB, PS/2, Video port type: VGA. Maximum resolution: 1600 x 1200 pixels. Product colour: Black. Power consumption (typical): 40 W. Weight: 3.31 kg

Vertiv DSR2030 KVM Switch, 1600 x 1200 pixels, 40 W, Black

Vertiv DSR2030-201 KVM Switch Data Input Device

Reviews

Loading...

Description

Product Features:

Vertiv DSR2030 KVM switch Black

Specification

Ports & interfaces

Performance

Design

Power

Operational conditions

Weight & dimensions

Other features

Media