MPN DDX30-EURO
EAN/UPC 5055109101610
Stock level
Flexible 30-port KVM matrix switch for DVI/DisplayPort/VGA, USB and audio. Combined with the DDX CAM and DDX USR, the DDX30 forms the basis a KVM Matrix.
The ADDERView® DDX30 is a high performance KVM Switch that provides powerful functionality inside a small, compact form factor. Featuring Adder’s trusted lossless KVM extension technology with flexi-port switching capability, the DDX30 enables multiple users to access multiple computers located safely and securely inside your server room...
CE, FCC
Metal
Y/Yes
Black
Yes
No
10/100/1000Base-T(X)
Yes
30
0 - 40 °C
3 kg
Yes
Yes
WUXGA
1920 x 1200 Pixels
29 user(s)
23
50 - 60 Hz
100 - 240 V
0.7 A
12 V
AC
2.5 kg
16 cm
3.1 cm
43.5 cm
2 Year(s)
Flexible 30-port KVM matrix switch for DVI/DisplayPort/VGA, USB and audio. Combined with the DDX CAM and DDX USR, the DDX30 forms the basis a KVM Matrix.
The ADDERView® DDX30 is a high performance KVM Switch that provides powerful functionality inside a small, compact form factor. Featuring Adder’s trusted lossless KVM extension technology with flexi-port switching capability, the DDX30 enables multiple users to access multiple computers located safely and securely inside your server room. Combined with the DDX CAM and DDX USR, the DDX30 forms an integral part of a KVM Matrix. It is also available with 10 ports.
Flexible: a 30 port extender with matrix capabilities, whose ports can be re-configured as inputs or outputs as required
Secure Matrix Installation: Direct Connect matrix that operates on proprietary KVM hardware off your network
Ergonomically optimized: hardware can be removed from desks up to 50m away from user console, reducing noise levels and increasing employee comfort and productivity
Intuitive user-interface: multi-view thumbnail on-screen display and user permissions
High Quality video: lossless HD video in real-time
Compact and efficient: 'Zero U' DVI, VGA and DisplayPort Computer Access Modules (CAMs) available
*The product data above is provided by Icecat. EET cannot be held responsible for errors in relation to this.