Draco tera compact 8 port, 16 port and 64 port

  • Draco tera compact
  • Input/Output: Cat X, Cat X XV, Fiber, Fiber XV
  • Distance : 140m, 100m, 10km, 5km
  • Bandwidth: 1G, 3G, 1G, 3G
Signal types: DisplayPort, HDMI, DVI-D, DVI-I, USB 2.0, USB-HID, RS232, RS422, analog/digitaes or balanced audio.
  • Universal /strong
  • Input/Output: Multi-Mode Fiber, Coaxial
  • Distance : 100m, 100m
  • Bandwidth: 6G, 6G
Signal types: USB 3.0, SDI

Matrix KVM Switch Multi-User System

The Draco tera compact is the compact version of the Draco tera enterprise – a KVM matrix switcher in a particularly compact design. Especially for small and medium-sized installations. In contrast to the Draco tera enterprise, the Draco tera compact does not have any variable modules, but thanks to its compact size of only one or more modules. two 19″ HE can be used particularly flexibly. Various sizes available with 8, 16, 32, 48, 64 and 80 Cat-X or fiber optic connectors. In addition, there are special universal versions for USB 3.0 or SDI, various hybrid versions. As with the Draco tera enterprise matrices, all ports can be defined as input and output. The new XVs with increased bandwidth of 3G are particularly suitable for the lag-free switching of large amounts of data such as 4K videos in optimal image quality and are available in all known sizes.

Features Draco tera compact

  • Compact size of one U or two U
  • Port Connectors for Cat X, Fiber and Coaxial
  • Instant Switching
  • Flex-Port technology can be used as both input and output ports
  • Mix & Match: Fiber Optic Ports Can Be Switched to Cat-X Ports and Vice Versa
  • Matrix Grid Option enables multi-matrix connections through grid lines
  • Java-based Draco tera tool for configuration, operation, and maintenance
  • Support for KVM, USB 2.0/3.0, SDI
  • Updateability of the extenders via the matrix
  • API service for connection with external media controllers
  • Multi-screen control 8 ports
  • LDAP User Management
  • SNMP & Syslog
  • Redundant power supply
  • Support for full or partial matrix redundancy

 

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