Draco Tera Enterprise KVM Matrix Switches

DRACO TERA ENTERPRISE
Draco tera enterprise KVM matrix switches are designed to route and distribute KVM and peripheral signals, such as audio and USB data, and interconnect with Draco vario ultra extenders. They enhance workflow and collaboration based on built-in, any signal to any signal, routing and distribution capabilities. Topped by outstanding authentication and access management options the central management controller provides.

Category: IHSE KVM Switches

DRACO TERA ENTERPRISE

Draco tera enterprise KVM matrix switches are designed to route and distribute KVM and peripheral signals, such as audio and USB data, and interconnect with Draco vario ultra extenders. They enhance workflow and collaboration ba– sed on built-in, any signal to any signal, routing and distribution capabilities. Topped by outstanding authentication and access management options the central management controller provides.

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SCALABILITY AND AVAILABILITY

The enterprise series offers a fully modular design that allows expansion of the system to 576 ports in increments of 8-ports. The switches support controller-redundancy with auto-failover for continuous operation (except 160-port version). All active system components can be added or replaced while the system is up and running. This hot-swap ability is a key feature for mission critical environments.

SIGNAL INTEGRITY AND PERFORMANCE

Draco tera matrix switches route each signal on individual signal paths, guaranteeing full bandwidth and full signal performance. Routing of signals is latency free as no overhead protocol is required; it only takes a few nanoseconds for the signals to pass through the switch.

VERSATILITY OF SIGNAL ROUTING

The Draco tera enterprise line is primarily designed to route video signals from full HD to 4K60 and from VGA, DVI, HDMI to DisplayPort. It also offers switching of USB 3.x signals with up to 5 Gbit/s bandwidth using the universal I/O- card and native SDI signals.

MANAGEMENT AND CONTROL

Draco tera switches are designed for ease of operation. This begins with auto-recognition of Draco KVM components and continues with comprehensive in-band management of signal routing. All connected endpoints can be assigned individual names for identification. Signal routing itself can be performed using the on-screen-menu or simple key- board keystrokes (hotkeys). Draco tera offers an API interface to interface with any professional media control system or simple scripting.

FEATURES & BENEFITS

High-density KVM matrix platform
Cat X, fibre and hybrid 1G/3G models
Scales from 8 ports to 576 ports
Routing of USB 3.x @ 5 Gbit/s
Electronic patch panel for Gigabit Ethernet
Enterprise feature set (SSL, Dual NIC, SNMPv3)
Fieldexpandable/repairable/hot-swapcapability
Supports complete Draco extender line
Controllercardfail-overfunctionality
Compatible with Draco tera flex (matrix grid)
Multilingual OSD support

DoratoConnect can help you choose your chassis, front plate and I/O modules. Give us a call at 613-860-4583 for assistance.

FULLY REDUNDANT KVM SYSTEM ARCHITECTURE

Redundancy in KVM extenders enable extender connections between computers and remote user workstations to continue over a secondary link, in case the primary link fails.

IHSE offers the most comprehensive range of redundant KVM systems. Extenders are available with redundancy at the source end (CPU), workstation end (CON) or both. In the case of an interconnection failure the redundant link ensures continuous and uninterrupted communication between the CON Unit and CPU Unit: transmission faults are automatically detected and indicated. Data flow is instantly switched to the secondary transmission link. See various scenarios below:

Fully Redundant Matrix Operation

All user stations with redundant CON Units can still reach all redundant CPU Units even if one matrix fails.

Semi Redundant Matrix Operation

Half of the user stations can still reach all redundant CPU Units even if one matrix fails.

Fallback Scenario

If the matrix fails, all user stations with redundant CON Units are automatically connected point-to-point to a CPU for an emergency setup.

Semi Redundant Single Operation

Both non-redundant and redundant CON Units can access redundant CPU Units. The redundant CON Units can still access the CPU Units even in case losing the primary link.

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