Thinklogical’s VelocityKVM systems offer best-in-class fiber optic performance with advanced video, audio and peripheral capabilities. VelocityKVM extenders offer 6.25Gbps bandwidth, to achieve uncompressed, high resolution video with no latency, lost frames or artifacts. Systems are simple plug and play designs, utilizing either multi-mode or single mode fiber. For routing applications, VelocityKVM systems are compatible with Thinklogical’s MX and VX Series Routers. VelocityKVM systems are powered by Thinklogical’s patented Multi-Rate Transmission System (MRTS) technology, which enables multiple data signals (video, audio and peripheral) to be transmitted up to 80km, over a single data stream. MRTS completely reconstructs the data clocks at the destination, to offer perfect synchronization with each transmitted stream.

 

VelocityKVM systems have a simple transmit and receive design. The VelocityKVM Transmitter connects to the source to receive video, audio and peripheral data. The data is multiplexed with Thinklogical’s patented MRTS Technology, and transmitted over SFP+ technology. Fiber provides a secure connection from the transmitter to the receiver, where MRTS Technology demultiplexes the data stream to deliver uncompressed, high resolution data to the destination.

 

The VelocityKVM 4 2x1 Switch Receiver receives data from two transmitters, allowing users to access both a remote source and a local source. Any remote source may be switched to the user, while the local source is not switched and is only accessible by the local user. When no remote source is switched to the 2x1 Receiver the local source will be displayed. When a remote source is switched to the 2x1 Receiver the remote source will be displayed. The system requires four fibers for the standard configuration. The forward channels are dedicated to transmitting video, audio and peripheral data from the sources to the destination. The return channels are dedicated to transmitting DDC/EDID and peripheral data from the destination to the sources. All Thinklogical VelocityKVM systems are configurable with multi-mode or single mode fiber.

 

The VelocityKVM 4 extension systems are designed to support one single-link DVI display, USB HID, full duplex stereo audio, serial (RS-232), PS/2 and stereo emitter. Systems are custom configurable to also support serial RS-422 and USB 2.0 (480 Mbps). Extenders may be further configured with redundant data paths.

 

FORM FACTOR

The VelocityKVM 4 2x1 Switch Receiver is available in a modular form factor. The modular extenders are compact and hot-swappable, enabling users to field configure any modular chassis. Additionally, the optical modules within the receiver are hot-swappable. The modular systems promote system flexibility, scalability and a reduced maintenance effort. For additional information, please see Modular Chassis specifications.

Thinklogical’s VelocityKVM systems offer best-in-class fiber optic performance with advanced video, audio and peripheral capabilities. VelocityKVM extenders offer 6.25Gbps bandwidth, to achieve uncompressed, high resolution video with no latency, lost frames or artifacts. Systems are simple plug and play designs, utilizing either multi-mode or single mode fiber. For routing applications, VelocityKVM systems are compatible with Thinklogical’s MX and VX Series Routers. VelocityKVM systems are powered by Thinklogical’s patented Multi-Rate Transmission System (MRTS) technology, which enables multiple data signals (video, audio and peripheral) to be transmitted up to 80km, over a single data stream. MRTS completely reconstructs the data clocks at the destination, to offer perfect synchronization with each transmitted stream.

 

VelocityKVM systems have a simple transmit and receive design. The VelocityKVM Transmitter connects to the source to receive video, audio and peripheral data. The data is multiplexed with Thinklogical’s patented MRTS Technology, and transmitted over SFP+ technology. Fiber provides a secure connection from the transmitter to the receiver, where MRTS Technology demultiplexes the data stream to deliver uncompressed, high resolution data to the destination.

 

A VelocityKVM 4 system requires two fibers for the standard configuration. The forward channel is dedicated to transmitting video, audio and peripheral data from the source to the destination. The return channel is dedicated to transmitting DDC/EDID and peripheral data from the destination to the source. All Thinklogical VelocityKVM systems are configurable with multi-mode or single mode fiber. The VelocityKVM 4 extension systems are designed to support one single-link DVI display, USB HID, full duplex stereo audio, serial (RS-232), PS/2 and stereo emitter. Systems are custom configurable to also support serial RS-422, USB 2.0 (480 Mbps), FireWire 800, 10/100 Network, Professional Audio, and LC, SC or ST connector types. Extenders may be further configured with redundant data paths, separate audio and/or peripheral data paths and color correction technology.

 

FORM FACTOR

VelocityKVM 4 systems are available in two, completely compatible form factors. The fixed extenders are factory configured, as a single RU chassis. The modular extenders are compact and hot-swappable, enabling users to field configure any modular chassis. Additionally, the optical modules within the modular extenders are hot-swappable. Modular systems promote system flexibility, scalability and a reduced maintenance effort. For additional information, please see Fixed and Modular Chassis specifications.

Thinklogical’s VelocityKVM systems offer best-in-class fiber optic performance with advanced video, audio and peripheral capabilities. VelocityKVM extenders offer 6.25Gbps bandwidth, to achieve uncompressed, high resolution video with no latency, lost frames or artifacts. Systems are simple plug and play designs, utilizing either multi-mode or single mode fiber. For routing applications, VelocityKVM systems are compatible with Thinklogical’s MX and VX Series Routers. VelocityKVM systems are powered by Thinklogical’s patented Multi-Rate Transmission System (MRTS) technology, which enables multiple data signals (video, audio and peripheral) to be transmitted up to 80km, over a single data stream. MRTS completely reconstructs the data clocks at the destination, to offer perfect synchronization with each transmitted stream.

 

VelocityKVM systems have a simple transmit and receive design. The VelocityKVM Transmitter connects to the source to receive video, audio and peripheral data. The data is multiplexed with Thinklogical’s patented MRTS Technology, and transmitted over SFP+ technology. Fiber provides a secure connection from the transmitter to the receiver, where MRTS Technology demultiplexes the data stream to deliver uncompressed, high resolution data to the destination.

 

A VelocityKVM 5 system requires two fibers for the standard configuration. The forward channel is dedicated to transmitting video, audio and peripheral data from the source to the destination. The return channel is dedicated to transmitting DDC/EDID and peripheral data from the destination to the source. All Thinklogical VelocityKVM systems are configurable with multi-mode or single mode fiber. The VelocityKVM 5 extension systems are designed to support   one single-link DVI or RGB display, USB HID, full duplex stereo audio, serial (RS-232), PS/2 and stereo emitter. Systems are custom configurable to also support serial RS-422, USB 2.0 (480 Mbps), FireWire 800, 10/100 Network, Professional Audio, and LC, SC or ST connector types. Extenders may be further configured with redundant data paths, separate audio and/or peripheral data paths and color correction technology.

 

FORM FACTOR

VelocityKVM 5 systems are available in two, completely compatible form factors. The fixed extenders are factory configured, as a single RU chassis. The modular extenders are compact and hot-swappable, enabling users to field configure any modular chassis. Additionally, the optical modules within the modular extenders are hot-swappable. Modular systems promote system flexibility, scalability and a reduced maintenance effort.

Pages