Network Acceleration


DataMover is a combination hardware and software solution inclusive of a graphical user interface (GUI). DataMover is easily integrated into your existing workflow without the need to write a single line of source code using either the RESTful interface or one of several other scripting support methods.

DataMover works cooperatively and plays fair on your existing network while providing a full feature set inclusive of: on the fly compression, deduplication, encryption, digest, throttling, port forwarding, watch folders, and other features.

Engine runs as a service and has the same system for block and file data. DataMover provides unlimited number of simultaneous data movement operations, while being essential for large data movement, big data, and cloud applications.

DataMover is a high speed Enterprise-class data utility that allows users to easily transfer files across networks, whether locally, across the nation or around the world at very near line speed at low CPU usage, little memory footprint, bidirectional operation, and no bandwidth limitations tested with line speeds up to 20 Gbps.

Transfer data, video, and more at line speed at low CPU usage across the country or half way around the world.

DataMover Engine (HTS) Features Include:

  • No bandwidth limitations; same system for block and file data
  • Moves files as they are being created
  • Instantly change the bandwidth utilization
  • Compress, deduplicate, encrypt, and provide data integrity inflight
  • Supports full bandwidth bidirectional data movement
  • Unlimited number of simultaneous data movement operations
  • Moves millions of tiny files at the same speed as one or more terabyte-sized files

The DataMover GUI is full featured working cross platform while simultaneously meeting the needs of individuals and busy production houses with thousands of transfers.

Here are just some of the DataMover GUI features:

  • Suspend/Resume
  • Queue with priority adjustment
  • FTP upload/download from the local console
  • Dynamic status
  • Multiple simultaneous links and transfers
  • Full featured graph
  • Windows File Explorer style interface
  • Drag and drop
  • Detail logging of both the console and the DataMover service
  • Scripting
  • Keep alive
  • Themes
  • Set default parameters
  • Works with multiple servers
  • Tuning and latency support
  • Windows, Linux, and MacOS (64-bit)
  • Certified Microsoft Windows 10 compatible
  • Tested transfers with media files, such as DPX, large contiguous mezzanine files, and metadata files


  • Power supply: 500W, universal input 90-264V 50/60 Hz
  • Cooling: Three (3) hot-swappable cooling fans, N+1 configuration
  • CPU: Intel 8-core i7, 3.5 GHz
  • RAM: 32GB
  • System disk: 120GB SSD
  • Caching (local storage): 1024GB NVMe
  • OS: CentOS 7.x
  • Networking: (2) GbE; (2) 10GbE
  • Dimensions: 20”(D) x 19”(W) x 3.5”(H) (2U); 508mm(D) x 482mm(W) x 88mm(H) (2U)
  • Weight: 26 lbs; 11.8 kg


3-year Limited Warranty (parts/labor/updates included)

Video Gallery

Hands on Training Demonstration

Las Vegas to Paris

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Additional Information


HyperTransfer implements data transforms (compress, deduplicate, encrypt, and difference), in virtually any combination, during data movement. All of these features operate at full bandwidth, independent of latency introduced by the distance between the source and destination services.

Data Movement Links

Links are software abstractions of a WAN or LAN connection. There is no limit to the number of Links that may be established and maintained. Links are persistent, but use no CPU resources while not in use. Each Link describes the source and destination service, the additional data transforms to be employed, and may include the file system directories or lists of files to be transferred.


HyperTransfer moves files at line speed independent of file size or depth of directory nesting. It is easily embedded in all platforms including Linux/UNIX/AIX, Windows, and MAC OS X. Since it runs as a service, no code needs to be written and any program that addresses a TCP port for transfer can be routed through the HyperTransfer service.