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Link 16 data link processor (DLP)

DLP open-architecture reduces Link 16 integration costs and provides interoperability

Link 16 DLP card

Link 16 DLP card

For several years, BAE Systems has developed what is now a family of Link 16 test and integration tools. The data link processor (DLP), a compelling example of that design expertise, is a fully-functional Joint Tactical Information Distribution System (JTIDS) / Multifunctional Information Distribution System (MIDS) host processor.

The DLP is scalable from an embedded Link 16 host processor to a fully functional Link 16 host with situational awareness display and controls. Available in many different form factors, including 6U/3U VME, Compact PCI, and PC-104, the DLP supports conduction or convection-cooled cards to meet overall system design/installation requirements. The DLP supports open architecture and scalable designs, to dramatically reduce Link 16 costs while improving systems interoperability and accelerating a variety of functional certification processes. DLP supports a variety of Link 16 platforms (e.g., MIDS LVT1, MIDS FDL, Class 2 Navy air and ship, Class 2 F-15, and related terminals) as well as in-facility engineering and check-out.

Background

  • 1990 – Under Navy leadership and corporate funding, the Link all-purpose work station (LAWS) software is developed. LAWS executes on ruggedized portable PCs, under a MS Windows® operating environment. Used extensively in shipboard integration and testing

  • 1993 – Submarine JTIDS processor (LAWS-derivative) provides temporary host interface functionality for Link 16 usability testing onboard Los Angeles class submarines

  • 1994 – LAWS-derivative demonstrates ability to transfer Link 16 messages over UHF and MILSTAR SATCOM (S-TADIL-J)

  • 1994 – Software functionality demonstrates sensor-to-shooter Link 16 connectivity as part of the Battlefield Awareness and Data Dissemination (BADD) technology demonstrations

  • 1996 – MIDS field test equipment, supports successful MIDS international acceptance testing

  • 1997– Prototype DLP repeats 1994’s successful S-TADIL-J testing

  • 1998 – DLP supports P3/S3 Link 16 DoD-level advanced concepts technology demonstrations

FEATURES

  • Modular hardware and software, easily adapts to user requirements
  • Scalable functionality from embedded applications to full stand-alone host functionality
  • Expandable core design shown to also support wideband SATCOM and special- purpose (e.g., common data link) equipments and protocols
  • Message catalogs – implements the full TADIL-J catalog, in accordance with MIL-STD-6016

 

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