text: Air Defense Artillery Systems
  Figure B-7. Sentinel radar
  OTHER ADA COMMAND AND CONTROL SYSTEMS
  B-18. AMDPCS. The AMDPCS integrates AMD operations at multiple echelons. AMDPCSs are deployed
  with AAMDCs, ADA brigades, ADA battalions, ADA batteries, and ADAM cells. AMDPCS is also used
  with BCTs, combat aviation brigades, and multifunctional brigades. AMDPCS is a collection of ADA-unique
  and Army-common command, control and communications capabilities tailored to the echelon at which they
  are organic. Key ADA-unique components are described in paragraphs B-19, B-20, and B-21.
  B-19. FAAD C2 and C-RAM C2. FAAD C2 is a subset of AMDPCS that provides an engagement operations
  system which collects, processes, and disseminates real-time target tracking and cueing information to the
  Avenger system. C-RAM C2 incorporates specific air battle management functions for the C-RAM system
  and receives and processes data from the LCMR and other Army counter-battery sensors. C-RAM C2 is
  fully compatible with FAAD C2; FAAD C2 does not provide for the operational control of the C-RAM
  system. FAAD C2/C-RAM C2 software integrates engagement operations software for Sentinel and the
  Army Battle Command System, in addition to Avenger and C-RAM, to produce critical situational awareness
  and automated air track information.
  B-20. AMDWS. AMDWS primarily supports force operations and provides the linkage between ADA forces
  and the Army Battle Command System. AMDWS is fielded in all Army ADA echelons and systems.
  B-21. Air defense system integrator (also known as ADSI). The air defense system integrator is a multilink
  C2 system that interoperates with multiple data links, such as links 11 and 16 and the Integrated Broadcast
  System, to provide joint AMD situational awareness and intelligence data, to include space-based
  intelligence. It enables AMD information exchange across the ADA echelons and with the other services and
  AMD systems. The air defense system integrator displays an integrated, near-real-time air picture, combining
  the joint air picture with that of a unit's organic or supporting sensors.