Honeywell Mark III Subnetwork Interfaces, Arinc VDR SDU Hfdr, Cmu, Arinc 750 VHF Data Radio VDR

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Portable Data Loader

615

High speed ARINC 429

1

Baseline

Ethernet Data Loader

615A

Ethernet 10BaseT

note 2

Growth

PCMCIA

---

PCMCIA

1

Baseline

Notes:

 

 

 

 

1.Supports up to 2 total SDUs, whether ARINC 741 or 761.

2.The Mark III provides 4 10BaseT Ethernet ports which can be used for any purpose.

3.Supports 1 ARINC 740/744 printer in baseline. An additional printer can be added to one of the spare ARINC 429 ports. This requires a software upgrade.

4.Supports 3 FMCs in the AT & Mil products.

5.Supports 2 DCDUs in the AT & Mil products and 1 DCDU in the BRH product

6.The Baseline Mark III supports Cold Spare operation. A software upgrade would be required for additional dual capability.

7.The Mark II CMU interfaces with the transponder to obtain the ICAO address

2.2.1 Subnetwork Interfaces

The Mark III CMU supports a complete set of ARINC 758 subnetwork interfaces (see Figure 2).

ARINC 750

VDR

SDU

HFDR

ARINC 716

Radio

Mark III

 

 

UHF

CMU

 

 

 

 

 

 

 

Gatelink

Mode S

 

 

Figure 2 CMU Subnetworks

ARINC 716 VHF Radio

The Mark III CMU supports an interface with one ARINC 716 VHF radio. The interface supports VDL Mode 0, via an audio line to the Minimum Shift Keying (MSK) modem resident in the Mark III. There is also a low speed ARINC 429 transmit interface between the CMU and the ARINC 716 radio that is used to send frequency tuning information.

ARINC 750 VHF Data Radio (VDR)

The Mark III CMU can interface with up to three ARINC 750 VDRs. The Mark III supports the operation of a VDR operating in ARINC 716 mode by utilizing the same audio line as used for an ARINC 716 radio. The CMU also supports a high speed ARINC 429 interface to the VDRs for VDL Mode A.

VDL Mode 2 will utilize the same high speed ARINC 429 interface as VDL Mode A, allowing growth to VDL Mode 2 with just a software upgrade. VDL Mode 2 offers an increase of throughput from 2.4 kbps to 31.5 kbps. VDL Mode 2 is necessary both for ATN communications and for ACARS Over AVLC (AOA). VDL mode 2 is offered as an optional software package for the Mark III CMU.

HONEYWELL Aerospace Electronic Systems

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Contents Honeywell Aerospace Electronic Systems Honeywell Aerospace Electronic Systems Mark III CMU Overview IntroductionDatalink Capability for Today and Tomorrow Honeywell Datalink Experience, Products, and Services Page Arinc Hardware OverviewMark III CMU Interfaces Device System InterfacesArinc Interface Baseline Specificati GrowthArinc VDR SDU Hfdr Subnetwork InterfacesCMU Arinc 750 VHF Data Radio VDRUHF Flight Deck Devices InterfacesMcdu Midu CDU Control and Display Unit CDUFlight Management Computer FMC LRU InterfacesPerformance Computer PZ Aircraft Condition Monitoring System AcmsOther Interfaces MIL-STD-1553B Software OverviewPcmcia OooiVIA CMFDatabase Design CMU AOC HGI AMI Fidb GbstCertification AOA VDLM2 Baseline FunctionalityUplink Processing OperationsWorld Regions Downlink ProcessingSystem Pages DMT and DLTBite Growth Functionality VDL ModeAPM Data LoadingArinc 761 Satcom Pcmcia Data LoadingMil-STD Weather GraphicsEncryption/Authentication ATNRRI Page Fidb DatabasesFidb Architecture GbstFidb HGI AMI Main Menu MenusMain Menu CDU Main Menu Supporting Regional / Business Jet CDUs ATS Menu System Menu Clearance Uplink UplinksClearance Message Elements Clearance Message References Reject Reasons Reject Reasons Values Diversion Report Downlink DownlinksDiversion Reasons Divert Message Elements Logic Units Print DefinitionOooi Logic Unit Preferred Channel ManagementRegions US Map Areas Interconnect CCA Mechanical DesignPower Supply CCA Processor CCAInput/Output CCA Detailed Interface Definition Spare CCAs GrowthPrntr McduCMC ADLOooi SDI PGM VHF PGMVOICE/DATA MON SEL CMUUnit Connectors and Mounts Mechanical Packaging Unit WeightUnit Size Cooling RequirementsEnvironmental Specifications Induced Signal Susceptibility DO-160D Section Power Input DO-160D SectionWaterproofness DO-160D Section Fluids Susceptibility DO-160D SectionPower Requirements 1 115 Vac Input Power Requirements2 28 Vdc Input Power Requirements Power Interrupt Requirements 3 28 Vdc Backup Input Power RequirementsTechnical Summary