GE Intelligent Platforms ABI-PMC2-1,2 MIL-STD-1553 Interface • Software Support can time stamp and/or double buffer the Features - Complimentary drivers for most 1553 activity. Both monitoring modes perform • 1 or 2 dual redundant 1553 channels operating systems broad error monitoring. They also provide a featuring 100% concurrent and inde- - Integrated Avionics Library, including comprehensive error table that the host pro- pendent operation as a: source code cessor can read at any time. - Bus Controller - 31 Remote Terminals ABI-PMC2 (PCI Mezzanine Card) interface pro- Hardware Overview - Dual Function Bus Monitor vides a fl exible, full function, dual redundant GE Intelligent Platforms bases the ABI inter- • Bus Controller MIL-STD-1553 interface to the PCI Mezzanine. face upon an advanced high speed DSP, - Programmable frame lists This Advanced Bus Interface (ABI) architec- programmable logic and dual port RAM. It - BC-RT, RT-BC, RT-RT ture provides concurrent and independent delivers a highly reliable hardware platform - Mode codes, broadcasts, and time delays operation of a Bus Controller (BC), 31 Remote that is feature rich and user friendly. Through • RT Functionality Terminals (RT), and dual function Bus Monitor- the 256 kB of dual port RAM, the host proces- - RT level protocol selection ing (BM). The ABIPMC2 interface equips the sor has access to set up, monitor, and change - RT definition tables PMC carrier with a complete 1553 interface. the 1553 interface data structures at any - Programmable response time This includes 1553A/1553B selections, pointer- time. Link-list memory architecture allows the driven transmit and receive buffers and • Bus Monitor user to structure interface memory usage for - Map monitoring extensive programmable event interrupts. the maximum in flexibility and usefulness. - Sequential monitoring BC simulation structures consist of linked lists - Time stamped Software Support Overview of 1553 command messages: BC-to-RT, RT- - Double buffered to-BC, RT-to-RT, mode code, broadcast and GE distributed software includes host proces- - Error tables sor device drivers to the dual port control - Definable monitoring time delay block transmissions. We define RT simulation as a simple series of pointers to RT and data structures as well as an application • Architecture layer to these structures. GE also provides defi nition tables. The RT defi nition tables in - On-the-fl y data structures turn point to control data buffers. We define low-level drivers for most operating systems, - BC and RT linked lists and the Integrated Avionics Library with the bus activity we want to monitor in both - High-speed DSP the Map and Sequential monitoring modes. source code, with the interface at no - Flexible memory structure additional cost. This provides user defined linked lists of data - Flash memory buffers and sequential 1553 activity. The user • Versions - Commercial (Level C) - Ruggedized forced air (Level R) - Conductive cooled (Level N) • Mezzanine Card - IEEE P1386 compliant ABI- PMC2-1,2 MIL-STD-1553 Interface PMC Functionality • Temperature - ruggedization Specifications • PCI bus is 2.1 compliant • Level C (standard commercial, air cooled tempera- • 132 MB per second maximum transfer rate ture): 0°C to +70°C; ≤ 95% rH non-condensing ABI Functionality: Bus Controller (BC) • Level R (rugged, forced air temperature): -40°C to • IBC retry • 16-bit and 32-bit transfer modes +85°C; ≤ 95% rH non-condensing • Minor frame timing and message scheduling • 5 V and 3.3 V signal levels supported Programmable DMA controller • Level N (rugged, conductive cooled temperature): • Intermessage gap selectable -40°C to +85°C; ≤ 95% rH non-condensing • On-board fi rmware storage via Flash memory • Programmable delay gaps and null BC blocks • Multiple BC data buffers in a linked list structure Software and Documentation Support PCI Mezzanine Connection • Low-level drivers for most operating systems • IEEE P1386 PMC connection Remote Terminals (RTs) • Integrated Avionics Library with source code • PMC P4 to VMEbus P2 support • 31 RTs and all subaddresses supported ® • Borland and Microsoft C Compiler compatible • CC version interface available • Transmit/Receive buffers for each subaddress • Hardware and Integrated Avionics Library docu- • Multiple RT data buffers in a linked list structure • Compatible with VITA/ANSI-20-199x (Draft 1.6) mentation included on CD. Hard copies of the • Programmable RT response time, no-response Interface Connections documentation are available upon request. selection and no-response time-out • 50-pin SCSI to coupling harness (CA-2189) Customer Support Map Monitoring • Coupling harness to bus and I/O connectors • Two-year warranty • Multiple linked buffers for each transmit/receive • DB I/O Connector • Extended warranties available subaddress • BJ77F Triax connector to 1553 bus • Driver and library upgrades • Mapped buffers read by host processor as Interface Card Specifications • Over 18 operating systems supported on time permits • Mechanical - standard PMC card Length 6.0” Width 2.9” various platforms • Number of buffers per transmit/receive subaddress • Maximum power consumption is programmable or user definable to account for - Single channel: 5 V @ 1.5 A (98% bus activity) various host speeds (1.0 A with Bus Inactive) Sequential Monitoring - Dual channel: 5 V @ 2.12 A • 100% independent • Host driver selected messages are double buffered • Messages time stamped with a 1 μs 32-bit clock or Configurations optional 48-bit IRIG-B clock • Standard fi rmware performs broad error monitoring • Comprehensive error table readable at any time by Model Number Configuration host processor Self Test ABI-PMC2-1,2 1 or 2 Channel 1553 to PMC interface, Commercial Temp • Power-up test with status register report • BIT-RAM and encoder/decoder test ABI-PMC2XT-1,2 1 or 2 Channel 1553 to PMC interface, Extended Temp • Run-time health status register ABI-PMC2CC-1,2 1 or 2 Channel 1553 to PMC interface, Conductive Cooled • Unit Test application for 1553 bus functionality Multi-Purpose I/O IRIG IRIG B Time Receiver (add /I to product number) • Bi-directional external trigger • IRIG clock input (optional) • External TTL/RS-422 system clock input • Discretes for RT address and RT address parity About GE Intelligent Platforms GE Intelligent Platforms, a General Electric Company (NYSE: GE), is an experienced high-performance technology company and a global provider of hardware, software, services, and expertise in automation and embedded computing. We offer a unique foundation of agile, advanced and ultra-reliable technology that provides customers a sustainable advantage in the industries they serve, including energy, water, consumer packaged goods, government and defense, and telecommunications. GE Intelligent Platforms is a worldwide company headquartered in Charlottesville, VA and is part of GE Home and Business Solutions. For more information, visit www.ge-ip.com. GE Intelligent Platforms Contact Information Americas: 1 800 433 2682 or 1 434 978 5100 Global regional phone numbers are listed by location on our web site at www.ge-ip.com/contact www.ge-ip.com ©2010 GE Intelligent Platforms, Inc. All rights reserved. All other brands or names are property of their respective holders. Specifications are subject to change without notice. 01.10 GFA-1365