MicroMax's Solutions
MicroMax's Solutions
MicroMax's Solutions
USB 429
USB 2.0 Avionics Interfaces for ARINC 429 & 717
The Easy Avionics Interface
These pocket-sized USB adapters are the easy and portable way to interface your computer to ARINC 429 and ARINC 717 Avionics databuses.
Key Features:
Up to 16 ARINC 429 Channels
Up to 4 ARINC 717 Channels
8 Avionics Discrete I/O
IRIG A/B PWM and AM
USB 2.0 Bus Powered—No External Power Supply Needed
2 MB Data Memory
RoHS Compliant Design
Standard Black or Flight Test Orange Case
Small, Portable, and Rugged
Boards also available without enclosure for embedded use
Applications:
ARINC 429/717 Analysis, Test, and Simulation
Data Loading
Flightline and AOG Support
Replacing Plug-in Cards
Many More Uses in the Lab or in the Field
Powerful 429/717 Interfaces
The USB 429 family of pocket-sized USB adapters enable computers to communicate with, simulate, test, and monitor ARINC 429 and 717 equipment and systems. These rugged USB 2.0 peripherals feature extensive 429/717 functionality and are compatible with virtually all modern PC laptop, desktop, and tablet computers.
These versatile interfaces are suitable for a wide range of applications in the lab and in the field. They support maximum data throughput on all ARINC channels and have a large 32 MB built-in memory. All power necessary for operation is provided via the single USB port. Plug and Play and Hot Swap features make them easy to install and move between computers.
Hardware
Models are available with ARINC 429 channels only, ARINC 717 channels only, or a combination of both. All include eight avionics level input/output discretes and IRIG time synchronization/generation. They also provide useful non-standard functionality, such as a range of data rates, use of parity as data, and error injection. Once configured, the USB hardware performs all the protocol processing. It manages the reception, transmission, error checking, time-tagging and buffering of messages—freeing your software to focus on high-level application-specific processing.
Software
Develop software applications with the included BTIDriver API, or use Astronics’ optional CoPilot software. CoPilot provides powerful, easy-to-use interactive tools for databus test, analysis, and simulation.
ARINC 429 functionality:
Mix of receive and transmit channels
Handles periodic and transfer protocols
Message filters and schedules
Standard and non-standard bit rates
Error detection and selective injection
Variety of syncs and triggers
Several message buffering schemes
ARINC 575 support
LEDs indicate bus traffic
USB 1553
USB 2.0 Avionics Interfaces for MIL-STD-1553
The Easy Avionics Interface
These pocket-sized USB adapters are the easy and portable way to interface your computer to MIL-STD-1553 Avionics databuses.
Key Features:
Up to 2 Dual Redundant MIL-STD-1553 Channels
8 Avionics Discrete I/O
IRIG A/B PWM and AM
USB 2.0 Bus Powered—No External Power Supply Needed
32 MB Data Memory
RoHS Compliant Design
Standard Black or Flight Test Orange Case
Small, Portable, and Rugged
Boards also available without enclosure for embedded use
Applications:
MIL-STD-1553 Analysis, Test, and Simulation
Data Loading
Flightline and AOG Support
Replacing Plug-in Cards
Many More Uses in the Lab or in the Field
Powerful 1553 Interfaces
The USB 1553 family of pocket-sized USB adapters enable computers to communicate with, simulate, test, and monitor MIL-STD-1553 equipment and systems. These rugged USB 2.0 peripherals feature extensive 1553 functionality and are compatible with virtually all modern PC laptop, desktop, and tablet computers.
These versatile interfaces are suitable for a wide range of applications in the lab and in the field. They support maximum data throughput on all 1553 channels and have a large 32 MB built-in memory. All power necessary for operation is provided via the single USB port. Plug and Play and Hot Swap features make them easy to install and move between computers.
Hardware
Depending upon the hardware model, each 1553 channel may be either single-function, multi-function, or bus monitor only. Single-function channels can be configured in software as either a Bus Controller (BC), a Bus Monitor (BM), or up to 32 Remote Terminals (RTs). Multi-function channels have protocol error injection capability and can simultaneously be a BC, BM, and up to 32 RTs. All models include eight avionics level input/output discretes and IRIG time synchronization/generation.
Software
Develop software applications with the included BTIDriver API, or use Astronics' optional CoPilot software. CoPilot provides powerful, easy-to-use interactive tools for databus test, analysis, and simulation.
MIL-STD-1553 functionality
BC, RT, and/or Monitor
Dual-redundant channels
Models available: Single-function, Multi-function, and Bus Monitor only
Error injection (Multi-function only)
Transformer and direct coupling
Transformer coupled cable included
LEDs indicate bus traffic and errors
PE1000
PCIe/104 & PCI/104-Express Avionics Interface Cards
Multi-Protocol Interfaces
The PE1000 family of PCIe/104™ and PCI/104-Express™ cards enable embedded computers to interface with a variety of avionics databuses.
Key Features:
Multiple protocol support
Rugged Extended Temperature Design
Single- or Multi-function 1553 models
Powerful protocol engine
Easy-to-use software interface
Applications:
Mission computers
Embedded monitor/recorder systems
LRU and system interfacing
System analysis and integration testing
Performance monitoring and analysis
OEM equipment
Reliable Operation
These rugged cards provide the capability to reliably communicate with and monitor avionics equipment and systems. The family includes models with single and multiple protocols in an assortment of channel counts and functionality. A single card can provide all the avionics functionality needed for most applications.
Easy to Use
PE1000 interface cards are easy to install, integrate, and operate. High performance assures maximum data throughput on all channels. With all its capability and versatility, the PE1000 is ideal for a wide range of avionics embedded and test applications.
High Performance
PE1000 interface cards use Ballard’s time-tested 5th generation avionics protocol engines with bus mastering and a large 32-MB built-in memory to yield high performance. All models include sixteen avionics level input/output discretes and IRIG time synchronization/generation.
Cost-Effective Solution
There is a wide choice of models — ranging from simple, single-protocol, low channel-count cards to complex, multi-protocol, high channel-count cards. Equivalent models are available in both PCIe/104 and PCI/104-Express. Extended temperature range is standard, and conformal coating is an option. This wide selection allows the most cost effective solution to be used on each application.
DL 615
Data Loaders for ARINC 615 & 603
The DL 615 is the modern replacement for outmoded 3½‑inch floppy disk only ARINC 615 portable data loaders (PDL). Any PC running Microsoft Windows can perform data loads using the USB to ARINC 429 interface, cables, and software included with the DL 615. While being as simple to use as older floppy disk PDLs, the DL 615 provides record keeping, flexibility in data management, and powerful features for troubleshooting and enabling data loads into difficult LRUs. As an added benefit, the interface can be used as a general purpose ARINC 429 (and optionally ARINC 717) maintenance tool.
The DL 615 provides flexibility in how data to be loaded is stored and managed. Data can be loaded from floppy disks, hard disk, USB device, CD, DVD, and even from wired or wireless network locations. The transfer status display shows exactly how the load is progressing. Some LRUs have non-standard timing and can be difficult to load. The DL 615 provides compliant, tolerant, and custom timing options which, along with the included 615 protocol recording and debugging/diagnostic tools, enable the DL 615 to load LRUs that are impossible to load with other loaders.
The DL 615 can be easily configured to log data load sessions for record keeping and debugging purposes. Logs can include basic load details only or detailed records with all bus activity. The entry screen can optionally prompt the user for additional details at the start of a transfer session.
Benefits:
Intuitive operation
Lightweight, portable and durable
Modern solution
Obsolescence proof
Powered by PC over USB
Use with any available PC
Integrates with other applications
Multipurpose loader/maintenance tool
All DL 615 models include the following items:
Data loading software (MS Windows)
ARINC 429 databus to USB interface (also available with ARINC 717)
53-pin data loader cable
53-pin to 31-pin adapter cable (ARINC 603)
Locking USB cable
Rugged carrying case
OmniBus
PCI & cPCI Avionics Interface Cards for Multiple Protocols
OmniBus PCI and cPCI cards provide interfaces for avionics databuses, as well as general purpose digital I/O and IRIG sourcing and synchronizing. The cards can be ordered with one or two modules to support a variety of avionics databus protocols.
Key Features:
PCI or cPCI form factor
High channel counts
Mixed protocols
IRIG time synchronization
Extended temperatures available
Can be upgraded/reconfigured
Protocols & I/O:
MIL-STD-1553
ARINC 429
ARINC 708
ARINC 717
CSDB
Serial (RS-422/232/423)
Discrete I/O
OmniBus Family
OmniBus is a highly-flexible and high-performance family of avionics databus interfaces combining a selection of industry-standard platforms (PCI/cPCI, VME, PMC and Ethernet/USB) with a wide-viariety of I/O choices (MIL-STD-1553, ARINC 429, ARINC 708, ARINC 717, Serial, CSDB and Discrete). This sophisticated OmniBus design allows users to order the exact number, functionality, and mix of protocol channels that they need. It also lets users upgrade or reconfigure their OmniBus (at the factory) as requirements change.
High-Performance Architecture
OmniBus products are built using an integrated board, core, and module architecture. PCI, cPCI, and Ethernet/USB boards include 1 or 2 cores, VME boards have up to 4, and PMC boards include a single fixed core. Each on-board core has a dedicated protocol processor, IRIG timer, and 3 sync and 3 trigger lines. These cores are the support circuitry for the I/O modules, which contain the interface to the databus protocol(s). Isolating the protocol interface on the I/O module provides the flexibility to create custom, user-specified configurations for single or mixed protocols. The protocol-specific OmniBus architecture provides a better solution with greater performance than general-purpose modular systems (such as IndustryPack™).
OmniBusBox II
Databus to Network Interfaces
The OmniBusBox II (OBB2) enables computers and networks to interface with multiple avionics databuses for testing, validating and simulating commercial and military avionics equipment and systems. These versatile units can be controlled through Ethernet or USB, or can be programmed to operate standalone. Readily available as Commercial Off-The-Shelf (COTS) products, the OBB2 is perfect for challenging simulation, test, interface, bridging, control, simulation and data recording applications.
The OmniBusBox II is the next-generation of Astronics' popular OmniBusBox product with faster I/O and processing capabilities. The OBB2 is highly configurable and includes built-in standard peripherals (Ethernet, serial, and USB), along with four internal Cores that can be populated with a variety of databus protocols and discrete I/O modules. With the newest advanced set of MIL-STD-1553 and ARINC 429 modules, users can verify wave form compatibilities, test functions of bus shorts and opens, and—when combined with our CoPilot® software—perform lab, production and flight test verification and simulation right out of the box.
Architecture
At the heart of the OmniBusBox II is a P1022 Freescale PowerPC processor and Ballard's FPGA protocol engines. In addition to the built-in standard peripherals and core I/O functions, PMC/XMC and Mini-PCIe sites in the 4-core version provide customer expansion capabilities such ARINC 664, CAN, IEEE 1394 and wireless protocols. The OBB2 includes extensive timing synchronization with multiple sources including 10MHz, PPS, IEEE 1588 and IRIG A/B. The 1U high case is easily placed on a desk or rack mountable. Though designed primarily as a lab product, the OBB2 has potential for use in large fixed-wing aircraft and light vehicle applications.
AB2-AID
Compact, rugged, versatile Aircraft Interface Device
High-Performance Aircraft Interface Devices
Solve avionics system integration and compatibility problems with Astronics Ballard Technology’s versatile Aircraft Interface Devices. These rugged units are an essential part of many avionics upgrades, such as electronic flight bag (EFB) and in-flight entertainment (IFE) systems, where they serve avionics data while protecting aircraft control domains from interference and corruption.
Comprehensive AID Solution
The AB2-AID is a comprehensive AID solution with a broad array of avionics I/O and high-level functionality to meet the changing needs of the modern airline industry. It features proven electronic design, rugged construction, and durable 38999 connectors for high reliability and long life. As the preeminent AID on the market, the AB2-AID is ready to manage the most demanding interface programs with valuable built-in features such as a 9-port Ethernet switch, Ethernet to serial bridge, and 8GB flash memory.
Applications
Ballard’s versatile Aircraft Interface Devices are ideal for a wide variety of mil-aero applications, including:
Electronic Flight Bag (EFB) Integration
In-flight entertainment systems
Tactical mission systems
Satellite communication systems
Data/protocol converting
Data concentrating
Firewall protection for critical avionics data
On-aircraft data loading
The AB3000 Series
The compact AB3000 is a highly flexible Intel Atom based computer for demanding aerospace and ground mobile environments
The rugged AB3000 is a family of compact, conduction‑cooled computers for use in demanding environments. These versatile systems include many built-in standard peripherals, avionics databuses, and user interfaces, as well as PMC expansion capability. With the addition of application software, the AB3000 provides a readily available Commercial Off-The-Shelf (COTS) solution to challenging interface, bridging, control, and audio/display problems. The AB3000 can be used for data and protocol conversion, databus/network bridging, data servers, data recorders, communications, power controllers, federated controllers and multiple net-centric applications. They also support voice and visual processing for cockpit voice actions, canned message delivery, workstation expansion and more. The AB3000 is small and lightweight for easy integration into today’s modern aircraft, UAVs, and ground mobile platforms.
At the heart of the AB3000 is a user-programmable Intel Atom E680T processor with hyper-threading and virtualization. It features an integrated graphics media accelerator (GMA) for 2D/3D video and 2-channel audio. Protocol processing for the avionics interfaces is off-loaded to dedicated interface circuitry, maximizing Intel processor resources for the user application.
Available interfaces include:
MIL-STD-1553
ARINC 429/575
ARINC 708/453
ARINC 717/573
RS-232/422/485
Ethernet (10/100)
USB 2.0 Host (High Speed)
CANbus
Discrete I/O
PMC Expansion
The AB3000 Series delivers outstanding performance on the ground or in the air. It is easily deployed on UAV, helicopter, fixed wing, and ground mobile platforms. Here are just a few uses:
Data and protocol conversion
Databus and network bridging
Data serving
Data recording
Voice and visual processing
Communications
Power controllers
Federated controllers
Ethernet switching
Avionics BusBox 2000
The AB2000 is a family of rugged computer/interface devices
Reduce SWaP
The Rugged AB2000 is a family of compact, conduction or convection-cooled computers for use in demanding environments. These flexible, Commercial Off-The-Shelf (COTS) devices solve challenging interface, bridging and control problems, while reducing SWaP (Size, Weight and Power).
PowerPC® Processor
At the heart of the AB2000 is a user programmable PowerPC processor that can be controlled by embedded software or by a separate computer over Ethernet. The AB2000 interface hardware circuitry provides a high level of functionality which assures full use of the processor for the software application.
Built-in Interfaces
What separates the AB2000 from other embedded computers is the wide variety of built-in avionics interfaces and standard I/O in such a small package. This functionality is integral to the unit’s design to ensure the highest level of compatibility and performance.
Available interfaces include:
MIL-STD-1553
ARINC 429/575
ARINC 708/453
ARINC 717/573
RS-232/422/485
Ethernet (10/100)
USB 2.0 Host (High Speed)
Flash Storage Discrete I/O
PMC Expansion
Powerful Solutions
The AB2000 Series delivers outstanding performance on the ground and in the air. They are routinely deployed on helicopter, fixed wing, and ground mobile platforms in applications that include:
Data and protocol converter
Network server
Health monitor
Local/distributed control
Electronic Flight Bag (EFB) integration
Maintenance gateway
Data recorder
Ethernet switch
Avionics BusBox 1000
Small, lightweight embedded computer with built-in interfaces for avionics databuses and a variety of standard I/O types.
Avionics BusBox 1000
Ballard’s Avionics BusBox 1000 Series is a small lightweight embedded computer with built-in interfaces for standard peripherals and for various avionics databuses. Under the direction of its application specific software, the AB1000 can autonomously perform tasks that involve receiving information from some interfaces and processing and mapping the information into other interfaces.
Architecture
At the heart of the AB1000 Series is a user programmable PowerPC® processor, which controls the various standard (serial, Ethernet, and USB) and avionics databus (MIL-STD-1553, ARINC 429/708, etc.) interfaces. The high level of functionality implemented in the hardware interface circuitry gives the software application full use of the PowerPC processor.
Additional Features
The USB host port allows for the connection of a wide variety of devices. For example, a USB mass storage device could be used for transferring data to/from the AB1000 Series, or an 802.11 wireless device could be attached as an alternative to the wired Ethernet port. Also included are serial ports and avionics level discrete I/O which can be used to interface with other devices.
