R-CONAF-EC - GE INTELLIGENT PLATFORMS R-CONAF-EC, AFDX/ARINC 664 A 6”cable transitions from the card edge connector on the RAF-EC-2P (champ 36) to one male HD-15 connector and two shielded RJ-45 connectors.

R-CONAF-EC - GE INTELLIGENT PLATFORMS R-CONAF-EC, AFDX/ARINC 664 A 6”cable transitions from...

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Part Number:: R-CONAF-EC
Model Number:: R-CONAF-EC
Make:: GE INTELLIGENT PLATFORMS
Lead Time:: Available
Qty In Stock:: Available

GE INTELLIGENT PLATFORMS R-CONAF-EC, AFDX/ARINC 664 A 6”cable transitions from the card edge connector on the RAF-EC-2P (champ 36) to one male HD-15 connector and two shielded RJ-45 connectors. Simple Type: AFDX/ARINC 664

GE Intelligent Platforms’ RAF-EC-2P is a high performance interface for monitoring, generating or analyzing full-bandwidth AFDX/ARINC 664 protocol traffic. GE Intelligent Platforms’ exclusive pipeline architecture maximizes packet throughput using parallel controllers and efficient DMA transfers, thereby avoiding the bottlenecks of CPU-based interface solutions. Configurable as either one dual-redundant AFDX/ARINC 664 interface or two independent ports, users have complete access to all frame and header data. Each incoming packet is tagged with a 20 nsec resolution, 64-bit time-tag. Read time traffic generation is highly accurate. An IRIG-B receiver/generator is included for synchronization to external IRIG-B time sources and for synchronizing multiple CNIC boards. In addition, I/O triggers, error detection/injection, BIT, and link/protocol level statistics are provided.

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Features

20 nsec time-tags
Advanced reception features
Advanced Software Support
Advanced Transmission Scheduling
AFDX/ARINC 664 API
AFDX/ARINC 664 dual port interface (two independent 10/100 MHz duplex ports)
Berkeley packet filter engine
Built-in test features
DMA transfer to host
Flexible packet capture API
Flexible scheduling modes
Four bi-directional avionics level discretes
Full throughput capability
Highly accurate
Includes AFDX and low-level Software Developer’s Kit (SDK) at no additional charge
Integrated log file format
IRIG-B synchronization
Link level error detection
RoHS Compliant
Two input and output triggers per channel
XML configuration format

Specifications

General

Connections: High density 15-pin D-sub connector for In/Out triggers per port and four bi-directional avionics level discretes
Connections: Transition cable is provided
Connections: Two IEEE 802.3 compliant Ethernet RJ-45 connectors
Error Injection: CRC error
Error Injection: Framing (byte alignment) error
Error Injection: Physical symbol error
Error Injection: Preamble (symbol and length) errors
Error Injection: SFD (Start Frame Delimiter) error
Ethernet Frame Reception: Ethernet frames transferred to host buffers via DMA
Ethernet Frame Reception: High resolution time-tagging with 20 nsec resolution
Ethernet Frame Reception: Link level error detection
Ethernet Frame Reception: Min-to-copy capability
Ethernet Frame Transmission: Ethernet frames transferred from host buffers via DMA
Ethernet Frame Transmission: Flexible scheduling modes, Minimum IFG delay (960 nsec between frames), Per-frame specified delays (multiple conditions), On external trigger, Playback delay modes
Ethernet Frame Transmission: Transmission scheduling with 20 nsec resolution
Operating Temp Range: 0°C to 55°C
Physical: Dimensions: Standard 54mm Express Card dimensions
Physical: ExpressCard
Port Parameters: Full Duplex IEEE 802.3 compliant ports
Port Parameters: Software-selectable 10/100 Mbps data rates
Port Parameters: Software-selectable auto-negotiation
Port Parameters: Software-selectable internal wrap
Power (max.): 3 Watts max
Receive Statistics (64-bit counters): Separate counter for Link level errors, Physical symbol, Invalid preamble symbol, Invalid or missing SFD, Unaligned frame, IFG too short, Frame too short, Frame too long, CRC errors
Relative humidity: 5 to 90%
Software: CFDX API Library
Software: Cpcap API Library
Software: Ethereal GUI for ntar file analysis
Software: Windows XP support. Contact factory about availability of support for additional operating environments (including LabVIEW.)
Timing Reference: 64-bit time tag
Timing Reference: IRIG-B generator (TTL/DC)
Timing Reference: IRIG-B PPS synchronization with time tag
Timing Reference: IRIG-B receiver (AM or TTL/DC)
Timing Reference: Software-selectable internal wrap
Transmit Statistics (64-bit counters): Total bytes transmitted
Transmit Statistics (64-bit counters): Total packets transmitted
Triggering: Output when error packet received
Triggering: Output when error-free packet received
Triggering: Output when marked frame is transmitted
Triggering: Wait for external trigger to transmit

Applications

None Available

Aliases

None Available

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