Sital Announces the Release of the BRD1553 PC104 PC104 Multi Interface Board

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Sital Announces the Release of the BRD1553 PC104 PC104 Multi Interface Board

Sital Technology announces the launch of its new PC104+ board, an efficient and robust platform for avionics communication bus applications.

BRD1553PC104 Board is a PC-104+ Card, multi-standard board that consists of 2 dual-redundant channels of Mil-Std-1553. It’s compatible with Mil-Std-1760 and Mil-Std-1553B as well as its channels can independently be configured to work with EBR1553, WB-194, and H009  in conjunction with 1553. Other protocols, such as French DigiBus, also are available when requested.

The PC-104+ Board’s based on Sital’s proven H009, 1553 & WB-194 (WMUX) IP cores, loaded into an FPGA (Field Programmable Gate Array) component and discrete components transceivers. The board is able to be programmed by Sital, allowing the flexibility to support a variety of protocols and configurations with the use of the exact same hardware. It includes 8 Generic I/O pins, that could be utilized as RS-485/RS-422, and also includes ARINC-429 (8 for transmit and 16 for receive channels) or 8 avionics I/O ports. Also, the board includes 8 digital I/Os & IRIG-B time-tag input & output channels.

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Sital Announces the Availability of the HyperBoard for Rapid Avionic Databus Development

Illuminated aircraft cockpit interior at night

Sital Technology announces the launch of its new PMC Hyperboard, a robust and efficient platform for avionics communication bus applications. Adhering to numerous bus standards including Mil-Std-1553B, H009, WB194 and DigiBus, the PMC Hyperboard puts into the hands of developers a highly-efficient and accelerated platform upon which they can rapidly develop state-of-the-art applications for many types of communication buses.

PMC HyperBoard features eight dual-redundant, configurable channels where each channel can be a bus controller (BC), remote terminal (RT) or MultiRT and/or monitor (MT). The board provides 8X avionics and 8X digital discrete I/Os. It can be used in conduction or air cooling environment. HyperBoard’s core works from its PCI clock and provides very fast PCI access supporting PCI burst. The board boasts very low power consumption and low heat dissipation.

“The PMC HyperBoard provides our customers with two major advantages,” declared Duli Yariv, VP of Marketing. “First, it provides a common and complete environment that is easy to learn for application developers who can then create applications for 1553, DigiBus and other standards using the same board and software. Second, the resulting applications benefit from the robustness, flexibility, speed, low heat dissipation and low power consumption of the board and surrounding software environment.”

Sital markets the PMC HyperBoard with a complete software development and testing environment including drivers and software API for Windows® and Linux. In addition, Sital’s popular Luthier™ graphic user interface for bus simulation and analysis is available.

PMC HyperBoard can be used for on-board avionics systems and for lab testing equipment and is software-compatible with DDC® Enhanced MiniACE® components and architecture.

PMC HyperBoard joins the Sital family of advanced communication bus products-star performers for a wide variety of applications.

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