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HIGHLIGHTS:
Consistent API All NexusWare WAN protocols include a simple, easy-to-use API, which runs on all of the WANspecific controllers and adapters. The API provides a standard interface to the WAN protocol stacks. This makes application programs easily portable among Performance Technologies’ T1/E1/J1 and serial controllers. The following routines are included:
A Comprehensive Protocol SuiteRadar Receiver The Radar Receiver protocol is used for communication with military and civil aviation radar systems. The product recognizes a number of popular radar data formats, including CD-2 (or FPS 117), Marconi 10-Bit, ASTERIX (or Alenia, Selenia, Ericsson, RDIF, RAMP), Thompson-CSF (or TPR1000) and Thompson-TVT2, Toshiba, TPS-43, Modified Eurocontrol, General 18-Bit, NEC Radar Extractor, TPS-75, and Raduga-2. Synchronous Bit Stream Interface, included with the radar receiver package, transmits and receives a continuous bit stream with no synchronization signal required. HDLC The HDLC is used for transmission and reception of HDLC/SDLC data frames with frame-level control, zero bit insertion/deletion, CRC generation and checking, and abort detection. It includes LAPD, ABM/LAPB (asynchronous balanced mode), and NRM (normal response mode). X.25 The X.25 protocol software is a STREAMS-based implementation of the X.25 protocol suite, which conforms to ITU-T (’80, ’84, and ’88) and ISO specifications. It meets approval requirements for the European Telecom Standard NET2 for connecting a DTE to an X.25 (84) PSDN and for the joint US standard FIPS 100/Federal Standard 1041 for the DTE/DCE interface. Comprehensive configuration mechanisms allow the software to be tailored for operation on numerous public data networks (PDN). Frame Relay The Frame Relay is a portable, STREAMS-based product. It is designed to conform to ITU-T and ANSI specifications and to FRF implementation agreements for the Frame Relay Bearer Service. Frame Relay supports both permanent virtual circuits (PVCs) and switched virtual circuits (SVCs), and its Layer2 (DL-CORE) conforms to Q.922 and T1.618. The product supports the DLPI standard interface and has a local management interface. Asynchronous Data Transfer The Asynchronous Data Transfer (ADX) protocol allows a client (host) application to send and receive character- or block-oriented asynchronous data. Client applications use a simple API to access the ADX software resident on the controller or LAN-based server. TADIL-B The TADIL-B protocol is derived from MIL-STD-188-212, “Subsystem Design and Engineering Standards for Tactical Digital Information Link (TADIL) B,” and has been modified to accommodate the Westinghouse Electric Corporation (WEC) radar protocol. The Data Link Provider Interface (DLPI) defines a STREAMS-based message interface between a data link service provider (TADIL-B) and an application program. Support and Maintenance Performance Technologies understands every aspect of systems development, including hardware, software, integration, and deployment, and offers various aspects of technical, OEM, and enduser support to ensure successful deployments and product launches Ordering Information
To discuss specific requirements and/or pricing, contact sales@pt.com.
Specifications subject to change without notice. The names of actual companies, products, or services may be the trademarks, registered trademarks, or service marks of their respective owners in the United States and other countries. |
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