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HDLC-CPCI/PXIe Synchronous Communication Card

Drive Free CPCI/CPCIe PXI/PXIe
  • CPCI/PXI, CPCIe/PXIe 3U driver-free card
  • 1x Ethernet Interface
  • 4x RS-422/485 synchronous/asynchronous serial ports
  • Serial port support synchronous HDLC protocol, asynchronous UART
  • Encoding format support NRZ, NRZI, DBPL, Manchester, differential Manchester
  • Industrial grade wide temperature
Overview

Introduction

The Yacer HDLC-CPCI/PXIe synchronous serial communication card provides 4x RS-422/485 serial ports and supports synchronous HDLC/SDLC protocol. 1x100M Ethernet interface to realize the protocol conversion between serial port and Ethernet.

Optional CPCI/PXI 3U or CPCIe/PXIe 3U bus specifications, drive-free.

 

Applications

  • Serial to Ethernet, Ethernet to Serial

  • Synchronous serial port, asynchronous serial port to convert each other

  • Serial port one way into multiple ways

  • High-speed synchronous serial data transmission and conversion

  • Telemetry, measurement and control data acquisition and transmission

  • Satellite, radio data transmission

  • Aviation and aerospace data communication

  • CPCI/CPCIe bus application, PXI/PXIe bus application

 

Specifications

Item

Parameters

Details

Serial Port

Quantity

4

Interface

1 x Female DB-44

Working mode

Synchronous HDLC, Asynchronous UART, Synchronous Bitstream

Interface type

RS-422 full duplex, RS-485 half duplex

Encoding format

NRZ, NRZI, DBPL (Differential Bi-Phase Level), Manchester, Differential Manchester

Baud rate

Synchronous NRZ: ≤ 12 Mbps, Synchronous Other: ≤ 6 Mbps, Asynchronous: ≤ 1 Mbps

HDLC frame length

≤ 1470 bytes

Synchronous clock

General, Master, Slave( external clock )

ESD protection

± 15 KV

Ethernet Interface

Quantity

1 x RJ-45

Rate

10/100 Mbps

Protocol

TCP/IP

Programming interface

UDP Server, UDP Client

Support unicast/multicast/broadcast

Computer Bus

CPCI/PXI

Compact PCI 3U, PXI 3U

CPCIe/PXIe

CPCIe 3U, PXIe 3U

Driver

Driver-free

Configuration Management

Configuration interface

Ethernet interface

Configuration tool

yacer-DMS configuration management software

Power Requirements

Input voltage

4.5 ~ 17 VDC

Power consumption

< 3 W

Power connector

CPCI/PXI or CPCIe/PXIe bus power supply

Mechanical Characteristics

Dimensions

160 mm x 100 mm

Weight

450 g

Operating Environment

Operating temperature

-40 ~ +75℃

Storage temperature

-40 ~ +85℃

Operating humidity

5 ~ 95% RH (no condensation)

Order Information

Product Model

RS-232 Serial Port

Ethernet Interface

Bus Specification

HDLC-CPCI-204

2x Synchronous serial ports + 2x Asynchronous serial ports

1x 10/100M

CPCI/PXI 3U

HDLC-CPCI-404

4x synchronous serial ports, 2 of which support asynchronous

1x 10/100M

CPCI/PXI 3U

HDLC-PXIe-204

2x Synchronous serial ports + 2x Asynchronous serial ports

1x 10/100M

CPCIe/PXIe 3U

HDLC-PXIe-404

4x synchronous serial ports, 2 of which support asynchronous

1x 10/100M

CPCIe/PXIe 3U

 

Documentation
Tools and software
Reference material
The Selection and Configuration of Synchronization Clock for HDLC Protocol
Synchronous HDLC serial communication, different from ordinary asynchronous communication, the clock signal plays an important role, only the sender and receiver use the same clock, can achieve highly reliable data transmission.
Design and Implementation of HDLC Synchronous Serial Port for ATC Radar
The ATC radar data network uses the HDLC protocol to transmit target data, and the ATC radar and ADS-B equipment must be able to support the HDLC protocol and provide multiple synchronized serial ports for outputting radar data.
Synchronous HDLC Application Based on RS-232 Interface
Synchronous HDLC Application Based on RS-232 Interface
Synchronous HDLC Communication Based on RS-422 Interface
Synchronous HDLC Communication Based on RS-422 Interface
HDLC communication based on RS-485 bus
HDLC communication based on RS-485 bus
Impact of ADS-B on the ATC radar data network
Due to the advantages of low station construction cost and high data refresh rate, ADS-B receivers have been applied in large scale in ATC system.
Introduction to Road Traffic Signal System
The road traffic signal controller is a device that can change the order of road traffic signals, adjust the timing and control the operation of road traffic lights.
Introduction to HDLC Protocol
HDLC protocol, sometimes known as SDLC protocol, is a link layer protocol widely used in industry communications. The HDLC protocol specification is referred to the ISO / IEC 13239 standard document.
Air Traffic Control (ATC) Secondary Surveillance Radar (SSR) DTE and DCE synchronous serial port definition
Synchronous Communication and Asynchronous Communication
Synchronous Communication and Asynchronous Communication
Introduction to the RS-232 Serial Port
Introduction to the RS-232 Serial Port
Definitions and Differences among Simplex, Half-duplex, and Full-duplex
Definitions and Differences among Simplex, Half-duplex, and Full-duplex
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