Xpack Real-time System:
Flexible real-time hardware with multi-IO connection

Xpack4 evolves into Xpack Real-time System

Dynamic development processes in the automotive industry lead to a continuous increase of requirements for hardware platforms. The modular real-time system for HIL applications tests ECUs, electric components, and complex vehicle systems virtually and with high precision. Xpack Real-time System is based on the industry standard CompactPCI Serial and allows you to freely assemble different single-board computers, modules, carrier boards, and housings for individual configurations. The platform offers a high computing capacity to parallelize models, short IO access times, and broadband data interfaces.

What is Xpack Real-time System?

  • Enhanced version of the former Xpack4 system
  • Modular hardware platform for real-time simulations developed for HIL use cases in all key application areas
  • Combines a flexible system architecture with proven components from the automotive industry to test complex vehicle systems

Why does Xpack Real-time System stand out?

  • Ideal in combination with CarMaker for seamless and efficient model validation
  • The system’s multicore architecture supports parallelization of simulation applications in CarMaker
  • It is equipped with adaptable IO modules for precise system validations in real time

Who benefits from Xpack
Real-time System?

  • OEMs, suppliers, and developers that want to test complex vehicle systems efficiently and reliably
  • Development departments working in the field of ADAS applications and software for automated driving
  • Teams that work on propulsion systems or vehicle dynamics controls and require reproducible, scalable, and real-time capable test environments

How can Xpack Real-time System be used?

  • Stationary or mobile use that can be adapted to specific test requirements
  • Real-time platform with different possible configurations to connect real ECUs to virtual simulation environments
  • For open-loop and closed-loop tests in combination with the CarMaker product family as well as with the real-time control RealtimeMaker

Customized equipment

Configure Xpack Real-time System together with one of our experts according to your requirements and application areas.

SC9: 8-Core Xeon Single-Board Computer

F23P00: 适用于 19英寸和 RoadBox 的双核赛扬单板计算机

F23P01: 适用于 19英寸和 RoadBox 的四核 i7 单板计算机

PC7: 四核至强单板计算机

ISC-1: Internal Side Card 1

cPCI 5x 千兆以太网接口 

EtherCAT 从站接口板

FlexCard PMC II Xenomai

ISC-1:内部侧卡

M27:16通道二进制输出,低侧开关

M28:16通道二进制输出,高侧开关

M31:16通道二进制输入端,接地负载

M32:16通道二进制输入端,电源电压负载

M43:继电器输出端

M66:32位二进制输入/输出

M77N:四路 RS232/RS422/RS485 UART

M81:16通道二进制输出

M400:有源轮速发生器

M401-01:频率发生器和仪表

M402:发动机信号发生器

M403:发动机信号表

M404:波形发生器

M405:LIN

M406: PSI5 接口

M407:SPI 接口

M408:通用数字和 PWM 输入

M409:电源控制

M410:CAN/CANFD

M411:高速功率监控器和数据记录器

M412:停车传感器模拟

M413:(去)多路复用器/切换器

M414:支持 SPC 的 SENT 模块

M415:电机编码器接口模块

M416:DSI3 接口

M417: Analog Outputs

M418: Analog Inputs

M419: Relay outputs

M440:可编程电阻器

M441:通用数字和 PWM 输出

D1000:用于 4 个 M 模块的 cPCI 载板(用于 19 英寸subrack)

F205:载板(例如用于 RoadBox)

F213:PMC载板(例如,用于19 "子机架和RoadBox的FlexCard)

F1001:用于 1 个 M 模块的 cPCI 载板(例如用于 NI 系统)

机箱

RoadBox:紧凑型机箱,7 个插槽用于 3U cPCI 板,高度 4U

Subrack 5:19 英寸子机架,5 个插槽,用于 6U cPCI 板,高 3U

Subrack 8:19 英寸子机架,8 个插槽,用于 6U cPCI 板,高 4U

Subrack 14:19 英寸子机架,14 个插槽,用于 6U cPCI 板,高度 8U

 

Your benefits at a glance

High Scalability

Specific IO and bus functionality with different modules

Reliability

Based on industry standards and years of expertise

Powerful components

Short IO access times and broadband data interfaces

Future-proof solution

Components can be replaced or expanded as the system evolves

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