OP5707

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仿真平台

王牌实时数字仿真器

OP5707XG具备无与伦比的FPGA仿真性能以及光纤连接功能，能够满足极高仿真需求。作为一种全面解决方案，OP5707XG最多可包含32个最新Intel® Xeon®处理核，结合Xilinx® Virtex®-7 FPGA的仿真性能，能够支持几乎所有通讯协议，从而满足硬件在环（HIL）和快速控制原型（RCP）仿真的最高要求。

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The New XG Series: Unmatched Performance

OPAL-RT is taking real-time simulation to another level with the new XG series. The new OPAL-RT operating system, OPAL-RT Linux 3, combined with Intel’s latest technologies and our unique toolboxes, allow engineers to benefit from an unmatched performance to simulate, test, integrate and validate innovative products and solutions.

Performance

Up to 2.5x faster. The new XG series system is capable of simulating larger and more complex power system, power electronics or microgrid models using fewer cores.

Reliability

Benefit from maximum reliability and availability by using a server-grade motherboard and CPU.

Accuracy

The XG series allows users to simulate models with a reduce time step for better accuracy. The number of cores on a single simulator range from 4 to 16.

Powered by Intel

OPAL-RT’s XG series is based on Intel® processors. Benefit from Intel's decades of innovation that brings world-changing technologies to the market.

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OP5707XG | 2.5x faster
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OP5707
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OP5707XG缘何与众不同

模块化的灵活设计

Connect your devices and systems without limitation. Onboard expansion slots accommodate up to eight analog and digital I/O modules, with signal conditioning to support a combination of up to 128 fast analog or 256 digital channels.


See Compatible I/O Boards and Accessories

可扩展性

The OP5707XG supports up to 16 SFP multi-mode fiber optic modules and LVDS/fiber optic synchronization for high-speed communication and synchronization between devices and expansion units. Easily expand simulation and I/O capacity using other OPAL-RT FPGA and I/O expansion units.

See List of Communication Protocols

仿真器结构

OP5707XG使用Intel处理器实现对大型模型的仿真运算，同时使用满足高速环路时间的FPGA实现切换率极快的实时仿真。利用eHS时，Xilinx® Virtex®-7 FPGA仅5纳秒的时钟精度支持低至145纳秒步长的模型。


这一无与伦比的计算性能能够通过在一台架式机箱充分实现。得益于并行式处理，OP5707XG能够对大型复杂系统进行高精度实时电磁暂态（EMT）仿真；而其中的FPGA则专门针对高频电力电子应用。

精确的监控和硬件在环（HIL）对接

仿真器前部具备方便易用的RJ45和迷你BNC监控连接口，后部具备标准DB37接口便于简单有效地进行硬件在环对接。


参数概览

ProcessorsCPU4 CORES: 1x Intel Xeon Gold 5222 (4 cores – 3.80 GHz)
8 CORES: 2x Intel Xeon Gold 5222 (4 cores – 3.80 GHz)
16 CORES: 2x Xeon Gold 6234 (8 cores – 3.30 GHz)
FPGAXilinx® Virtex®7 485T
PerformanceCPUSee our benchmark
FPGAMin. time step of 145 ns using eHS FPGA-based Power Electronics Toolbox
I/O boards (max.8 slots per system)Analog16 channels per slot (max. of 128 per system)
Digital32 channels per slot (max. of 256 per system)
I/O monitoringMini-BNC for up to 16 Analog/Digital channels
High-Speed optical interface16 SFP socket, up to 5Gbps
ConnectivityStandardEthernet
RS-232
VGA
Keyboard and mouse
OptionalSee full list of communication protocols
Dimensions Rack unit, W x D x H5U, 18.8” x 18.4” x 8.75”

可兼容仿真系统

OPAL-RT’s Real-Time Simulation for the Power Systems of Tomorrow.
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HYPERSIM为工程师们提供应对最复杂电力系统控制难题的所有工具。已被广泛用于全球工业、学术界和研究中心，Hypersim提供的独特软件界面专门针对电磁暂态电力系统研究。HYPERSIM中自带的丰富原件库包含虚拟PMU，可帮助您简单有效地创建精细的电力系统模型。

OPAL-RT’s Real-Time Multi-Domain Simulation Software Platform
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RT-LAB is an advanced simulation control platform that includes a complete design library for all applications and industries. Use RT-LAB to edit, compile, load, execute and analyze models. Fully integrated with MATLAB/Simulink®, RT-LAB offers the most complex model-based design for interaction with real-world environments. 

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