Teledyne LeCroy - 加速设计的测试解决方案

Electrical Test Solutions

Debug and Test – SPMI, I3C, and DigRF

Unique TDME (Trigger, Decode, Measure/Graph, Eye Diagram) capabilities for common embedded technologies defined by the MIPI alliance.

Explore SMPI, I3C, DigRFElectrical Conformance Test

Proving electrical conformance to a MIPI PHY specification requires performing a specific set of measurements. Teledyne LeCroy QualiPHY automated test software simplifies this complex process, for faster testing, better repeatability, and complete documentation.

Explore QPHY-MIPI-CPHY
Explore QPHY-MIPI-DPHY
Explore QPHY-MIPI-MPHY

Protocol Test Solutions

UniPro/UFS

Full UniPro and UFS specification support
Industry leader in UniPro and UFS protocol analysis
Full range of tools – Analyzer, exerciser, CTS Test Suites, etc.

Explore MIPI UniPro/UFS Analyzers CSI-2/DSI-2

Supports both D-PHY and C-PHY
Analyzer, Exerciser and CTS Test Suites
Image extraction and Playback
Packet Generation or Video Generation modes

Explore MIPI CSI/DSI Analyzers

Testing and Training

Teledyne LeCroy’s Austin Labs is a leading provider of independent testing and training services focused on server, storage, and networking interfaces, including PHY testing and protocols analysis.

Intermediate and advanced PCIe training classes - on site, on location, and virtual
Hardware and device testing services

Explore Austin Labs

TDME (Trigger, Decode, Measure/Graph, Eye Diagram) capabilities for common embedded technologies defined by the MIPI alliance.

Explore SMPI, I3C, DigRFElectrical Conformance Test

Explore QPHY-MIPI-CPHY
Explore QPHY-MIPI-DPHY
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电气测试解决方案

调试和测试——SPMI、I3C 和 DigRF

独特 TDME（触发、解码、测量/图形、眼图）功能可以用于测试调试MIPI 联盟定义的通用嵌入式技术。

探索 SMPI、I3C、DigRF

电气合规性测试

验证 MIPI PHY 规范的电气合规性需要执行一组特定的测量。 Teledyne LeCroy QualiPHY 自动化测试软件简化了这个复杂的过程，实现了更快的测试、更好的可重复性和完整的报告。

探索 QPHY-MIPI-CPHY
探索 QPHY-MIPI-DPHY
探索 QPHY-MIPI-MPHY

Explore MIPI UniPro/UFS Analyzers CSI-2/DSI-2

Supports both D-PHY and C-PHY
Analyzer, Exerciser and CTS Test Suites
Image extraction and Playback
Packet Generation or Video Generation modes

Explore MIPI CSI/DSI Analyzers " data-gt-human-content="true">

协议测试解决方案

UniPro/UFS

完整的 UniPro 和 UFS 规范支持
UniPro 和 UFS 协议分析的行业领导者
全套工具——分析仪、训练器、CTS 测试套件等。

探索 MIPI UniPro/UFS 分析仪 CSI-2/DSI-2

支持 D-PHY 和 C-PHY
分析仪、训练器和 CTS 测试套件
图像提取和回放
数据包生成或视频生成模式

探索 MIPI CSI/DSI 分析仪

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测试和培训

力科的 Austin Labs 是专业的独立测试和培训服务提供商，专注于服务器、存储和网络接口，包括 PHY 测试和协议分析。

支持现场授课、客户指定地点授课以及线上虚拟课堂
硬件和设备测试服务

探索Austin Labs

Training

To create a reliable product, the user must first understand the technology and know how to use the tools needed to develop, test and debug the relevant PCI Express specification.

Get know Austin Labs

Prototype

Physical Layer

The first board turn provides the foundation for your design. Teledyne LeCroy’s WavePulser 40iX High-speed Interconnect Analyzer helps quickly and economically identify layout and interconnect issues. High Definition Oscilloscopes from 200 MHz – 8 GHz and power rail probes sniff out power integrity problems.

Physical Layer

8 GHz – 65 GHz high-bandwidth real-time oscilloscopes provide the required performance for multi-lane signal integrity testing at all data rates and all phases of the lifecycle.

Protocol Layer

Protocol Exercisers, Analyzers and Jammers can provide a full range of testing by identifying any operational issues, emulating devices and systems or injecting errors into the communication path for live traffic testing.

Protocol Layer

Use of Protocol tools at this stage will ensure high performance error free operation and allow for various forms of corner case and regression testing.

Physical Layer

Debug state machine and other digital issues using ProtoSync oscilloscope-based Protocol Analysis Software, DH Series Active Differential Probes and protocol analyzer cross triggering.

Physical Layer

Capture and review traffic ensuring that all errors and issues have been resolved and that performance meets design requirements.

Protocol Layer

Bug fixes as well as software and hardware updates need to be tested, reviewed and matched against previous releases to provide forward compatibility and compliance to the specification.

Training

To create a reliable product, the user must first understand the technology and know how to use the tools needed to develop, test and debug the relevant PCI Express specification.

Get know Austin Labs

Physical Layer

8 GHz – 65 GHz high-bandwidth real-time oscilloscopes provide the required performance for multi-lane signal integrity testing at all data rates and all phases of the lifecycle.

Protocol Layer

Use of Protocol tools at this stage will ensure high performance error free operation and allow for various forms of corner case and regression testing.

Physical Layer

Debug state machine and other digital issues using ProtoSync oscilloscope-based Protocol Analysis Software, DH Series Active Differential Probes and protocol analyzer cross triggering.

Physical Layer

Capture and review traffic ensuring that all errors and issues have been resolved and that performance meets design requirements.

Protocol Layer

Bug fixes as well as software and hardware updates need to be tested, reviewed and matched against previous releases to provide forward compatibility and compliance to the specification.

MIPI 产品生命周期

力科为产品生命周期的每个阶段以及从物理层到应用层的每一层都提供了正确的测试工具

Training

To create a reliable product, the user must first understand the technology and know how to use the tools needed to develop, test and debug the relevant PCI Express specification.

Get know Austin Labs

Prototype

Physical Layer

8 GHz – 65 GHz high-bandwidth real-time oscilloscopes provide the required performance for multi-lane signal integrity testing at all data rates and all phases of the lifecycle.

Protocol Layer

Use of Protocol tools at this stage will ensure high performance error free operation and allow for various forms of corner case and regression testing.

Physical Layer

Debug state machine and other digital issues using ProtoSync oscilloscope-based Protocol Analysis Software, DH Series Active Differential Probes and protocol analyzer cross triggering.

Physical Layer

Capture and review traffic ensuring that all errors and issues have been resolved and that performance meets design requirements.

Protocol Layer

Bug fixes as well as software and hardware updates need to be tested, reviewed and matched against previous releases to provide forward compatibility and compliance to the specification.

Training

To create a reliable product, the user must first understand the technology and know how to use the tools needed to develop, test and debug the relevant PCI Express specification.

Get know Austin Labs

Physical Layer

8 GHz – 65 GHz high-bandwidth real-time oscilloscopes provide the required performance for multi-lane signal integrity testing at all data rates and all phases of the lifecycle.

Protocol Layer

Use of Protocol tools at this stage will ensure high performance error free operation and allow for various forms of corner case and regression testing.

Physical Layer

Debug state machine and other digital issues using ProtoSync oscilloscope-based Protocol Analysis Software, DH Series Active Differential Probes and protocol analyzer cross triggering.

Physical Layer

Capture and review traffic ensuring that all errors and issues have been resolved and that performance meets design requirements.

Protocol Layer

Bug fixes as well as software and hardware updates need to be tested, reviewed and matched against previous releases to provide forward compatibility and compliance to the specification.

培训

要创建可靠的产品，用户必须首先了解技术并知道如何使用开发、测试和调试相关 PCI Express 规范所需的工具。

了解Austin Lab

原型

物理层

第一轮电路板为您的设计奠定了基础，力科的 WavePulser 40iX 高速互连分析仪有助于快速、经济地识别布局和互连问题。 200 MHz 至 8 GHz 的高精度示波器和电源轨探头可以发现电源完整性问题。

特色商品

WavePulser 40iX

分析仪

与深度分析工具箱组合，单次采集即可得到S 参数（频域）和阻抗曲线（时域），为高速互连系统提供了强大的表征洞察力。
WavePro HD

示波器

高达 5 Gpt 的快速响应采集内存可让您更清楚地了解系统行为，并且卓越的分析工具箱可实现深入洞察。

开机

物理层

8 GHz - 65 GHz 高带宽实时示波器为全部数据速率和生命周期的任何阶段的多通道信号完整性测试提供所需的性能。

特色商品

SDA 8 Zi-B

示波器

SDA 8 Zi-B 将当今高速测量所需的性能、信号保真度和工具包与标准台式示波器的易用性相结合，带宽范围为 4 至 30 GHz。
LabMaster 10 Zi-A

示波器

这款 LabMaster 10 Zi-A 在 20 GHz 至 65 GHz 带宽范围内具有出色的信号保真度，配备 20 核处理器和高达 192 GB 的 RAM，处理能力一流。

启动

协议层

协议训练器、分析仪和干扰器可以通过识别任何操作问题、模拟设备和系统或将错误注入实时流量测试的通信路径来提供全方位的测试。

特色商品

Summit M5x

协议分析仪/错误注入器

Summit M5x 是Teledyne LeCroy的 PCIe/NVMe 错误注入器解决方案，是针对基于高速 PCI Express 5.0 I/O 应用（如工作站、桌面、图形、存储和网卡应用）的最新协议分析仪。

验证

协议层

在此阶段使用协议工具确保高性能无错误操作，并允许各种形式的极端情况测试和回归测试。

特色商品

Summit T54

协议分析仪

Summit T54 协议分析器捕获、解码和显示 PCIe5.0协议数据，支持链路宽度x1 、x2、x4

调试

物理层

使用基于示波器的协议分析软件ProtoSync 、DH 系列有源差分探头和协议分析仪交叉触发来调试状态机和其他数字问题。

特色商品

SDA 8 Zi-B

示波器

SDA 8 Zi-B 将当今高速测量所需的性能、信号保真度和工具包与标准台式示波器的易用性相结合，带宽范围为 4 至 30 GHz。
DH 系列 (8-30 GHz)

差分探头

DH 系列 8 至 30 GHz 有源差分探头提供高输入动态范围、大偏置能力、低负载和出色的信号保真度以及一系列连接前端选项。

合规性

证明 MIPI PHY 规范的电气一致性需要执行一组特定的测量。 Teledyne LeCroy QualiPHY 自动化测试软件简化了这个复杂的过程，实现了更快的测试、更好的可重复性和完整的文档。

探索 QPHY-MIPI-DPHY

探索 QPHY-MIPI-MPHY

问题解决方案

物理层

捕获和核查流量，确保所有错误和问题都已得到解决，并且性能满足设计要求。

特色商品

Summit T416

协议分析仪

Summit T416 是力科新一代的协议分析仪，针对基于高速 PCI Express 4.0 I/O 的应用，例如工作站、台式机、显卡、存储和网卡应用。

回归测试

协议层

问题修复以及软件和硬件更新时需要测试、核查，已与以前的版本匹配，提供向后兼容和对规范的合规性。

特色商品

Summit T48

分析仪

它是力科最新一代的协议分析仪，针对基于高速 PCI Express 4.0 I/O 的应用，例如工作站、桌面、图形、存储和网卡应用。

培训

要创建可靠的产品，用户必须首先了解技术并知道如何使用开发、测试和调试相关 PCI Express 规范所需的工具。

了解Austin Lab

物理层

特色商品

WavePulser 40iX

分析仪

与深度分析工具箱组合，单次采集即可得到S 参数（频域）和阻抗曲线（时域），为高速互连系统提供了强大的表征洞察力。
WavePro HD

示波器

高达 5 Gpt 的快速响应采集内存可让您更清楚地了解系统行为，并且卓越的分析工具箱可实现深入洞察。

物理层

8 GHz - 65 GHz 高带宽实时示波器为全部数据速率和生命周期的任何阶段的多通道信号完整性测试提供所需的性能。

特色商品

SDA 8 Zi-B

示波器

SDA 8 Zi-B 将当今高速测量所需的性能、信号保真度和工具包与标准台式示波器的易用性相结合，带宽范围为 4 至 30 GHz。
LabMaster 10 Zi-A

示波器

这款 LabMaster 10 Zi-A 在 20 GHz 至 65 GHz 带宽范围内具有出色的信号保真度，配备 20 核处理器和高达 192 GB 的 RAM，处理能力一流。

协议层

协议训练器、分析仪和干扰器可以通过识别任何操作问题、模拟设备和系统或将错误注入实时流量测试的通信路径来提供全方位的测试。

特色商品

Summit M5x

协议分析仪/错误注入器

Summit M5x 是Teledyne LeCroy的 PCIe/NVMe 错误注入器解决方案，是针对基于高速 PCI Express 5.0 I/O 应用（如工作站、桌面、图形、存储和网卡应用）的最新协议分析仪。

协议层

在此阶段使用协议工具确保高性能无错误操作，并允许各种形式的极端情况测试和回归测试。

特色商品

Summit T54

协议分析仪

Summit T54 协议分析器捕获、解码和显示 PCIe5.0协议数据，支持链路宽度x1 、x2、x4

物理层

使用基于示波器的协议分析软件ProtoSync 、DH 系列有源差分探头和协议分析仪交叉触发来调试状态机和其他数字问题。

特色商品

SDA 8 Zi-B

示波器

SDA 8 Zi-B 将当今高速测量所需的性能、信号保真度和工具包与标准台式示波器的易用性相结合，带宽范围为 4 至 30 GHz。
DH 系列 (8-30 GHz)

差分探头

DH 系列 8 至 30 GHz 有源差分探头提供高输入动态范围、大偏置能力、低负载和出色的信号保真度以及一系列连接前端选项。