制造测试自动化对于降低产品成本至关重要，而光开关是任何自动化测试系统的核心。VIAVI mOSW-C1 光开关模块和 mISW 光开关托盘建立在行业领先的第四代仪表级 VIAVI 光开关技术之上。mOSW-C1/mISW-C1 在网络、监控和制造应用的光开关领域拥有 30 多年的领导地位，以业界最小的尺寸代表了性能和可靠性的新里程碑。
大型固定格式 19 英寸 VIAVI 机架安装系统中的性能和可重复性首次以模块化插件或托盘形式提供。制造工程师不再需要在测试系统的尺寸和性能之间做出选择。利用 mOSW-C1/mISW-C1 可以将开关系统的尺寸减小多达 75%，同时仍能提供更大的传统系统的性能。开关速度提高了 50%，显著节省了连接密集型架构的测试时间。
这些交换机是 MAP-200 系列的组件。凭借业内最广泛的光学模块，它是所有光学行业领域制造测试自动化的最受欢迎选择。这包括无源元件、应答器和线卡的制造。通过远程 VNC、以太网、GPIB 或本地 GUI 实现的高级连接使 MAP-200 成为复杂自动化架构的自然选择，因为它极大地简化了远程制造现场的调试。
好处
应用
Manufacturing test automation is critical to reducing product costs, and optical switches are at the heart of any automated test system. The VIAVI mOSW-C1 optical switch module and mISW Optical switch tray are built on industry-leading fourth-generation instrument-grade VIAVI optical switch technology. With more than 30 years of leadership in optical switches for networking, monitoring and manufacturing applications, the mOSW-C1/mISW-C1 represents a new milestone in performance and reliability at the industry's smallest size.
For the first time, performance and repeatability in a large fixed-format 19-inch VIAVI rack-mount system are available in modular plug-in or pallet form. Manufacturing engineers no longer have to choose between the size and performance of a test system. Mow-c1 /mISW-C1 can reduce the size of switching systems by up to 75% while still providing the performance of larger conventional systems. 50% faster switching speed, significantly saving test time for connection-intensive architectures.
These switches are components of the MAP-200 series. With the widest range of optical modules in the industry, it is the most popular choice for manufacturing test automation in all areas of the optical industry. This includes the manufacture of passive components, transponders and line cards. Advanced connectivity via remote VNC, Ethernet, GPIB, or a native GUI makes the MAP-200 a natural choice for complex automation architectures, as it greatly simplifies debugging on remote manufacturing sites.
advantage
Provides all fiber switching, regardless of data rate and transmission format
The impact on the dynamic measurement range is minimal regardless of the switch size, with low loss in all configurations from 1x2 to 1x176
The flexible SCPI remote interface allows users to work with MAP
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