HP3 Series Fiber Inspection and Test Systems (Discontinued)

The industry’s first handheld solution for inspecting and testing fiber networks with one device.

The HP3 Series system integrates the most essential fiber tools into a single solution that cuts test time in half and delivers better network performance. The HP3 device allows technicians to work smarter and faster with a tool that promotes best practices in an efficient workflow. Doing things right the first time protects network investment by preventing costly mistakes that could affect performance later on. The HP3 also includes the option for an integrated patch cord microscope (PCM) for dedicated patch cord inspection, offering even greater workflow efficiency. Learn more about fiber inspection and fiber testing.

Highlights

• Promotes best practices in fiber handling by combining inspection and testing into one device
• Integrated functions improve workflow by eliminating need to switch devices
• Significantly reduces total inspection and test time for superior workflow efficiency
• Reduces the number of tools and accessories you carry and manage 

Applications

• Inspects fiber end faces and accurately tests and measures optical power in one device
• Quickly and easily inspects both the bulkhead (with probe) and patch cord (with PCM) sides of fiber interconnects
• Integrated power meter for all single-mode and multimode applications, such as LAN, TELECOM, CATV, and DWDM testing
• Measures optical power and attenuation (with VIAVI optical light source)  
• Detects modulation frequency and identifies individual fibers (with VIAVI light source)
• TWINtest and Auto-λ (with VIAVI optical light source)

Key Features

• Combines two basic fiber tests in one device, saving upfront costs and improving testing throughput and efficiency
• Input for FBP series probe microscope and a dedicated patch cord microscope lets users quickly and easily inspect both sides of fiber interconnects 
• Promotes proper fiber handling workflow and practice
• 2.0 inch LCD (HP3) to view clear, crisp, detailed images of fiber end faces with optimal resolution
• Three-year calibration period