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Discover the FTB 5GPro test solution. Scalable and future-proof, it’s the perfect test kit to support your transformation to 5G. This comprehensive solution includes: fiber connection inspection, fiber link characterization, CPRI and 10G/25G eCPRI link validation, RF spectrum analysis over CPRI, up to 100G Ethernet testing, high-speed (gigabit) service testing and so much more. This kit delivers 5G best-practice testing from installation and activation to maintenance and troubleshooting, helping you deploy 5G right—the first time.

Discover EXFO’s BA-4000 series of 400G/800G electrical BER testers. 400G transceivers are now moving from R&D to mass production! Bit-error-rate (BER) is the major indicator of the performance of transceivers and transmission systems. IEEE 400G standard states that forward error correction (FEC) is mandatory beyond 200G for the qualification of transceivers. Discover all the advanced FEC features available on the BA-4000.

Hi, my name is Marcos Vasconcellos, Product Specialist for EXFO’s Transport and Datacom Business Unit. Welcome to the NetBlazer 100Gig Tech Corner where we take a more detailed look at important technologies and unique time-saving features of our NetBlazer Series of testers. Today we’re looking at EXFO’s 16x Fibre Channel Bit Error Rate testing capability, which I’ll be demonstrating on the NetBlazer FTB-890, our portable 10M to 100Gig high speed tester. It’s the perfect choice for field testing of multiple speeds and technologies in metro networks. With this feature, we can perform Fibre Channel Bit Error Rate Testing from 1x all the way to 16x, all on the same module. An important point to mention here is that EXFO is one of the few vendors supporting all these rates—so 1x to 16x and 100 Gig—on a single module. A very valuable and cost-saving feature —eliminating the need for operators to buy a second tester for Fibre Channel 16x. The Fibre Channel test process is simple: Choose the modify structure button, Select the interface rate that you want to test at — in this example I’m choosing 16x. Insert the SFP+ transceiver. Now, we can easily run the test. Simple, fast, efficient — all on the same tester. So thanks for taking some time to see firsthand how quick and easy it is to run a Fibre Channel test – 1x all the way to 16x – all on one EXFO test set. Be sure to take a look at our other NetBlazer 100Gig Tech Corner capsules. Thank-you.

This video shows you various settings on the FIP 500.

Discover EXFO’s BA-4000 series of 400G/800G electrical BER testers.  Transceivers are evolving fast and 800G is around the corner. 400G is being widely deployed in R&D environments and is finding its way to data centers and network operator field implementations.   EXFO’s BER testing solutions are designed to deal with up to 8x56 GBd, supporting PAM4 or NRZ coding. BA-4000 is ideal for quality control and validation of the new generation of 800G transceivers, high-speed transmission line cards or module compliance boards (MCB). The easy-to-use interface allows to tune channel control, pre-emphasis and equalization for optimal signal integrity. 

Discover EXFO’s new EA-4000 electrical/optical sampling scope 5G fronthaul is driving the need for 25G and 100G transceivers, putting a lot of pressure on manufacturers to produce thousands of samples daily. Discover EXFO’s EA-4000, an ultra-fast electrical/optical sampling scope for eye diagram analysis of NRZ 28G signals, compatible with 5G transceivers. The EA comes in 8 different singlemode and multimode models, covering from 830 nm to 1600 nm. The EA enables an outstanding acquisition of 1M samples/s with an excellent performance characterized by an ultra-low jitter and supporting 25G-100G standard masks (MSA).

Conozca como EXFO puede ayudarlo a desplegar redes 5G de alta calidad, con nuestro equipo pruebas todo en uno EXFO 5G PRO y tenga un 5G bien hecho

Video explicativo de como configurar una prueba de iOLM para splitters desbalanceados

Aprende como utilizar el FTBx-5255 para realizar una prueba de In Service POLMUX. OSNR para señales coherentes de alta velocidad

¿Qué es iOptics y cómo funciona? Conoce la manera inteligente de probar los transceivers