Bynet Electronics

Emblasoft white paper - Why is testing now integral to 5G standalone network automation – and success?
The deployment of 5G Standalone networks requires a complete
paradigm shift when it comes to testing, validating, and optimising
the performance of new services, upgraded services, and network
slices. Are you ready?
For downloading the whitepaper - https://emblasoft.com/resources/white-papers/why-is-testing-now-integral-to-5g-standalone-network-automation-and-success
For more information and quote - [email protected]

Why is testing now integral to 5G Standalone network automation – and success? The deployment of 5G Standalone networks requires a complete paradigm shift when it comes to testing, validating, and optimising the performance of new services, upgraded services, and network slices. Are you ready?

Exfo's new blog - Hollow-core fiber: power and precision for critical networks
Unlike conventional fiber, which has a solid glass core, this new generation of fiber features a central channel filled with gas or air. Light propagates through this medium, which has a much lower refractive index than glass. Specialized cladding structures, often made of glass with periodic patterns, guide the optical signal through the channel and prevent it from escaping.
Exfo's solution includes OTDR analysis software, part of a Hollow-Core Fiber OTDR Test Kit and additional solutions like
- the FTBx-570 single-ended CD/PMD analyzer, which ensures reliable characterization of dispersion parameters that directly impact high-speed performance.
- The MaxTester 945 optical loss test set (OLTS), with an optional feature, streamlines validation of fiber length, insertion loss and return loss, while the FIP-500 fiber inspection scope safeguards network integrity with fast, automated end-face analysis.
- The FTBx-88810 Series 1G-800G test solution, equipped with the EtherBERT test application, enables precise latency measurements essential for validating the ultra-low delay performance of hollow core fiber, supporting next-generation high-speed, time-sensitive networks.
For reading the full blog - https://www.exfo.com/en/resources/blog/hollow-core-fiber-power-precision-critical-networks
For further information and quote - [email protected]

EXFO Now Testing RHS OSFP Transceivers
EXFO’s FTBx-88811 is the go-to solution for ensuring performance and reliability of OSFP Riding Heat Sink (RHS) transceivers. As AI workloads drive demand for faster links, data centers face greater thermal challenges. RHS modules improve cooling but introduce new testing complexities—challenges the FTBx-88811 is purpose-built to handle with precision and efficiency.
Read more - www.exfo.com/contentassets/0eaddd38a28e46fc97f0c88a5bd62c6b/20250044_flyer_ftbx-88811-rhs-transceivers_v1_en.pdf
For more information and quote - contact us at [email protected]
#88811

Emblasoft - Why is testing now integral to 5G Standalone network automation – and success?
Why is testing now integral to 5G Standalone network automation – and success?
Read more - https://emblasoft.com/blog/why-is-testing-now-integral-to-5g-standalone-network-automation-and-success
For more information and quote - please contact us at [email protected]

Why is testing now integral to 5G Standalone network automation – and success? 5G Standalone demands a new paradigm for network and service testing. It’s integral to release cycles and assurance practices. Testing now requires automation, supported by agile performance / functional testing and active monitoring. Are you ready?