Satellite 2024

Calnex will be exhibiting at Satellite 2024. Join us at booth #1044, where we will showcase our network and application performance testing solutions. Discover how Calnex Network Emulators enable you to realistically recreate the conditions of your existing or proposed VSAT, LEO, MEO and GEO satellite networks in a repeatable and controlled environment and reduce […]

GDC 2024

Calnex Solutions will be demonstrating it’s full network emulation capabilities within a unique demo environment setting this year at Game Developers Conference. Visit us at Booth S1939 and put on the latest VR headsets to experience first-hand the devastating impact adverse network conditions can have on user experience. We hope to see you there.

MWC Barcelona

Calnex Solutions provides expertise and technology to guide and simplify network and application performance testing.   Our expertise in synchronization delivers solutions that make complex conformance testing easy and efficient, eliminating the risk of failure through accurate and repeatable test capability.  Through emulation our test solutions enable those seeking to deploy network infrastructure or applications […]

WEST 2024

Calnex will be exhibiting the NE-ONE Family at DoDIIS Worldwide 2023, Portland, Oregon, United States. Join us at our booth #1654 to explore how NE-ONE by Calnex allows for modeling of realistic multi-domain military networks within secure, controlled and repeatable environments. Enabling the testing of application and system resilience prior to their deployment into complex […]

DSTL Case Study

TDMA modeling capability enhances tactical data link simulation and testing

DODIIS 2023

Calnex will be exhibiting the NE-ONE Family at DoDIIS Worldwide 2023, Portland, Oregon, United States. Join us at our booth #1654 to explore how NE-ONE by Calnex allows for modeling of realistic multi-domain military networks within secure, controlled and repeatable environments. Enabling the testing of application and system resilience prior to their deployment into complex […]