Software Downloads

With LoadCore 3.2 release we are introducing a whole new level of application traffic richness, by enabling hundreds of predefined application flows. 
LoadCore VoNR offering is further expanded through 3GPP IPsec support, Video calls, SIP over UDP transport and many more. 
Control plane wise, LoadCore 3.2 brings in support for more SBA nodes (SCP, NEF), 4G nodes (SGW), TSN on control plane and many other new procedures and enhancements to existing procedures. 
Further cloud evolution is enabled through AWS EKS support, embedded licesning and application traffic support for containers.

LoadCore 2.3 brings a lot of new features and functionality on both control plane and user plane, the highlights being continued 4G enhancements like idle mode I-RAT mobility and Option 3x.

On the application traffic side, this release brings improved user plane throughput for both application traffic and stateless UDP, with single UE throughput matching multiple UE throughput.

Another highlight of this release is the QUIC transport for Video OTT.

 LoadCore 2.2 brings a lot of depth in the area of 4G and 5G protocols, consisting into a lot of new nodes, procedures and enhancements in the gNB simulator, UPF isolation topology and Full core topology. 
 Throughput for single UE scenarios was greatly improved for Stateless UDP traffic generator to exceed 10 Gbps. 
 This release continues the foray into cloud environments, by supporting the Google Anthos instances. 
 More than 150 preconfigured tests are now available for customers that want to approach functional testing of the various nodes in the 5G Core.

 LoadCore 2.1 continues the evolution of Keyisght's 5GC offering with support for a large variety of features like EPS fallback, 5G-EIR node and R16 upgrade across all previously supported nodes. 
 The user plane area is further enhanced with support for OTT and various improvements in the VoNR solution. 
 Last but not least LoadCore continues to push into cloud environments by being fully deployable into custom Kubernetes clusters.

LoadCore 2.0, a major milestone in LoadCore's evolution, brings forth:

• VoNR: the first release of our evolving fully flexible Voice engine
• Multiple iRAT topologies addressing not only SP needs, but also NEMs looking into testing combo boxes (SPGW-C/SMF and SPGW-U/UPF)
• Capability to test 4G Core form standalone UE/eNB-sim
• More SBA nodes support (SMSF) and various enhancements to CHF, NRF simulations
• Multiple MEC topologies in UI via UPF-isolation usecases: N9 interface, Uplink Classifier

LoadCore 2.0 continues the product's expansion into various virtual environments, with AWS, OpenShift and agent container support

Keysight's LoadCore test solution addresses critical 5G Core validation requirements for improved reliability and performance.

Using LoadCore's real-world subscriber modeling, testers have an intuitive UI to develop realistic test scenarios. From a single webUI-based application, engineers can perform capacity tests, detail a device's throughput, and model a wide variety of mobility scenarios.

Centered around realistic UE behavior simulation in various 5G deployments and validating complex scenarios for service-based architectures, a multitude of test topologies are available. Users can alternatively deploy full 5G Core topology or opt for node isolation, interface testing, or service validation.     

LoadCore 1.2.1 is a patch release, in order to use it one needs to have LoadCore 1.2 installed.

Keysight's LoadCore test solution addresses critical 5G Core validation requirements for improved reliability and performance.

Using LoadCore's real-world subscriber modeling, testers have an intuitive UI to develop realistic test scenarios. From a single webUI-based application, engineers can perform capacity tests, detail a device's throughput, and model a wide variety of mobility scenarios.

Centered around realistic UE behavior simulation in various 5G deployments and validating complex scenarios for service-based architectures, a multitude of test topologies are available. Users can alternatively deploy full 5G Core topology or opt for node isolation, interface testing, or service validation.