5G Open RAN load & stress testing
Artiza DuoSIM is a dedicated load and performance testing solution for Open RAN networks. DuoSIM emulates RU with UEs behind
the RU over 5G fronthaul at scale, to validate your RAN for scaleability.
Emulate RUs along
with UEs at scale over eCPRI
Built-to-scale distributed architecture enables effortless scaling
Test your
massive MIMO setup
massive MIMO setup
Key Features
DuoSIM is the only specialized load and performance testing solution for validating your RAN for real-world scale. As a key contributor to O-RAN TIFG for load testing, Artiza is your reliable partner to ensure that your network can handle busy-hour calls without failures.
- Emulate up to 72 cells, with up to 2,000 UEs per cell
- Scale to 300 call-attempts per second (CAPS) per cell
- Provides excellent flexibility in UE manipulation capability for detecting potential intrinsic gNB performance issues
- Various UEs states / behaviors can be simulated through the test scenarios
- Test scenarios allow mixed traffic models and various U-plane protocols
Test Scenarios
As a pioneer in developing load and performance testing solution,
Artiza supports a range of test scenarios related to UE states,
call models and stability.
- Emulate Simultaneous RRC_CONNECTED UEs
- Benchmark UE transitions
- Traffic load testing
- Traffic model testing
- Dense urban
- Office area
- High speed
- And several other traffic models
- Long hour stability testing
- Multi-cell testing
- Emergency testing
Several other test scenarios are available, along with extensive
configuration capabilities and extensive reporting.
Artiza DuoSIM Advantage
DuoSIM combines deep protocol expertise with high-scale simulation capability, making it ideal for 5G equipment vendors and service providers. DuoSIM also comes with optional 5G core, which frees you from the complexities of setting up the complete network, and instead utilize Artiza’s end-to-end test infrastructure with your System Under Test.
Contact us
Drop us a line with any
questions, inquiries or business proposals