AMARI Callbox-Ultimate
AMARI Callbox-Ultimate
AMARI Callbox Ultimate, packaged in a plug-and-play integrated PC, is an ideal solution for testing all types of user devices for LTE and 5GNR.
4G/5G/IoT network simulation, supporting 5G SA/NSA modes, simulating commercial network environments, and supporting high-traffic verification.
It serves as compliant eNodeB, gNodeB, EPC, and 5GC per 3GPP specifications, allowing functional and performance testing of NR (SA/NSA modes), LTE, LTE-A, LTE-M, and NB-IoT devices. The device is complemented by an integrated IMS server and an eMBMS gateway for VoLTE and eMBM testing.
Callbox is supported by high-quality LTE and NR software packages, providing basic band functionality equivalent to indoor/outdoor networks.
Recording and Measurement
Users can choose to record and display all layers of the 3GPP LTE and 5GNR stacks, along with accurate charts and analysis tools.
Automatic Test Setup and Scripts
Extensive WebSocket API allows sending commands to eNodeB, gNodeB, EPC, and 5GC remotely, simplifying test automation.
Easy Configuration
Configuring eNodeB, gNodeB, EPC, and 5GC is made simple through JSON files, with example configurations included for each software version.
End-to-End Data Testing
Users can operate easily with simple permissions on standard Linux, allowing easy integration with IP services.
Channel Simulation
Simulate different DL channel types based on the 3GPP models specified in the 36101 standard.
Feature Testing
Feature testing allows covering standard protocol behaviors to simulate error conditions.
High-Performance
Full-Band Support
Supports all FDD and TDD bands, even non-standard bands, to test custom frequencies below 6GHz.
3GPP Full Support
Advance knowledge of 3GPP functionalities for quick verification of developing features.
| Max number of LTE cells | 8 |
| Max number 5G cells | 8 |
| Max total number of cells | 8 |
| Σ(Bi*Li) | 1600 |
| Bi is the bandwidth in MHz of cell i, Li is the number of dl MIMO layer for cell i. | |
| 4G LTE | 8CC 20MHz 2x2, 4CC 20MHz 4x4 |
| 5G NR | NSA: 2 5G NR TDD 100MHz 4x4 + 2 LTE 20MHz 4x4 or 2 5G NR FDD 50 MHz4x4 4x4 + 2 LTE 20MHz 4x4 SA: 2 5G NR TDD 100MHz 4x4 or 2 5G NR FDD 50 MHz 4x4 |
| NB-IoT | 8 NB-IoT standalone cells, 8 LTE cells with 8 in-band or guard-band NB-IoT cells |
| LTE-M | 8 LTE cells with CAT M1 support |
