Mavenir provided the software of the LTE
MTI provided the hardware and
software of the LTE
The connection details of the hardware in the lab are in the network topology diagram below.
The purpose of this test is to validate that both the
Mavenir
synchronizing from a common PRTC using
the
The purpose of this test is to validate the essential
radio operation of Radio Layer C-Plane establishment
and initial Radio U-plane data transfer on a
system level with the integration of
different vendors.
The purpose of this test is to validate key radio
operation after Radio Layer C-Plane establishment
and initial Radio U-plane data transfer, the Radio
U-plane data transfer including Downlink throughput
performance on a system level with the
integration of
The purpose of this test is to validate key radio
operation after Radio Layer 3 C-Plane establishment and
initial Radio U-plane data transfer, the
Radio U-plane data transfer including Uplink throughput
performance on a system level with the
integration of
The purpose of this test is to validate key radio
operation after Radio Layer 3 C-Plane
establishment and initial Radio U-plane data transfer, the
Radio U-plane data transfer
including bi-directional throughput performance on a system level with
the integration
of
The purpose of this test is to validate that correct
timing is achieved on the air interface
regardless of the actual fronthaul latency and
The purpose of this test is to validate that correct
timing is achieved on the air
interface regardless of the actual fronthaul latency and
In the tests, MTI
Most of the Mavenir tests are focused on the C/U-Plane
establishment and the End-to-End traffic test. From the pcap captured on fronthaul and the screenshots
of the Real UE logs, the layer 3 C-plane establishment is successful and the measured throughout is the
same as the generated traffic for both downlink and uplink.
