Base Station Emulator
TEST IN PARALLEL & INDIVIDUALLY
Base Station Emulator sUTP 5018
Emulation of the mobile wireless environment from 2G to 5G
Bring a whole mobile network to your lab or production: NOFFZ Base Station Emulator (BSE) creates a customized cellular wireless environment. This makes testing wireless devices easier than ever before.
Compact, cost-effective testing of multiple DUTs in parallel from 2G to 5G, including endurance testing for several days.
Designed for modern automotive devices with high channel count
Validation of mobile devices such as telematics control units (TCUs), new generation V2X communication modules, smartphones or IoT mobile interfaces requires replication of complex RF test scenarios in the lab. In addition to traditional use cases in the areas of telematics, infotainment, and smart city, new test and characterization requirements of mobile radio interfaces are emerging. And now also in the field of electromobility:
Modern e-charging stations also have cellular interfaces that connect wirelessly to the cellular network. They transmit relevant availability data in real time to the vehicle or to the driver’s cell phone, who can then ideally reserve the desired charging station directly.
THIS IS WHAT DISTINGUISHES OUR PRODUCT
Features & Specifications
- Manages multiple TCUs and dual SIM module validation tests in parallel
- Tests voice calls, text messages, eCall, maximum data traffic, VoIP, Wi-Fi hotspot, connected gateway, and other wireless functions
- Network coverage from 2G to 5G including standalone (SA) and non-standalone (NSA) configurations
- Scaling to up to 4 independent cells, intra-radio access technology handover, and various MIMO scenarios
Front and rear panel connectors of the Base Station Emulator sUTP 5018
Advantages
Cost efficiency
Change from a conventional box instrument to an SDR platform
- High channel count
Change from validation of a single DUT to a multi-DUT system
- Full system integration
Up to a complete infotainment validation system with global navigation satellite system, broadcast, radio, and Bluetooth
CONFIGURE AS NEEDED
Test just like in the real mobile network
Configure up to four different cells and connect up to 32 cellular modules in parallel: Your test object (UE, user equipment) can make voice calls, send and receive text messages, dial into neighboring mobile cells, or call emergency numbers, just like in any other real network!
In the BSE Manager software you can monitor the connections and the main parameters of the call status, e.g. signal-to-noise ratio, bit error rate, transmission power, RSSI, or the presence of correct logical channels.
INTERACTIVE CONFIGURATION AND SIMULATION
Software for the Base Station Emulator
Screenshot of our software for configuring and simulating mobile cells and monitoring DUTs
Screenshot of our software for configuring and simulating mobile cells and monitoring DUTs
IN ACTION
First steps with the Base Station Emulator
Practical implementation of typical test cases
The Base Station Emulator was developed for signaling tests in validation and production. The video series demonstrates typical scenarios: 1. Establishing a cellular connection, 2. Data transmission in 5G network, 3. Calls over VoIP, 4. Hand-over between mobile cells.
IN AKTION
First steps with the Base Station Emulator
Practical implementation of typical test cases
The Base Station Emulator was developed for signaling tests in validation and production. The video series demonstrates typical scenarios: 1. Establishing a cellular connection, 2. Data transmission in 5G network, 3. Calls over VoIP, 4. Hand-over between mobile cells.
FÜR IHRE SMARTE PRODUKTION
Automatisierter UTP 6010 für Telematic Control Unit
Robotergesteuerte Be- und Entladung der NOFFZ HF-Kammer
Die Ansteuerung der integrierten HF-Kammer erfolgt in diesem Video automatisiert mit Hilfe eines kollaborierenden Roboterarms. Er übernimmt das Öffnen und Schließen der Schublade sowie das Einlegen und Entnehmen der Telematik-Steuereinheit (Telematic Control Unit).
Automotive devices must be reliable.
Combine all products and
measuring instruments in just one rack for validation.
Test devices with high channel counts in parallel.
GNSS SIMULATOR
Modify satellite trajectories. Simulate environments.
Generate a variety of realistic multiband GNSS signals. Define your parameters individually and test them with high precision. Directly in the lab and in real time.
UNIVERSAL WIRELESS TESTER
Test wireless communication devices efficiently.
Designed for high volume parallel testing.
Multiple wireless standards combined in one system.
Use up to 64 ports simultaneously.
Larger displays and increasing connectivity.
Improved technologies are setting a rapid pace.
These innovations require intelligent test systems.
We create your individual solution with high precision.
