Alfa Test is a regional partner and distributor for Romania, Hungary, Moldova, Bulgaria, Serbia, North Macedonia, Croatia, and Slovenia.
LitePoint (a Teradyne division) specializes in wireless testing solutions that cater to a wide range of communication technologies, including 5G, Wi-Fi, Bluetooth, and Ultra-Wideband (UWB).
LitePoint’s innovative products streamline multiple testing stages, including RF parametric measurements, signal generation, and real-time analysis, into one unified platform. Designed for scalability, LitePoint solutions excel in both high-volume production testing and cutting-edge research and development, ensuring efficiency and precision across applications.
Specialized Applications: wireless consumer devices, automotive, IoT devices.
A millimeter-wave (mmWave) test solution designed for high-volume manufacturing of 5G devices, enabling comprehensive 5G NR and mmWave testing for faster development and deployment.
This intermediate-frequency (IF) test solution aids in validating 5G components by providing accurate RF measurements, ensuring compatibility across diverse 5G bands and reducing development times.
Optimized for over-the-air (OTA) testing, this model supports the verification of WiGig RF modules and products, ideal for both laboratory and manufacturing environments requiring high-speed and precision testing.
Aimed at ultra-wideband (UWB) applications, this test solution supports the testing of UWB devices, focusing on location accuracy and communications performance across UWB ecosystems.
A versatile test solution supporting Wi-Fi 6/6E and Bluetooth LE, it enables high-throughput testing for diverse wireless devices and ensures compliance with the latest Wi-Fi standards.
This advanced tester handles Wi-Fi 7, offering multi-band and multi-protocol capabilities for high-performance testing of next-gen Wi-Fi devices across different frequency bands.
A Wi-Fi and Bluetooth test solution suited for IoT devices, this system enables reliable connectivity testing with optimized throughput for various wireless standards.
Built for 5G cellular device testing, this solution supports sub-6 GHz and mmWave, facilitating large-scale testing for devices intended for global 5G networks.
Specifically for sub-6 GHz testing, this model is ideal for mass testing of 5G devices in manufacturing, ensuring efficiency in evaluating multiple devices simultaneously.
Designed for NFC devices, this tester validates NFC functionality and communications performance, making it suitable for IoT and mobile payment systems.
A comprehensive cellular test solution covering 2G to 4G technologies, IQcell simulates real-world network scenarios, enabling robust multi-device testing in service centers and repair factories.
Similar to IQcell but focused on 5G, this tester supports both 5G and legacy networks, making it valuable for 5G device testing in manufacturing environments.
Targeting O-RAN Radio Units, this solution provides a streamlined setup for testing the performance of O-RAN-compliant radio units, ensuring compatibility and efficiency in diverse network setups.
IQfact5G is an automated test solution that accelerates production testing for 5G devices, offering extensive support for multiple chipsets. It optimizes workflow in manufacturing by providing automated testing capabilities for RF parametrics, protocol, and physical layer performance.
This software provides automation tools for test and measurement in manufacturing. It supports a wide range of wireless technologies, ensuring streamlined, consistent testing for Wi-Fi, Bluetooth, and cellular products. IQfactATM is designed to be adaptable, enabling efficient production-line testing across various standards.
IQfact+ is a flexible test automation software supporting Wi-Fi, Bluetooth, and IoT device manufacturing. It enhances throughput and precision by providing a seamless setup for RF and PHY testing, focusing on reducing test time and enhancing yield in production environments.
IQsniffer enables in-depth analysis of physical and MAC layer parameters for Wi-Fi and Bluetooth devices. It captures and analyzes radio traffic in real-time, aiding in troubleshooting and debugging by providing insights into MIMO, OFDMA, and interference issues in multi-band environments. The intuitive interface supports Wi-Fi and Bluetooth coexistence testing, with data export options for detailed analysis.