IQnxn+ Technical Specifications
IQnxn+™, a testing solution for Wi-Fi and WiMAX devices, can verify operating performance in a real world MIMO environment.
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IQnxn+™, a testing solution for Wi-Fi and WiMAX devices, can verify operating performance in a real world MIMO environment.
IQ2015 is an integrated connectivity test system designed to test multi-radio products and devices using Wi-Fi, Bluetooth®, GPS, GLONASS, FM, WiMAX, NFC, Zigbee and WAVE technologies. Leveraging its concurrent test architecture, the IQ2015 can significantly reduced test times.
IQ2015 is an integrated connectivity test system designed to test multi-radio products and devices using Wi-Fi, Bluetooth®, GPS, GLONASS, FM, WiMAX, NFC, Zigbee and WAVE technologies. Leveraging its concurrent test architecture, the IQ2015 can significantly reduced test times.
IQ2010™ is an integrated connectivity test system designed to test multi-radio products and devices using Wi-Fi, Bluetooth®, GPS, FM, WiMAX, NFC, Zigbee and WAVE technologies. Leveraging its concurrent test architecture, the IQ2015 can significantly reduced test times.
IQfact+™ provides turnkey calibration and verification solutions for key Wi-Fi, Bluetooth® and Zigbee chipsets.
LitePoint IQfact+™ provides turnkey calibration and verification solutions for key Wi-Fi/Bluetooth®/Zigbee chipsets.
The z8612™ is an RF Downconverter Module Set that serves as a 20 GHz Spectrum Analyzer extension to z8653 VSA. z8612 has the required features and specifications to perform testing for existing and emerging wireless standards, including the next-gen Wi-Fi standard 802.11ax 1024QAM.
Wi-Fi is now one of the most widely deployed high data rate wireless technologies for…
The second of this two-part series focuses on the testing challenges facing higher-bandwidth technologies like 5G New Radio, WiGig, LTE cellular and Wi-Fi (802.11ax). You can also read Part 1: Ensuring a Quality 5G Wireless User Experience: Applications & Technologies.
Emerging millimeter wave technology, which supports vastly higher frequencies and broader channel bandwidths than other Wi-Fi and cellular technologies, will facilitate the integration of IoT devices into the 5G network.