- Verizon-KT 5G wireless verification library with hybrid RF-baseband beamforming in millimeter wave channels
- Phased Array and MIMO beamforming
- Define and simulate phased array antenna systems of any size
- Accurately incorporate measured S-, X- or Sys-parameters in phased array component beamforming analysis
- Accurately analyze the effects of array coupling, quantization, compression, polarization and intermods on beam characteristics
- Analyze antenna radiated spectral mask for compliance with FCC rules
- New standards libraries for Automotive Radar, 802.11ax WLAN and NB-IoT (LTE Advanced Pro)
Introducing SystemVue 2017
5G communications systems architects who need to finalize 28GHz mobile phone system designs to satisfy Verizon and KT 5G trial standards can now integrate 5G compliant baseband modem, reference 28GHz RFIC architecture and MIMO phased array in simulation to quickly iterate and validate their designs. The latest release of SystemVue 2017 Electronic System Level (ESL) simulation software enables the industry’s first 5G link level validation with RF phased array beamforming in mm wave channel environments that is required for 5G standards compliance.
Figure 1. SystemVue 5G Verification library incorporates Verizon and KT 5G wireless standards with 100GHz mmWave channel model and adaptive beamforming needed for designing 5G cellular base stations and handsets. Available in W1906E, W1907B, W2383E.
SystemVue 2017 offers Phased Array and MIMO beamforming system architects unprecedented ease, speed and accuracy in defining and simulating phased array antenna systems of any size. It uniquely offers the accuracy of incorporating measured S-, X- or Sys-parameters of RF splitters, phase shifters, attenuators, amplifiers with 3D antenna element patterns to accurately analyze the effects of array coupling, quantization, compression, polarization and intermods on beam characteristics. It is even possible to analyze array radiated spectral mask for compliance with FCC rules. SystemVue 2017 also comes with new standards libraries for Automotive Radar, 802.11ax WLAN and NB-IoT (LTE Advanced Pro).
Figure 2. SystemVue 2017 Phase Array Architect allows accurate RF S-, X- and Sys-parameters of amplifiers, phase shifters, attenuators to be used in Phased Array Antenna system design. It also predicts spatially radiated intermod spectrums from the antenna array for FCC compliance. Available in W1720E, W1467B.
SystemVue 2017 also comes with new standards libraries for Automotive Radar, 802.11ax WLAN and NB-IoT (LTE Advanced Pro). The new automotive radar library in Systemvue 2017 satisfies the need for designing FMCW radars operating at millimeter wave frequencies from 24 GHz to 79 GHz. New micro-Doppler moving pedestrian multi-scatter target models provide realistic verification of automotive radar designs in detecting human targets.
Figure 3. The new automotive radar library in SystemVue 2017 features micro- Doppler moving pedestrian channel model to verify human target detection by millimeter wave automotive radar operating around 70GHz. Available in W1908E.
The next generation of wireless LAN 802.11ax will become available in 2019 and promises 40% higher speed and 4x better spectral efficiency compared to the current 802.11ac standard. SystemVue 2017 now comes with updated 802.11ax WLAN standards library to enable early design starts for the next generation of wireless networking equipment.
Figure 4. New WLAN 802.11ax verification library in SystemVue 2017 allows early design starts for the next generation of wireless networking equipment that promises 40% higher speed and 4x better spectral efficiency. Available in W1917E.
Narrow Band Internet-of-Things (NB-IoT), also called LTE Advanced Pro, is a new wireless standard for indoor low power wide area network (LPWAN) of many connected devices. It is optimized for low cost and long battery life. SystemVue 2017 offers an updated baseband exploration library to enable early design starts of NB-IoT devices.
Figure 5. New NB-IoT (LTE-A Pro) baseband exploration library enables early design starts of low-cost NB-IoT devices with long battery life. Available in W1912E.
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