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Support for Samsung Galaxy S10

Upgrade your PCTEL scanners for 5G

PCTEL IBflex™ or MXflex™ scanners can be upgraded to be able to test and measure 5G NR. The PCTEL IBflex and MXflex scanners are highly flexible test tools for traditional wireless spectrum. With 5G NR testing capabilities on sub-6 GHz bands, it can be used to clear spectrum or test 5G NR alongside LTE, NB-IoT, Wi-Fi, and legacy 3G and 2G wireless network technologies. TEMS Investigation 21.2 can perform 5G NR RSSI scan and spectrum analysis using the PCTEL IBflex scanner or MXflex scanner. It supports the latest firmware of the PCTEL IBflex or MXflex scanners that enables 5G NR Signal Scan measurements. For strongest beams (of the Primary and Secondary Synchronization Signals) per NR-ARFCN/GSCN, the scanner can measure the following parameters like: • Received Power/Quality/Signal Strength • CINR • Beam information • Cell information

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Planet New Features

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Do much more than planning

In 5G, your early rollouts need to test multiple smartphones and chipsets

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Planet ACP Module

Evaluate the best upgrade scenarios for 4G radio capacity expansion or 5G deployment using automated functions

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5G Scanning with Rohde & Schwarz TSME6

The Rohde & Schwarz TSME6 ultra compact drive test scanner is a high-power platform for optimizing all conventional mobile radio networks. The TSME6 is a highly flexible test tool for traditional wireless spectrum. With 5G NR testing capabilities on sub-6 GHz bands, it can be used to clear spectrum or test 5G NR alongside LTE and legacy 3G and 2G wireless network technologies. In later version of TEMS Investigation 21.x, we will perform 5G NR RSSI scan and Spectrum Analysis using the Rohde & Schwarz TSME6 scanner. For strongest beams (of the Primary and Secondary Synchronization Signals) per NR-ARFCN/GSCN, the scanner will measure the following parameters: • Received Power/Quality/Signal Strength • CINR • Beam information • Cell information We now support a TSME6 configured with DC30 to support 5GNR mmWave measurements.

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The Samsung Galaxy S10 is a smartphone running the latest version of Android 9, supporting up to LTE CAT 20 (2 Gbps DL/150 Mbps UL), 7CA DL, 4x4 MIMO, LAA, VoLTE, VoWiFi, 256-QAM DL and 64-QAM UL. The Galaxy S10 also supports Wi-Fi 6 which makes it possible to measure Wi-Fi data throughput up to 1.5 Gbits/s. Galaxy S10 models will be available with Qualcomm or Samsung chipset depending on region. As the flagship product from Samsung, we expect this device to be a popular customer choice in many markets. Using sQLEAR (a new innovative AQM algorithm) on this device makes it possible (during 2019) to directly compare the Voice Quality provided by VoWiFi and VoLTE.

Gbit/s Downlink

150

Mbit/s Uplink

Use with

sQLEAR

The Samsung Galaxy S10+ 5G is a 5G capable smartphone running the latest version of Android 9, supporting up to LTE CAT 20 (2 Gbps DL/150 Mbps UL), 7CA DL, 4x4 MIMO, LAA, VoLTE, VoWiFi, 256-QAM DL and 64-QAM UL. The Galaxy S10+ 5G also supports Wi-Fi 6 which makes it possible to measure Wi-Fi data throughput up to 1.5 Gbits/s. Galaxy S10+ 5G models will be available with Qualcomm or Samsung chipset depending on region. As the flagship product from Samsung, we expect this device to be a popular customer choice in many markets. Using sQLEAR (a new innovative AQM algorithm) on this device makes it possible (during 2019) to directly compare the Voice Quality provided by VoWiFi and VoLTE.

5G NR testing using devices

TEMS Investigation 21.2 supports testing of 5G NR with various devices based on both Qualcomm and Samsung chipsets. This allows customers to verify the interworking between the 4G and 5G network using the latest 5G devices. TEMS Investigation 21.2 can decode the Qualcomm Snapdragon 850, 855, 855+ and 865 chipsets as well as Samsung 5G chipsets. It is therefore able to record the 5G NR measurements, information elements and events recorded using a number of devices including: Samsung Galaxy S20, Samsung Galaxy S10+ 5G, Samsung Galaxy Note10+ 5G, ZTE Axon Pro 5G, Xiaomi Mi Mix3 5G, LG V50 5G, Sony J8010 5G, Oppo Reno 5G, Vivo Nex 3 5G, OnePlus 7T 5G, Qualcomm X50 MTP UE, Askey 5G Router, Wistron 5G router, Netgear 5G router, and many more. Post-Processing of 5G NR measurements is supported in TEMS Discovery 21.2, and big-data analytics in TEMS Director 3.2.

Know your network ranking with umlaut score indicator

In recent years, a number of independent telecom experts have started to report on the performance of mobile networks. The reports plays an increasingly important role in defining customer perception of network quality and performance. Recent research indicates that the mobile operator ranked first in a country experience a churn rate 6-8% better than average! So network ranking may even effect the share price of mobile operators. Understanding what these experts are likely to say about a network (in advance) is becoming increasingly important. The leading expert in this field is umlaut communications GmbH (previously known as P3 Communications GmbH), who have ranked mobile network performance in more than 70 countries over the past 15 years. The umlaut score indicator generated by the exhaustive tests has been used by analysts around the world to evaluate the performance of many mobile operators. In order to provide the most accurate score, umlaut communications GmbH (umlaut) use our TEMS equipment to measure various Key Performance Indicators. Users of TEMS Investigation 21.2 will be able to send TEMS log-files to Infovista and have them evaluated by umlaut. TEMS Investigation 21.2 customers will be able to order an umlaut score indicator for the networks in their country and understand how they compare with the dozens of mobile operators that have already been scored by umlaut. As part of this service, Infovista will provide a mentoring service to ensure that measurements are made in accordance with the stringent umlaut recommendations. umlaut have spent years developing their score, and the rules that need to be obeyed in order to gain consistent results. Infovista will make this service available to all TEMS Investigation 21.2 customers that have the latest features and devices (as used by umlaut). The umlaut score indicator will be sold as an annual service.

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Planet Server for Automation

Implement planning tasks automation and web-based network coverage publishing to streamline activities

Gbit/s Downlink

Support for Samsung Galaxy S10+ 5G

150

Mbit/s Uplink

Learn More About sQLEAR

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sQLEAR

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Planet Call Analytics Module

Quickly identify and resolve service quality issues using live network measurement recordings (call traces)

Planet 3D Prediction Model

Understand the indoor performance of your wireless network and increase your prediction accuracy

Support for ZTE Axon Pro 5G

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The ZTE Axon Pro 5G is one of a number of commercial devices that can be connected directly to TEMS Investigation and used as a measurement device without installing TEMS firmware. Logging is performed but call control features are limited. The device is a combined 4G/5G smartphone running Android 9.0 based on the Qualcomm Snapdragon 855 chipset and the Qualcomm X50 5G modem. It can connect to 5G networks (Bands n48 and n78) and is capable of LTE 4x4 MIMO. Other commercial devices can also be connected to TEMS Investigation 21.2 to be used for data service testing, making it possible to instantly verify network performance. Read more about On-device Testing on commercial devices in the Additional Features section.

Infovista was first to offer support for huawei mate 30

infovista support devices based on the latest 5g nr chipsets from qualcomm and sumsung

Infovista was first to offer support for Samsung Galaxy S20+ and the samsung galaxy s20 ultra device

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Planet Call Analytics Module

The Call Analytics module allows you within the Planet platform to quickly assess the subscribers experience, locate common network problems and pre-emptively resolve RF issues using embedded multi-vendor call trace processing and geo-location intelligence. This function uses traffic measurement recordings (call traces) and allows mobile operators to utilize these vendors’ recording capabilities to troubleshoot issues in the network, straight from Planet and without sending out teams for manual data collection. Call Analytics is therefore a cost-effective and relevant way for numerous network troubleshooting and RF optimization tasks, from solving specific cell issue and area wide optimization to the monitoring of your premium customers’ experience. Combining the rich data from multi-vendor call traces and other network related data such as PM/CM data or Drive Tests, engineers are now able to correlate in a single tool real user experience with various network scenarios and RF predictions, enabling efficient troubleshooting and optimization process through a multi-dimensional view of complex network problems.

THE CALL ANALYTICS module IS COMPATIBLE WITH MOST OF THE VENDORS’ MEASUREMENT RECORDINGS AND CM DATA FROM 2G TO 4G

PLANET HIGH ACCURACY GEOLOCATION ALGORITHM CAN DISCRIMINATE INDOOR CALLS AND HELP TO GENERATE LIVE TRAFFIC MAPS

PLANET IS THE ONLY PLANNING SOLUTION TO OFFER TROUBLESHOOTING CAPABILITIES BASED ON GEOlocated CALL TRACES

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Planet 3D Prediction Model

Planet inherits from more 30+ years of radio propagation model expertise and deployment experience of Infovista all around the world to design wireless networks using the most accurate RF prediction capabilities in all frequency bands. Our latest 3D predictions models allow you to understand how your network is really performing for indoor. With mobile demand moving from outdoors to indoors and the need to focus on CINR (rather than only on coverage) to improve system capacity of mobile broadband wireless data services, propagation modeling accuracy is again proving critical in all aspects of the network lifecycle—from initial planning to ongoing network optimization. The Planet 3D and Universal Models offer unmatched accuracy and calculation performance, regardless of the environment or frequency bands. In particular and used in conjunction with Infovista’s high resolution geodata it allows operators to evaluate indoor coverage and quickly identify buildings with indoor coverage problems, now or in the future.

Device Comparison Tool

Which device suits your needs? Compare 5G devices for use in TEMS products >

Planet Add-Ons

Infovista was first to offer support for huawei mate 30

infovista support devices based on the latest 5g nr chipsets from qualcomm and sumsung

Infovista was first to offer support for Samsung Galaxy S20+ and the samsung galaxy s20 ultra device

did you know?

Planet ACP Module

Planet ACP enables engineers to take the best decisions when it comes to densify existing 4G networks or deploy a new radio technology layer like 5G NR. Highly configurable and interactive, Planet ACP redefines the network design and optimization practices and is the solution of choice for RF engineers. Natively integrated with Planet, the ACP module allows operators to quickly create and evaluate network upgrade scenarios such as 5G overlay, small cells deployment or 4G capacity expansion. It includes automated site placement capabilities to perform dimensioning and initial planning of new wireless networks, geographical expansions using cell/site densification, or technology overlays like 5G rollout scenarios on small- or large-scale areas such as nationwide networks. It allows engineers to quickly evaluate upgrade scenarios using their own objectives criteria and select the ones having the best CAPEX ROI. The Planet ACP also features the fastest automated algorithms on the market to optimize your radio site configuration in 3D to secure indoor performance. By leveraging the powerful Planet 3D traffic modeling and latest prediction models, Planet ACP is a powerful solution to support the addition of capacity in 4G networks and to make sure operators utilize the investment in network equipment to the fullest.

Device Comparison Tool

Which device suits your needs? Compare 5G devices for use in TEMS products >

Planet Server for Automation

Planet Server is a powerful centralized solution which extends Planet capabilities to support planning tasks automation, multi-users collaboration and map publishing. It automates the production of coverage or capacity maps, based on data from the Planet database and from any other external sources of data. Planet Server enables engineers to automate all underlying RF predictions of the air interface performance but also automates all the steps required to produce customized coverage and capacity maps. A typical use case could be the analysis of the network capacity and coverage under different traffic demands. These maps can then be combined to produce high-level representations of an operator’s wireless network capacity and coverage. All planning results such as network data, coverage maps, and statistics can then made easily accessible to external stakeholders from a simple web page. Immediate benefits are to streamline production related to planning activities while at the same time reducing the risk of errors and time typically associated with manual processes.

Device Comparison Tool

Which device suits your needs? Compare 5G devices for use in TEMS products >

• Pro-actively troubleshoot and optimize your network • Understand how your network is performing indoor • Quickly create and evaluate network upgrade scenarios • Automate and share your RF planning deliverables

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Planet ACP Add-on

Evaluate the best upgrade scenarios for 4G radio capacity expansion or 5G deployment using automated functions

Automated site selection for small cells deployment in hot spot area.

Geolocated mobile users from call traces

Live call density map & troubleshooting

Live 3D traffic demand map from call traces

Which device suits your needs? Compare 5G devices for use in TEMS products >

Geolocated mobile users from call traces

Live call density map & troubleshooting

Live 3D traffic demand map from call traces

5G-NR PDSCH C/(N+I) Map (dB)

5G-NR Best Server Map

5G-NR Max Data Rate Map (Mbits/s)