Portable LTE Air Analyzer System (Model : MDN-F6)

Transcription

1 Portable LTE Air Analyzer System (Model : MDN-F6) Product Overview (Eng-Short.Ver.8.2) Magna, Inc. 1

2 Products Application Software Windows(USB/Bluetooth) Android(Bluetooth) Air Analyzer Unit Battery Unit Battery Unit Cable accessories Accessories Carrying Bag AC Adaptor USB Cable microsd Card CD-ROM Application Software Air Analyzer Unit Battery Unit Note) * This photo is for Android version application software. * Mobile device for application software is not included. 2

3 Usage of the products Analyze LTE signals in the field. enb placement and adjustment. Area analysis for the improvement. Neighbor Cell Neighbor Cell Trouble Neighbor Cell shooting of telecommunications failure. Application Software Android version Bluetooth Air Analyzer Unit Neighbor Cell Visualize the RF signals Neighbor Cell Neighbor Cell 3 Neighbor Cell Neighbor Cell Application Software Windows version USB/Bluetooth

4 Key Feature (1) FDD-LTE, TD-LTE support 3GPP (E-UTRA & E-UTRAN) Release9 2.3GHz to 2.7GHz (LTE Operating Band 38, 40, 41) 4 40( ) China, India(Bharti Airtel), Australia(Vividwireless), Korea, Malaysia 38( ) China, US 41( ) Japan(Softbank 4G, UQ WiMAX 2+), US(Clearwire) 7 ( ) Europe Measure RF signal power/quality/timing for multi-cells. Capable of a maximum of 20 cells measurement. Precise simultaneous measurement capability which is realized by a same timing sampling data analysis. Decode of broadcast information Event detection of SIB update. (e.g. ETWS notification). Real-time decode of MIB, SIB1, SIB2-SIB13. Measurement data logging and offline analysis. Save data to a microsd card. Offline log data playback. Offline log data format converter.

5 Key Feature (2) Focus on mobility in the field. Small size : B5 size (W x H x D = 245 x 50 x 175mm) Light weight Long battery op. Driving test capable : 890g *Exclude battery unit. : About 8 hours for continuous measurement. : Measurement option for cell fix/cell reselect. Built-in GPS receiver : Relates data with location, cooperate with Google Maps. Bluetooth : Free from troublesome cabling. Easy-to-Use Comprehensive functional implementation for the field use. Simple user interface. Application software for Windows PC and Android device. Others Support standalone mode operation. All function in one package. (No additional option with extra cost.) 5

6 Air Analyzer Unit Operation Panel DC Power Supply Input Operation Status LEDs Operation Control Switches USB2.0 Power Switch microsd Card Slot Card Access Status LED Power Status LED Boot mode select STAL = Standalone USB = USB Slave BT = Bluetooth Slave 6

7 Measurement Operation(1) Standalone Mode 1. Create measurement setting file by Application Software and save to a microsd card. 2. Set the card to the analyzer unit. 3. Boot up Analyzer Unit with standalone mode. 4. Measurement start/stop control by a Push Switch. Load a setting file from microsd card and save the log data to the card. Monitor operation status by the operation panel LEDs. Analyzer Unit Standalone Battery Unit Application Software Windows or Android microsd Card Push Switches Measurement Start/Stop microsd Card 7

8 Measurement Operation(2) USB Slave Mode 1. Boot up Analyzer Unit with USB slave mode. 2. Connect to a host device with a USB cable. 3. Operate Application Software for measurement settings and start/stop control. Real-time monitoring of the measurement data. Save the log data to the microsd card of the analyzer unit. Analyzer Unit USB Slave Mode Battery Unit Application Software Windows USB Cable 8

9 Measurement Operation(3) Bluetooth Slave Mode 1. Boot up Analyzer Unit with Bluetooth slave mode. 2. Establish Bluetooth connection with a host device. 3. Operate Application Software for measurement settings and start/stop control. Real-time monitoring of the measurement data. Save the log data to the microsd card of the analyzer unit. Analyzer Unit Bluetooth Slave Mode Battery Unit Application Software Windows or Android Bluetooth 9

10 Application Software Application Software Start Window Establish connection with an analyzer unit. File format converter for the log data. Analyze RF signal about the power and the quality. Analyze broadcast information from a target enb. Shortcut button to enable quick operation. Analyzer Unit Operation Status Indicator 10

11 LTE Signal Monitor(1) Function Overview Measure and real-time monitoring for RF signal power/quality/timing. A maximum of 20 cells simultaneous measurement capability. *1) RSRQ and SIR are measured about CTL, DATA and CTL+DATA simultaneously. *1) Power Quality Timing : RSSI, RSRP : SNR, RSRQ, SIR, PBCH(EVM), PBCH(BER) : RSTD GPS Acquire GPS location information and update it in real-time. Relates the location info. with the meas. data, and cooperate with Google map. Measurement data logging Save the log data to the microsd card of the analyzer unit. Support offline playback of the log data with the GPS location info. *1) Useful measurement options in the field. Initial cell ID search option (Auto/Specific ID) Target meas. cell reselect ion option. (Cell fix / Cell reselect capable) FDD-LTE, TD-LTE support (Select from GUI) 11 *1) Unique function in the market by our research(nov. 2012).

12 LTE Signal Monitor(2) Real-time monitor(table) Real-time monitor(bar Chart) GPS Cooperate with Google Maps 12 Log data playback controller

13 LTE System Information Monitor(1) Function Overview Decode broadcast information from a target enb. Real-time decode for received signal. Support for MIB, SIB1 to SIB13. Real-time display of the broadcasted context. Grouping the each fields and colored for each group. It is possible to display while the measurement running. The context can be saved as text file. Monitor received status of the broadcast information Receive status for each scheduling group. DCI format type for the broadcast information. Received subframe number for the broadcast information. Detect update event of broadcast information (e.g. ETWS notification) Updated broadcast information is automatically stored in memory. Any context in memory can be displayed after the events. GPS Acquire GPS location information and save at the measurement start/stop. Relates the location info. with the receive status, and cooperate with Google map. FDD-LTE, TD-LTE support (Select from GUI) 13

14 LTE System Information Monitor(2) Real-time Monitor and Decode Example of SIB6 decode Pop-up window for decode result SIB Receive Status Monitor 14

15 LTE System Information Monitor(3) Event Detection and History Event history of updates Selectable list of past events ETWS notification has detected. Buttons for decode result 15

16 Log Data Analysis(1) Timeline analysis for neighbor cells 16

17 Log Data Analysis(2) Scattered plot analysis for neighbor cells 17

18 Log Data Analysis(3) Plot on Google Earth for Target Cell RSRP Blue = High Level Green = Mid Level Yellow = Low Level Red = enb Lost JP, Okinawa Prefectural Government 18