Emerging communication technologies enabling the Internet of Things IoT system design challenges and testing solutions

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Claribel Nicholson
6 years ago
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1 Emerging communication technologies enabling the Internet of Things IoT system design challenges and testing solutions Feng XIE 谢丰 Market Segment Manager Smart Testing for a smart world COMPANY RESTRICTED

2 Internet of things becomes reality in vertical industries Wearables Smart Homes Smart Cities Healthcare Automotive Smart Buildings Asset Tracking Retail Agriculture.. Rohde&Schwarz 2

Range Wireless technologies enabling the

11 ah Cellular (2G/3G/4G/5G) Bluetooth WiFi

3 Range Wireless technologies enabling the Internet of Things Smart Cities Wearables Sigfox LoRa emtc/nb-iot ANT+ NFC ZigBee Thread Z-Wave WI-SUN ah Cellular (2G/3G/4G/5G) Bluetooth WiFi a/b/g/n/ac ad Smart Homes Automotive Data Rate Rohde&Schwarz 3

3GPP IoT standardization on the way to 5G Rel. 8 Rel.

4 3GPP IoT standardization on the way to 5G Rel. 8 Rel. 9 Rel.10 Rel.11 Rel. 12 Rel. 13 LTE Cat-1 20 MHz/duplex LTE-MTC NIMTC SIMTC LC-LTE/MTCe CAT-0, PSM 20 MHz/half-duplex emtc Cat-M1, edrx, CE 1.4 MHz/half-duplex LP-WAN NB-cIoT NB-LTE + NB-IoT Cat-NB1, edrx, CE 200 khz mmtc GSM-MTC NIMTC SIMTC EC-GSM-IoT incl. edrx Rohde&Schwarz 4

the enabling wireless technology for the

5 Bluetooth SIG focus on enhancements for the IoT Mesh building meshed network using relay nodes Speed Support of 2 Mbps Gateway Connecting devices directly to the cloud Range 4x range to cover a smart home or office Direction Extended broadcast capabilities of beacons Bluetooth is on the threshold of being the enabling wireless technology for the IoT. Bluetooth co-inventor Sven Mattisson Rohde&Schwarz 5

Wi-Fi adoption beyond Local Area Networks 50-60 GHz; 1.08 GHz; Beams 60 GHz; 2.

6 GHz; 160MHz; OFDMA, MU-MIMO 5 GHz; 80MHz; SU-MIMO 5 GHz; 160MHz; MU- MIMO ac 1 ac 2 5.

6 Wi-Fi adoption beyond Local Area Networks GHz; 1.08 GHz; Beams 60 GHz; 2.16 GHz; Beams aj ad 60 GHz; 8.64 GHz; Beams ay Room/Desk Area Network 1.6 GHz; 160MHz; OFDMA, MU-MIMO 5 GHz; 80MHz; SU-MIMO 5 GHz; 160MHz; MU- MIMO ac 1 ac GHz; 10MHz TVWS; 6,7,8 MHz p af <1GHz; 1,2, (4,8,16) MHz ah ax Local Area Networks M2M& IoT BAN/PAN/RAN Vehicle Networks Rohde&Schwarz 6

7 LP-WAN technologies in ISM/SDR bands shaking the market Technique Ultra Narrow Band (UNB) Chirp Spread Spectrum DSSS RPMA Ultra Narrow Band (UNB) DSSS Narrow Band (NB) Modulation UL: DBPSK DL: GFSK Frequency Chirps UL:DBPSK DL:DBPSK UL:DBPSK DL: - 16-QAM. DBPSK GMSK, QPSK Channel BW (UpLink) ETSI: 100 Hz FCC: 600 Hz 125 khz 250 khz 500 khz 1 MHz 200 Hz 6/7/8 MHz 12.5 khz Band ISM/SDR < 1 GHz ISM/SDR < 1 GHz ISM/SDR 2.4 GHz ISM/SDR < 1 GHz TV white space MHz ISM/SDR < 1 GHz Driver Rohde&Schwarz 7

Testing in all phases of life cycle of IoT

Operation Service & Repair I Digital and

debug I Power Analysis I RF Parametrics I

Calibration I Verification I Go / NoGo I

8 Testing in all phases of life cycle of IoT devices and networks Research & Development Design & Validation Pre-Compliance & Compliance Manufacturing Deployment & Operation Service & Repair I Digital and analog interface debug I Clock Analysis I EMI debug I Power Analysis I RF Parametrics I Co-existence I Functionality I Performance I Power analysis I Standard compliance I Regulator compliance I Carrier Acceptance I Calibration I Verification I Go / NoGo I Installation I Monitoring I Optimization I Fault Finding I Calibration I Verification Rohde&Schwarz 8

9 RF accuracy/parametric is the essential challenges in wireless system design Power EVM SEM Frequency error Constellation Diagram ac with 80MHz and 1024QAM NB-IoT with 15Hz and QPSK Rohde&Schwarz 9

CMW500 the unique test solution platform for cellular Machine Type of Communication (MTC) and LAN/PAN connectivity The all-in-one platform Support of all major

in real-time base station emulation mode incl.

Wideband Radio Communication Tester R&S CMW500 Location based services Possibility to test location based services for satellite based (GNSS) and networks based

10 CMW500 the unique test solution platform for cellular Machine Type of Communication (MTC) and LAN/PAN connectivity The all-in-one platform Support of all major cellular and non cellular wireless technologies for non-signaling, signaling and protocol testing Parametric RF tests RF Transmitter / Receiver validation test in real-time base station emulation mode incl. channel impairments Protocol tests Protocol testing including IMS (VoLTE), MTC features (NIMTC, SIMTC, Cat 0, Cat M1), or LTE-U and operator acceptance tests Wideband Radio Communication Tester R&S CMW500 Location based services Possibility to test location based services for satellite based (GNSS) and networks based positioning Application Performance Data application unit and advanced IP analysis as well as impairment features allow comprehensive e2e testing GUI and Automation CMWcards for easy test of complex scenarios and CMWrun for test automation from R&D to production Rohde&Schwarz 10

11 From physical layer to application layer: End-to-end IoT application testing IoT device IoT server IoT application IoT application Communication module Mobile network IP network Service platform Event initiated comm. Server initiated comm. Periodic communication Extended access barring Power saving mode Extended DRX cycle Throughput Delay, jitter Loss Responsiveness Acknowledgement Protocol impact Rohde&Schwarz 11

12 CMW-KM052 IP Connection Security Analysis Test Solution COMPANY RESTRICTED Rohde&Schwarz 12

13 LTE/WiFi In-Device Coexistence: Spectrum View WiFi n Channel MHz LTE Band 7 Uplink 20 MHz MHz Rohde&Schwarz 13

14 Packet Error Rate Prompt analysis of EMI problems starting in development 100% 90% 80% 70% 60% n Ch.13 + LTE Band n Ch.13 no LTE 50% 40% 30% Ch.12 Ch.11 Ch.10 20% 10% 0% desensitization WiFi TX power dbm LTE n Rohde&Schwarz 14

15 Analyzing/optimizing Power Consumption in e2e environment Device/App under Test + - e.g. LTE Cat-M1 Network Emulation, IP Traffic Analysis, etc. IPv6 (e.g. MQTT) APP Server I CMWrun Rohde&Schwarz 15

Multi-demo analysis under the real network?

ı RTO offer the deep multi-demo analysis of

16 Multi-demo analysis under the real network? CMW + RTO setup is most powerful setup. ı CMW simulates the cat-m1 network envirment and measures the RF characters of the device. ı RTO offer the deep multi-demo analysis of the components of the boards. Rohde&Schwarz 16

EMI is a serious problem for your design RTO with the R&S HZ-15 Probe

for EMC limit testing R&S HZ-15 Probe set for E and H near-field

17 EMI is a serious problem for your design RTO with the R&S HZ-15 Probe set helps! Detection of EMI sources with the R&S RTO Oscilloscope Fast and accurate measurements Multiple FFT traces Easy configuration of masks for EMC limit testing R&S HZ-15 Probe set for E and H near-field emission measurements. 30 MHz to 3 GHz 40MHz 40 MHz Clock Chip Conducted emission test with a mask defined in the spectrum. Rohde&Schwarz 17

18 Conformance, Performance, Compliance and Network acceptance testing Rohde&Schwarz 18

19 The effective of accurate measurements in production GPS WiFi BLE LTE Calibration Frequency TX power RX RSSI Verification Frequency offset TX power, EVM, SEM, ACLR RX sensitivity Rohde&Schwarz 19

20 Test & Measurement Solutions for the Internet of Things T&M solutions for most important wireless M2M technologies Support of 3GPP Machine type communication (MTC) Solutions for IoT application testing incl. ecall, or battery drain Solutions for testing location based services (GNSS, A- GNSS) Solutions for car-to-car communication testing Rohde&Schwarz 20

21 Your Partner in testing the Internet of Things Rohde&Schwarz 21

Smart test and certification of wireless IoT devices

Smart test and certification of wireless IoT devices Joerg Koepp IoT Market Segment Manager COMPANY REST RICT ED Connecting Billions of Devices to the Internet of Things (IoT) short range WWAN other Wireless