9. Things Connectivity People & Processes
Data Data
Internet of Things
(Sensors, actuators, MCU/MPU,
network, energy, firmware)
(PAN, LPWAN, Cellular) (IoT Cloud, Machine Learning, AI)
as we know…
11. ADVANTAGES
Highest throughput
DISADVANTAGES
Spectrum utilization,
power requirementsWifi
Bluetooth beacons Low application throughput
Bluetooth
LPWA
Cellular
No power requirement
Low cost
Global coverage, application
profile standards
Higher reliability for mission critical
applications
CAT 1 and CAT 0 LTE for low cost,
and ultimately NB-IoT high range
data transfer
Power requirements,
coverage “black spots”
Low data throughput
Less reliability for mission
critical and real-time applications
Satellite
Breadth of coverage even
in areas with limited infrastructure
e.g. at sea or in developing
countries
Price and interference due
to weather conditions
Near range
Near range
Wide range
Global
Ethernet
IoT frameworks map higher-level
protocols, stable service for SLAs,
mobile backhaul, security
Limited range, devices don’t work
until they have a method of
communication with the network
Global
Connectivity
Option
13. What is LPWA
Low Power, Wide Area Networks
Low data throughput = High
sensitivity = Long range
(Relatively) low cost
Multiple Access = One-to-Many
Architecture
Using licensed or unlicensed
spectrum
16. Cellular IoT (CIoT)
connectivity we NOW have
Fast, efficient
Up to 10 Mbps for 4G LTE
Ubiquitous coverage
Reliable & secure
Not designed for IoT in mind
High power consumption
Relatively expensive: modules,
data plan
Provisioning, manageability
Advantages Considerations
17. Cellular IoT (CIoT)
connectivity we WILL have
EC-GSM-IoT
LTE-M / eMTC
NB-IoT
Low data throughput
Low power
Low device & deployment cost
Extended coverage
Technologies Common Traits
18. LPWA recap
2015 2016 2017 2018
LTE-M
375 kbps
NB-IoT
20-65 kbps
EC-GSM-IoT
200 kbps
GSM
200 kbps
LTE CAT-1
10 Mbps
CAT-M1 CAT-NB1
Ultra Low Power
10-20 years lifetime
Deep Coverage
+18dB sensitivity
Low Complexity
75% Simpler
Immediate Service
Global Coverage
Durable Investment
Long-term availability
Trusted Ecosystem
Solid supply
Evolution of IoT Connectivity
in 3GPP/GSMA
24. NB-IoT Modules
As system integrators, we may not use it directly
Quectel BG96
u-blox SARA-N2xx Lierda NB08-01
SIM7000A / E
AirPrime® HL78xx
NE866
25. *Disclosure: DycodeX is u-blox's partner.
To purchase, please contact us.
Currently available for pre-order
The world’s first NB-IoT module
SARA-N2 Series
26. U-BLOX SARA-N2
Cat NB1, single-tone uplink (up to 27.2 kb/s
DL, 62.5 kb/s UL); 3GPP Release 13
Programming/software:
Supports IPv4 and IPv6, Embedded UDP/IP
Accessible over UART (2 ports), I2C, 2 GPIOs
Firmware upgrade-able
Electrical:
Supply: 3.6 V nominal, range 2.5 V to 4.2 V
Power consumption:
Deep-sleep mode: < 3 μA
Active mode: < 6 mA
Rx mode: < 46 mA
Tx mode: < 220 mA
29. NB-IoT System on Module (SoM)
Pycom’s G01 DycodeX’s DytraX* Particle E Series*
*Choose between variants: u-blox 2G, 3G, and LTE M1/NB1 radios
Packing the core functionalities into a module, to put it into a custom board
Includes: MCU, common sensors, power mgt
34. NB-IoT: Software
Most NB-IoT modules:
Accessible via AT command
Support UDP/IP transport layer
Support Constrained Application
Protocol (CoAP) application layer
No support for USSD, CSD, SMS, TCP/IP,
HTTP, fax or voice
35. (Video) The moment of truth:
1st ever connecting to NB-IoT network, using AT command
Watch it on YouTube: https://youtu.be/LhK7WU6FpPI
38. 1 telco is doing
heavy trial
1 big area is
covered
~300ha, hidden in a
plain sight
that I know…
NB-IoT: in Indonesia
1 use case is in
heavy trial
For now, more coverage will be provided on use case basis
39. nb-iot frequency bands
22
Terminal Integration & Validation, Deutsche Telekom AG
The same frequency bands as in LTE
are used for NB-IoT, with a subset
defined in Release 13.
Most frequencies are in the lower
range of the existing LTE bands,
reflecting that for MTC, poor coverage
conditions is a concern.
band number uplink frequency
range (mhz)
downlink frequency
range (mhz)
1 1920 – 1980 2110 – 2170
2 1850 – 1910 1930 – 1990
3 1710 – 1785 1805 – 1880
5 824 – 849 869 – 894
8 880 – 915 925 – 960
12 699 – 716 729 – 746
13 777 – 787 746 – 756
17 704 – 716 734 – 746
18 815 – 830 860 – 875
19 830 – 845 875 – 890
20 832 – 862 791 – 821
26 814 – 849 859 – 894
28 703 – 748 758 – 803
66 1710 – 1780 2110 – 2200
NB-IoT: Frequency Bands
Currently, Indonesia uses
Band 8*
There’s suggestion to use
Band 3, as all Indonesia telcos
already support 1800MHz —>
to be explored
*Not final. Official band is not agreed yet
41. NB-IoT: SIM Card
Similar to other cellular connectivities,
we need a SIM card to use NB-IoT
Any SIM card will do, but need to be
“whitelisted” in telco-side
eSIM is still not supported yet in
Indonesia. Not (really) technical
reason.