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Miniaturizing IoT Designs

Apr 14, 2017

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Devices & Hardware

Silicon Labs
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Page 1: Miniaturizing IoT Designs
Page 2: Miniaturizing IoT Designs

2

o Size Matters

o Manufacturing Advances and SoCs

o The Antenna Question

o External Antennas and Housing

o The Potential of SiP Modules

o Silicon Labs SiP Modules

Page 3: Miniaturizing IoT Designs

3

Size Matters

Page 4: Miniaturizing IoT Designs

4

Manufacturing Advances

Page 5: Miniaturizing IoT Designs

5

Manufacturing Advances

Page 6: Miniaturizing IoT Designs

6

Manufacturing Advances

Page 7: Miniaturizing IoT Designs

7

The Antenna Question

It’s Complicated:

How Much Space Should it Take?

What Kind of Antenna Should You Choose?

Should You use a Module with an Antenna Already Integrated?

Page 8: Miniaturizing IoT Designs

8

The Antenna Question – How Much Space?

Typical Printed PCB Antennas Require

Lots of Space:

• Typically in the 25 mm x 15 mm Range

• Resulting in Large End Devices

• Sensitive to Detuning

Page 9: Miniaturizing IoT Designs

9

The Antenna Question – What Kind Should I Choose?

Two Types of Chip Antennas:

• Antennas that are not coupled to the GND plane

and will require a relatively large clearance area

(or that is free from the ground, traces, and

components). Examples include monopole and

inverted –F type antennas.

• Antennas that are coupled to the GND plane and

require either a relatively small clearance area

beneath the antenna or don’t require clearance

area at all.

Page 10: Miniaturizing IoT Designs

10

The Antenna Question – Should I Use a Module?

Page 11: Miniaturizing IoT Designs

11

External Antennas and Housing Density

Choosing an External Antenna:

• Half of all IoT customers explore the possibility of

using an external antenna.

• Only 10 percent actually end up using one

Why?

• External antennas are not design-friendly

• Significantly increase BOM costs

• No efficiency gain with external antennas

• Only 10 percent actually end up using one

Page 12: Miniaturizing IoT Designs

12

Tiny module needing small PCB clearance

Includes Blue Gecko SoC and

All required Crystals

RF Passives for Antenna matching network

Built-in high efficiency antenna

RF pin option (for connecting external antenna)

6.5 x 6.5 x 1.4 mm

Small PCB clearance for Antenna

Blue Gecko BGM12x SiP Module Benefits

Page 13: Miniaturizing IoT Designs

13

The Possibilities of System-in-Package (SiP)

ARM Cortex-M4 Processing Power

200m Range Integrated Antenna

Bluetooth 4.2 Compliant

Passive Components Reduce BOM

Page 14: Miniaturizing IoT Designs

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The Possibilities of SiP – Propeller Health

Page 15: Miniaturizing IoT Designs

15

BGM111

for Long Range Bluetooth

MGM111

for Mesh Networking

BGM113

for Medium Range

Bluetooth

BGM12x SIP Module

for smallest Size

Industrial/M2M

Smart Home

Health and Medical

Beacons

Meter Reading

Smart Home

Bluegiga BLE113 pin

compatible

Miniaturized IoT designs

Wireless Gecko Module Overview

Page 16: Miniaturizing IoT Designs

Learn more about the world’s smallest Bluetooth

SiP module.

www.silabs.com

http://bit.ly/SiPmodule