2015/10/23Hiroshi Furukawa, Dr. Eng.CTO and Joint representative directorPicoCELA Inc.

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SUPER-SMALL CELL WIRELESS BACKHAUL FOR IOT INFRASTRUCTURE

PicoCELA Inc.

G： stableY： unstableR： dead zone

Real world super small cell deployment

Inherent “super small cell”

Wi-Fi < 50m

Internet Internet

Creating a stable, continuous Wi-Fi space …

How do we escape from

CABLING HELL?

As a major proponent of super small cells, PicoCELA is developing a new standard for wireless/hybrid connectivity through short-range backhaul, linking multiple devices and drastically reducing the need for costly, cumbersome cabling.

Vision

Company Profile• Hiroshi Furukawa, Dr. Eng.

CTO, PicoCELA Group – Professor of the Faculty of Information Science and

Electrical Engineering at the Graduate School of Kyushu University. He was responsible for Japan's most important contribution to the global 3GPP standard.

• Jan J. Kluk, OBE.GM, PicoCELA Group

– UK citizen working in Tokyo and Warsaw, Jan was Regional President East & Central Europe and COO of ICL-Fujitsu Poland Operations for over 20 years. Received the Order of The British Empire from Queen Elizabeth II.

Layer 2.5 implementation of PicoCELA Backhaul Engine

All-in-one L2.5 allows PicoCELA Backhaul Engine to work over various L1/L2 protocol suites

Wi-FiBluetooth Millimeter Radio

LEDPLC

PicoCELA is NOT a MESH technology

MESH is a maze of streets with multiple traffic lights

Internet

Dynamic Tree and Collision Free Frame Forwarding

PicoCELA Backhaul Engine creates a multi-lane highway

Internet

Demonstration of a MIMOZONE

Heat map of 2.4GHz access network: core + slave1 + slave2 + slave3

PicoCELA Backhaul Engine –a protocol suite with high portability

Middleware

Linux

MEM CPU Wi-FiOther

wireless IFs

SerialIFs

PBEApp AppApp App

App App

Porting onto various devices

PicoManager integrated cloud management suite

Live Feed

Confidential, (c)PicoCELA Inc., 2015 19

Deployment – Tenjin underground mall

85% reduction of cabling

27 units

Deployment – Canal City

88% reduction of cabling

140 units

Deployment – Daiwa Resort Hotel

90 units

74% reduction of cabling

Potential Enterprise MarketAccess Points

(enterprise, carrier)World: ~ $18 Billion

Sensor Devices

World: ~ $90 Billion

Location Information

Systems

World: ~ $100 Billion

PicoCELA target:10% penetration

PicoCELA target: 30% penetration

PicoCELA target:20% penetration

IoT market

Eve of IoT age

IoT age

IoT infrastructure challenges• Low Tx power of IoT end-points

– Transmit power has to be suppressed to extend battery life of IoT end-points.

• High density of IoT gateways– Many IoT gateways have to be placed densely to connect with low-powered

IoT end-points.

• Data cost – A big challenge is how to reduce data subscription costs for large scale

implementation with many IoT gateways when they are connected to a cellular system.

PicoCELA benefits for IoT infrastructure• PicoCELA technology makes deployments of IoT gateways

easier by reducing costly and cumbersome LAN cabling.

• Deployment of a small or large number of IoT gateways is no more difficult.

– The distance between IoT gateways and IoT end-points can be shortened, which reduces power consumption of IoT end-points

• Only core nodes require a cellular connection, which drastically reduces data subscription costs.

PicoCELA Backhaul Engine can be ported onto Intel based IoT solutions

EdisonMoon Island

PicoCELA Backhaul Engine is inter-operable between different IoT platforms

Enabled by PicoCELA Backhaul Engine

Thank you!