1. Accelerating the process of invention, patent creation and monetization by providing funding, talent and expert processes. Coverage Diagram Example For World-Wide Internet Coverage Diagram Example For World-Wide Internet

2. 2 LTE4G· ·LTE 3G· 4G DOCSIS 3.1 Current Coverage Diagram Top View* 5 km 5 km 5 km 5 km 5 km Antenna Signal Strength 0 – 1 km (5 bars) 1 – 2 km (4 bars) 2 – 3 km (3 bars) 3 – 4 km (2 bars) 4 – 5 km (1 bar) 5 km · *5by5 will replace 25 individual antennas with one 365 degree full duplex communication antenna

3. 3 5 km 4G/LTEDOCSIS 3.1 3G Antenna Current Coverage Diagram Alternative Side View Significant quality drop off within 5 km The farther you move from an antenna the more the signal drops 5by5 Wireless™ there is no drop off, does not matter what communication standard applies

4. 4·· ·· · ·· Full Duplex Communication on LTE & DOCSIS 3.1 Full Duplex Communication on LTE & DOCSIS 3.1 Effective Coverage of 20 miles / 32 km Bi-directional Antenna (Base Station) House Business Pipeline Police Station Farm Emergency Vehicle AI’s Coverage Diagram Top View Downstream: 218 Mbps (8 Channels) Upstream: 32 Mbps (4 Channels) Speed 48 MHz (example only) 2180 users for internet Thousands of users for phone services Bandwidth TV – Unlimited Phone – Tens of thousands Internet – Thousands Subscribers Full-Duplex Modem Bi-directional Antenna Elegant Hardware Solution One single bi-directional antenna with no down stream data rate drop off within 20 miles/32 km Total coverage area of 1250 mi²/3200 km²

5. 5 AI’s Coverage Diagram Side View Example for 10 - 20 thousand subscribers SD movies: 100 – 120 Or a mix of: SD movies: 60 HD movies: 20 UHF 90 - 860 MHz Example only 400 MHz 2.8 Gbps Frequency Spectrum Bandwidth DOCSIS 3.1 & LTE 20 miles / 32 km Bi-directional Antenna (Base Station) House Businesses Police Station Farm Emergency Vehicle Pipeline SD movies: 10 – 12 HD movies: 6 – 8 With 6 MHz of Spectrum With 60 MHz of Spectrum This is a sample solution of coverage with an application example, this varies depending on the amount of spectrum available

6. 6 Benefits of DOCSIS3.1 & LTE DOCSIS 3.1LTE Technology A new generation of cable technology; High-speed connectivity (Gbps); Higher resolution graphics; Support sophisticated applications; Reduce network delays; Increase responsiveness. Supports mix data, video, voice and messaging; Improved coverage and throughput in dense urban areas; High speed digital data transmissions; Available in limited geographic areas; It’s unlikely to find it on rural areas; Unreliable when roaming due to local gaps in service coverage; No provision for analog data such as voice. Speed Downstream: 300Mbps Upstream: 32Mbps Downstream: 100Mbps Upstream: 30Mbps Encoding LDPC Error-correction algorithm with a multi- channel antenna. MIMO Multiple antennas on transmitter and receiver. Modulation QAM 256/OFDM (8 bits/symbol) OFDM (6 to 8 bits/symbol) Bandwidth Downstream: 6MHz to 48MHz Upstream: 6MHz to 24MHz 1.44MHz to 20MHz Cost Enables significant cost per bit reductions relative to DOCSIS 3.0. Reduce the cost per bit compared to broadband wireless systems (HSPA).

7. For more information, please contact us at: +1 (613) 225-7236 Ext. 119 Kensel J. Tracy www.5by5Wireless.com Menu