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

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Presentation transcript:

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 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 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·· ·· · ·· 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 AI’s Coverage Diagram Side View Example for thousand subscribers SD movies: 100 – 120 Or a mix of: SD movies: 60 HD movies: 20 UHF 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 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).

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