Coverage Diagram
Example
For World-Wide Internet
Accelerating the process of invention, patent creation and
monetization by providing funding, talent and expert processes.
Current Coverage Diagram
Top View*
LTE
·
4G
·
Signal Strength
LTE
0 – 1 km (5 bars)
1 – 2 km (4 bars)
·
·
3G
Antenna
2 – 3 km (3 bars)
3 – 4 km (2 bars)
4 – 5 km (1 bar)
4G
DOCSIS
3.1
*5by5 will replace 25 individual antennas with one 365 degree
full duplex communication antenna
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Current Coverage Diagram
Alternative Side View
Significant quality drop off within 5 km
Antenna
5 km
4G/LTE
5 km
5 km
DOCSIS 3.1
5 km
5 km
3G
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
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AI’s Coverage Diagram
Top View
Bi-directional
Antenna
Full-Duplex Modem
Emergency
Vehicle
Elegant Hardware Solution
·
Speed
Downstream: 218 Mbps (8 Channels)
Upstream: 32 Mbps (4 Channels)
Bandwidth
48 MHz (example only)
2180 users for internet
Thousands of users for phone services
Subscribers
TV – Unlimited
Phone – Tens of thousands
Internet – Thousands
Farm
·
·
Bi-directional Antenna
(Base Station)
·
House
Business
·
Full Duplex Communication on
LTE & DOCSIS 3.1
·
Police Station
Pipeline
·
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
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AI’s Coverage Diagram
Side View
Example for 10 - 20 thousand
subscribers
Frequency
UHF
90 - 860 MHz
Spectrum
Emergency Vehicle
Businesses
Farm
Example only
400 MHz
20 miles / 32 km
Bi-directional Antenna
(Base Station)
House
Bandwidth
2.8 Gbps
Pipeline
Police Station
DOCSIS 3.1 & LTE
With 6 MHz of Spectrum
SD movies: 10 – 12
HD movies: 6 – 8
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
SD movies: 100 – 120
Or a mix of:
SD movies: 60
HD movies: 20
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Benefits of DOCSIS3.1 & LTE
DOCSIS 3.1
Technology
•
•
•
•
•
•
A new generation of cable technology;
High-speed connectivity (Gbps);
Higher resolution graphics;
Support sophisticated applications;
Reduce network delays;
Increase responsiveness.
LTE
• 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 multichannel 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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For more information, please contact us at:
+1 (613) 225-7236 Ext. 119
Kensel J. Tracy
www.5by5Wireless.com