Low Earth Orbit (LEO) HTS Market Surveys
Low Earth Orbit (LEO) HTS Market Surveys
- Discussion Guide
Brad Grady — Senior NSR Analyst
Carlos Placido — Senior NSR Analyst
April 2014
NSR NORTHERN SKY RESEARCH
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Agenda ---1- NSR
• Introduction
•System Description
—Architecture & Capabilities
—LEO Advantages
e Feedback & Discussion
—Market Potential
—Design Suggestions
•About NSR
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LEO-HTS Market Surveys NSR
NSR is working on behalf of a client planning to deploy a constellation
of Low Earth Orbit (LEO) high throughput satellites (HTS)
• NSR was hired to conduct a set of market surveys and industry discussions related
to the potential for a LEO-HTS broadband constellation.
• Presentation meant to be used as a guide for an open discussion with the following goals:
— Potential: Evaluate market potential for our client
to serve service providers and end users
— Market Feedback: Help our client to incorporate
market feedback into business plan
— Design: Allow potential users to influence on
system design based on their specific needs
— Unmet Needs: Identify needs not well served by
current satellite solutions and network
architectures
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System Description
NSR NORTHERN SKY RESEARCH
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LEO-HTS Constellation
Global, Full-Mesh LEO-HTS Constellation NSR
The LEO-HTS constellation will have the following main capabilities:
• 70 LEO High Throughput Satellites (HIS)
— Hybrid Ka-Ku band Payload
— Over 400 Gbps of global aggregate capacity
— Orbits at approx. 400 miles above the earth.
End Users to benefit from:
True Global Coverage
- 100% earth coverage
— Equal speed capability at
any location
Mesh Network Topology
—Anywhere to anywhere
high speed IP connectivity
— Supports all user needs \ 355N, Low Latency, High
,s2° Throughput Performance
60
Mbps — 600 Mbps to 1.2 Gbps
per beam
— 50 millisec. (round trip)
Standards -based Open IP
Architecture
— Empowered Service
Ecosystem.
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LEO-HTS Satellites NSR
Each LEO-HTS Satellite will have:
• Ku-band and Ka-band spot beams
— 7 Gbps of Ka-Ku capacity each satellite
— 1.2 Gbps Ka-band beams
- 600 Mbps Ku-band beams
• Inter-Satellite Links (ISL's)
— Five (5) choices of network paths for data
transmission off the satellite.
• On-Board IP Routing
— On-board full scale routing capability with real time
intelligent routing.
Gateways & User Terminals:
— Gateways will be strategically located for the cost of bulk bandwidth, lease costs and
best weather.
— Each satellite has routed access to any gateway without going to ground.
— Any client station can be a gateway.
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User Terminal to Gateway N SR ----+
Client terminals, satellites and gateways are fully meshed both
physically and logically.
• Each satellite has the ability to
route data to the gateway most
advantageous to the data being
sent based on a rules engine.
—Sovereignty issues can be
respected where required.
• Load balancing is inherent in
the network
—Least cost routing on a whole
new level.
— User terminals can also become
gateways to terrestrial IP
networks X-- User
Terminal ISL
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User Terminal to User Terminal NSR
Client station to client station data
is sent through the satellites only
—Never needs to go through a
gateway.
• User terminals will support a wide
range of uses and network
topologies: X
ISL
,hf
User User
Terminal Terminal
—Any network topology:
— High-speed point-to-point, point-to-multipoint, partial and full mesh
—Flat 40 cm square flat panel antenna will handle beams required to
maintain a continuous connection to the satellites as they move over
head
- No moving parts (maintenance free)
—Privacy: Secured, private IP links with encryption
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LEO-HTS Constellation
LEO Advantages NSR A. MY. 5X V RESIARCH
The LEO-HTS Constellation brings key advantages to end users:
• Low Latency: Low latency of less than 50ms RTT makes IP Data run:
— 3 x faster than MEO satellites
- 12 x faster than GEO Satellites
• Power: Being the satellites much closer to Earth, LEO satellites require:
—Less than 1/30th the amount of radio amplification of the GEO's to meet the
same link budget requirements
-This lowers antenna and amplifier size
• Availability: The relative closeness of the satellite
to the client provides a much improved
environment for Ka band during rainy or cloudy
weather.
—Thus, maintaining a solid connection is much less
challenging.
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Feedback & Discussion
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User Segments NSR
User segments and applications to benefit from LEO-HTS
Maritime
Oil & Gas
Backhaul
/Trunking -
• • - Enterprise
VSAT
Video
Contribution
Network
Offload /
Restoration
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LEO-HTS Constellation
Network & Applications NSR --+
• Applications served by satellites in your niche
—Data, video, voice, etc.
• Hot Geographies in your Satcom Market
—On-shore/ off-shore
—Global, Regional, Local, Hot Spot (e.g. Caribbean, Mediterranean)
• Common Link Requirements
—Data rate, latency, availability, jitter, etc.
• Bandwidth Growth
—Typical link data rates for satellite services
—Projected growth: `)/0 Increase for Link Data Rates over time
• Topology and Access technology
-SCPC Point to Point
—Multipoint TDMA
• Current VSAT Equipment used (modems, fixed /stabilized antennas, etc.)
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Current Satcom Environment NSR NORINERIOXY MIAMI
• Environment: Fixed Satcom / Mobility
-Limitations imposed by current satellite systems
• CAPEX-OPEX Economics
— Off-balance?
—High CAPEX and/or OPEX inhibitor in current satcom systems?
• Key need /s to be met by satcom to be successful in your user segment
— Link Throughput
—Network Flexibility
—Cost per bit
— Link Availability
—Client Support SUCCESS— Integration
—Value-added
services
— Mobility
—Etc.
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Value Proposition NSR
What characteristics of the LEO-HTS System are perceived as
potentially valuable and unique:
• Low Latency
— How important is latency for your apps?
—Application response thresholds / time-outs
• Mesh Connectivity
—Could this drastically improve services?
— Is "double hop" currently a constraint?
• Dual Frequency Band
—Views / experience on Ka band vs Ku band
— Preference for one or both?
• Flexible Pricing
—Terminal $ discourages migration?
— How about terminal cost within MRC? Global IP Inter-network
High Throughput — Low Latency
Small Terminals — Open
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Ideal Satellite System NSR --+
Opportunity to have first-hand input for system design and business
plan to satisfy your needs
—Current system design may be changed for improvements or in response to
user feedback during this study.
• Preference for Ka or Ku band?
— Pros and Cons for each
—Equipment backward compatibility
— Propagation considerations
• OPEX-CAPEX Pricing
—CAPEX an inhibitor in current HTS systems?
—How about no CAPEX spend?
—Cost of equipment amortized over life of the contract.
• Beam width versus bits/hertz
• Service Ecosystem
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Wrap-up Discussion
Final Thoughts or
Suggestions?
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About NSR
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About NSR NSR --+
NSR is a Global Leader in Satellite Market Research and Consulting
Founded in 2000, NSR specializes in analysis of growth
opportunities across the satellite industry
Extensive Client Research, Consulting and Advisory
Services
U
Multi-Client Reports on Various Satellite Topics
NSR's expert consultants are located globally and
possess over 140 years of combined industry
experience. www.nsr.com STAY AHEAD OF THE CURVE
Research and Consulting from NSR
"Holistic" approach to research enables NSR to anticipate trends with a higher
degree of confidence and precision than the competition and stay ahead of the curve.
NSR
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NSR Global Presence NSR
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is
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Coverage
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U.S. Office
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1000 N. West St., Suite 1200
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Phone:
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www.nsr.com
www.nsr.com © 2014 — NSR Europe Office
Northern Sky Research, Ltd (NSR)
19 Bolsover Street
London W1W 5NA
United Kingdom
Phone:
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📷 Images in this document (20 detected; 6 largest described)
AI-generated factual descriptions of embedded images (llava:13b). These are searchable across the corpus.
[Image 1] The image appears to be a slide from a presentation, titled "User Segments and Applications to benefit from LEO-HTS." The slide is divided into two main sections. On the left side, there are three photographs, each depicting different industries: maritime, oil and gas, and satellite communication. The maritime photo shows a large cruise ship, the oil and gas photo features an oil rig, and the sate
[Image 2] The image shows a digital advertisement or promotional graphic for a company named NSR, which stands for Northern Sky Research. The graphic includes a photograph of Earth from space, suggesting a global reach or perspective. The text on the graphic emphasizes the company's commitment to staying ahead of the curve and mentions their expertise in bottom-up line analysis. The NSR logo is visible, and
[Image 3] The image shows a slide from a presentation, likely related to the global presence of a company or organization. The slide is titled "NSR Global Presence" and includes a map of the world with various locations marked in green. Each location is accompanied by a label indicating the name of the place and the number of years of experience in that location. The slide also includes a logo at the top le
[Image 4] The image is a slide from a presentation, likely related to market surveys or research. The slide is titled "LEO-HSTS Market Surveys" and includes a logo for "NSR" in the upper right corner. The slide mentions that NSR is working on a client's plan to deploy a constellation of low Earth orbit satellites. It outlines the potential benefits of such a deployment, including market potential, service o
[Image 5] The image appears to be a slide from a presentation, possibly related to the LEO (Low Earth Orbit) satellite constellation and its advantages. The slide is titled "LEO advantages" and includes bullet points with text that discuss the benefits of LEO satellites, such as low latency, low cost, and the ability to provide global coverage. There is a logo in the top right corner that reads "NSR," which
[Image 6] The image appears to be a slide from a presentation, specifically focusing on the topic of "Value Propositions" in the context of a system called LEO HTS. The slide contains text and a graphic. The text discusses the characteristics of the LEO HTS system, mentioning low latency, application response times, mesh connectivity, and the use of a dual frequency band. It also touches on the importance o