Within the ‘Rural & Remote‘ market, there are multiple segments:
Rural CommunityCoverage for underserved community beyond range of normal service.
Remote IndustrialCoverage for workers at hard-to-reach sites with existing infrastructure.
Public safetyCoverage for emergency services & fi rst responders.
Disaster Recovery / HumanitarianRapid reinstatement of coverage after extensive damage to mobile infra-structure, and support for ongoing humanitarian eff orts.
Special eventsServices for temporary planned gatherings.
Smart cityDeveloping smart city use case require massive connectivity.
MilitaryServices for military personnel.
TransportationServices for passengers and operational needs on all classes of shipping, aircraft and trains.
About Small Cell Markets
The market and use-cases for small cells is defi ned by the “Small Cell Forum“
smallcellforum.org
REFERENCES[1] Alphonzo Samuels, CTO, Telkom South Africa, Broadband World Forum 2014 http://telecoms.com/interview/alphonzo-samuels-cto-telkom-south-africa/
[2] Business drivers for connecting the unconnected via small cells, Small Cell Forum http://scf.io/en/documents/150_-_Business_drivers_for_connecting_the_unconnected_via_small_cells.php
[3] Schoolar: Is fi xed wireless access a thing…again?, FierceWireless http://www.fi ercewireless.com/wireless/schoolar-fi xed-wireless-access-a-thing-again
[4] Considerations for the 3.5 GHz IMT range: getting ready for use, GSMA https://www.gsma.com/spectrum/wp-content/uploads/2017/06/Considerations-for-the-3.5-GHz-IMT-range.pdf
[5] Why the 3.5 GHz CBRS Band Could Be a Breakthrough for 5G, sdx central https://www.sdxcentral.com/articles/news/3-5-ghz-cbrs-band-breakthrough-5g/2017/03/
The Problems
Small cells could deliver aff ordable mobile broadband coverage to an extra 650 millionusers worldwide with GDP benefi ts close to $1 trillion or an estimated operator benefi t
of $163 billion[2]
The UnderservedMany people or businesses in rural areas
have limited coverage.Vertical markets such as special events,
public safety, ... are using older propietary connectivity solutions.
The Business CaseA cost eff ective way of serving rural populations,
remote sites or answering vertical markets‘ requirements open new opportunities.
But provide 50% of revenue and 80% of telecom operators' profi ts[1]. This highlights that more cost
eff ective ways of serving rural populations are needed so that they do not miss out on the
benefi ts of mobile.
Accelleran Small cells are driving:• Lower CAPEX
• Reduction of OPEX• Reduced subscriber costs, lower ARPU
• Alternative & innovative backhaul• Diff erent ecosystems and business models
The UnservedOver 1.2 billion of the global population
is still unconnected. Remote industrial and off shore sites facing
connectivity challenge. 4G wireless could servicethem, but the coverage is not there yet.
LTE Small CellsSmall cells reduce deployment costs and allow operators to target areas that were traditionally out of reach. Non-residential small cells will enjoy a CAGR of 36% in 2016-2021 and reach about 5m annual shipments in 2021.
Small Cell Benefi ts
The Solution
Capex
Co
st /
Int$
327,125
11,995
79,417
7,972
350,000
Macrocell - Challenging backhaul
300,000
250,000
200,000
150,000
100,000
50,000
0
Macrocell - Simple backhaul
Small cell - Challenging backhaul
Small cell - Simple backhaul
Opex
Co
st /
Int$
24,020
5,915
24,020
2,222
25,000
20,000
15,000
10,000
5,000
0
Macrocell - Challenging backhaul
Macrocell - Simple backhaul
Small cell - Challenging backhaul
Small cell - Simple backhaul
05. Typical ROISmall cell CAPEX/OPEX compared to Macro cell.
3
01. Reducing the initial CAPEX investment to enter a new market or area• Low equipment costs, outdoor small cells typically 1/10th to 1/30th of macrocell costs.• Low power, typically 1% of macro power consumption.• Small form factor, simplifying site acquisition if needed at all and transport of equipment to remote areas.• Easy product installation, reducing deployment time and costs.
02. Targeting small concentrated pockets of users This helps to minimize the cost per subscriber by ensuring no coverage is wasted.
03. More readily supporting a range of backhaul options in remote areasincluding existing IP based broadband connections,LOS and NLOS wireless backhaul solutions and optimized IP VSAT satellite backhaul solutions.
04. Reducing on-going OPEX inremote areaVia reduced site footprint (and hence less perimetral/physical security needed) and lower power consump-tion (allowing use of renewable energy sources).
Small cells reduce deployment costs and allow operators to target areas that
Non-residential small cells will enjoy a CAGR of 36% in 2016-2021 and reach about
This helps to minimize the cost per subscriber by
Reducing on-going OPEX in
Via reduced site footprint (and hence less perimetral/physical security needed) and lower power consump-tion (allowing use of renewable energy sources).
Fixed Wireless Access (FWA)FWA is a concept for providing broadband service to homes and SMEs This is particularly attractive in cases where there is no infrastructure in place to deliver wired broadband via copper, fi ber or hybrid solutions. It can also be used when the existing infrastructure is not able to provide suffi cient service. In many cases FWA is the last mile for fi xed broadband, being considerably cheaper than connecting each home with fi ber.Wireless Internet Service Providers (WISP) typically off er these services and are migrating from legacy WiMAX to LTE technologies[3].
3.5 GHz LTE TDD3.5 GHz spectrum (bands 42, 43 and 48 US CBRS) is becoming a standard for next-gen global roaming (International Mobile telecommunication IMT)[4] and ‘lightly licensed’ US CBRS[5].
Customer Premise Equipment (CPE) modems are avai-lable now and the fi rst 3.5 GHz capable smartphones are also entering the market. Some WISPs already possess licenses for this spectrum, as it was also used for WiMAX, that is now being repurposed for LTE FWA.
Mode Band Product
TDD
B42 E1010
B43 E1011
B48/CBRS E1012
B38/41 E1013
B40 E1014
FDD
B7 E1020
B3 E1021
B1 E1022
Specifi cationsSingle Cell – 2x2 MIMO
24dBm (250mW) per portIntegrated GNSS PoE Injector – 56V DC
Dimensions 270mm(L) x 200mm(W) x 65mm(H)
2.8 Kg. IP67. Up to 64 active users
Accelleran’s Local Area Outdoor “E1000 Series” eNB
The Applications
FWA for WISPs (Fixed Wireless Access for Wireless Internet Service Providers)Tower mounted B43 Local Area Outdoor “E1011” at 49m height with a 17 dBi cross-polarised antenna and fi xed CPEs 21dBm power confi guration. Solid, reliable, error-free data transfer (achieved max theoretical throughput) with up to 5Km cell radius (cell capable of supporting up to 14.3Km with PRACH 0)
FWA FTTx Last-mileFTTH is expensive (CAPEX $500–$1,000 / subscriber) single carrier 4G LTE business caseworks in developing regions. MIMO for ‘fi ber like’ speeds in developed regions.Upgrade path towards 5G.Roof Top mounted B42 Local Area Outdoor “E1010” at 20 m height with a 18 dBi panel antenna with downtilt and fi xed outdoor CPEs 21dBm power confi guration Solid, reliable, error-free throughput (achieved max theoretical value) with up to 1.5 Km cell radius.
Use Cases
While Accelleran provides small cells, we realize that many customers need help with realizing a consistent end-to-end LTE solution.WE CAN HELP YOU!
Core/Edge RAN UE
Macrocell
Evolved Packet Core
Radio Access Network UserEquipment
Multi-access Edge Computing
Fixed or MobileWireless Access
eNB
eNB
eNB
eNB
eNB
eNB
Small Cell eNBs & Self Optimizing Network (SON)Small cells reduce deployment costs and allow operators to target areas that were traditionally out of reach. Non-residential small cells will enjoy a CAGR of 36% in 2016-2021 and reach about 5m annual shipments in 2021.
Omnidirectional & sectorized AntennaPartner provided choice of the antenna you need.
User Equipment (UE) / Customer Premises Equipment (CPE) + SIM cardsTested interoperability with major outdoor/indoor UE/CPE vendors (cat 4 & 6). Depending on the operational band, we can assist you in sourcing the most suitable on the market. SIM cards too!
Multi-Access Edge Computing (MEC)Our small cells contain a plug-in framework to embed limited MEC functionality. Or co-locate an external edge platform for high performance MEC (like video storage/transcoding).
Spectrum Licensing & RegulatoryIf you don’t have the spectrum licensing in place, we can provide external consultancy for your spectrum planning and regulatory needs.
End-To-End Solutions
EPCTested interoperability with major EPC vendors and soft EPC providers. Integration services available. We successfully integrated soft EPCs into our eNB box. ‘Private LTE network in a box’. Great for PoC/labs.
5 4 2 3 1 6 0TDD Config
LTE TDD Selectable Downlink/Uplink Configurations
U%
D%
D:U≈ 8:1 7:2 3:1 2:1 1:1 2:3 2:5
Or co-locate an external edge platform for high performance
If you don’t have the spectrum licensing in place, we can provide external consultancy for your spectrum planning and regulatory needs.
User Equipment (UE) / Customer Premises Equipment
Tested interoperability with major outdoor/indoor UE/CPE vendors Depending on the operational band, we can assist you in sourcing
the most suitable on the market. SIM cards too!
Multi-Access Edge Computing (MEC)Our small cells contain a plug-in framework to embed limited MEC
Or co-locate an external edge platform for high performance MEC (like video storage/transcoding).
Spectrum Licensing & RegulatoryIf you don’t have the spectrum licensing in place,consultancy for your spectrum planning and regulatory needs.
About AccelleranAccelleran is a Belgium-based provider of 4G & 5G RAN control plane software and integrated small cells.
We provide Urban, Enterprise, Rural and Remote 4G Small Cells for Fixed Wireless and Mobile access, enabling deployments from sparse coverage-constrained to capacity-boosting ultra-dense HetNet environments. We offer single cell and next-generation multi-carrier/multi-cell solutions which include support for the new worldwide 3.5GHz mobile capacity band and US CBRS.
Accelleran NV | Quellinstraat 49 - 2018 Antwerp, Belgium | accelleran.com