180 likes | 501 Views
Future Wireless Technologies Forum . License e xempt and light license schemes. May 29, 2014. Simon Yomtov – Managing Director Ceragon South Africa . The #1 High Capacity Wireless Hauling Specialist. $400M. Annualized revenue. Global services >550,000 radios. 33 % of Sales .
E N D
Future Wireless Technologies Forum License exempt and light license schemes May 29, 2014 Simon Yomtov – Managing Director Ceragon South Africa
The #1 High Capacity Wireless Hauling Specialist $400M • Annualized revenue Global services >550,000 radios 33% of Sales • installed in over 130 countries Technological advantage • with in-house chip design • with global Tier 1 operators #1 Industry leading • product cost position
Resolving Backhaul/Fronthaul Challenges Across Entire Networks IP-10G IP-20S IP-20E IP-20N IP-20G IP-20LHAll-Indoor & Split Mount FibeAir2500 Sub6 GHz PtMP IP-20C 3
Agenda • E-band & V-Band Applications Small Cells Overview • Mobile • Other • Propagation considerations • Notes on additional licenses exempts • Questions
Atmospheric Attenuation Attenuation dB / km Temp: 15 °C Freq: GHz
Why E-Band and V-Band now? Mobile Network Operators (MNO) Small Cells Access 1st Aggregation 2nd Aggregation Backbone The Emergence of Small Cells require lower cost lower visual impact achievable in Sub 6GHz PtmP/PtP/WiFi, 60GHz (V-band) and in 70-80GHz (E-band) Need for high capacity in Mobile and Enterprise access is hard satisfied in traditional wireless frequencies ( 6-42GHz ) in terms of system cost, size, spectrum availability and licenses cost Enterprise/ISP Technological improvements make it feasible to manufacture reliably in high quantities
Mobile Network OperatorsAdding Another Frequency Band Small Cells Access 1st Aggregation 2nd Aggregation Backbone • Major Benefits: • Large available BW (5GHz FDD) • Low spectrum cost • Low chance for interference (Antenna beam, short distances) 6-42GHz MW BH E-band Relatively short links ~1.8km
Mobile Network OperatorsE-band Systems Applications Small Cells Access 1st Aggregation 2nd Aggregation Backbone High capacity Links: ≤1Gbps* RRH* conn. Small Cells BH Expecting >1Gbps in ~2-3y * RRH – Remote Radio Head • Strict requirement for 1Gbps, though actual capacity figures are lower than this.
ISPs and EnterpriseFiber Extension Applications • ISP • Connectivity to available POP • Enterprise • Providing internal infrastructure connectivity needs High Capacity connection – 1Gbps
Perfect fit for the Urban applications! • 10dB of System Gain ~400m • Distance vs System Gain (99.995%,V)
V-Band EIRP Regulations – Favorable for transport • ETSI regulations • 10dBm at antenna port • Maximum EIRP = 55dBm • Minimum antenna gain = +30dBi • 50 MHz channels with an option to aggregate to 2.5 GHz • No min spectral efficiency
New applications summary Core Smart Pipe C-RAN extension Short range virtual fiber IP-20E Fiber Aggregation Network Fronthaul(CPRI) • Urban Macro-Site • Aggregation • High capacity AggregationNode IP-20E Carrier Ethernet MPLS-TP IP/MPLS E-Band For CPRI DU DU Super Size Macro Site AggregationNode RU AggregationNode E-Band Ethernet Services Enterprise access 60GHz IP-20E / IP-20V Small Cells Super Size Macro Site Street Level Alternate Path / Media Short range virtual fiber PtMP Sub 6GHz Small Cell Backhaul Short range street level deployment IP-20V Small Cells
Summary • E-Band / V-Band solutions solve new requirements • Cost effective short range high capacity services • Regulation in general is favorable • Other light license spectrum options (Sub 6, 17 and 24) are limited
Thank you Simon Yomtov simony@ceragon.com +27-73-8027652