rad’s point-to-multipoint offering: airmux-5000
DESCRIPTION
RAD’s Point-to-Multipoint Offering: Airmux-5000. Agenda. Introduction Product Overview Applications Product/Portfolio Value Proposition Road Map Ordering information Summary. Airmux – Product Portfolio. Sub-6 GHz broadband wireless solutions Deployments in over 130 countries - PowerPoint PPT PresentationTRANSCRIPT
RAD Point-to-Multipoint Offering – 2011 Slide 2
Agenda
• Introduction• Product Overview• Applications • Product/Portfolio Value Proposition• Road Map• Ordering information• Summary
RAD Point-to-Multipoint Offering – 2011 Slide 3
Airmux – Product Portfolio
• Sub-6 GHz broadband wireless solutions • Deployments in over 130 countries• Offering backhaul and access (last mile) solutions • Market leading sub-6 GHz point-to-point/multipoint portfolio:
– Airmux-200 – 18 Mbps full duplex Ethernet throughput; up to 4 x E1s/T1s
– Airmux-400 – 200 Mbps net Ethernet throughput; up to 16 x E1s/T1s
– Airmux-5000 HPMP – 200 Mbps Point to Multipoint solution • Target segments: Cellular Operators, Service Providers, Video
Surveillance, and a variety of private network verticals
RAD Point-to-Multipoint Offering – 2011 Slide 4
802.11.n
Solutions Segmentation
200
40
Capacity (Mbps)
Residential Enterprise End user
Airmux 5000
Proprietary Pre WiMAX PtMP
Built for residential mass market Requires Licensed band only (3.x, 2.x) 35 Mbps / sector, limited to 10 MHz Mostly downlink capacity complex Netwotk (ASN, AAA) No Roadmap
For Business and High end applications MiMO / Diversity Secure SLA 200Mbps / sector
Native 802.11n Nor QoS neither guaranteed SLA (Air interface is
not scheduled ) Available only in unlicensed 2.4, 5.x band Address low end residnetial Low cost BS & CPE but unstable performance as
technology is for indoor
Built for business / high end residential Includes basic QoS Available in licensed & unlicensed band 5.x , 3.x Low cost BS Up to ~40Mbps / sector Lack of MiMO/ Diversity No guaranteed SLA
RAD Point-to-Multipoint Offering – 2011 Slide 6
Airmux-5000 HPMP Solution Highlights
• High capacity per sector– 200 Mbps aggregate throughput
• Ethernet connectivity • High capacity end user equipment – 10, 20, 50 Mbps • Up to 16 SUs per sector• Guaranteed SLA and capacity per subscriber unit • Small and constant latency – 4 to 10 msec typical under full
sector load• Wide range of frequency bands – 4.8 to 6 GHz, 3.3 to 3.8 GHz
High capacity PtMP for bandwidth demanding applications and guaranteed SLA
RAD Point-to-Multipoint Offering – 2011 Slide 7
Market Segments
Airmux-5000 HPMP is a high capacity OFDM/MIMO Point-to-Multipoint solution suitable for:
• Carriers and ISPs targeting the Last Mile enterprise connectivity• Wireless connectivity solution for private networks looking to deploy broadband and mission critical applications.
RAD Point-to-Multipoint Offering – 2011 Slide 8
Airmux-5000 – High Capacity Base Station
• Fully outdoor• Small form factor ODU• Low power consumption• High TX power for long range• MIMO/diversity• Multifrequency bands at 5.x GHz• Connectorized for external antenna
Base Station Radio Connected for external antenna (2x N-type), supporting multifrequency bands at 5.x GHz
ODU
Sector Antenna 60° ,90°
PoE Device
Single sector base station
RAD Point-to-Multipoint Offering – 2011 Slide 9
Airmux-5000 – High Capacity Subscriber Unit
Embedded Integrated External
RAD Point-to-Multipoint Offering – 2011 Slide 10
Airmux-5000 HPMP – Main FeaturesService• Configurable maximum information rate (MIR) per SU • Enhanced QoS – 4-level queue per SU • Networking features – VLAN, QinQ per SU • Long range – 40km @ 20 Mbps
Radio Performance • Advanced OFDM & MiMO 2x2 / Diversity for nLOS performance • Enhanced interference mitigation capability • Inter- and intra- site synchronization to reduce self interference • Dedicated traffic bandwidth allocation to ensure SLA and latency• Low latency, min < 3 msec, typical 4 to 10 msec• Channel bandwidth – 10, 20, 40 MHz• Regulation – FCC/ETSI/WPC/UNI /MII
RAD Point-to-Multipoint Offering – 2011 Slide 11
Airmux-5000 HPMP – Main Features
Operational• Multiband base stations and SUs • Simple to deploy • Fully integrated with Airmux-legacy solutions:
– Coexists with Airmux-200 / Airmux-400– Single NMS – RADview platform
RAD Point-to-Multipoint Offering – 2011 Slide 12
Airmux-5000 HPMP – Key Selling Points
• Highest base station capacity for the best user experience – 200 Mbps
• Highest spectrum efficiency for greater ROI – ~5 bps/Hz• Secured service level agreement for demanding applications• Low latency • Compact subscriber units (SUs) with low visual impact • Coexists with Airmux – Point-to-Point• Long range – 40 km • Carrier grade solution
RAD Point-to-Multipoint Offering – 2011 Slide 13
Airmux-5000 HPMPValue Proposition
High capacity connectivity to high-end and BW-demanding applications in urban to rural deployments:
• Service Providers – Access business users with demand for high capacity and SLA– Rural and remote broadband connectivity – Backhaul of access solutions; e.g., wireless PtMP and landline
DSLAM
• Government & Enterprise Networks– HQ-branches broadband connectivity– Utilities connectivity – Government networks connectivity; e.g., education, health-care– Access for high-capacity video surveillance cameras
RAD Point-to-Multipoint Offering – 2011 Slide 14
Urban – High Capacity SLA Corporate Access
• SUs range 2 km @20 MHz Channel BW • Sector capacity – 92 Mbps
– 7 clients @ 6 Mbps– 3 clients @ 10 Mbps– 1 client @ 20 Mbps
• SUs range 6 km @20 MHz Channel BW • Sector capacity – 75 Mbps
– 7 clients @ 5 Mbps– 2 clients @ 10 Mbps– 1 client @ 20 Mbps
HBS 5200
HSUxx
Service Provider Application
RAD Point-to-Multipoint Offering – 2011 Slide 15
Service Providers Application for Urban – High Capacity Corporate Access
• Multiple sectors can be backhauled with Airmux-400
Airmux-400
Service ProviderPremises
HBS
Service ProviderNetwork
RAD Point-to-Multipoint Offering – 2011 Slide 16
Service Provider Application for Medium Capacity Corporate Access – Self Backhaul
• Built-in backhaul from BS site to the service provider premises• Assumes the provider premises are located within the served sector
Service ProviderNetwork
BS
Service ProviderPremises
Corporate 20 MPs Corporate 20 MPs
Corporate 10 Mbps
RAD Point-to-Multipoint Offering – 2011 Slide 17
Service Provider Application for Sub Urban – Medium Capacity Corporate Access
• Single ODU covers 2 sectors using 2 uni-polarized antennas (SIMO), one per sector
• Capacity: up to 25 Mbps per sector
Single HBS
Airmux-400
Service ProviderPremises
Service ProviderNetwork
RAD Point-to-Multipoint Offering – 2011 Slide 18
Rural Broadband – Connecting Communities
Broadband connection to remote communities• SUs range 20 km @20MHz Channel BW
– Sector capacity – 48 Mbps– 8 villages @ 6 Mbps
• SUs range 30km @20MHz Channel BW – Sector capacity – 30 Mbps– 5 villages @ 6 Mbps
Airmux-400
Service ProviderPremises
Service ProviderNetwork
BS BS
SU
BS
SU
SUSU
SU
SU
SU
RAD Point-to-Multipoint Offering – 2011 Slide 19
Private Network Application for Safe City – Video Surveillance
• Access to high capacity cameras, collocated cameras• Backhaul of mesh WiFi cloud, carrying video surveillance
Airmux-400
Service ProviderPremises
Service ProviderNetwork
BS
High ResolutionCamera
Collocated Cameras
Customer needs:
– Dedicated high-capacity BW per camera– Robust and high quality radio link– Flexible and scalable architecture– Simple to install and maintain – Affordable
RAD Point-to-Multipoint Offering – 2011 Slide 20
Private Network Application for High Capacity Inter-Office Connectivity
• Two modes of operations:– WLAN – Traffic from branch to branch is switched back by the BS – “Access” – Higher network hierarchy switches the traffic
HBS
HSUxx
HQ
RAD Point-to-Multipoint Offering – 2011 Slide 21
The HBS utilizes 16 Time Slots to handle up to 16 HSUs -
13
11
HSU #1HSU #2
HSU #3
HSU #4
HSU #5
HSU #6
HSU #7
HSU #16HSU #15
HSU #14
HSU #13
HSU #12
HSU #8HSU #9
HSU #10
HSU #11
Dedicated Bandwidth
RAD Point-to-Multipoint Offering – 2011 Slide 22
To gain the maximum capacity for a single HSU – we assign 8 Time Slots per HSU
In this example we can see 2 HSUs
handled by the HBS:
HSU #1
HSU #2
Dedicated Bandwidth
RAD Point-to-Multipoint Offering – 2011 Slide 24
Ordering Information…1
Ordering Option Description
Airmux-5000/BS/F58F/200M/EXTAirmux 5000 HBS 5200-Series, Base Station Radio Connectorized for external antenna (2x N-type), supporting multi frequency bands at 5.x GHz, factory default 5.8 GHz FCC/IC
Airmux-5000/BS/F54E/200M/EXTAirmux 5000 HBS 5200-Series, Base Station Radio Connectorized for external antenna (2x N-type), supporting multi frequency bands at 5.x GHz, factory default 5.4 GHz ETSI
Airmux-5000/BS/F54U/200M/EXT
Airmux 5000 HBS 5200-Series, Base Station Radio Connectorized for external antenna (2x N-type), supporting multi frequency bands at 5.x GHz, factory default 5.4 GHz Universal
Airmux 5000’s Base Station• Support up to 200Mbps net aggregate throughput. • At this phase, the product support up to 50 Mbps symmetric net throughput.• All units can be upgradeable to 200 Mbps net aggregate throughput via SW upgrade once supported in September 2011.• Airmux 5000’s BS is operated with PoE devices (Airmux-PoE/a Series).
RAD Point-to-Multipoint Offering – 2011 Slide 25
Ordering Information…2
Ordering Option Description
Airmux-5000/SU/F58F/50M/EXTAirmux 5000 HSU 550-Series, SU Radio Connectorized for external antenna (2x N-type), supporting multi frequency bands at 5.x GHz, factory default 5.8 GHz FCC/IC
Airmux-5000/SU/F58F/50M/INTAirmux 5000 HSU 550-Series, SU Radio with integrated antenna, supporting multi frequency bands at 5.x GHz, factory default 5.8 GHz FCC/IC
Airmux-5000/SU/F54E/50M/EXTAirmux 5000 HSU 550-Series, SU Radio Connectorized for external antenna (2x N-type), supporting multi frequency bands at 5.x GHz, factory default 5.4 GHz ETSI
Airmux-5000/SU/F54E/50M/INTAirmux 5000 HSU 550-Series, SU with integrated antenna, supporting multi frequency bands at 5.x GHz, factory default 5.4 GHz ETSI
Airmux-5000/SU/F54U/50M/INTAirmux 5000 HSU 550-Series, SU with integrated antenna, supporting multi frequency bands at 5.x GHz, factory default 5.4 GHz Universal
Airmux 5000’s Subscriber unit• Support up to 50Mbps net aggregate throughput. • Airmux 5000’s SU operated with PoE devices (Airmux-PoE/a Series).
RAD Point-to-Multipoint Offering – 2011 Slide 26
Ordering Information…3
Ordering Option Description
Airmux-5000/SU/F58F/20M/EMB
Airmux 5000 HSU 520-Series, SU Radio with embedded integrated antenna and Connectorized for external antenna (2x N-type), supporting multi frequency bands at 5.x GHz, factory default 5.8 GHz FCC/IC
Airmux-5000/SU/F58F/20M/INTAirmux 5000 HSU 520-Series, SU Radio with integrated antenna, supporting multi frequency bands at 5.x GHz, factory default 5.8 GHz FCC/IC
Airmux-5000/SU/F54E/20M/EMB
Airmux 5000 HSU 520-Series, SU Radio with embedded antenna and Connectorized for external antenna (2x N-type), supporting multi frequency bands at 5.x GHz, factory default 5.4 GHz ETSI
Airmux-5000/SU/F54E/20M/INTAirmux 5000 HSU 520-Series, SU Radio with integrated antenna, supporting multi frequency bands at 5.x GHz, factory default 5.4 GHz ETSI
Airmux-5000/SU/F54U/20M/INTAirmux 5000 HSU 520-Series, SU Radio with integrated antenna, supporting multi frequency bands at 5.x GHz, factory default 5.4 GHz Universal
Airmux 5000’s Subscriber unit• Support up to 20Mbps net aggregate throughput. • Airmux 5000’s SU operated with PoE devices (Airmux-PoE/a Series).
RAD Point-to-Multipoint Offering – 2011 Slide 27
Ordering Information…4
Ordering Option Description
Airmux-5000/SU/F58F/10M/EMB
Airmux 5000 HSU 510-Series, SU Radio with embedded integrated antenna and Connectorized for external antenna (2x N-type), supporting multi frequency bands at 5.x GHz, factory default 5.8 GHz FCC/IC
Airmux-5000/SU/F54E/10M/EMB
Airmux 5000 HSU 510-Series, SU Radio with embedded antenna and Connectorized for external antenna (2x N-type), supporting multi frequency bands at 5.x GHz, factory default 5.4 GHz ETSI
Airmux-5000/SU/F54U/10M/EMB
Airmux 5000 HSU 510-Series, SU Radio with embedded antenna and Connectorized for external antenna (2x N-type), supporting multi frequency bands at 5.x GHz, factory default 5.4 GHz Universal
Airmux 5000’s Subscriber unit• Support up to 10Mbps net aggregate throughput. • Airmux 5000’s SU operated with PoE devices (Airmux-PoE/a Series).
RAD Point-to-Multipoint Offering – 2011 Slide 28
Airmux-5000 – Summary
Reliable & Robust
High Capacity Long Ranges Flexible & Scalable
SimpleCost Effective
• OFDM / MIMO based technology enables nLOS / NLOS deployment scenario • Field proven interference mitigation
RAD Point-to-Multipoint Offering – 2011 Slide 29
Airmux-5000 – Summary
Reliable & Robust
High Capacity Long Ranges Flexible & Scalable
SimpleCost Effective
• High capacity per sector – 200 Mbps aggregate throughput• Up to 50 Mbps per user
RAD Point-to-Multipoint Offering – 2011 Slide 30
Airmux-5000 – Summary
Reliable & Robust
High Capacity Long Ranges Flexible & Scalable
SimpleCost Effective
• Long range – 40km @ 20 Mbps
RAD Point-to-Multipoint Offering – 2011 Slide 31
Airmux-5000 – Summary
Reliable & Robust
High Capacity Long Ranges Flexible & Scalable
SimpleCost Effective
• High capacity end user equipment – 10, 20 and 50 Mbps • Different SU configurations • Support of multifrequency band– 4.8 to 6 GHz, 3.3 to 3.8 GHz• TDD synchronization of multiple sectors in-site and between sites enables network
scalability while ensuring performance
RAD Point-to-Multipoint Offering – 2011 Slide 32
Airmux-5000 – Summary
Reliable & Robust
High Capacity Long Ranges Flexible & Scalable
SimpleCost Effective
• Competitive cost structure• High capacity base station reduce the tower space needed• High spectrum efficiency – reduces spectrum fee and increase flexibility of
frequency selection
RAD Point-to-Multipoint Offering – 2011 Slide 33
Airmux-5000 – Summary
• Simple radio planning, training, installation and maintenance
Reliable & Robust
High Capacity Long Ranges Flexible & Scalable
SimpleCost Effective
RAD Point-to-Multipoint Offering – 2011 Slide 34
Airmux-5000 HPMP – Summary
• Delivers high capacity with secured SLA performance. • Best fit for sub-6 GHz broadband connectivity of high-end applications