End to End WiMAX Network Solution

Transcription

1 End to End WiMAX Network Solution

2 Vision & Strategy Target Markets & Application Be first-to-market in providing affordable, reliable, and easily accessible wireless broadband services in emerging and developing countries Offering Triple Play services (Data, VoIP and Video) Effective Cost / Performance solution offering Real End to End WiMAX solution All in house cost reduced solution WiMAX BS and CPE based on in-house silicon chips ASN-GW is in-house developed Integrated NOC is supplied by Runcom with customized configuration

3 Runcom WiMAX Solution Offer End to End Solution WiMAX for Access Service NOC Network Operation Center Transport / Backhaul Full project cycle support Plan Build Maintain All in-house solution offer Significant reduced solution cost

4 End to-end WiMAX Network Solution A real End-to-End WiMAX network solution, comprising diverse backhaul transmission solutions, robust Base Stations, versatile customer premises equipment and fully redundant NOC solution. We have established a proven track record of providing cost-effective, one-stop-shop solutions, with complete project cycle management WiMAX Access NMS ASN-GW NOC - CSN NMS & CRM CPE CPE Indoor CPE Outdoor Business CPE BS Micro BS Pico BS ASN-GW profile C Fix & Mobile Application AAA Server & Billing DNS, DHCP Portal VAS End To End Solution

5 Runcom End-to-End Proposition WiMAX access system composed of different models of BS and CPEs (Fully compliant with IEEE802.16e standard) ASN-GW terminates the base stations via R6 interface and provides: User authentication, IP allocation and Routing Accounting per session and flow QoS and bandwidth control for multiple flows Mobility and hand-over CSN Includes Billing, AAA server, RADIUS, DHCP, NMS and etc = End-To-End WiMAX Solution CSN CPE Base Station ASN-SG

6 Network Structure Building Blocks A Management & Billing: CRM NMS Billing NOC Elements Value Added Services: ISP VOIP Video/TV Applications , Anti Virus/Spam System Core: DNS DHCP RADIUS Portal B C Backhaul Transmission (Such as Microwave, Fiber Optics) Cluster s WiMAX Base Station (Up to N sectors) D WiMAX CPE E WiMAX Users

7 End-to-End WiMAX Network Components WiMAX access infrastructure for base access services, with clustered topologies enabling maximum coverage, including Base Station and various CPE models NOC (Network Operation Center) planning, setup and on-going maintenance with expert support for all NOC-related aspects, including core system elements like AAA and WEB Servers, value-added services, Firewall, management (NMS), ASN-GW and billing Transport/backhaul link planning and implementation utilizing microwave, fiber optics or any other viable transmission medium

8 WiMAX Reference Model

9 WiMAX Security Architecture The MS is authenticated with EAP-TTLS method by means of the MS SW integrated supplicant The authentication server resides in the RADIUS server ASN-GW acts as mediation server (Authenticator) After successful authentication the RADIUS server provides keys to the BS via the ASN-GW Encryption is established over the WIMAX link User s pre-defined service (SLA) is enabled ASN-GW send Acct-Start/Stop message to the RADIUS server for billing

10 Indoor CPE The Indoor CPE to be installed at the end-user premises Self install CPE with no need of technical expertise to reduce the installation OPEX Small form factor Designed for full indoor non-los (NLOS) deployment Ensures high service availability over long distances User interfaces: Ethernet or USB RF Band: 2.3, 2.5 and 3.5 GHz Radio improvement technique: SISO, MIMO & MRC Channel BW - 3.5, 5, 7 and 10 MHz Tx power 23 dbm Ant Gain 5 dbi (supplied) or 7 dbi (Optional) Fully compliance with e-2005 High performance with Quality of Service (QoS) settings Networking support of routing, NAT and DHCP Server/client Remote over the air SW upgrade via Runcom NMS Embedded supplicant for EAP-TTLS authentication

11 Outdoor CPE Designed for outdoor deployment Ensures high service availability over long distances Suitable for full outdoor deployment to improve the LOS condition RF band: 2.3GHz, 2.5GHz, 3.5GHz Built-in antenna gain of 15.5dBi Channel BW: 3.5, 5, 7 and 10 MHz High performance with Quality of Service (QoS) settings Networking support of routing, NAT and DHCP Server/client Remote over the air SW upgrade via Runcom NMS Embedded supplicant for EAP-TTLS authentication PoE power feeding Fully compliance with IEEE802.16e-2005

12 Business CPE A complete office-in-a-box over the WiMAX network Broad variety of services Data, Voice and Wireless over WiMAX Enhanced voice routing capabilities fully featured IP PBX Advanced voice services voice mail, auto attendant, and music-on-hold Advanced data networking functions data router, data switch, firewall and QoS WiFi access points in-office wireless network WAN interface for BWA connectivity Mobile WiMAX (802.16e) User Interfaces LAN, WLAN (WiFi), FXO and FXS Operator NOC WiMAX LAN FXS FXO

13 Indoor Micro BS Indoor Micro BS for a sector coverage RF Band: 2.3, 2.5 and 3.5 GHz Radio improvement technique: MRC, STC and MIMO 2x2 support (Matrix A & Matrix B) Channel BW: 2x5, 2x7 and 2x10 MHz Tx power 30 dbm Ant Gain (supplied) 16 dbi Fully compliance with IEEE802.16e-2005 High performance with Quality of Service (QoS) settings Supports interoperable R6 reference point as defined by NRM Remote over the air SW upgrade via Runcom NMS SNMP manageable