IEEE 1609 adopts the U.S ITS DSRC specifications and is the communication protocol technology between on board unit (OBU) and road test unit (RSU) or between vehicles. However, because the IEEE 1609.3 / 1609.4 specifications are still being drafted and are expected to be finalized at the end of 2009 for the soonest possible time. Therefore, the WAVE BOX of the foreign companies are in the experimental stage. IEEE 1609.3 WAVE network services provides LLC (Logical Link Control), network (network) and transport layer (transport layer) functions. Its architecture is divided into Data Plane, Management Plane. IEEE 1609.4 WAVE Multi-Channel Operation provides CCH (Control Channel) and SCH (Service Channel).
技術規格
●Data Plane Services ◆ Logical Link Layer (LLC) ◆ Internet Protocol version 6 (IPv6) 或 version 4 (IPv4) ◆ User Datagram Protocol (UDP) and Transmission Control Protocol (TCP)(optional) ◆ WAVE short message (WSM) and protocol (WSMP) ● Management Plane Services ◆ Application Registration ◆ WBSS Management ◆ Channel usage monitoring ◆ IPv6 或IPv4 Configuration ◆ Received Channel Power Indicator (RCPI) monitoring (*) ◆ Management information base (MIB) maintainance (**) ● Multi-Channel Operations ◆ 一個Control Channel (CCH) ◆ 一或多個Service Channels (SCH)
技術成熟度
實驗室階段
可應用範圍
本技術主要是使用於車載資通訊（Telematics）的V2V(車對車)與V2R(車對路測單元)的通訊協定。可使用於車上機(OBU，On Board Unit)與路側單元(Road Side Unit)特定範圍短距離的通訊(DSRC)。藉以建立WBSS，傳遞UDP封包服務，與WSM(WAVE Short Message)。
IEEE 1609 adopts the U.S ITS DSRC specifications and is the communication protocol technology between on board unit (OBU) and road test unit (RSU) or between vehicles. However, because the IEEE 1609.3 / 1609.4 specifications are still being drafted and are expected to be finalized at the end of 2009 for the soonest possible time. Therefore, the WAVE BOX of the foreign companies are in the experimental stage. IEEE 1609.3 WAVE network services provides LLC (Logical Link Control), network (network) and transport layer (transport layer) functions. Its architecture is divided into Data Plane, Management Plane. IEEE 1609.4 WAVE Multi-Channel Operation provides CCH (Control Channel) and SCH (Service Channel).
技術規格
●Data Plane Services ◆ Logical Link Layer (LLC) ◆ Internet Protocol version 6 (IPv6) 或 version 4 (IPv4) ◆ User Datagram Protocol (UDP) and Transmission Control Protocol (TCP)(optional) ◆ WAVE short message (WSM) and protocol (WSMP) ● Management Plane Services ◆ Application Registration ◆ WBSS Management ◆ Channel usage monitoring ◆ IPv6 或IPv4 Configuration ◆ Received Channel Power Indicator (RCPI) monitoring (*) ◆ Management information base (MIB) maintainance (**) ● Multi-Channel Operations ◆ 一個Control Channel (CCH) ◆ 一或多個Service Channels (SCH)
技術成熟度
實驗室階段
可應用範圍
本技術主要是使用於車載資通訊（Telematics）的V2V(車對車)與V2R(車對路測單元)的通訊協定。可使用於車上機(OBU，On Board Unit)與路側單元(Road Side Unit)特定範圍短距離的通訊(DSRC)。藉以建立WBSS，傳遞UDP封包服務，與WSM(WAVE Short Message)。
基於已建立之802.16 Mobile WiMAX協定技術能量，進行進階開發，以支援高效率MIMO信號處理、多媒體MCBCS服務及Relay，大幅提升WiMAX頻譜利用率與服務效能；並積極參與802.16m標準提案、佈局關鍵IPR，為我國產業建立WiMAX2智財權競爭利基。概觀國內業者才剛開始投入WiMAX相關的自我技術和研究，而國外廠商擁有此方面技術的不算多，其他多著重在CPE端設備。
技術現況敘述-英文
Based on the established 802.16 Mobile WiMAX protocol, this technology has seen advanced development to support high-efficiency MIMO signal processing, multimedia MCBCS services and relay, greatly enhancing WiMAX spectrum utilization and service performance; and actively participates in 802.16m standard proposal and sets foot in the key IPRs to establish WiMAX2 intellectual property rights competition niche for the industry in Taiwan. In general, the domestic operators have just begun to invest in WiMAX-related technology research, and there are not many foreign makers possessing this technology. Other makers focus on the CPE equipment.
技術現況敘述-中文: 基於已建立之802.16 Mobile WiMAX協定技術能量，進行進階開發，以支援高效率MIMO信號處理、多媒體MCBCS服務及Relay，大幅提升WiMAX頻譜利用率與服務效能；並積極參與802.16m標準提案、佈局關鍵IPR，為我國產業建立WiMAX2智財權競爭利基。概觀國內業者才剛開始投入WiMAX相關的自我技術和研究，而國外廠商擁有此方面技術的不算多，其他多著重在CPE端設備。
技術現況敘述-英文: Based on the established 802.16 Mobile WiMAX protocol, this technology has seen advanced development to support high-efficiency MIMO signal processing, multimedia MCBCS services and relay, greatly enhancing WiMAX spectrum utilization and service performance; and actively participates in 802.16m standard proposal and sets foot in the key IPRs to establish WiMAX2 intellectual property rights competition niche for the industry in Taiwan. In general, the domestic operators have just begun to invest in WiMAX-related technology research, and there are not many foreign makers possessing this technology. Other makers focus on the CPE equipment.
基於已建立之802.16 Mobile WiMAX BS系統技術，進行進階開發整合，發展適於我國產業切入小型基站 (Pico BS) 系統方案，並支援WiMAX Relay網路之Network Entry、Handoff、Data Forwarding等功能，有效提高WiMAX系統涵蓋率與服務效能。概觀國內業者才剛開始投入WiMAX相關的自我技術和研究，而國外廠商擁有此方面技術的不算多，其他多著重在CPE端設備。
技術現況敘述-英文
Based on the established 802.16 Mobile WiMAX protocol, this technology has seen advanced development integration to develop the systems for Pico BS and support Network Entry, Handoff, Data Forwarding of WiMAX relay network to effectively improve the WiMAX system coverage and service performance. In general, the domestic operators have just begun to invest in WiMAX-related technology research, and there are not many foreign makers possessing this technology. Other makers focus on the CPE equipment.
技術規格
‧符合IEEE 802.16e-2005、WiMAX Forum NWG標準規範。 ‧ Profile C PicoBS系統軟體與平台整合技術：依據Wimax NWG規範中，開發Profile C的基地台，將著重在基地台上RRC、RRA模組的部分，進一步實作相關無線資源管理的機制，以達成更有效的無線頻寬運用，對使用者提供更佳的服務品質。
技術成熟度
雛型
可應用範圍
‧可利用此成果發展支援進階功能的WiMAX小型基地台(PicoBS)。 ‧技術成果可應用在WiMAX Base Station、WiMAX基本管控平台或WiMAX Conformance Testing Product。
潛力預估
此技術包裝為Linux作業系統之模組，與BS實體層晶片獨立發展，在不增加軟體開發成本的同時，可迅速移植至不同廠牌之BS實體層晶片系統，大幅增加產品之附加價值。並可配合其他WiMAX IP Networking以及網路管理技術，提供國產WiMAX BS完整解決方案。
技術現況敘述-英文: Based on the established 802.16 Mobile WiMAX protocol, this technology has seen advanced development integration to develop the systems for Pico BS and support Network Entry, Handoff, Data Forwarding of WiMAX relay network to effectively improve the WiMAX system coverage and service performance. In general, the domestic operators have just begun to invest in WiMAX-related technology research, and there are not many foreign makers possessing this technology. Other makers focus on the CPE equipment.
技術規格: ‧符合IEEE 802.16e-2005、WiMAX Forum NWG標準規範。 ‧ Profile C PicoBS系統軟體與平台整合技術：依據Wimax NWG規範中，開發Profile C的基地台，將著重在基地台上RRC、RRA模組的部分，進一步實作相關無線資源管理的機制，以達成更有效的無線頻寬運用，對使用者提供更佳的服務品質。
技術成熟度: 雛型
可應用範圍: ‧可利用此成果發展支援進階功能的WiMAX小型基地台(PicoBS)。 ‧技術成果可應用在WiMAX Base Station、WiMAX基本管控平台或WiMAX Conformance Testing Product。
潛力預估: 此技術包裝為Linux作業系統之模組，與BS實體層晶片獨立發展，在不增加軟體開發成本的同時，可迅速移植至不同廠牌之BS實體層晶片系統，大幅增加產品之附加價值。並可配合其他WiMAX IP Networking以及網路管理技術，提供國產WiMAX BS完整解決方案。
The WiMAX base station testing technology is developed based on the WiMAX Forum standard testing certification standards. In general, the domestic operators have just begun to invest in WiMAX-related testing technology and research, and not many foreign makers possess this technology.
技術現況敘述-英文: The WiMAX base station testing technology is developed based on the WiMAX Forum standard testing certification standards. In general, the domestic operators have just begun to invest in WiMAX-related testing technology and research, and not many foreign makers possess this technology.