WPAN 多媒體資訊流的協議處理器之開發和應用
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WPAN 多媒體資訊流的協議處理器之開發和應用

WPAN 多媒體資訊流的協議處理器之開發和應用
ART/004CP
20061101 - 20080501
14546
刁志強先生
The project deliverables are conceived and planned to meet customers’ technology development and product design requirements. These deliverables are grouped in four licensable packages: (1) WiSMAC IP Core Design Package • ASIC hardware design delivered in synthesizable RTL format • Firmware for MAC and WiNET protocols • Software for host driver, API, and associated test programs • Verification models, test bench, test and synthesis scripts, and test vectors • WiSMAC IP Core Designer’s Manual (2) WiSMAC PDK (Product Design Kit) • A pair of fully tested and functional PCBs with WiSMAC functionalities integrated • Sample application software including video streaming and WiNET / IGRS capabilities • PDK Hardware and Software design files, schematics, and documents (3) Mesh Networking Enhancement IP Package • Mesh networking system design documents • Mesh networking firmware delivered in source code or object code format • Source code for API (4) WiSMAC Discrete IC Package* • 4 engineering samples from MPW (Multi Project Wafer) targeting 0.13 m CMOS process • Firmware for MAC and WiNET protocols • Software for host driver, API, and associated test programs • Design documents including data sheet, system designer’s guide, and application notes In addition to the above licensable package deliverables, the project will include the design and construction of the following demonstrations: • ASTRI’s Mesh Networking Demo • WiNET-based Video Streaming Demo • WiNET / IGRS Support Capability Demo * The availability of the Discrete IC Package deliverable is contingent on receiving the in-kind contribution from semiconductor fabrication company, as the MPW costs for producing the IC samples would be waived as an in-kind contribution.
ARM公司 閃聯聯盟 [贊助機構] 電訊管理局 中芯國際集成電路(上海)有限公司 [贊助機構]
由於數碼化多媒體電子產品的數量激增，及家用消費電子中使用的多媒體內容的數量亦日漸增多，從而令個人網絡設備中以無線技術連接各種電子產品的需求開始產生。正當以超寬帶(UWB)通訊技術為基礎的無線USB(Universal Serial Bus)協議，被運用於解決以個人電腦為基礎的應用時，業界仍未開始發展數字家居中智能消費電子(非個人電腦)產品及設備的無線應用。 本研究項目集中於創造和設計一個，能夠實現實時及高效資訊傳送的協議控制器，以無線網際網絡通訊協議，應用於高速數碼家居無線多媒體產品。此研究將會創建可支援能與相關的WiMedia、IGRS或DLNA等標準及介面兼容的技術、網際網絡通訊協議(IPs)，及媒體接入控制(MAC)設計方案。而且，所發展出來的技術及先進的設計方案都可支援獨立的無線個人網絡(WPAN)系統及嵌入式應用，令本地生產商能製造出新的高速無線多媒體消費產品及設備。