the home networking market and applications and compares various technologies, including wired, no-new-wires, and wireless. Wireless Networking Choices for the Broadband Internet Home - This (2001) technical white paper examines three candidate wireless networking standards, HomeRF, Bluetooth and IEEE802.11, against the needs of service providers and consumers for the Broadband Internet home. The clear choice for this specific application based upon technical merit is shown here to be HomeRF. Only HomeRF provides simultaneous support for up to 8 toll-quality voice connections, 8 prioritized streaming media sessions and multiple Internet and network resource connections at Broadband speeds. And HomeRF accomplishes this with excellent comparative ratings for low cost, small size, low power consumption, interference immunity, security and support for high network density. HomeRFOverview & Market Positioning - (white paper) In an effort to preserve HomeRF information, this paper from Eamon Myers was extracted from PaloWireless.com just before the domain name was sold and its contents removed. A Comparison of Security in HomeRF versus IEEE 802.11b (2001) - Though the possibility of attacks similar to those leveled at 802.11b systems exist in theory for HomeRF systems, the relative level of difficulty is very different. HomeRF is stronger in preventing unauthorized access due to its frequency hopping technology and since attempts are not enabled by commercially available equipment. Interference Immunity of 2.4 GHz Wireless LANs (2001) - Of the three major technologies available for this band, only HomeRF is designed with a frequency agile physical layer and robust upper layer protocols to combat 2.4 GHz interference. This is what makes HomeRF the ideal wireless LAN technology for the home environment. Quality of Service in the Home Networking Model (2001) - The market for home networking will soon see rapid growth. In addition to traditional data networking, this market will be driven by the desire of consumers to have access to multimedia audio, video, and gaming services. The Quality of Service (QoS) requirements these demands have put on home networking technologies has led to new standardization activities designed to deliver the QoS consumers will demand. In this paper we discuss the many ways in which QoS can be delivered, and then focus on the specific attributes of the HomeRF standard that enable it to deliver high QoS voice and multimedia services over a wireless home networking infrastructure. A Vision of Next Generation Home Phone Systems (2001) - This paper describes the role of HomeRF,