![]() As a result of this unprecedented integration, the new Intensi-fi® solution is half the size of previous solutions and can reduce manufacturing costs by up to 40 percent. Designed using 65 nanometer CMOS processes, the BCM4322 combines all of the elements of a wireless LAN (WLAN) subsystem - including power amplifiers - onto a single silicon die. The BCM4322 MiniCard reference design is the world's first single-chip 802.11n solution. Leverages Broadcom's proven OneDriver™ software to deliver superior performance, ease-of-use and security features, including SecureEasySetup™īCM94322MC - Dual-Band 802.11n PCI Express® MiniCard Reference Design Two spatially multiplexed streams support data rates up to 270 MbpsĬompatible with installed base of 802.11a/b/g devices Greater performance and interoperability not only provides Wi-Fi users with a flawless multimedia experience, but also reduces product support costs for manufacturers.īroadcom's first IEEE 802.11n draft-compliant Wi-Fi® reference design for PCI Express notebook design solutions In addition, dual-band operation allows Intensi-fi designs to be compatible with millions of 802.11a/b/g devices already on the market. ![]() ![]() By supporting multiple simultaneous data (or "spatial") streams, Intensi-fi client adapters can achieve data rates of over 300 Mbps and more reliable wireless coverage. The reference design integrates Broadcom's new Intensi-fi® solutions, including the Broadcom's best-performing 802.11 radio (the BCM2055), and 2.4/5 GHz baseband and media access controller (the BCM4321). The BCM94321MC reference design enables manufacturers to incorporate draft-802.11n Wi-Fi® capabilities into notebook PCs and other devices that support the new PCI Express bus architecture. Building a CustoMac Hackintosh: Buyer's GuideīCM94321MC - Dual-Band 802.11n PCI Express® MiniCard Reference Designĭual-Band 802.11n PCI Express® MiniCard Reference Design ![]()
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