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Picture of the Baseband Processor Evaluation Board processor and the parallel printer port of the computer. In the nal setup all of the cables are used connecting the baseband processor to power, a clock, a data source, and the computer. Power is supplied to the board through the long cables with banana connectors shown at the far left of the picture. The I and Q signals for transmitting and receiving are transmitted through the cables attached near the bottom of the picture. These are co-axial cables with SMA connector at the end. The ribbon cable shown at the lower right of the picture is the link between the computer and the evaluation board. This plugs into a standard parallel printer port. The last cable is located at the top right of the photograph. These are four twisted pair cables with BNC connectors on them. These cables are used to connect to the transmit and receive data of the ISA cards. There are also a number of other connectors on the board. Only one of these is necessary to use the board. This is the SMA jack which is located in the center of the left edge of the

Picture of the Baseband Processor Evaluation Board processor and the parallel printer port of the computer. In the nal setup all of the cables are used connecting the baseband processor to power, a clock, a data source, and the computer. Power is supplied to the board through the long cables with banana connectors shown at the far left of the picture. The I and Q signals for transmitting and receiving are transmitted through the cables attached near the bottom of the picture. These are co-axial cables with SMA connector at the end. The ribbon cable shown at the lower right of the picture is the link between the computer and the evaluation board. This plugs into a standard parallel printer port. The last cable is located at the top right of the photograph. These are four twisted pair cables with BNC connectors on them. These cables are used to connect to the transmit and receive data of the ISA cards. There are also a number of other connectors on the board. Only one of these is necessary to use the board. This is the SMA jack which is located in the center of the left edge of the

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A testbed was designed and constructed for evaluating Harris Semiconductor's new Spread Spectrum IEEE 802.11 wireless LAN chipset. The testbed consists of a realtime RF channel simulator, PC to generate and receive data, laptop to control the evaluation module, and RF equipment to monitor the system. In order to assemble the testbed, two high speed...