Reference Development Kit: Difference between revisions
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===Myriad-RF 1=== | ===Myriad-RF 1=== | ||
[[File:Myriadrf1-1.jpg|100px|thumb|left | [[File:Myriadrf1-1.jpg|100px|thumb|left]] | ||
The [[Myriad-RF 1]] is a low cost universal radio development platform, based on flexible, multi standard LMS6002DFN transceiver and Altera FPGA module. It enables developers to implement their products for a wide variety of wireless communication applications efficiently. It is designed to be used with either the Digital Interface Board or the Zipper Interface Adapter. | The [[Myriad-RF 1]] is a low cost universal radio development platform, based on flexible, multi standard LMS6002DFN transceiver and Altera FPGA module. It enables developers to implement their products for a wide variety of wireless communication applications efficiently. It is designed to be used with either the Digital Interface Board or the Zipper Interface Adapter. | ||
===DE0-Nano Interface Board=== | ===DE0-Nano Interface Board=== | ||
The [[DE0-Nano Interface Board]] allows the Myriad-RF 1 to be connected to the [[DE0-Nano]] FPGA Development System, adding radio functionality to the system. | The [[DE0-Nano Interface Board]] allows the Myriad-RF 1 to be connected to the [[DE0-Nano]] FPGA Development System, adding radio functionality to the system. It cannot be used with other FPGA development systems; for anything other than the DE0-Nano FPGA Development System, the [[#Zipper Interface Board|Zipper Interface Board]] should be used instead. | ||
===Zipper Interface Board=== | ===Zipper Interface Board=== | ||
The [[Zipper Interface Board]] allows the Myriad-RF 1 to be connected to any FPGA development system supporting the High-Speed Mezzanine Card (HSMC) or FPGA Mezzanine Card (FMC) standards, adding radio functionality to the system. | The [[Zipper Interface Board]] allows the Myriad-RF 1 to be connected to any FPGA development system supporting the High-Speed Mezzanine Card (HSMC) or FPGA Mezzanine Card (FMC) standards, adding radio functionality to the system. The multi-platform compatibility of the Zipper Interface Board makes it suitable for a wide range of FPGA development systems from manufacturers including Altera and Xilinx. | ||
===RFDIO Interface=== | ===RFDIO Interface=== | ||
Revision as of 15:50, 13 July 2015
The Reference Development Kit is comprised of three individual hardware devices: the Myriad-RF 1, the DE0-Nano Interface Board, and the Zipper Interface Board. The Myriad-RF 1 communicates with one of these two boards via the Radio Frequency Digital Input Output (RFDIO) interface.
Myriad-RF 1
The Myriad-RF 1 is a low cost universal radio development platform, based on flexible, multi standard LMS6002DFN transceiver and Altera FPGA module. It enables developers to implement their products for a wide variety of wireless communication applications efficiently. It is designed to be used with either the Digital Interface Board or the Zipper Interface Adapter.
DE0-Nano Interface Board
The DE0-Nano Interface Board allows the Myriad-RF 1 to be connected to the DE0-Nano FPGA Development System, adding radio functionality to the system. It cannot be used with other FPGA development systems; for anything other than the DE0-Nano FPGA Development System, the Zipper Interface Board should be used instead.
Zipper Interface Board
The Zipper Interface Board allows the Myriad-RF 1 to be connected to any FPGA development system supporting the High-Speed Mezzanine Card (HSMC) or FPGA Mezzanine Card (FMC) standards, adding radio functionality to the system. The multi-platform compatibility of the Zipper Interface Board makes it suitable for a wide range of FPGA development systems from manufacturers including Altera and Xilinx.
RFDIO Interface
The RFDIO Interface provides high-speed connectivity to FPGA-based carrier boards, including the Digital Interface Board and the Zipper Interface Board of the Reference Development Kit. It is based on the Hirose 0.5mm-pitch, 80-position surface-mount connector, and ensures interoperability between carrier boards and RF cards.