The LOGi board is definitely, a to a greater extent than user friendly in addition to easier solution to exercise than a System-On-A-Chip (SOC) such equally the Altera in addition to Xilinx SOC chips. Having used a SOC before, the Plug in addition to Play LOGi board is a heck of alot easier to exercise than using FPGA amongst ARM Co-Processing! The alone tool that yous require to prepare your ain code on the LOGi-Board is the Xilinx Webpack ISE software and the software is free to download from Xilinx's master copy site.
(Beagleone Black board)
The LOGi-board features a Xilinx Spartan-6 LX9 sparse quad apartment bundle (TQFP), making it a highly functional in addition to slow to exercise entry grade FPGA board that also has a real depression ability consumption compared to near SOC's on the market. 
The LOGi FPGA board communicates amongst the Raspberry Pi via a SPI driver in addition to sends in addition to receives information via a flexible wishbone API amongst python in addition to C wrappers. The Beaglebone requires a specific marrow module in addition to device tree back upwardly files to permit the LOGi-bone to interface through the GPMC pins, though these files are available on Valent F(x) github repository.
There is no denying the ability of a System On H5N1 Chip (SOC) amongst dual in addition to Quad-Core ARM CPU, simply SOC's exercise non bring the community back upwardly the ARM/Linux community does. Also, in that place are a broad multifariousness of libraries, applications in addition to drivers already developed for the Raspberry Pi in addition to Beaglebone Black, which makes the LOGi board an unrivaled solution when compared to whatever SOC.
