Extensive software solutions, example codes, drivers
and extra support suite
SDR P203
XC7Z020 + AD9363
SoC: Xilinx Zynq XC7Z020-2CLG400I
RF Chip: AD9363
Frequency Range:325MHz ~ 3.8GHz
Power Amplifier: TX 2way
Default GPS, Adjustable PPS
Artemis+ is a leading FPGA and SoC design
center enhances your design productivity
by providing an extensive suite of proven, optimized and easy-to-use SDR & FPGA IP Cores, drivers, example codes and many other software tools along with reference designs to complement & quicken your applications development.
This product is powered by Artemis+
Artemis+ offers spec-to-silicon capabilities and delivers custom SOC solutions that are highly optimized for power, performance and area, providing greater design flexibility and a competitive edge.
Available for order 339 USD
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SDR P203 (AD9363)
Product Specification
Artemis+ Support Package
• Dedicated Linux image for implementing examples under the Linux operating system with the capability of receiving "standard commands" defined by Analog Devices to change the behaviors of the AD9361 chip such as working frequency, bandwidth, number of channels, etc.
• Running the IIO Oscilloscope software to test the SDR and running a set of examples to receive data, frequency output results under the Linux operating system.
• The technical features of setting the software radio in both single-channel and dual-channel modes with and without operating system.
• Providing a complete set of examples about communication between ZYNQ and AD9361/3 without operating system (bare-metal) to implement data transfer platforms between communication ports (such as Ethernet and serial) and AD9361/3 chips. In this example, it is possible to change vital behavioral parameters such as setting frequency and sampling rate to adjust in various projects. According to the standard structure used in this platform, all IIO commands can be implemented.
• Dedicated examples for launching the GPS module installed on the SDR.
• Dedicated examples for using SDR in the GNU Radio environment.
• Dedicated examples for using SDR in the Matlab environment.
• Online Support for all software related subjects, and customizing hardware based on customer needs.
• FAQ and Wiki provided exclusively for our customers to guide them how to run given examples step by step.
