STREAM
STREAM Datasheet
- User Guide for STREAM & UNITE7002 boards -
| Part | Datasheet |
|---|---|
STREAM |
STREAM (pdf) |
| Related Parts | Information |
|---|---|
STREAM-UWCP |
STREAM-UWCP |
| PDF Datasheet Preview |
|---|
| Lime Microsystems Limited Surrey Technology Centre Occam Road The Surrey Research Park Guildford, Surrey GU2 7YG United Kingdom Tel e-mail: +44 0 1483 685 063 Universal Radio Development Platform User Guide - User Guide for STREAM & UNITE7002 boards - Version: Last modified 16/06/2015 Universal Radio Development Platform User Guide Date 06/12/2014 08/12/2014 23/01/2015 06/03/2015 20/032015 27/03/2015 Version 2|Page Universal Radio Development Platform User Guide Table of Contents 2 COMPLETE DEVELOPMENT 6 3 STREAM BOARD KEY FEATURES 7 STREAM board STREAM board architecture LMS7002M based boards connectivity FMC/RFDIO USB Ethernet DVI controller Mictor USB Host Clock Distribution 4 GETTING STARTED WITH DESIGN DEMO DEMO Procedure Power up the kit Connect lms7suite to the Setup UNITE7002 Board Calibrate TX path Load waveform for Tx Measure Tx Path EVM Run FTTviewer to analyze receiver Calibrate Rx path 5 APPENDIX I 31 FX3 microcontroller drivers USB3 Windows driver installation procedure Firmware installation for USB microcontroller Uploading firmware to the FX3 Uploading firmware to empty FLASH Uploading firmware to non-empty external FLASH memory 6 APPENDIX II 37 USB2 Windows driver installation procedure 3|Page Universal Radio Development Platform User Guide Determining Serial 7 APPENDIX III 40 Load bitstream to FPGA 4|Page Universal Radio Development Platform User Guide 1 Introduction The universal radio development platform, based on the Stream board and flexible, multi standard Lime transceiver boards, enables developers to implement their products for a wide variety of wireless communication applications efficiently and cost effectively. The main ideas are to: • Accelerate the evaluation and development time. • Experiment and evaluate new modulation schemes and wireless systems, operating over a wide frequency range. • Easily modify and manufacture the platform for new designs using the Open Source database for the complete kit. This document provides the following information: • Design kit content description and first demo example • Software installation, setup and programming of the Stream board. • Example files for running the complete platform. 5|Page |
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