RAIN SDR

An Open Source SDR Platform Base on ZYNQ SoC and MYRIAD

SNOW SDR is a low-cost open source software defined radio platform based on Xilinx ZYNQ SoC and MYRIAD RF module. It include Giga Ethernet, USB OTG, HDMI, SDIO and USB-UART. SNOW SDR is equipped an  MYRIAD module that support 300MHz~ 3.8GHz, 28MHz BW application, such as WiFi, LTE or WiMax. 
      SDR application can be developed on ZYNQ SoC (FPGA+ARM architecture ) or x86 processor. This SDR technology will provide free firmware  that support RAIN SDR to connect Matlab or GNU Radio on PC.

Key Features

Baseband Part:

1、Xilinx Zynq-7010/7020 EPP in the CLG400 package

         Dual ARM® Cortex™-A9 MPCore with CoreSight  and NEON™ running at up to 677 MHz

         Artix-7 28 nm FPGA fabric as programmable user logic

2、512MB DDR3 SDRAM and 4Gb NAND FLASH Memory

3、Gigabit Ethernet

4、USB-UART

5、USB 2.0 OTG support USB Strorage

6、HDMI support 1080p Display

7、Micro TF Card Connector support up to 8G card

8、2 switches and 2 LEDs

9、Single 5V supply or USB power

10、Mode select switches

RF Part:

1、Single chip transceiver covering 0.3-3.8GHz frequency range

2、Digital interface to baseband with integrated 12 bit D/A and A/D converters

3、Fully differential baseband signals

4、Programmable modulation bandwidth: 1.5, 1.75, 2.5, 2.75, 3, 3.84, 5, 5.5, 6, 7,8.75, 10, 12, 14, 20 and 28MHz

5、Supports both TDD and FDD operation modes

HD Video Transformation Reference Design

1、  Support BPSK/QPSK/16QAM/64QAM

2、  Bitrates up to 54Mbps@20MHz BW

3、  FDD and TDD mode

4、  Frequency range cover 300MHz-3.8GHz

What's Included In This Development Kit

 1、SNOW SDR Board featuring the XC7Z010CLG400 AP SoC

 2、Reference Designs, Design Examples, and Demos

 3、Board Design Files, including schematic files

 4、Antenna support 433MHz ISM Band

 5、Power supply module

 6、SD card pre-installed firmware support Matlab and GNU Radio

Targeted Applications

 1、Software Defined Radio

 2、Femtocell and Picocell base stations

  3、Broadband wireless communication devices for TV WhiteSpace/WCDMA/LTE/ GSM/ CDMA2000/WiFi

4、Research and Education on wireless 

开发套件型号为：Myriad LMS7002M ， UWCT Myriad ， UWCT LMS7002M  ，UWCT Cyclone IV‐LM , LMS7002M EVB板

A. Connects to PCs and laptops via USB
B. Connects to Altera FPGAs
i. FMC interface (for the production version)
C. Emulation, calibration, and configuration for:
i. 2G, 3G, or 4G mobile standards
ii. Any frequency
iii. Selectable/programmable bandwidths

　

The Lime Development System is a comprehensive hardware and software combination that allows users to evolve and refine a wireless sub-system. It can be combined with a baseband processor such as an FPGA or DSP processor to develop a comprehensive wireless solution.

The EVB7 module is a high-speed wireless communication module, based on the LMS7002M fully programmable RF transceiver. It is designed to support 2G, 3G, 4G/LTE radio systems with both time-division duplex (TDD) and frequency-division duplex (FDD) applications, M2M and software defined radios. The wireless communication module covers the frequency range of 100 kHz to 3.8 GHz, including licensed and unlicensed bands. The channel bandwidth is programmable from less than 100 kHz to 108 MHz through a combination of analog and digital filtering via the easy-to-use GUI software.

The EVB7 provides system designers with the ability to connect the board to any type of baseband, FPGA or CPU and allow them to implement their ideas for various wireless communication applications.

This document describes how to make a quick start with the LMS7002M using the EVB7 module. Section 2 begins by listing the contents of the Quick Start kit. Section 3 gives a general description of the evaluation board features. Section 4 describes the procedure for obtaining and installing the LMS7002M control software “Control LMS7002M” for both Windows and Linux platforms. Section 5 describes how to connect and use the EVB and LMS7002M control software “Control LMS7002M” for the Quick Start example configurations. Section 6 describes in detail the EVB connectors and hardware options. Section 7 describes in detail how to use the LMS7002M control software “Control LMS7002M”. Section 8.1 describes calibration procedures. Appendix 1 details the recommended test and measurement equipment, and how toset up the test equipment to work with EVB7 and the LMS7002M.

代理 LIME LMS7002M双收发器

总结特性
•第二代现场可编程收音机
频率(FPRF)芯片
•双收发器MIMO的理想选择
•用户可编程
•连续报道的0.05 - -3.8 ghz射频
频率范围
•数字接口与芯片上集成基带
12位D / A和A / D转换器
•可编程射频调制带宽:0.1
108兆赫

•支持TDD和全双工FDD
•单1.8 v电源电压的选择,或操作使用
1.25、1.4和1.8 v的ldo集成
•低功耗,典型的550 mw 2 x2
MIMO模式(330 mw SISO模式)使用外部ldo

•关注™数字——JEDEC JESD207智商接口

TDD和FDD兼容
•收发信号处理器块使用
先进的技术来提高性能
•支持2 x2 MIMO单片机。
•支持超过2 x2 MIMO多芯片
•芯片上的射频校准电路
•完全微分基带信号,模拟智商
一些外部组件
•在芯片集成单片机为简化
校准、调整和控制。减轻了
基带设备。
•集成时钟锁相环时钟生成和灵活
分布
•用户可定义的模拟和数字滤波器
定制过滤
•射频和基带接收信号强度指示器
(RSSI)
•261年销aQFN 11.5 x11.5毫米包
•广泛断电选项
•串口接口
•多种旁路模式更大的灵活性
应用程序
宽带无线通信
•GSM、CDMA2000 td - scdma,WCDMA / HSPA,LTE
•IEEE®8 xx。xxx收音机
•空白频段无线操作
•软件定义无线电(SDR)
•认知无线电
•无人驾驶飞行器(无人机)
•其他空白应用程序
　

LMS6002DFN new zipper

最新的LMS6002DFN new zipper 最新的LMS6002DFN new zipper

Myriad-RF 1 (Reference Board) lms6002d board

Myriad-RF是一個開放源碼項目，可用來做無線發展原型，以及創造出可配置式無線平台, 可應用於幾乎涵蓋所有標準通訊標準及頻率。 Myriad-RF是一塊低價板(相對性而言)可以由開放參考設計所製造，且基於易於使用的硬體及軟體平台。 Myriad RF 和轉接板列舉在下方,點擊下方的網路連結,可以取得更多Myriad RF,轉接板和KiCAD設計檔案 2012 八月24號,AZIO成功產出第一片Myriad-RF,訂購Myriad-RF(USD$299) ,下載Myriad RF KiCAD檔案。Myriad-RF是一個多頻段,多寬頻標準的射頻電路板, 在LIME的收發單晶片LMS6002D基礎上建構設計而成,搭載一個射頻頻寬輸入, 一個射頻頻寬輸出和數位基頻介面, 。 Myriad-RF是一個支援多頻段,多寬頻標準的射頻電路板,在LIME Microsystems 先進 的收發單晶片LMS6002D基礎上建構設計而成,。搭載一個寬頻射頻輸入, 一個寬頻射頻輸出,和建構在連接器FX10A-80P的標準下的數位基頻介面。Myriad- RF同時也提供使用者電源輸入,Reference Clock,數位I/Q輸出/輸入,SPI介面連接的接腳。 它包含了連接到所有可用的基頻晶片組以及 FPGA,或是獨立運作模式所需的一切。 Myriad-RF 可加速及有效的讓開發者完成在無線通訊上各式各樣的應用產品,提供更有彈性的解決方案。 另外,設計人員可以隨心所欲的利用已開發完成的電路板,進行修改及製造,加速產品完成的時間。 電源 Myriad-RF可經由數位介面連接器或外部電源供電,電源供電方式為手動選擇。 外部電源必須可提供電流800mA,如果低於800mA電路板會不穩定。最大電壓值為6V 電源接腳的詳細敘述Myriad-RF development manual. 輸出和輸入 輸出和輸入下列的表格提供主要的輸入及輸出配置,連接器的配置及描述,Myriad- RF上的X3和X4為類比差分IQ訊號介面,X6和X7 分別為射頻接收輸入及發射輸出, 圖片上已清楚標示出來。電路板被調整到支援BAND 1(Tx 2140MHz和RX 1950MHz)和頻寬作業。 透過控制經由連接器X3 上的 GPIO,前端路徑切換器可控制選擇接收器輸入和發送器輸出路徑。 詳細的設置訊息請參考章節3.7 通訊 經由SPI介面控制LMS6002D暫存器,SPI介面可由X3數位接腳或X9外部接腳來設訂 LMS6002暫存器是透過SPI介面來控制。SPI介面可由X3數位接腳或X9外部接腳來設訂。 設定配置 Myriad-RF電路板是預先配置使用在UMTS band-1,最常被使用3G通訊的設備上。 連接上電腦就可以配置運作任何手機的頻帶或標準。可以藉由使用開放源碼的圖形介面程式來設 定 LMS6002 暫存器,完成所需的頻率、增益以及頻寬來達成。

EESO-001 LMS6002DFN 测试底板

EESO-001 LMS6002DFN 测试底板

Myriad-RF 1 (Reference Board) 射频测试板

代理产品 推出一款现场可编程（Programming on-the-fly）

射频板MYRIADRF  LMS6002D具有以下优点：

　

The Myriad–RF 1 board is a multi-band, multi-standard RF module, based on the state of the art LMS6002D transceiver IC by Lime Microsystems. It has one RF broadband output, one RF broadband input with digital baseband interface, established via standard connector FX10A-80P. The board also provides the user with pin headers for power supply, reference clock, analog I/Q input/output and SPI interface connections. It contains everything needed for it to be connected to baseband (BB) chipsets, FPGAs or to run in an standalone mode.

　

The Myriad-RF 1 board enables developers implement their products for a wide variety of wireless communication applications quickly and efficiently, given the flexibility of the solution. In addition, the designer can make use of the freely available ready-made board implementation, modify and manufacture to accelerate the development time.

　

Summary

　

Transceiver                                LMS6002D

　

RF Bandwidth (BW)                   300 MHz to 3800 MHz

　

Baseband BW                            Programmable (16 selections); 0.75 – 14 MHz, Bypass mode

　

RF Module Control                     Via SPI interface

　

Analog Inputs                            I/Q differential analog input for transmitter

　

Analog Outputs                          I/Q differential analog output from receiver

　

Reference Clock frequency         23 – 41 MHz  

　

Input Voltage                             5 V(recommended)

　

Power

　

The Myriad–RF 1 board can be powered via the digital interface connector or using an external power supply. The power source is selected manually.

　

External power supply has to be able to supply 800 mA current, below this the board may be unstable. The maximum voltage level is 6 V.

　

The power pins are described in detailed the Myriad-RF development manual.

　

Output and Input

　

The figure and table below provide key Input/Output configurations, connector assignments and descriptions. The analog differential IQ interface is available on Myriad-RF board and provided via X3 and X4 connectors. X6 and X7 are the RF connectors for receive input and transmitter output, clearly marked in the picture. The board is tuned to support band 1 (Tx 2140 MHz and Rx 1950 MHz) as well as broadband operation. The front end switches are configurable for selecting Receiver inputs and Transmitter outputs via GPIO’s which in turn can be controlled via the X3 connector.

　

For a detailed information on the setup, please refer to section 3.7 of the Myriad-RF development manual.

　

Connector    Name                   Description

　

X2         +5 V supply              External +5 V supply.

　

X3         Digital I/O              The FX10A-80P is a standard connector used to interface 

                               the RF board directly to interface board or any  other 

                               baseband board.

　

X4         TX Analog I/Q             Connector used to supply Transmit analog I/Q signals.

　

X5         RX Analog I/Q             Connector used to measure Receive analog I/Q signals.

　

X6         RXTEST                 SMA connector provides connection to low band or high

                               band RX input. Requires preselected RF switch 

                                 configuration.

　

X7         TXTEST                 SMA connector that provides connection to low band or 

                               high band TX output. Requires  preselected RF switch

                                 configuration.

　

X8         Ext – CLK              Connector used to supply PLL clock externally Please refer

                              to section 3.7 for more information.

　

X9         Ext – SPI              Connector used to control LMS6002DFN SPI registers

                              externally. SPI register are controlled via X3 connector. 

                              Please refer to section 3.6 for more information.

　

Communication

　

The LMS6002D register are controlled via SPI interface. The SPI interface can be established via digital connector X3 or external connector X9.

　

Configuration

　

The Myriad-RF 1 board is pre-configured to work on UMTS band-1, the most common band used by 3G communications equipment. By connecting the device to a computer it can be configured to run on any mobile frequency band or standard. This can be done by setting up the LMS6002D registers to the required frequency, gain or BB bandwidth setting using an open source graphical user interface (GUI)

　

Physical dimensions 

　

The Myriad-RF 1 board measures 5×5.5cm with the SMA connectors. Four screw holes allow the board to be attached to a surface or casing.