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getting started guide xilinx ? virtex ? -6 dsp development kit version 2.0 www..net
2 getting started with the xilinx virtex-6 dsp development kit version 2.0 revision history date version revision 4/1/2010 1.0 initial release 10/20/2010 2.0 update for ise 12.3 www..net
version 2.0 getting started with the xilinx virtex-6 dsp development kit 3 thank you for purchasing an avnet design kit. the technical support documents associated with this kit, including the user guide, bill of materials, schematics, source code and application notes, are available online. you, the customer, can access these documents at any time by visiting avnets design resource center (drc) at: www.em.avnet.com/drc/support on your frst visit to the drc, you will be required to site register before you can download the documents. to get started, select the name of the manufacturer associated with your design kit from the drop down menu. a complete listing of avail?able design kits will appear. select the kit you purchased. scroll to the bottom of the design kit page to access the support ?les. before you download a ?le, you will be prompted to login. if you are an existing user, please login. if you are a new user, click on the need to sign-up? text. please complete the short registration form. upon completion, be sure to retain your login and password information for future visits to avnets drc. logging in once, gives you unlimited access to all technical support ?les and downloads. you will also have the chance to request e-mail noti?cations whenever there are updates to your design kit. license agreement the avnet design kit (design kit or product) and any supporting documentation (documentation or product documentation) is subject to this license agreement (license). use of the product or documentation signifies acceptance of the terms and conditions of this license. the terms of this license agreement are in addition to the avnet customer terms and conditions, which can be viewed at www.em.avnet.com . the terms of this license agreement will control in the event of a conflict. 1. limited license. avnet grants you, the customer, (you your or customer) a limited, non-exclusive, non-transferable, license to: (a) use the product for your own internal testing, evaluation and design efforts at a single customer site; (b) create a single derivative work based on the product using the same semiconductor supplier product or product family as used in the product; and (c) make, use and sell the product in a single production unit. no other rights are granted and avnet and any other product licensor reserves all rights not speci?cally granted in this license agreement. except as expressly permitted in this license, neither the design kit, documentation, nor any portion may be reverse engineered, disassembled, decompiled, sold, donated, shared, leased, assigned, sublicensed or otherwise transferred by customer. the term of this license is in effect until terminated. customer may terminate this license at any time by destroying the product and all copies of the product documentation. 2. changes. avnet may make changes to the product or product documentation at any time without notice. avnet makes no commitment to update or upgrade the product or product documentation and avnet reserves the right to discontinue the product or product documentation at any time without notice. 3. limited warranty. all products and documentation are provided as is without warranty of any kind. avnet makes no warranties, either express or implied, with respect to the products and documentation provided hereunder. avnet specifically disclaims the implied warranties of merchantability and fitness for a particular purpose and any warranty against infringement of any intellectual property right of any third party with regard to the products and documentation. a vnet design kit t echnical su pport files and dow nloads web access instr uctions www..net
4 getting started with the xilinx virtex-6 dsp development kit version 2.0 4. limitations of lia b ility. cu stomer shall not b e entitled to and avnet w ill not liable for any indirect, special, incidental or conseq u ential damages of any kind or nat u re, inclu ding, withou t limitation, business interr u ption costs, loss of profit or revenu e, loss of data, promotional or manu factu ring expenses, overhead, costs or expenses associated with w arranty or intellectu al property infringement claims, inju ry to repu tation or loss of cu stomers, even if avnet has been advised of the possibility of su ch damages. the products and docu mentation are not designed, authorized or w arranted to be su itable for u se in medical, military, air craft, space or life s u pport equ ipment nor in applications w here failure or malfunction of the produ cts can reasonab ly be expected to resu lt in a personal inju ry, death or severe property or environmental damage. incl usion or use of products in such equ ipment or applications, without prior au thorization in w riting of avnet, is not permitted and is at c ustomers ow n risk. customer agrees to fu lly indemnify avnet for any damages res u lting from such inclusion or use. 5. limitation of damages. c u stomers recovery from avnet for any claim shall not exceed customers purchase price for the product giving rise to su ch claim irrespective of the nat u re of the claim, w hether in contract, tort, w arranty, or other wise. 6. indemnification. avnet shall not be liable for and cu stomer shall indemnify, defend and hold avnet harmless from any claims b ased on avnets compliance with cu stomers designs, specifications or in?str u ctions, or modification of any product b y parties other than avnet, or use in comb ination w ith other products. 7. u.s. government restricted rights. the product and product documentation are provided with restricted rights. if the product and product documentation and related technology or documentation are provided to or made available to the united states government, any use, duplication, or disclosure by the united states government is subject to restrictions applicable to proprietary commercial computer software as set forth in far 52.227-14 and dfar 252.227-7013, et seq., its successor and other applicable laws and regulations. use of the product by the united states government constitutes acknowledgment of the proprietary rights of avnet and any third parties. no other governments are authorized to use the product without written agreement of avnet and applicable third parties. 8. ownership. licensee acknowledges and agrees that avnet or avnets licensors are the sole and exclusive owner of all intellectual property rights in the licensed materials, and licensee shall acquire no right, title, or interest in the licensed materials, other than any rights expressly granted in this agreement. 9. intellectual property. all trademarks, service marks, logos, slogans, domain names and trade names (collectively marks) are the properties of their respective owners. avnet disclaims any proprietary interest in marks other than its own. avnet and av design logos are registered trademarks and service marks of avnet, inc. avnets marks may be used only with the prior written permission of avnet, inc. 10. general. the terms and conditions set forth in the license agreement or at www.em.avnet.com will apply notwithstanding any con?icting, contrary or additional terms and conditions in any purchase order, sales acknowledgement con?rmation or other document. if there is any con?ict, the terms of this license agreement will control. this license may not be assigned by customer, by operation of law, merger or otherwise, without the prior written consent of avnet and any attempted or purported assignment shall be void. licensee understands that portions of the licensed materials may have been licensed to avnet from third parties and that such third parties are intended benefciaries of the provisions of this agreement. in the event any of the provisions of this agreement are for any reason determined to be void or unenforceable, the remaining provisions will remain in full effect.this constitutes the entire agreement between the parties with respect to the use of this product, and supersedes all prior or contemporaneous understandings or agreements, written or oral, regarding such subject matter. no waiver or modi?cation is effective unless agreed to in writing and signed by authorized representatives of both parties. the obligations, rights, terms and conditions shall be binding on the parties and their respective successors and assigns. the license agreement is governed by and construed in accordance with the laws of the state of arizona excluding any law or principle, which would apply the law of any other jurisdiction. the united nations convention for the international sale of goods shall not apply. www..net
version 2.0 getting started with the xilinx virtex-6 dsp development kit 5 about this guide ...................................... 6 additional documentation ...................................................... 6 additional support resources ................................................... 6 introduction ......................................... 7 virtex-6 dsp development kit contents ........................................... 7 getting started w ith virtex-6 fpga dsp development .... 9 the dsp reference design demonstration ......................................... 9 dsp demo hardware requirements .............................................. 9 dsp demo setup instructions .................................................. 10 download the dsp kit reference design ......................................... 12 getting started with the virtex-6 dsp kit demo .................................... 12 tutorials .................................................................. 16 getting help and support ...................................................... 16 installing and licensing matla b and simulink ......... 17 installation and licensing of ise design s uite .......... 18 ise software installation ...................................................... 18 downloading and installing tool licenses ......................................... 23 t able of contents www..net
6 getting started with the xilinx virtex-6 dsp development kit version 2.0 this guide provides detailed information for getting started with the xilinx virtex ? -6 fpga dsp kit. if the ise ? design suite: system edition has already been installed and the steps in the hardware setup guide has already been completed, proceed to the next steps section of this document to learn more about additional tutorials available for this kit. otherwise, follow the steps outlined below to install and enable the required software for this kit. additional documentation the following documents are available for download at http://www.xilinx.com/products/virtex6 . ? virtex-6 family overview: this overview outlines the features and product selection of the virtex-6 family. ? virtex-6 fpga data sheet: dc and switching characteristics: this data sheet contains the dc and switching characteristic specifcations for the virtex-6 family. ? virtex-6 fpga packaging and pinout specifcations: this specifcation includes the tables for device/package combinations and maximum i/os, pin defnitions, pinout tables, pinout diagrams, mechanical drawings, and thermal specifcations. ? virtex-6 fpga confguration user guide: this all-encompassing confguration guide includes chapters on confguration interfaces (serial and parallel), multi-bitstream management, bitstream encryption, boundary-scan and jtag confguration, and reconfguration techniques. ? virtex-6 fpga selectio resources user guide: this guide describes the selectio ? resources available in all virtex-6 devices. ? virtex-6 fpga clocking resources user guide: this guide describes the clocking resources available in all virtex-6 devices, including the dcms and plls. ? virtex-6 fpga block ram resources user guide: this guide describes the virtex-6 device block ram?capabilities. ? virtex-6 fpga gtp transceivers user guide: this guide describes the gtp transceivers available in the virtex-6 lxt fpgas. ? virtex-6 fpga dsp48e1 slice user guide: this guide describes the architecture of the dsp48a1 slice in virtex-6 fpgas and provides confguration examples. ? virtex-6 fpga pc b designers guide: this guide provides information on the pcb design for virtex-6 devices, with a focus on strategies for making design decisions at the pcb interface level. ? system generator users guide: this guide provides information using system generator with simulink to create dsp designs to be targeted to xilinx fpgas. additional support resources to search the database of silicon and software questions and answers or to create a technical support case in webcase, see the xilinx website at: http://www.xilinx.com/support . about this guide www..net
version 2.0 getting started with the xilinx virtex-6 dsp development kit 7 introduction the virtex ? -6 fpga dsp kit conveniently delivers the key components of the xilinx dsp design platform required for developing dsp hardware in a wide range of applications in wireless communications, aerospace and defense, medical and instrumentation markets. for algorithm developers, a familiar dsp design fow is provided based on simulink ? and matlab ? from mathworks that allows for the creation of fpga hardware without the need to learn rtl. traditional rtl design methodologies are also supported through reference designs that use ise ? design suite: logic edition and logiccore dsp ip. the virtex-6 fpga dsp kit includes the fmc150 daughter card which is a dual channel a/d and dual channel d/a fmc daughter card. this card provides two 14-bit a/d channels and two 16-bit d/a channels which can be clocked by an internal clock source (optionally locked to an external reference) or an externally supplied sample clock. in addition there is one trigger input for customized sampling control. the fmc150 daughter card is mechanically and electrically compliant to fmc standard (ansi/vita 57.1). this getting started guide will walk you through the steps to setup the ml605 virtex-6 development board and the fmc150 daughter card and run the out-of-box dsp demonstration which is designed to illustrate the hardware fexibility of fpgas to deliver dsp processing bandwidth through parallelized hardware implementations on a single device. if you have not already installed the xilinx ise ? software, you will be directed through the steps to install the software, get updates and generate a license. if you are planning to use or evaluate the simulink-based design fow and do not already have mathworks products installed you will be guided to the mathworks web site. finally this guide will provide hardware design tutorials for both simulink and rtl design fows. virtex-6 dsp development kit contents w hats inside the box ? ml605 board with the xc6vlx240t-1ffg1156 fpga along with: ? power supply ? one usb type-a to mini-b 5-pin cables ? ethernet cable ? vga to dvi adapter ? compact flash card C 2 gb ? 4dsp fmc150 dac/adc daughter card with the following: ? ti dac3283, dual-channel 800 msps, 16-bit dac ? ti ads62p49 dual-channel, 250 msps, 14-bit adc ? ti cdce72010 clock distribution device ? xilinx ise design suite 12.3 dvd which includes: ? ise foundation with ise simulator ? planahead design and analysis tool ? embedded development kit (edk) ? xilinx platform studio (xps) ? software development kit (sdk) ? chipscope ? pro ? system generator for dsp ? ? ise design suite system edition license voucher: (device-locked) for virtex-6 lx240t fpga ? documentation ? ml605 hardware setup guide ? getting started with the virtex-6 fpga dsp kit ? virtex-6 fpga dsp kit hardware setup?guide ? reference designs ? getting started reference design ? system generator design tutorial ? rtl design tutorial www..net
8 getting started with the xilinx virtex-6 dsp development kit version 2.0 w hats available online ? license for ise design suite: system edition ? http://www.xilinx.com/getproduct ? http://www.xilinx.com/tools/faq.htm ? technical support ? http://xilinx.com/support ? development kit home page with documentation and reference designs ? http://www.xilinx.com/v6dspkit if you already have ise design suite installed on your computer then you can proceed directly to the the next section getting started with virtex-6 dsp development. if you need to install ise design suite then go to the section of this document titled installation and licensing of ise design suite. www..net
version 2.0 getting started with the xilinx virtex-6 dsp development kit 9 this virtex-6 fpga dsp kit comes with a dsp demonstration available as part of the web downloaded documentation package. you can run this demo after installing ise design suite and simulink to get an overview of the features of the ml605 board using the simulink-based digital up converter (duc) / digital down converter (ddc) reference design. the dsp reference design demonstration the provided dsp demo uses a pre-built virtex-6 fpga design (shown in the fgure below) with the following features: ? integrated interfaces provided for the dac, adc and external clocking ? parameterizable dsp ip to reduce development time and exploit device hardware resources such as the dsp48e1 slice ? support for isolation of the digital and analog components of the design to assist with debug ? includes chipscope pro to view results without external test equipment figure 1: virtex-6 reference design block diagram dsp demo hardware requirements all hardware required to run the dsp demonstrations and tutorials are provided with the virtex-6 fpga dsp kit. getting s tarted with v irtex-6 fpga dsp development www..net
10 getting started with the xilinx virtex-6 dsp development kit version 2.0 dsp demo setup instructions 1. connect the fmc150 to the lpc fmc connector j63 on the ml605. 2. connect dac output c to adc input a through an mmcx-to-mmcx cable on the fmc150 card. make sure you use enough force to make a solid connection. you should hear a click. 3. connect dac output d to adc input b through an mmcx-to-mmcx cable on the fmc150 card. make sure you use enough force to make a solid connection. you should hear a click. 4. setup the dip switches sw1 on the ml605 to select a demo mode (all off). 5. power up the board, connect usb cable. figure 2 figure 3 www..net
version 2.0 getting started with the xilinx virtex-6 dsp development kit 11 6. connect the ethernet cable directly to your pc and to the ethernet port on the ml605 board. 7. connect the usb type-a to mini-b 5-pin cable from your pc to j22 on the ml605 board. 8. connect the ml605 board power supply and turn on the power switch on. figure 4 figure 5 figure 6 www..net
12 getting started with the xilinx virtex-6 dsp development kit version 2.0 download the dsp kit reference design 9. go to the avnet virtex-6 fpga dsp kit web page: http://www.em.avnet.com/v6dspkit 10. at the bottom of the this web page click on the link that says support files and downloads. 11. to download the getting started design fles click on the link virtex6 dsp kit - getting started reference design. this will download the fle virtex6dsp_getting_started_reference_design_12_3_0.zip to your computer. 12. unzip this fle using the extract to hear option to the c: drive of your computer to install the getting started design fles. the top-level folder name should be virtex6dsp_getting_started_reference_design. if this is not how it was extracted then change the name to that. there are hard paths in the design fles that require this exact fle structure. getting started with the virtex-6 dsp kit demo in this demo we will be downloading the rtl version of the duc / ddc design to the ml605 board. this design has been modifed to include xilinx chipscope probes to capture the output data from the hardware and send it back to the chipscope analyzer software to be displayed. chipscope can display the data as a signed integer which allows us to view the duc / ddc output in analog format. 1. launch xilinx project navigator from the start menu command xilinx ise design suite -> ise design tools -> project navigator. note that this will be version dependent. figure 7 www..net
version 2.0 getting started with the xilinx virtex-6 dsp development kit 13 2. from project navigator use the pull-down menu command file -> open project to load the project fle duc_ddc_umts_virtex6_12_3.xise in the folder c:\virtex6dsp_getting_started_design_12_3_0\rtl\reference_design\implementation\vhdl\ise 3. from the design window make sure that the implementation option is selected. from the hierarchy window select the top-level rtl source fle ml605_fmc150.vhd then from the project navigator processes window select analyze design using chipscope and execute the pop-up command run. this will take about 5 minutes. 4. initialize the jtag chain by clicking on the toolbar command open cable / search jtag chain from chipscope. figure 8 figure 9 figure 10 www..net
14 getting started with the xilinx virtex-6 dsp development kit version 2.0 5. from the chipscope project window select dev1: mydevice1 (xc6lx240t) and execute the pop-up command confgure. click ok on the window that opens. this will confgure the fpga with our design. 6. double click trigger setup in the ddc output unit and change the trigger apply settings and arm trigger mode into repetitive. figure 11 figure 12 www..net
version 2.0 getting started with the xilinx virtex-6 dsp development kit 15 7. double click bus plot in the ddc output unit, select both busses in the bus selection pane as shown below, and click the run button. the i/q output of the ddc is captured and displayed. chipscope ila has been implemented to monitor the signals from the adcs as well as signals at the duc outputs driving the dacs. if you wish to capture signals at the duc outputs, select the dac input unit in the previous step and repeat the procedure. congratulations! you have now run the virtex-6 fpga dsp kit reference design through the fmc150 daughter card and observed the results in chipscope. since you have been provided a fully functional dsp design you can now begin developing your dsp application on xilinx virtex-6 fpgas figure 13 www..net
16 getting started with the xilinx virtex-6 dsp development kit version 2.0 tutorials virtex-6 fpga dsp kit rtl tutorial ? guide of a series of design techniques useful for implementing dsp algorithms onto xilinx fpgas using rtl design methodologies ? how to use isim to analyze the design and compare the response to golden vectors from matlab ? how to use chipscope to verify the hardware using an impulse input ? drive the d/a and a/d on the fmc150 in loopback mode virtex-6 fpga dsp kit system generator tutorial ? guide of a series of design techniques useful for implementing dsp algorithms onto xilinx fpgas using simulink and xilinx system generator for dsp ? this will show you how to use hardware co-simulation to accelerate simulations and validate the dsp hardware in a controlled simulation environment ? how to use dsp ip compilers such as the fir compiler to rapidly create effcient dsp hardware for the virtex-6 device getting help and support for questions regarding products within a product entitlement account, send an e-mail message to the regional customer services representative. ? canada, usa and south america isscs_cases@xilinx.com ? europe, middle east, and africa eucases@xilinx.com ? asia pacifc including japan apaccase@xilinx.com for technical support, including the installation and use of a product license fle, contact xilinx online technical support at www.support.xilinx.com . this site also provides the following support resources: ? software, ip and documentation updates ? access to technical support web tools ? searchable answer database with over 4,000 solutions ? user forums ? training select instructor-led classes and recorded e-learning options contact avnet support for any questions regarding the virtex-6 dsp kit reference designs or kit hardware http://www.em.avnet.com/v6dspkit www..net
version 2.0 getting started with the xilinx virtex-6 dsp development kit 17 if matlab / simulink will be used in the design fow and it is not already installed, go to the following website to request evaluation software http://www.mathworks.com/xilinx_dspkits the matlab installer has an option to automatically download the installation key and authorize software through the internet. if your company uses a proxy server click on the connections option to the matlab installer and provide the necessary proxy information. i nstalling and licensing matla b and simulink www..net
18 getting started with the xilinx virtex-6 dsp development kit version 2.0 this avnet virtex-6 fpga dsp kit comes with entitlement to a full seat of the ise design suite: system edition that is device locked to a virtex-6 xc6vlx240t-1ffg1156 device. this software can be installed from the dvd or the web installer can be downloaded from the following http://www.xilinx.com/support/download/index.htm . ise 12.3 software installation note: if you are planning on using the system generator fow you must install matlab on your computer before installing ise software. 1. run the ise design suite installer: a. option 1: insert the ise design suite dvd included in this kit into the computer C if the installer does not start automatically, run the xsetup executable from the dvd b. option 2: run the web installer that can be downloaded from http://www.xilinx.com/support/download/index.htm a screen will appear with a welcome dialog, two license agreement dialogs and an opportunity to select the location for the software installation. note: it is recommended that you accept the two license agreements and accept the default install. figure 14: ise install w elcome screen i nstallation and licensing of ise design suite www..net
version 2.0 getting started with the xilinx virtex-6 dsp development kit 19 figure 15: ise end-user license agreement figure 16: ise third- party usage license agreement www..net
20 getting started with the xilinx virtex-6 dsp development kit version 2.0 figure 17: select edition to install figure 18: select installation options www..net
version 2.0 getting started with the xilinx virtex-6 dsp development kit 21 2. follow the rest of the steps presented by the installer, accepting the defaults to complete the installation. it will stop at 98% complete and prompt you to select a matlab version. see step 3 for instructions. note: the dvd installation might take about one hour. the web installation might take about three to ten hours based on internet download speeds. figure 19: select destination directory and program folder figure 20: select matla b for installation for system generator www..net
22 getting started with the xilinx virtex-6 dsp development kit version 2.0 3. near the end of the install you will see the dialog shown below. if you are planning on using system generator you will need to have matlab installed on your computer. select the version of matlab you have installed and click on ok . if you are planning on using the rtl design fow you can cancel this form to complete the installation processes. 4. reboot your machine. figure 21: microsoft visual c++ library install www..net
version 2.0 getting started with the xilinx virtex-6 dsp development kit 23 downloading and installing tool licenses 1. visit the xilinx software registration and entitlement site at http://www.xilinx.com/getproduct 2. the web browser will launch, showing the xilinx product download and licensing site. 3. log in if there is an existing account or create an account if needed. note: user name and password are provided in an email sent when the kit was ordered. if the information is not available or has been misplaced, please contact xilinx customer service. they will be able to provide support to access the account. http://www.xilinx.com/support/techsup/tappinfo.htm 4. after logging in, a shipping address verifcation may be requested. click next after the shipping address has been verifed or updated. figure 22: sign in to xilinx product download and licensing site www..net
24 getting started with the xilinx virtex-6 dsp development kit version 2.0 5. check the product ise design suite system edition, node-locked license and click on generate node-locked license as shown below. 6. follow the instructions to generate the license by providing the host os information and host id (disk serial number or ethernet mac address) as shown in the following fgure and click next . note: laptop users may want to select their disk id or wireless ethernet card hostid. laptops on docking stations might fnd there are three ethernet hostids to choose from. if a docking station hostid is selected, then the license will only be active when the computer is docked. it is best to avoid the hostid of the rj45 ethernet connection on laptop computers, as some ethernet adapters will power down when not plugged into the network. if an ethernet adapter is selected, it is best to select the wireless card. figure 23: xilinx entitlement center www..net
version 2.0 getting started with the xilinx virtex-6 dsp development kit 25 7. review the license request as show in figure 25 and click next . figure 24: selecting your host id enter your hostid then click on next figure 25: reviewing the license request click on next www..net
26 getting started with the xilinx virtex-6 dsp development kit version 2.0 8. the generated license will be e-mailed in an e-mail similar to the one shown below. note: these e-mails may appear in the junk mail folder. save this fle to a temp folder or the desktop. 9. start the xilinx license manager (start >programs >ise design suite 12.3 >manage xilinx licenses) and click on copy license to install the license on the computer. figure 26: xilinx license notifcation e-mail figure 27: manage xilinx license tab www..net
version 2.0 getting started with the xilinx virtex-6 dsp development kit 27 10. navigate to the saved xilinx.lic fle and select it as shown below. 11. the ise software license has been successfully installed. click ok on the success dialog (shown below) and close the xilinx license confguration manager. congratulations! you have now installed the ise design suite tools and setup the licenses for the system edition of the tools. you are now ready to use xilinx ise design suite system edition to create or modify your custom dsp design. for detailed information on licensing & installation, please refer the release notes available on-line at: http://www.xilinx.com/support/documentation/ figure 28: select the xilinx.lic file figure 29: license and installation successful www..net
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