ScanDIMM-240-DDR3-R Users Manual REV C
Contents
1. document may be reproduced or translated to other languages without the prior written consent of CORELIS This manual is a CORELIS proprietary document and may not be transferred to another party without the prior written permission of CORELIS CORELIS assumes no responsibility for the use of or reliability of its software on equipment that is not furnished by CORELIS ENVIRONMENTAL NOTICE mua This product must be disposed of in accordance with the WEEE directive TRADEMARK NOTICE ScanExpress and ScanDIMM are trademarks of Corelis Inc Other products and services named in this manual are trademarks or registered trademarks of their respective companies All trademarks and registered trademarks in this manual are the property of their respective holders PRODUCT WARRANTY For product warranty and software maintenance information see the PRODUCT WARRANTY AND SOFTWARE MAINTENANCE POLICY statement included with your product shipment EXCLUSIVE REMEDIES THE REMEDIES CONTAINED HEREIN ARE THE CUSTOMER S SOLE AND EXCLUSIVE REMEDIES CORELIS SHALL NOT BE LIABLE FOR ANY DIRECT INDIRECT SPECIAL INCIDENTAL OR CONSEQUENTIAL DAMAGES WHETHER BASED ON CONTRACT TORT OR ANY OTHER LEGAL THEORY Product maintenance agreements and other customer assistance agreements are available for Corelis products For assistance contact your nearest Corelis Sales and Service Office RETURN POLICY No items returned to CORELIS for warranty service or any ot2. C Program Files Corelis ScanExpressTPG ScanDIMM 240 DDR3 R Filename Description ScanDIMM 240 DDR3 R bsd The BSDL file for the ScanDIMM 240 DDR3 R Boundary Scan component ScanDIMM 240 DDR3 R top Sample topology file for the ScanDIMM 240 DDR3 R An infrastructure test for a single ScanDIMM 240 DDR3 R PIM Se DORs A BEME INCU It is used with ScanExpress Runner as a basic functionality check Table 2 13 ScanDIMM 240 DDR3 R Files Connecting to the Boundary Scan Controller The external boundary scan controller connects to the ScanDIMM 240 DDR3 R TAP IN connector via the 10 pin Host Adapter Cable Connect one end of the Host Adapter Cable P N 15336 to the TAP IN connector of the ScanDIMM 240 DDR3 R Connect the 10 pin cable from the boundary scan controller ScanTAP 4 ScanTAP 8 etc to the other end of the adapter cable The TAP Voltage for the boundary scan controller should be set to 1 8V The figure below shows a block diagram for the a typical TAP connection to a ScanDIMM 240 DDR3 R module Boundary Scan Test System Scan Chain 1 o Scan Chain 2 Figure 2 2 Block Diagram of Connection to a ScanDIMM 240 DDR3 R Chapter 2 ScanDIMM 240 DDR3 R Installation 5 www corelis com CORELJTS ScanDIMM 240 DDR3 R This table shows the pin assignments for the TAP IN connector Pin Signal Name I O Description 1 TRST In Test Reset 2 GND Ground 3 TD
3. CORELIS An AA Company ScanDIMM 240 DDR3 R Boundary Scan Based Digital Tester User s Manual Document Part Number 70404 Revision C Copyright Corelis 2010 All rights reserved Corelis 12607 Hiddencreek Way Cerritos CA eee 2146 Telephone 562 926 6727 Fax Ta 404 6196 www corelis com CORELJS ScanDIMM 240 DDR3 R Table of Contents Chapter 1 Product OvervieW es 1 Introduction AAA he SG GS bh 8 ee BERS ERE RE OE 1 Features of the ScanDIMM 240 DDR3 R 1 ScanDIMM 240 DDR3 R Specifications ee 2 Chapter 2 ScanDIMM 240 DDR3 R Installation 4 OVENVIOW fi ean ee we Dk ee a Ew Ree ee eG ES Rl ee ee RES Sw a 4 ScanDIMM 240 DDR3 R Hardware 1 ee 4 ScanDIMM 240 DDR3 R Software oaaae a a a 5 Connecting to the Boundary Scan Controller ee 5 Indicator LEDS lt a a A A AA OR AD Dd Ba OE Re EO DS EEO 6 Mating Connectors ee 7 ACCESSORIES a a ace ee ai e e a we Se OA ee be aa oe 7 Chapter 3 Preparation of Test Input Files 8 OVERVICW e goa de do cc e a dd dodo ob de d a a do lA BA 8 PREPARATION s aaea aos areca inar a a A A Be A A a ee eee we A 8 Add the ScanDIMM BSDL File a 8 Add BSDL Files Dialogs 542 4 444 a Ar AREA AR A 9 TAP Pins Not Found in Netlist Warning Safe to Ignore o ee 9 In
4. Finish dim Arane Aworna Figure 3 1 ScanExpress TPG Test Preparation Select BSDL Files Chapter 3 Preparation of Test Input Files 8 www corelis com CORELJTS ScanDIMM 240 DDR3 R Add BSDL Files Dialog B Add BSDL Files Match a BSDL file for each boundary scan device in the scan chain by highlighting a device on the left highlighting the corresponding BSDL file on the right and dicking the ADD button to insert it into the main BSDL File screen Or drag and drop a BSDL file onto each device on the left Or dick the AUTO FIND button to automatically match devices with BSDL files and add it to the list To add a hierarchical device highlight the device on the left dick the right mouse ADD AS HIERARCHICAL DEVICE menu option and select the hierarchical device type from the menu list The right mouse REMOVE option dears a BSDL file selection from the list When all BSDL files have been selected for all boundary scan devices dick the CLOSE button Show Only Devices Connected to JTAG Signals Device Filter Most Relevant M Y Auto Suggest BSDL Files Device Part Number Pins BSDL File Al BSDL File U3 TSOP48_AMD 38 7064BT100 BSD U4 TSOP32_HITACHI 32 IBM25PPC405GP 3BEnnnC BSDL DE PE IS MEE YC IE ScanDINM 240 DDR3 R bsd UB TSSOP20 19 xc2s200_f9456 bsd U14 TSSOP48_PHILIPS 43 xci04s_vo20 bsd U17 TSOP54_MICRON 53 U18 TSOP54_MICRON 53 U21 so28 TI 26 U28 T
5. I In Test Data In 4 GND Ground 5 TDO Out Test Data Out 6 GND Ground 7 TMS In Test Mode Select 8 GND Ground 9 TCK In Test Clock 10 GND Ground Table 2 14 TAP IN Connection List The TAP IN connector conforms to the popular Corelis 10 pin TAP connector pinout except that it is a single row 10 x 1 instead of dual row 5 x 2 The Host TAP Adapter Cable P N 15336 is a 1 1 adapter cable The pin assignment is standard connecting to any Corelis controller using the appropriate standard 10 pin TAP cable It is best to use the PCI 1149 1 Turbo equipped with a ScanTAP 4 Intelligent Pod with one TAP connected to the ScanDIMM 240 DDR3 R and with additional TAP s connected to the UUT Other Corelis controllers like the NetUSB 1149 1 E can also be used so that the UUT can connect on a separate TAP The figure below shows the TAP connections for a ScanDIMM 240 DDR3 R module on TAP1 and the Target UUT on TAP2 tapa I tap To Host TAP 3 TAP 1 TAP Cable P N 15310 Figure 2 3 Connection of a ScanDIMM 240 DDR3 R Module and the Target using Separate TAPs ScanDIMM 240 DDR3 R TAP In Target Indicator LEDs Two LEDs indicate the status of the ScanDIMM 240 DDR3 R module D1 is labeled PWR It illuminates if the ScanDIMM 240 DDR3 R is receiving power from the target through pins 57 60 and 176 If the LED is not illuminated the ScanDIMM 240 DDR3 R module is not powered up D2 is labeled TAP ON
6. It indicates that a connection to a controller is detected The ScanDIMM 240 DDR3 R module will not operate unless D2 is illuminated Chapter 2 ScanDIMM 240 DDR3 R Installation 6 www corelis com CORELJTS ScanDIMM 240 DDR3 R Mating Connectors The table below shows the mating connectors needed to make cables for the Boundary Scan connector Reference Description Manufacturer Part Number 10 pin 0 1 in single row connector Molex 50 57 9010 TAP IN to TAP OUT Crimp Terminals Molex 16 02 0097 10 pin IDC Plug 3M 4610 6351 Host TAP Adapter Plug Strain Relief 3M 3448 3010 Host TAP Adapter Socket 10 pin IDC Socket 3M 3473 6610 Connects with Target strain Relief 3M 3448 3010 Table 2 15 Mating Connectors for the ScanDIMM 240 DDR3 R Accessories Additional TAP Adapter Cables P N 15336 can be ordered from Corelis Description Corelis Part Number Other Part Number 10 pin dual row IDC plug to 10 pin single row 1 1 cable 15336 Custom Table 2 16 Cable Accessories for the ScanDIMM 240 DDR3 R Chapter 2 ScanDIMM 240 DDR3 R Installation 7 www corelis com CORELIS x ScanDIMM 240 DDR3 R Chapter 3 Preparation of Test Input Files Overview The ScanDIMM 240 DDR3 R integrates easily with a boundary scan test plan When the ScanDIMM 240 DDR3 R is installed in a socket the socket behaves like a boundary scan component Once the ScanDIMM 240 DDR3 R is plugged into the
7. QFP100_ALTERA 83 7064BT100 8SD u29 so28 TI 21 lt Add al Auto Find Figure 3 2 Add BSDL Files Dialog Uncheck the box Show Only Devices Connected to JTAG Signals Select the Device that corresponds to the DIMM socket on the board in the left pane Select the BSDL File for the ScanDIMM 240 DDR3 R in the right pane Click Add Click Close to exit the Add BSDL Files dialog TAP Pins Not Found in Netlist Warning Safe to Ignore In some cases a popup message may appear that indicates that the ScanDIMM TAP pins are not found in the netlist The TAP connection between the boundary scan controller and ScanDIMM module won t be in the board netlist and this warning is safe to ignore ScanExpress One or more TAP pins were not found in the netlist for device U5 which indicates that you may have selected the wrong BSDL file or package type Unable to find TCK TAP pin U5 J1_9 in the netlist Unable to find TMS TAP pin U5 J1_ in the netlist Unable to find TDO TAP pin U5 J1_5 in the netlist Unable to find TDI TAP pin U5 J1_3 in the netlist Continue with this selection Yes Figure 3 3 TAP Pins Not Found in Netlist Warning Safe to Ignore Chapter 3 Preparation of Test Input Files 9 www corelis com CORELIS x ScanDIMM 240 DDR3 R Insert a TAP Break The ScanDIMM is now in the scan chain Insert a TAP Break by selecting the last device in the scan chain before the ScanDIMM right clicking and se
8. W GND VDD and GND are the net names of the 1 5V SDRAM power and ground signals on the target board This syntax may already be present to test other power or ground connections in the target system ScanExpress TPG will automatically add these constraints if the power and ground nets are specified during the Power and Ground screen of the preparation phase Chapter 3 Preparation of Test Input Files 10 www corelis com CORELIS x ScanDIMM 240 DDR3 R Chapter 4 Executing Selftest Overview ScanExpress Runner sold separately can load and run the compact vector file ScanDIMM 240 DDR3 R_Selftest_inf cvf and quickly verify that the ScanDIMM 240 DDR3 R is functional Both the ScanExpress Runner software and a Corelis Boundary Scan controller such as the PCI 1149 1 Turbo are required to execute this file Infrastructure Test The infrastructure test verifies the TAP connection between the controller and the ScanDIMM 240 DDR3 R It also verifies that the boundary scan infrastructure of the device on the ScanDIMM 240 DDR3 R is fully functional The infrastructure test requires a Corelis Boundary Scan controller a ScanDIMM 240 DDR3 R unit and a Host TAP cable P N 15336 The following steps execute an infrastructure test Steps 9 Remove any memory modules from the Unit Under Test UUT DIMM socket s to be tested Install the ScanDIMM 240 DDR3 R in the socket Connect the Host TAP Adapter cable P N 15336 to the TAP IN co
9. her reason shall be accepted unless first authorized by CORELIS either direct or through its authorized sales representatives All returned items must be shipped pre paid and clearly display a Return Merchandise Authorization RMA number on the shipping carton Freight collect items will NOT be accepted Customers or authorized sales representatives must first contact CORELIS with notice of request for return of merchandise RMA s can only originate from CORELIS If authorization is granted an RMA number will be forwarded to the customer either directly or through its authorized sales representative Chapter 6 Legal and Contact Information 14 www corelis com CORELJTS ScanDIMM 240 DDR3 R CONTACT INFORMATION For sales inquiries please contact sales corelis com For any support related questions please enter a support request at www corelis com support or email support corelis com For more information about other products and services that Corelis offers please visit www corelis com Chapter 6 Legal and Contact Information 15 www corelis com
10. ical Characteristics JTAG Interface Chapter 1 Product Overview 3 www corelis com CORELIS x ScanDIMM 240 DDR3 R Chapter 2 ScanDIMM 240 DDR3 R Installation Overview To ensure reliable operation of the ScanDIMM 240 DDR3 R it is important to connect it properly to both the Corelis boundary scan controller and the 240 pin DDR3 DIMM socket on the unit under test UUT ScanDIMM 240 DDR3 R Hardware The ScanDIMM 240 DDR3 R product consists of the following components e ScanDIMM 240 DDR3 R Corelis P N 10407 e User s Manual Corelis P N 70404 e Host Adapter Cable 10 pin Corelis P N 15336 e TAP OUT to TAP IN daisy chain cable 2 long 10 pin 1 1 Corelis P N 15337 The files related to the ScanDIMM 240 DDR3 R are installed by the ScanExpress installer Ensure that all materials listed are present and free from visible damage or defects before proceeding If anything appears to be missing or damaged contact Corelis at the number listed on the title page immediately The figure below shows the ScanDIMM 240 DDR3 R and the cables that are included with the product Cable P N 15337 ScanDIMM 240 DDR3 R Figure 2 1 ScanDIMM 240 DDR3 R and Cable Accessories Chapter 2 ScanDIMM 240 DDR3 R Installation 4 www corelis com CORELJTS ScanDIMM 240 DDR3 R ScanDIMM 240 DDR3 R Software The ScanExpress CD installs the files to a subdirectory of the ScanExpress TPG application The default location is
11. lecting Insert TAP Break SE ScanExpress TPG Test Preparation Select BSDL Files DER E 2 Ble view Tools Window Help Dea ne Select the matching BSDL files for each boundary scan device on your board Click the ADD button to add new entries on this screen Entries on this screen can be highlighted and dragged to manually modify their order Clicking on the ARRANGE button will cause the tool to automatically arrange the device entries in the correct order The functional mode BYPASS EXTEST HIGHZ of each device can be Start changed by clicking in the mode column When all boundary scan devices have been specified click on the NEXT button Netlist Power amp Ground Device TAP Part Number BSDL File Package Mode O u55 TAP1 PLATFORM_FLASH xcf04s_vo20 bsd vo20 EXTEST U36 TAP1 XC2S200FG456 xc25200_fg456 bsd FG456 EXTEST Resistors U35 TAP1 XC2S200FG456 xc2s200_fg456 bsd FG456 EXTEST U28 TAP1 TQFP100_ALTERA 7064BT100 BSD TOFP100 EXTEST U41 TAP1 BGA456_IBM IBM25PPC405GP 3BEnn YS0697DMI EXTEST TAP Break TAP Break Transparents Memories amp Clusters Constraints Finish add Remove Diaw Arrange autora Figure 3 4 ScanExpress TPG Test Preparation ScanDIMM BSDL File Added Testing the Socket Power and Ground Pins To test the power and ground pins on the ScanDIMM 240 DDR3 R socket the constraint file should have the following syntax added SENSE_HIGH VDD SENSE_LO
12. nnector on the ScanDIMM 240 DDR3 R Connect the 10 pin TAP cable from the external controller to the other end of the Host TAP Adapter cable Apply power to the UUT Make sure that both LEDs on the ScanDIMM 240 DDR3 R illuminate Double click on the ScanExpress Runner Icon Select New Test Plan from the File menu and click on the Add button With the file browser find and select the ScanDIMM 240 DDR3 R_Selftest_inf cvf file Click OK 10 Select Controller from the Setup menu then choose the appropriate Boundary Scan controller 11 Set the TCK frequency to 1 MHz and the TAP voltage to 1 8V 12 Select Run Test The test should run and pass Chapter 4 Executing Selftest 11 www corelis com CORELJTS ScanDIMM 240 DDR3 R The figure below shows a passing infrastructure test ScanExpress Runner Untitled File Setup Diagnostics View Help Dal Sna Og Test Steps Test Step Name Results 1 ScanDIMM 240 DDR3 R_SelfTest_inf cvf Test Status Test Statistics Status TN Toia rn Passed Runs 1 pent Passco i i Time 00 00 00 1 S N Figure 4 1 ScanExpress Runner Infrastructure Test Chapter 4 Executing Selftest 12 www corelis com CORELIS x ScanDIMM 240 DDR3 R Chapter 5 Troubleshooting Overview Use the following general guidelines to troubleshoot problems when the ScanDIMM 240 DDR3 R is added to the test system 1 Make sure the ScanDIMM 240 DDR3 R s TAP Voltage is se
13. ockets Features of the ScanDIMM 240 DDR3 R e Tests 240 pin Registered DDR3 DIMM sockets for opens and shorts e Tests for opens on the socket s power and ground pins 1 5V DIMM interface 3 3V tolerant 1 8V TAP interface 3 3V tolerant LEDs indicate power status and whether an active TAP connection is present e Compatible with the Corelis ScanExpress boundary scan test development tools and other third party software The figure below shows the ScanDIMM 240 DDR3 R module with Pin 1 of the TAP IN connector identified TAP Connection Indicator PIN 1 Power Indicator AAA AAA Figure 1 1 ScanDIMM 240 DDR3 R module top view Chapter 1 Product Overview 1 www corelis com CORELIS ScanDIMM 240 DDR3 R ScanDIMM 240 DDR3 R Specifications Size and Form Factor Mechanical Compatibility Dimensions PCB thickness Connector Keying Maximum Test Clock TCK Frequency Maximum TCK Frequency LEDs PWR TAP ON TAP Connectors TAP IN Connector TAP OUT Connector JEDEC MO 269F 240 pin Registered DDR3 DIMM 133 35 mm x 30 00 mm 0 15 mm 5 25 inches x 1 25 inches 0 01 inches 1 27 mm 0 10 mm 0 05 0 01 inches 1 5V compatible 25 MHz Indicates the 1 5V power source is present Indicates the TAP is connected 10 pin Single Row 0 100 inch spacing Samtec part no TSM 110 01 G SH or equivalent 10 pin Single Row 0 100 inch spacing Samtec part no TSM 110 01 G SH or equivalent Po
14. serta TAP Bredk ora O e e a 10 Testing the Socket Power and Ground PinS o me 10 Chapter 4 Executing Selftest 11 OVEFVIOW s a a Ecard eh Pec ie at Sh cede ee ee A A AI A ee 11 Infrastructure Test sonrisa Rae Leda Cae Bae ee A oA eH AA 11 StS a fs aede oR Sb ee RA ae RS ee a oe A ee a ee A ek ee A A 11 Chapter 5 Troubleshooting lt 5 a 4 4 sie WR RH OR oe A EK we me a 13 OVErvieW iai 3 ab eb a Pe eR be hee eb ee ee BE Pe eee Ee ee es 13 NOTES e ci a axe be Se ew a Oe ee a ee id eh a On ee a we a a 13 Chapter 6 Legal and Contact Information 14 Table of Contents i www corelis com CORELJTS ScanDIMM 240 DDR3 R Chapter 1 Product Overview Introduction The ScanDIMM 240 DDR3 R Digital Tester module provides an easy to use method for structurally testing 240 pin Registered Dual Inline Memory Module DIMM sockets Through the use of boundary scan technology the ScanDIMM 240 DDR3 R Digital Tester provides 232 fully bi directional test signals A Boundary Scan Test Access Port TAP connects to a host computer which provides virtually unlimited memory depth for testing each of the DIMM socket pins The 240 pin sockets are often used for Double Data Rate Dynamic Random Access Memory DDR3 SDRAM modules The ScanDIMM 240 DDR3 R offers an accurate and easy to use mechanical and electrical solution for connecting test equipment to DIMM s
15. socket on the target board the boundary scan test system will automatically test the socket However regeneration of the boundary scan tests with ScanExpress TPG is required Preparation Copy the provided BSDL file to your local project directory Add the ScanDIMM BSDL File While in the Preparation BSDL Files stage of ScanExpress TPG click Add to launch the Add BSDL Files dialog SE ScanExpress TPG Test Preparation Select BSDL Files i 2 File View Tools Window Help Doe n TPG Select the matching BSDL files for each boundary scan device on your board Click the ADD button to add new entries on this screen Entries on this screen can be highlighted and dragged to manually modify their order Clicking on the ARRANGE button will cause the tool to automatically arrange the device entries in the correct order The functional mode BYPASS EXTEST HIGHZ of each device can be changed by clicking in the mode column When all boundary scan devices have been specified click on the NEXT button a A Netlist Power amp Ground Device Part Number BSDL File Package Mode m u55 PLATFORM_FLASH xcf04s_vo20 bsd vO20 EXTEST U36 XC2S200FG456 xc25200_fg456 bsd FG456 EXTEST Resistors U35 XC2S200FG456 xc2s200_fg9456 bsd FG456 EXTEST U28 TQFP100_ALTERA 7064BT100 8SD TOFP100 EXTEST u41 BGA456_IBM IBM25PPC405GP 3BEnnnC BSDL YS0697DMI_420EPBGA2PS EXTEST Transparents TAP Break Memories Clusters Constraints
16. t to 1 8V 2 Make sure power is being supplied to the ScanDIMM 240 DDR3 R the boundary scan controller and the target The ScanDIMM 240 DDR3 R s green LEDs will be illuminated if power 1 5V is being supplied to the DIMM socket and the boundary scan controller is connected 3 Run the provided self test and make sure that it passes 4 Reduce the TCK test clock frequency to 1 MHz The TCK frequency can be set too high for the scan chain and sometimes using a lower frequency will allow the test steps to pass Once the scan chain is known to be stable then the TCK frequency can be increased to the maximum frequency that will allow the test steps to pass Notes 1 DDR3 modules are not backwards compatible with DDR2 modules and DDR3 modules will not fit into DDR2 sockets forcing them can damage the ScanDIMM and or the board Chapter 5 Troubleshooting 13 www corelis com CORELIS x ScanDIMM 240 DDR3 R Chapter 6 Legal and Contact Information PRINTING HISTORY Revision A January 2010 Revision B March 2010 Revision C May 2010 GENERAL NOTICE Information contained in this document is subject to change without notice CORELIS shall not be liable for errors contained herein for incidental or consequential damages in connection with the furnishing performance or use of material contained in this manual This document contains proprietary information that is protected by copyright All rights reserved No part of this
17. wer Requirements Provided by the 240 pin mating socket 1 50 V Operating Environment Temperature Relative Humidity 0 250 A Maximum 0 Cto 55 C 10 to 90 non condensing Chapter 1 Product Overview 2 www corelis com CORELIS x ScanDIMM 240 DDR3 R Absolute Maximum Ratings Symbol Description ELIT Units Vec Supply voltage relative to ground 0 5 to 2 0 V ViN Input voltage relative to ground 0 5 to 4 0 V Tic Storage Temperature ambient 65 to 150 C T Junction Temperature 150 C Table 1 9 Absolute Maximum Ratings Recommended Operating Conditions Symbol Parameter Vec Supply voltage 1 4 1 6 V Table 1 10 Recommended Operating Conditions DC Electrical Characteristics DIMM Socket Interface 1 5V DC Over Recommended Operating Conditions Symbol Parameter Typical Max Units Vi High level input voltage 0 98 3 9 V Vi Low level input voltage 0 3 0 53 V Von High level output voltage 1 05 V VoL Low level output voltage 0 4 V Table 1 11 DC Electrical Characteristics DIMM Socket Interface DC Electrical Characteristics JTAG Interface 1 8V DC Over Recommended Operating Conditions Symbol Parameter Typical Vig High level input voltage 1 17 1 5 V Vi Low level input voltage 0 3 0 63 V VoH High level output voltage 1 35 V VoL Low level output voltage 0 45 V Table 1 12 DC Electr
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