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SFF-8639 Test Adapter User Manual

1. 10 00 MHz Step 10 00 MHz 2649 00 MHz 26 50 GHz SDD11 7 SDD11 2 SDD118 SDD11 3 SDD119 SDD11 4 SDD229 SDD22 4 SDD11 SDD11 6 SDD11 Figure 14 Typical TPA balanced return loss differential termination replacing 8639 connector Page 31 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual MOTE 7 OF 1 Figure 15 Typical differential TDR of TPA P connected to TPA R 20 80 at 70 ps Rise Time all differential pairs Page 32 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual 10 000 dB SDD21 20 000 SDD21 8 SDD21 2 SDD219 SDD21 3 SDD21 4 SDD21 10 000 5 SDD21 6 SDD21 7 SDD21 0 000 10 000 20 000 30 000 40 000 50 000 60 000 70 000 hi 80 000 10 00 MHz Step 10 00 MHz 1799 00 MHz 18 00 GHz 10 000 dB SDD21 20 000 Mi SDD21 8 SDD21 2 SDD219 SDD21 3 SDD2110 SDD21 4 SDD2111 SDD21 10 000 5 SDD2112 SDD21 6 SDD21 ab 7 SDD21 1X 5 25 GHz H iB 46 216 dB 10 000 H ay 60 274 dB i 1Y 48 627 dB 1 61 277 dB 1 42 449 dB 20000 Y 52 858 dB 1 50 796 dB i 1 50 049 dB 30 000 ay 41 806 dB d 1Y 35 761 dB D i
2. 50 000 Mi mz SDD11 8 SDD11 i 2 SDD119 SDD11 3 SDD11 10 SDD11 4 SDD1111 SDD11 SE 5 SDD1112 SDD11 6 SDD1113 SDD11 Ben 7 SDD11 14 SDD11 aX 2 31 GHz i 1Y 23 982 dB 20 000 1Y 23 597 dB Y 22 888 dB i 1 23 789 dB 40 000 1 26 637 dB 1Y 20 655 dB yY 19 984 dB Y 24 294 dB 0 000 1Y 32 491 dB Fo 1 22 822 dB 1 Y 25 482 dB L Y 35 469 dB 10 000 1Y 27 407 dB NAO 1Y 38 693 dB H l K 2X 11 83 GHz 20 000 i Bif 2y 19 758 dB l WI AAI Mh 2Y 12 4 dB K ut Gi 10 174 dB h b ii 2Y 18 148 dB 30 000 2Y 17 047 dB 2Y 17 522 dB l 2Y 11 828 dB y ZY 12 182 dB 40 000 Ze 17 817 dB b 2Y 11 949 dB 50 000 10 00 MHz Step 10 00 MHz 1799 00 MHz 18 00 GHz 10 00 dB S D D 1 1 50 00 SDD11 8 SDD11 2 SDD19 SDD11 3 SDD1110 SDD11 40 00 4 SDD1111 SDD11 5 SDD1112 SDD11 6 SDD1113 SDD11 30 00 t 4 t 7 SDD1114 SDD11 20 00 10 00 0 00 10 00 20 00 30 00 40 00 I 10 00 MHz Step 10 00 MHz 2649 00 MHz 26500 00 MHz Figure 13 Typical mated pair balanced return loss with de embedding top and without de embedding bottom Page 30 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual 10 000 dB 50 000 40 000 30 000 20 000 10 000 0 000 10 000 20 000 30 000 40 000 50 000 SDD11
3. lt lt A Reset PERST Wake Device Reset CLKREQ j TPA E Interface ee 7 Ce connector i P tit PRSNTH ol nl resen lt of TPA Activity Spin ACTIVY 2 SMCLK SMDAT SMCLK JP1 GND lt y1 Wake Ge T B Reset Ge JP2 Presentit Momentary PERSTB PRSNTH 1 5kohms to 1 8V 1 Reset Interface Detect IFDET GND A Reset GND Momentary PERST Reset Device Reset Momentary CLKREQ Reset USB Regulator Page 52 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual Index 12V 3 3 3V 3 5V 3 1 8Vdc Pull up on IFDET 41 10 Position Low Speed Connector 18 16 Position Alternate Connector 3 4 13 4 Position Power Connector 3 4 13 8639 Configuration Board 23 39 8639 Configuration Board Block Diagram 52 8639 Configuration Board Jumper Positions 51 8639 Plug amp Receptacle TPA Testing a 8639 Cable 11 8639 Plug TPA Testing a Host 10 8639 Receptacle TPA Testing a 8639 Device 10 8639 TPA P Cable Pinout 18 8639 TPA R Accessories 34 8639 TPA R Cable Pinout 13 Addendum A Specific Configuration TPAs 39 Addendum B 8639 Configuration Board Reference Information 51 Cable Bend Limits 6 Cable Tension Pull Forces 6 Cable Twisting Torque 6 Calibration Through De Embedding 12 Care and Handling 6 Cleaning 8 Compliance WEEE 37 Connections 8639 TPA to DUT 6 SMA 6 7 Crosstalk Errors 12 Directivity Errors 12
4. Table A 1 TPA P 8639 Specific Configuration Plug Pin Assignments on keyed side of connector Device System Specific PCI Express 8639 SATA Express SAS MultiLink Connector SE be ee Color 3 SS S Identification Identification Identification Pin Description Pin S E S Bands Marker if Present Marker if Present Marker if Present s Number a if used Name in Spec Name in Spec Name in Spec Signal Ground S1 Signal Ground GND Signal Ground GND Signal Ground GND plost TERAN os S2 HOST SOT HOST SOT HOST SOT Transmitter Positive Host SAS SATA 0 s3 HOST SOT HOST SOT HOST SOT Transmitter Negative Signal Ground S4 Signal Ground GND Signal Ground GND Signal Ground GND Host SAS SATA Q S5 HOST SOR HOST SOR HOST SOR Receiver Negative Host ee Q S6 HOST SOR HOST SOR HOST SOR Receiver Positive Signal Ground S7 Signal Ground GND Signal Ground GND Signal Ground GND SE E1 HOST RCLKB N A N A Positive PCle Ref Clock for Port B E2 HOST RCLKB N A N A Negative 3 3 Volts for SM Bus E3 0 01 uF bypass to GND 0 01 uF bypass to GND 0 01 uF bypass to GND Yj Z E PCle Reset for Port B E4 BRS N A N A YY ZA Y PCle Reset for Port A ES ARS N A N A UY ZA Reserved E6 No Connection N A No Connection N A No Connection Wake Up P1 WK WAKE WK Reserved WK H Pin P1 8639 Connector Pin P2 P2 DRS Pin P2 DRS PERST DR
5. Table A 1 TPA P 8639 Specific Configuration Plug Pin Assignments on side opposed to keyed side of connector continued SFF 8639 Test Adapter User Manual PCI Express 8639 SATA Express SAS MultiLink Connector ea he eg Ce Color A Pere E Identification Identification Identification Pin Description Pin S S S Bands Marker if Present Marker if Present Marker if Present 3 Number 7 t if used Name in Spec Name in Spec Name in Spec DOS PEIE e 523 HOST PET2 N A HOST S3T Positive nost Pele 2 transmitter 524 HOST PET2 N A HOST S3T Negative Z Signal Ground S25 Signal Ground GND N A Signal Ground GND YY ZA isti Ho SEN S26 HOST PER2 N A HOST S3R Negative Hs Pe vee eee 27 HOST PER2 N A HOST S3R Positive E Signal Ground S28 Signal Ground GND N A Signal Ground GND j E Host PCle 3 Transmitter E17 HOST PET3 N A N A Positive Host Pae 3 Transmitter E18 HOST PET3 N A N A Negative L Signal Ground E19 Signal Ground GND N A N A Uy Za Host Pee 3 Receiver E20 HOST PER3 N A N A Negative Host PCle 3 Recei fe y S SE E21 HOST PER3 N A N A Positive Uy Signal Ground E22 Signal Ground GND N A N A jj C SM Bus Clock E23 SMC SMCLK N A N A Yj ZA G SM Bus Data E24 SMD SMDAT N A N A A z No connection YZ PCle Dual Link Enable E25 A N A N A DualLinkEn A Page 47 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C
6. bits 2 11 1 Amplitude mV 0 0 200 0 440 00 400 00 SEI 4 C Y 200 00 K E NN S 0 00 40 00 0 000 ps 16 662 ps 166 619 ps 40 mV TDD21 Bit Pattem PRBS Data Rate Gb s 12 Rise Time ps 0 Pattern Length bits 2 11 1 Amplitude mV 200 440 00 400 00 0 00 40 00 0 000 ps 16 544 ps 165 441 ps Figure 10 Typical mated pair 12 Gb s eye diagram with de embedding top and without de embedding bottom Page 27 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual Parameter Measurement Result 5 2 8 0 0 8 8 6 5 Eye Level Zero mV 0 6938 Eye Level One mV 399 8282 Eye Level Mean mV 200 2610 Eye Amplitude mV 1 399 1344 Eye Height mV 384 5635 Eye Height dB 0 3418 Eye Width 81 9880 Eye Opening Factor 0 9635 Eye Signal to Noise 82 1775 Eye Duty Cycle Dist 0 0000 Eye Duty Cycle Dist 0 0000 Eye Rise Time 10 90 30 3844 Eye Fall Time 10 90 30 3896 Eye Jitter PP 0 0000 Eye Jitter RMS 0 0000 sl 3 but con JB Paramet BS Paramet EY DuT File Eye Opening Factor oss GE Eye Duty yde os 003 Eye Jitter RMS Figure 11 Typical mated pair 12 Gb s eye data with de embedding top and without de embedding bottom Page 28 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter
7. 6 Rise Time ps 0 Pattern Length bits 2 11 1 Amplitude mV 200 440 00 400 00 0 00 40 00 0 000 ps 33 170 ps 331 699 ps Figure 8 Typical mated pair 6 Gb s eye diagram with de embedding top and without de embedding bottom Page 25 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual 8 8 0 0 8 8 2 5 5 Eye Level Zero mV 1 6229 Eye Level One mV 398 9178 Eye Level Mean mV 200 2703 Eye Amplitude mV i 397 2949 Eye Height mV 386 9504 Eye Height dB 0 2881 Eye Width 164 9531 Eye Opening Factor 0 9740 Eye Signal to Noise 115 2184 Eye Duty Cycle Dist 0 0000 Eye Duty Cycle Dist 0 0000 Eye Rise Time 10 90 30 2562 Eye Fall Time 10 90 30 2599 Eye Jitter PP 0 0000 Eve Jitter RMS 0 0000 zl 389 Paramete DUT Con DUT Files 5g Paramete 2 546014 2 56e 011 2 560 011 3330012 56le013 Figure 9 Typical mated pair 6 Gb s eye data with de embedding top and without de embedding bottom Page 26 02014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual 40 mV TDD21 Bit Pattern PRBS Data Rate Gb s 12 0 Rise Time ps 0 0 Pattern Length
8. 8639PE TPA R Test Adapter Color ID for Differential Pair See Table A 2 Figure A 2 8639PE TPA R PCle Specific Test Adapter 415 0076 000 Jumper Assembly Reset Pull Up amp 3 3V Power ey Input Tap 415 0064 000 Cable Assembly 3 3V Input Power From Banana Plugs Figure A 3 8639PE TPA R PCle Specific Cable and Jumper Cable Assemblies The jumper harness assembly 415 0076 000 and the power in put cable assembly 415 0064 000 can be used in conjunction to supply 3 3 volts to the TPA and pull up requirements to PERST and PERSTB These harness assemblies are provided with the universal receptacle TPA 8639 TPA R and the PCle receptacle TPA 8639PE TPA R Page 40 02014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual SATA Express Specific Configuration Test Adapters This section contains illustrations of the 8639SA TPA P and 8639SA TPA R test adapters and the related 8639 Configuration Board used with the 8639SA TPA P test adapter USB Type A to Type B Cable Provided with Universal TPA P and SATA Express TPA P Required to Supply 1 8Vdc Pull up on IFDET for SATA Express Configurations Only Color ID for Differential Pair See Table A 1 8639SA TPA P Test Adapter 8639 Configuration Board USB Type A to Type B Cable Partially Shown Note Jumper Positions for SATA Express Specific Configuration JP2 Pin 1to 2 J
9. Always completely dry a connector before use Do not use abrasives to clean the connectors Re inspect connectors making sure no particles or residue remains Making Connections Before making any connections review the Care and Handling Precautions section Follow these guidelines when making connections e Align cables carefully e Make preliminary connection lightly e To tighten turn connector nut only e Do not apply bending force to cable e Do not over tighten preliminary connections e Do not twist or screw in cables e Use an appropriately sized torque wrench depends on SMA gender and do not tighten past the break point of the torque wrench normally set to 5 in lbs Page 8 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual Electrostatic Discharge Information Protection against electrostatic discharge ESD is essential while connecting inspecting or cleaning the 8639 TPA test adapter and connectors attached to a static sensitive circuit such as those found in test sets Electrostatic discharge can damage or destroy electronic components Be sure to perform all work on electronic assemblies at a static safe work station using two types of ESD protection e Conductive table mat and wrist strap combination e Conductive floor mat and heel strap combination When used together both of these types provide a significant level of ESD protection Used
10. IT LY 64 622 dB 2 Y 47 487 dB 40 000 d IN 2x 6 66 GHz i Shy 2Y 34 578 dB j 2Y 44 897 dB 50 000 4 SC Kat 2Y 53 469 dB Bi AW 2Y 58 078 dB V WANNI 1 e NWN ANI 2Y 53 967 dB NYY Y 2Y 51 278 dB 60 000 Je D A 1 UN ay 55 993 dB a l y 4 Ir 2Y 58 675 dB S i 2Y 53 725 dB i i 2Y 49 853 dB ONLY l ih 2Y 55 224 dB 2Y 47 2 dB 80 000 10 00 MHz Step 10 00 MHz 1799 00 MHz 18 00 GHz Figure 16 Typical Differential NEXT without connector top and with mated connectors bottom adjacent differential pairs all differential pairs terminated at both ends Into receptacle TPA shown Page 33 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual 8639 TPA Receptacle Accessories 8639 TPA R Accessories The 8639 TPA R Device TPA is supplied with Disk Support Adapter materials that allow the user to properly support and stabilize a 2 5 or 3 5 inch form factor disk drive while under test The figure below illustrates the installation and a typical application of the Disk Support Adapter materials Disk Drive Under Test Thumb Screws and Disc Support Brackets Provided Left side bracket can be repositioned for 3 5 inch disk drive form factor 4 Each M3x0 5x6 Long Shoulder Screws provided to secure the disk drive 4 Each 4 40 x 25 Long Button Head Socket Machine Screws Provided 1 16 socket wrench required Lightly Too
11. Manual Glossary of Terms TERMINOLOGY DEFINITION Aggressor A signal imposed on a system i e cable assembly to measure response on other signal carriers Decibel dB Ten times the common logarithm i e log10 of the ratio of relative powers Informative The designation of a test that is not required for compliance but is considered important from a characterization standpoint It is provided for informational purposes only Insertion loss The ratio expressed in dB of incident power to delivered power Internal cable A cable that is used to connect a 8639 Initiator Device to a 8639 Target Device within a mainframe Near end crosstalk Crosstalk that is propagated in a disturbed channel in the opposite direction as the propagation of a signal in the aggressor channel The terminals of the aggressor channel and the victim channel are usually close to each other Normative The designation of a test that is required for compliance Physical link Return Loss Two differential signal pairs one pair in each direction that connect two physical phys see the current 8639 specification The ratio expressed in dB of incident power to reflected power 8639 Initiator Device A device containing SSP STP and or SMP initiating ports in a 8639 domain 8639 Target Device 8639 TPA A device containing SSP STP and or SMP target ports in a 8639 domain 8639 Test Point Access A
12. PCI Express Reset Port B ARS Pin 3 PCI Express Reset Port A DRS Pin 4 Access to 8639 Connector P2 Device Reset WKH Pin 5 Device System Specific Wake Up ID Pin 6 PCI Express Interface Type Detect PRE Pin 7 PCI Express Device Present AS Pin 8 PCI Express Activity SMC Pin 9 SMBus System Management Bus Clock SMD Pin 10 SMBus System Management Bus Data Page 19 02014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C Table 6 8639 Plug Pin Assignments on keyed side of connector SFF 8639 Test Adapter User Manual Pin Description Connector Pin Destination Name Color ID for Data Color ID for Differential Pair Page 20 02014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C Number Line Polarit Y Receptacle Signal Ground S1 Signal Ground GND N A N A Host SE E d S2 HOST SOT Red Orange Wht Band Transmitter Positive Host SAS SATA 0 A S3 HOST SOT Black Orange Wht Band Transmitter Negative Signal Ground S4 Signal Ground GND N A N A Geier s5 HOST SOR Black Orange Receiver Negative Host SAS SATA 0 X S d B S6 HOST SOR Red Orange Receiver Positive Signal Ground S7 Signal Ground GND N A N A PCle Ref Clock for Port B a S SE E1 HOST RCLKB Red White Positive EES E2 HOST RCLKB Black White Negative 3 3 Volts for SM Bus E3 0 01 uF bypass to GND Black N A PCle Reset for Port B E4
13. Test Adapter User Manual NOTE All specifications in this manual are subject to change Table 7 Electrical Specifications SPECIFICATION MINIMUM TYPICAL MAXIMUM NOTES Differential Impedance ohms 70 ps Rise Time 94 106 EE and Plug 20 80 percent 8 i Differential Impedance no STEE 592 106 All Differential Pairs Receptacle and Plug including 8639 connector 20 80 percent Impedance ohms 7Ops Rise 47 53 All Differential Pairs Receptacle and Plug Time 20 80 percent excluding 8639 connector Intra pair Skew ps 6 6 All Differential Pairs Receptacle and Plug Inter pair Skew ps 6 6 All Differential Pairs Receptacle and Plug All differential pairs single aggressor NEXT dB at TBD GHz 40 without 8639 connector with six inch cables and terminations Current Carrying A Per Pin 1 5 5V and 12V Power Current Carrying mA 100 3 3V Power Page 24 02014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual 40 eu TDD21 Bit Pattern PRBS Data Rate Gb s 6 0 Rise Time ps 0 0 Pattern Length bits 2 11 1 Amplitude mV 0 0 200 0 440 00 ine y YT A a 200 00 0 00 40 00 0 000 ps 33 330 ps 333 295 ps 40 mV TDD21 Bit Pattem PRBS Data Rate Gb s
14. Vendor Specific 8639 Connector Pin P2 P2 N A PIN P2 PERST PIN P2 Vendor Specific pele Referenceiclock P3 CLKREQ DEVSLP PWRDIS Request Interface Type Detect P4 IFDET IFDET IFDET Power Ground P5 P6 GND GND GND N A 5V 5V 5V 5 Voltsiprecharge Pr 2 Ohm Resistor to 5V 2 Ohm Resistor to 5V 2 Ohm Resistor to 5V 5 Volts P8 P9 N A 5V 5V 5V Device Present P10 PRSNT PRSNT PRSNT oe ACTIVTY RDYLED PCle Activity P11 ACTIVITY DAS DSS Ready LED Power Ground P12 GND GND GND 12V 2 Ohm 12V 2 Ohm 12V 2 Ohm 12 Volt h P13 E i 4 Se me ee Resistor to 12V Resistor to 12V Resistor to 12V 12 Volts P14 P15 12V 12V 12V Page 48 SFF 8639 Test Adapter User Manual Table A 2 TPA R 8639 Specific Configuration Receptacle Pin Assignments on side opposed to keyed side of connector PCI Express 8639 SATA Express SAS MultiLink Connector PS Ze E Color e E E Identification Identification Identification Pin Description Pin S S S Bands Marker if Present Marker if Present Marker if Present 3 Number x 7 t if used Name in Spec Name in Spec Name in Spec PCIe RET eee fOr POLEA E7 DEV RCLKA DEV RCLKA N A Positive FE E8 DEV RCLKA DEV RCLKA N A Negative z 4 Signal Ground GND E Signal Ground E9 Signal Ground GND ena f roune N A E Doesn t support SRIS A Ee E10 DEV PERO N A N A Positive Device PCle O Receiver E1
15. WARRANTIES STATUTORY IMPLIED OR EXPRESSED AS TO MERCHANTABILITY FITNESS FOR THE PURPOSE SOLD DESCRIPTION QUALITY and PRODUCTIVENESS OR ANY OTHER MATTER Without limiting the foregoing in no event shall WILDER TECHNOLOGIES LLC be liable for loss of use profit or other collateral or for special and or consequential damages RETURNED GOODS WILDER TECHNOLOGIES LLC will accept only those goods for return that have been authorized for return All goods authorized for return shall be assigned a Returned Material Authorization RMA Number The RMA Number shall be clearly marked on the shipping container s and all documentation accompanying the goods authorized for return The RMA Number shall be assigned by WILDER TECHNOLOGIES LLC pursuant to the conditions set forth in Paragraph 4 WARRANTY UNITED STATES GOVERNMENT CONTRACTS In the event this offer is accepted under Government contract WILDER TECHNOLOGIES LLC agrees to accept clauses required by Government regulations and to waive WILDER TECHNOLOGIES LLC conditions inconsistent therewith WILDER TECHNOLOGIES LLC certifies that it is a regular manufacturer or dealer of the goods and or services offered herein and that the prices offered do not exceed those charged to any customer for like quantities services or materials under the same conditions Page 36 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual Compliance with Env
16. alone the table mat and wrist strap combination provide adequate ESD protection To ensure user safety the static safe accessories must provide at least 1 MQ of isolation from ground Acceptable ESD accessories may be purchased from a local supplier WARNING These techniques for a static safe work station should not be used when working on circuitry with a voltage potential greater than 500 volts Page 9 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual User Model The 8639 TPA supports all testing of SFF 8639 related interface specifications such as PCle SFF 8639 SATA Express MultiLink SAS and others It is capable of performing beyond the scope of measurements required limited only by the specifications environmental care and handling as stated in this document The following examples are suggestions for possible testing setups In this first example an 8639 Receptacle TPA is used to test an 8639 device Physical Links Under Test 8639 SFF 8639 Receptacle Device Under TPA Test Reference Transmitter Reference Receiver The second example shows an 8639 Plug TPA used to test a host Physical Links Under Test Reference 8639 boss Transmitter Plug TPA Test Reference Receiver Page 10 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual The third example shows one 8639 Plug T
17. subject to cancellation by Wilder Technologies LLC in Wilder Technologies LLC s sole discretion Unless you and Wilder Technologies LLC have agreed to a different discount Wilder Technologies LLC s standard pricing policy for Wilder Technologies LLC branded systems which includes hardware software and services in one discounted price allocates the discount off list price applicable to the service portion of the system to be equal to the overall calculated percentage discount off list price on the entire system Wilder Technologies LLC is not responsible for pricing typographical or other errors in any offer by Wilder Technologies LLC and reserves the right to cancel any orders resulting from such errors Shipping Charges Taxes Title Risk of Loss Shipping handling duties and tariffs are additional unless otherwise expressly indicated at the time of sale Title to products passes from Wilder Technologies LLC to Customer on shipment from Wilder Technologies LLC s facility Loss or damage that occurs during shipping by a carrier selected by Wilder Technologies LLC is Wilder Technologies LLC s responsibility Loss or damage that occurs during shipping by a carrier selected by you is your responsibility You must notify Wilder Technologies LLC within 7 days of the date of your invoice or acknowledgement if you believe any part of your purchase is missing wrong or damaged Unless you provide Wilder Technologies LLC with a valid and corre
18. 1 DEV PERO N A N A Negative 4 Signal Ground E12 Signal Ground GND N A N A Uy ZA Pee e E13 DEV PETO N A N A Transmitter Negative Baies PCle O Transmitter E14 DEV PETO N A N A Positive Signal Ground E15 Signal Ground GND N A N A a PIN E16 Reserved E16 N A PIN E16 N A PIN E16 Reserved Signal Ground S8 Signal Ground GND Signal Ground GND Signal Ground GND a Reece peace s9 DEV S1R DEV S1R DEV S1R Positive Device SAS 1 Recei me beier 510 DEV S1R DEV S1R DEV S1R Negative Y Signal Ground S11 Signal Ground GND Signal Ground GND Signal Ground GND YY E EE 12 DEV S1T DEV S1T DEV S1T E Negative SE 513 DEV S1T DEV S1T DEV S1T d Positive Signal Ground S14 Signal Ground GND Signal Ground GND Signal Ground GND Uy PIN S15 PIN S15 Reserved s15 SEN N A PIN S15 GE a Signal Ground S16 Signal Ground GND N A Signal Ground GND Yj 4 Device PCle 1 Recei TS S Ge S17 DEV PER1 N A DEV S2R Positive Beier Hin EL Receiver 518 DEV PER1 N A DEV S2R Negative Y Signal Ground S19 Signal Ground GND N A Signal Ground GND Wy ZA Device PCle 1 See 5 e r S20 DEV PET1 N A DEV S2T Transmitter Negative ie eo 21 DEV PET1 N A DEV S2T Positive GD Signal Ground S22 Signal Ground GND N A Signal Ground GND AA Z Page 49 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual Table A 2 TPA R 8639 Specific Configuration Receptacle Pin Assignments on side oppose
19. 1 WAKE N A N A Wake Up PIN P2 P2 PIN P2 N A N A PCle Reference Clock P3 CLKREQ N A N A Request Interface Type Detect P4 IFDET N A N A Power Ground P5 P6 GND N A N A 5 Volts precharge P7 2 Ohm Resistor to 5V N A N A 5 Volts P8 P9 5V N A N A Device Present P10 PRSNT N A N A PCle Activity Pir ACTIVY N A N A Power Ground P12 GND N A N A 12 Volts precharge P13 2 Ohm Resistor to 12V N A N A 12 Volts P14 P15 12V N A N A Page 15 SFF 8639 Test Adapter User Manual Table 4 8639 Receptacle Pin Assignments on side opposed to notch side of connector A Color ID for A Lee Connector Pin cone Color ID for Data i a S Pin Description Destination Name a Differential Pair Number Line Polarity Plug FOIE Ref Ge E7 DEV RCLKA Red White Positive SE E8 DEV RCLKB Black White Negative Signal Ground E9 Signal Ground GND N A N A SE E10 DEV PERO Red Yellow Positive Device Pole O RECEIVE E11 DEV PERO Black Yellow Negative Signal Ground E12 Signal Ground GND N A N A Device PaleO E13 DEV PETO Black Yellow Wht Band Transmitter Negative Device nae o ae E14 DEV PETO Red Yellow Wht Band Transmitter Positive Signal Ground E15 Signal Ground GND N A N A Reserved E16 RES E16 N A N A Signal Ground S8 Signal Ground GND N A N A E s9 DEV S1R Red violet Positive pevice sAS 1 Receiver s10 DEV S1R Black Violet Negative Signal Ground S11 Signal Grou
20. 13 Access to Reserved SFF 8639 Connector Pin S15 description is interface type dependent IFDETH Pin 14 Interface Type Detect PCI Express SFF 8639 module presence detect pin SMCLK Pin 15 SMBus System Management Bus Clock SMDAT Pin 16 SMBus System Management Bus Data Page 14 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual Table 4 8639 Receptacle Pin Assignments on notched side of connector Pin Description Connector Pin Destination Name Color ID for Data Color ID for Differential Pair 02014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C Number Line Polarit Y Receptacle Signal Ground S1 Signal Ground GND N A N A Device ES o S2 DEV SOR Red Orange Receiver Positive Device SAS SATA 0 sane d z s3 DEV SOR Black Orange Receiver Negative Signal Ground S4 Signal Ground GND N A N A Device SAS SATA 0 s5 DEV SOT Black Orange Wht Band Transmitter Negative Device SAS SATA 0 PAT ao S6 DEV SOT Red Orange Wht Band Transmitter Positive Signal Ground S7 Signal Ground GND N A N A REE Ref cock forportB E1 DEV RCLKB Red White Positive EES E2 DEV RCLKB Black White Negative 3 3 Volts for SM Bus E3 3 3V Black N A PCle reset for Port B E4 PERSTB N A N A PCle reset for Port A ES PERST N A N A Reserved E6 RES E6 N A N A Device System Specific P
21. BRS N A N A PCle Reset for Port A ES ARS N A N A Reserved E6 No connection N A N A Device System Specific P1 WKH N A N A Wake Up 8639 Connector Pin P2 P2 DRS N A N A PCle Reference Clock P3 EE N A N A Request Interface Type Detect P4 ID N A N A Power Ground P5 P6 GND N A N A 5 Volts precharge P7 No connection N A N A 5 Volts P8 P9 No connection N A N A Device Present P10 PRE N A N A PCle Activity P11 AS N A N A Power Ground P12 GND N A N A 12 Volts precharge P13 No connection N A N A 12 Volts P14 P15 No connection N A N A SFF 8639 Test Adapter User Manual Table 6 8639 Plug Pin Assignments on side opposed to keyed side of connector a Color ID for 7 E Connector Pin P Color ID for Data i a S Pin Description Destination Name a Differential Pair Number Line Polarity Plug FOIE Ref Clock for Porta E7 HOST RCLKA Red White Positive EES ES HOST RCLKA Black White Negative Signal Ground E9 Signal Ground GND N A N A EE E10 HOST PETO Red Yellow Wht Band Positive tost PCIe O Transmitter E11 HOST PETO Black Yellow Wht Band Negative Signal Ground E12 Signal Ground GND N A N A MOSE PAIE O eee E13 HOST PERO Black Yellow Negative Ee E14 HOST PERO Red Yellow Positive Signal Ground E15 Signal Ground GND N A N A Reserved E16 No connection N A N A Signal Ground S8 Signal Ground GND N A N A EE s9 HOST S1T Red Violet Wht Band Positive H
22. Disk Support Adapter 34 Drift Errors 12 DUT 12 Electrical Specifications 24 Electrostatic Discharge Information ESD 9 Environmental Changes 12 Errors Crosstalk 12 Directivity 12 Drift 12 Load Impedance Mismatching 12 Random 12 Receiver Reflection tracking in Test Equipment 12 Receiver Transmission in Test Equipment 12 Source Impedance Mismatching 12 ESD protection 9 Figures 8639 Configuration Board 23 51 8639PE TPA P Test Adapter and 8639 Configuration Board 39 8639PE TPA R PCle Specific Cable and Jumper Cable 40 8639SA TPA P Test Adapter and 8639 Configuration Board 41 8639SA TPA R SATA Express Specific TPA 42 8639SX4 TPA P Test Adapter and 8639 Configuration Board 43 8639SX4 TPA R SAS MultiLink Specific TPA 44 8639 TPA R Universal TPA Power Cable and Jumper Cable 4 Cable Connectors 13 18 Disk Support Adapter 34 The 8639 Test Adapter Plug 3 The 8639 Test Adapter Receptacle 4 Glossary 38 GND 3 Handling and Storage 8 Jumper Positions 8639 Config Board 39 41 43 Load Impedance Mismatching Errors 12 Making Connections 8 Mechanical and Environmental Specifications 13 Molex Part Numbers 4 Product Inspection 5 Product Return 5 Pull Force 6 7 Random Errors 12 Receiver Reflection Tracking in Test Equip Errors 12 Receiver Transmission in Test Equipment Errors 12 Receptacle Accessories 34 Secure Storage 5 SFF 8639 Specification 3 10 SMA cables 13 18 Source Impedance Mismatc
23. P3 Pin 1 to 2 1 Sw sw cp RESE Devas Ke RRA R5R6 Figure A 4 8639SA TPA P SATA Express Test Adapter and 8639 Configuration Board Page 41 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual Color ID for Differential Pair See Table A 2 8639SA TPA R Test Adapter Figure A 5 8639SA TPA R SATA Express Specific Test Adapter Page 42 02014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual SAS MultiLink Specific Configuration Test Adapters This section contains illustrations of the 8639SX4 TPA P and 8639SX4 TPA R test adapters and the related 8639 Configuration Board used with the 8639SX4 TPA P test adapter Color ID for Differential Pair See Table A 1 86395X4 TPA P Test Adapter 8639 Configuration Board Note Jumper Positions for SAS MultiLink Specific Configuration JP2 Pin 1 to 2 JP3 Pin 2 to 3 Figure A 6 86395X4 TPA P SAS MultiLink Test Adapter and 8639 Configuration Board Page 43 02014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual 8639SX4 TPA R Test Adapter Color ID for Differential Pair See Table A 2 Figure A 7 8639SX4 TPA R SAS MultiLink Specific Test Adapter Page 44 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual
24. PA and one 8639 Receptacle TPA used for testing a 8639 extension cable Physical Links Under Test Mated Connectors 8639 Plug TPA SFF 8639 Reference e Extension Transceiver Cable 8639 Receptacle TPA Mated Connectors Physical Links Under Test Page 11 02014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual Calibration Through De Embedding The SFF 8639 Host and Device Test Adapters are fully passive components Therefore calibration compensating for the losses must occur within the test instrumentation that drives the SFF 8639 receiver or looks at the response of the SFF 8639 transmitter The 8639 TPAs have Touchstone S4P files for de embedding the electrical length and losses within the TPA up to the SFF 8639 connector interface pads Contact Wilder Technologies support wilder tech com to obtain a copy of the S4P files The Touchstone S4P files enable the test engineer to compensate for the last four of the following six repeatable systematic errors that occur when moving the reference plane e Signal leakage effects Directivity errors e Signal leakage effects Crosstalk errors e Reflection effects Source Impedance Mismatching errors e Reflection effects Load Impedance Mismatching errors e Bandwidth effects Receiver Transmission in Test Equipment errors e Bandwidth effects Receiver Reflection tracking in Test Equipment errors These errors are c
25. PET3 Red Red Wht Band Positive Hort Pce Transmitter E18 HOST PET3 Black Red Wht Band Negative Signal Ground E19 Signal Ground GND N A N A Host zG a Re ciyer E20 HOST PER3 Black Red Negative Host Ple 3 Receiver E21 HOST PER3 Red Red Positive Signal Ground E22 Signal Ground GND N A N A SM Bus Clock E23 SMC N A N A SM Bus Data E24 SMD N A N A PCle Dual Link Enable E25 No connection N A N A Page 22 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual 8639 Configuration Board When used with the 8639 TPA P Host Test Adapter the 8639 Configuration Board provides access to IFDET P4 and PRSNT P10 signals The use of the combined signals provides the ability to set and detect the appropriate device type configuration Jumper configurations are referenced and clearly marked on the board The 8639 Configuration Board also provides access to other low speed signals as well as jumper access for the WAKE signal Momentary switches allow the user to reset each of the three RESET signal functions Specific features and usage models are presented within Addendum A and B of this document e TECHNOL e ER TECHNO D NFIGURATI N 11 REV Figure 6 8639 Configuration Board Figure 7 8639 Configuration Board mated to a 8639 TPA P Plug Test Adapter Page 23 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C Electrical Specifications SFF 8639
26. S Pin P2 SE cock P3 No Connection No Connection No Connection Interface Type Detect P4 ID IFDET ID IFDET ID IFDET Power Ground P5 P6 GND GND GND 5 Volts precharge P7 N A No Connection No Connection No Connection 5 Volts P8 P9 N A No Connection No Connection No Connection Device Present P10 PR PRSNT PR PRSNT PR PRSNT PCle Activity P11 AS ACTIVITY AS DAS DSS AS READY LED Power Ground P12 GND GND GND 12 Volts precharge P13 No Connection No Connection No Connection 12 Volts P14 P15 No Connection No Connection No Connection Page 45 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual Table A 1 TPA P 8639 Specific Configuration Plug Pin Assignments on side opposed to keyed side of connector PCI Express 8639 SATA Express SAS MultiLink Connector SEN A EE Color z ne E Identification Identification Identification Pin Description Pin S S S Bands Marker if Present Marker if Present Marker if Present A Number z t if used Name in Spec Name in Spec Name in Spec PCIe RET eee fOr POLEA E7 HOST RCLKA HOST RCLKA N A Positive FE E8 HOST RCLKA HOST RCLKA N A Negative F C Signal Ground GND E Signal Ground E9 Signal Ground GND ena i TANG N A E Doesn t support SRIS A most percorren micer E10 HOST PETO N A N A Positive Host PEIE 0 Transmitter E11 HOST PETO N A N A Negative Y Signal Groun
27. SFF 8639 Test Adapter User Manual Ge WILDER TECHNOLOGIES It s all about integrity SFF 8639 Test Adapter User Manual Table of Contents Introduction ia A E E O E 3 Product INSPOCUION EE 5 The SFF 8639 Test Adapter Care and Handling Drecautions nos 6 General Test Adapter Cable and Conpnector 8 Handling and Kugel 8 WAS Wal IIS DE CLIO EE 8 TE ln el 8 Making Connecticut iaa 8 Electrostatic Discharge Information 9 User lee ET 10 Calibration Through De Embedding nono nnnnnnnnnnnn conos 12 Mechanical and Environmental Spechflcations 13 8639 Configuration Board 23 lee Bee e 24 8639 TPA Receptacle Accessories cccccccsssesssseececeseesenseeeeececeseaeaeceesesssesuaaeaeeescessesaeaeeeseseseesenaes 34 Wilder Technologies LLC Limited Warranty oooocccncccnononoonnnncnonononnnnnnnonnnononnnnnnnnnnnnanenonnnnnnnannnns 35 Wilder Technologies LLC Terms amp Conditions Of Sale 36 Compliance with Environmental Legislation no nncnncnnnnn conos 37 WEEE Compliance Statement 37 Glossary OF TEN OPT OC EARE eE Ea EE ee E AE E aaa 38 Addendum A Specific Configuration Test Adapters oooooocccncnccanonoonnnnnnnnnononnnnnnnnnnonononnnnnnnccananonos 39 PCI Express Specific Configuration Test AdapterS coccconononoconnnnnnononanonnnononnnanenoncnncananannnnnonons 39 SATA Express Specific Configuration Test Adapters 41 SAS MultiLink Specific Configuration Test Adapters ccccccccccsssssssssececscessesnsaecese
28. SFF 8639 Test Adapter User Manual Table A 2 TPA R 8639 Specific Configuration Receptacle Pin Assignments on keyed side of connector Tranmitter Positive PCI Express 8639 SATA Express SAS MultiLink Connector EE EC A Color E Yee S Identification Identification Identification Pin Description Pin E S E Bands Marker if Present Marker if Present Marker if Present Ml Number E E if used Name in Spec Name in Spec Name in Spec 7 Signal Ground S1 Signal Ground GND Signal Ground GND Signal Ground GND A ued O S S2 DEV SOR DEV SOR DEV SOR Receiver Positive pevce Nee SATAO s3 DEV SOR DEV SOR DEV SOR Receiver Negative FG Signal Ground S4 Signal Ground GND Signal Ground GND Signal Ground GND SC A Device SAS SATA e S5 DEV SOT DEV SOT DEV SOT Transmitter Negative DEE Se DEV SOT DEV SOR DEV SOT 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C Signal Ground S7 Signal Ground GND Signal Ground GND Signal Ground GND pade Ref Clock for Port B E1 DEV RCLKB N A N A Positive PCle Ref Clock for Port B E2 DEV RCLKB N A N A Negative 3 3 Volts for SM Bus E3 3 3V N A 3 3V N A 3 3V PCle Reset for Port B E4 PERSTB N A PIN E4 N A PIN E4 PCle Reset for Port A E5 PERST N A PIN E5 N A PIN E5 Reserved E6 RES E6 N A PIN E6 N A PIN E6 Device System Specific RES P1 PIN P1 Wake Up Ee WAKES Reserved
29. User Manual 1 000 dB SDD21 1 000 w SDD21 8 SDD21 i 2 SDD219 SDD21 i 3 SDD2110 SDD21 i 4 SDD2111 SDD21 0000 3 6 SDD21 112 5DD21 S 6 SDD2113 SDD21 ZE 7 SDD2114 SDD21 1 000 f 1X 16 7 GHz 1Y 0 187 dB 2 000 1 0 235 dB 1Y 0 163 dB 1Y 0 637 dB 3 000 Y 0 019 dB S AY 0 369 dB ATERI 0 15 dB IEN 0 183 dB 4 000 LI 0 309 dB Y 2 076 dB 1 Y 2 338 dB 1Y 2 495 dB 5 000 1 2 833 dB Y 2 971 dB 6 000 7 000 8 000 9 000 10 00 MHz Step 10 00 MHz 1799 00 MHz 18 00 GHz 1 000 dB 1 000 SDD21 8 SDD21 2 SDD219 SDD21 3 SDD2110 SDD21 4 SDD2111 SDD21 sara 5 SDD2112 SDD21 6 SDD2113 SDD21 7 SDD2114 SDD21 1 000 1x 9 31 GHz 1Y 2 399 dB 2 000 1Y 2 468 dB 1Y 2 466 dB 1Y 2 437 dB 1Y 2 354 dB 2 000 1Y 2 476 dB 1Y 2 488 dB 1Y 2 455 dB 4 000 1Y 2 707 dB 1Y 2 992 dB 1Y 2 401 dB 1Y 2 389 dB 5 000 1Y 2 568 dB 1Y 2 497 dB 6 000 7 000 8 000 9 000 10 00 MHz Step 10 00 MHz 1799 00 MHz 18 00 GHz Figure 12 Typical mated pair balanced insertion loss with de embedding top and without de embedding bottom Page 29 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual 10 000 4B SDD11
30. White Band See Table 4 Indicates SMA C t AA Transmitter Signals onnectors See Table 4 Figure 4 Cable Connectors Universal 8639 TPA R shown Page 13 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual Table 2 8639 TPA R 4 Position Power Connector J2 LABEL PIN NO DESCRIPTION 12V Pin 1 12 Volts GND Pin 2 Power Ground GND Pin 3 Power Ground 5V Pin 4 5 Volts Table 3 8639 TPA R 16 Position Alternate Connector J3 Universal 8639 TPA R Described LABEL PIN NO DESCRIPTION GND Pin 1 Power Ground PERST Pin 2 PCI Express Reset Port A WAKE Pin 3 Wake required only if the device system supports wake up and or the OBFF mechanism PIN P2 Pin 4 Access to SFF 8639 Connector Pin P2 description is interface type dependent CLKREQ Pin 5 PCI Express Reference Clock Request PRSNT Pin 6 Device Present PCI Express SFF 8639 module presence detect pin ACTIVY Pin 7 PCI Express Activity indicates read or write activity of the SFF 8639 module DLEN Pin 8 PCI Express Dual Link Enable 3 3V Pin 9 3 3 Volts PERSTB Pin 10 PCI Express Reset Port B RES E6 Pin 11 Access to Reserved SFF 8639 Connector Pin E6 description is interface type dependent RES E16 Pin 12 Access to Reserved SFF 8639 Connector Pin E16 description is interface type dependent RES S15 Pin
31. contact Wilder Technologies for technical assistance and or how to package the product for return Page 5 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual The SFF 8639 Test Adapter Care and Handling Precautions The SFF 8639 Test Adapter requires careful handling to avoid damage Improper handling techniques or using too small a cable bend radius can damage the coaxial cable connections within the adapter housing or the cables themselves This can occur at any point along the cable To achieve optimum performance and to prolong the 8639 TPA s life observe the following handling precautions CAUTION 1 Avoid Torque Forces Twisting While individual coaxial cables within the test adapter have some rotational freedom twisting the 8639 TPA as a unit with one end held stationary may damage or severely degrade performance Adherence to Caution 5 below helps to avoid twisting CAUTION 2 Avoid Sharp Cable Bends Never bend coaxial cables into a radius of 26 mm 1 inch or less Never bend cables greater than 90 Single or multiple cable bends must be kept within this limit Bending the 8639 TPA cables less than a 26mm 1 Inch radius will permanently damage or severely degrade test adapter performance CAUTION 3 Avoid Cable Tension Pull Forces Never apply tension pull forces to an individual coaxial cable that is greater than 2 3 kg 5 lbs To avoid applying tension a
32. ct tax exemption certificate applicable to your purchase of Product and the Product ship to location you are responsible for sales and other taxes associated with the order Shipping dates are estimates only WARRANTY WILDER TECHNOLOGIES LLC warrants that the item s manufactured under the Buyer s contract shall be free from defects in materials and workmanship furnished by WILDER TECHNOLOGIES LLC and shall conform to the applicable drawings and specifications WILDER TECHNOLOGIES LLC S liability herein for breach of warranty contract or negligence in manufacturing shall be limited to repair or replacement Repair or replacement of defective items will be applicable only if the Buyer notifies WILDER TECHNOLOGIES LLC by written notice within 30 days of delivery All claims shall be addressed to support wilder tech com or WILDER TECHNOLOGIES LLC 6101A East 18th Street Vancouver Washington 98661 U S A ATTENTION Customer Service Manager WILDER TECHNOLOGIES LLC reserves the right to inspect at the Buyer s plant all items claimed to be defective or nonconforming prior to authorizing their return WILDER TECHNOLOGIES LLC assumes no liability for the results of the use of its components in conjunction with other electric electronic or mechanical components circuits and or systems The foregoing constitutes the sole and exclusive remedy of the Buyer and the exclusive liability of WILDER TECHNOLOGIES LLC and is IN LIEU OF ANY AND ALL OTHER
33. d E12 Signal Ground GND N A N A Yyy A Host PCIE O Receiver E13 HOST PERO N A N A Negative Host PCle O Receiver E14 HOST PERO N A N A Positive Signal Ground E15 Signal Ground GND N A N A YN Reserved E16 No Connection N A N A Up Signal Ground s8 Signal Ground GND Signal Ground GND Signal Ground GND Yj Host SAS 1 Transmitter Positive So HOST S1T HOST S1T HOST S1T Host SAS 1 Transmitter Negative Signal Ground S11 Signal Ground GND Signal Ground GND Signal Ground GND Yj ZA Host SAS 1 Receiver S10 HOST S1T HOST S1T HOST S1T S12 HOST S1R HOST S1R HOST S1R Negative posi ee OS 13 HOST S1R HOST S1R HOST S1R Positive Yj Signal Ground S14 Signal Ground GND Signal Ground GND Signal Ground GND E Reserved 15 No Connection N A No Connection No Connection a Signal Ground S16 Signal Ground GND N A Signal Ground GND YY Host PCle 1 Transmitter SC 17 HOST PET1 N A HOST S2T Positive Host PCle 1 Transmitter S18 HOST PET1 N A HOST S2T Negative Y Signal Ground S19 Signal Ground GND N A Signal Ground GND Yfyy igna roun igna roun igna roun Uy Y Host PCle 1 Receiver A S20 HOST PER1 N A HOST S2R Negative Host W s ee 21 HOST PER1 N A HOST S2R Positive WY Signal Ground S22 Signal Ground GND N A Signal Ground GND YY LL Page 46 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C
34. d to keyed side of connector continued PCI Express 8639 SATA Express SAS MultiLink Connector SE eg EE Color A EEN E Identification Identification Identification Pin Description Pin S S S Bands Marker if Present Marker if Present Marker if Present E Number 7 t if used Name in Spec Name in Spec Name in Spec Device PCIe 2 Receiver 523 DEV PER2 N A DEV S3R Positive Device Bele Receiver S24 DEV PER2 N A DEV S3R Negative Y Signal Ground S25 Signal Ground GND N A Signal Ground GND E ZA Device RIG a E 26 DEV PET2 N A DEV S3T Transmitter Negative Device PCle 2 Transmitter 27 DEV PET2 N A DEV S3T Positive Y Signal Ground S28 Signal Ground GND N A Signal Ground GND Yj y ee E17 DEV PER3 N A N A Positive Pewee PCle 3 Receiver E18 DEV PER3 N A N A Negative 4 Signal Ground E19 Signal Ground GND N A N A Uy ZA O E20 DEV PET3 N A N A Transmitter Negative Device PCle 3 T itt ee S e E21 DEV PET3 N A N A Positive Uy Signal Ground E22 Signal Ground GND N A N A CG YY SM Bus Clock E23 SMC SMCLK N A PIN E23 N A PIN E23 E ZA G SM Bus Data E24 SMD SMDAT N A PIN E24 N A PIN E24 A z No connection YZ PCle Dual Link Enable E25 e N A PIN E25 N A PIN E25 DualLinkEn i Page 50 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual Addendum B 8639 Configuration Board Refer
35. e E18 DEV PER3 Black Red Negative Signal Ground E19 Signal Ground GND N A N A Device PCle 3 ee A F A E20 DEV PET3 Black Red Wht Band Transmitter Negative Device pden E21 DEV PET3 Red Red Wht Band Transmitter Positive Signal Ground E22 Signal Ground GND N A N A SM Bus Clock E23 SMCLK N A N A SM Bus Data E24 SMDAT N A N A PCle Dual Link Enable E25 DLEN N A N A Page 17 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual 8639 TPA P Cable Pin out The 8639 TPA P cables provide 28 SMA connectors access up to six lanes of PCle differential TX and RX and up to two differential reference clocks and one 10 Position low speed connector Labels clearly mark each cable or connector The following figure refers to the pin description table for the plug connector Low Speed Signal Connector See Table 5 z n s N SMA Connectors Color ID for See Table 6 Differential Pair See Table 6 Housing Color ID for Data Line Polarity White Band See Table 6 Indicates Plug Connector Transmitter Signals See Table 6 Figure 5 Cable Connectors Universal 8639 TPA P shown Page 18 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual Table 5 8639 TPA P 10 Position Low Speed Connector J3 LABEL PIN NO DESCRIPTION GND Pin 1 Power Ground BRS Pin 2
36. ence Information This addendum provides reference information for the 8639 Configuration Board with regard to the specific configuration non Universal SFF 8639 test adapters PCI Express SATA Express and SAS MultiLink Additional details of the 8639 Configuration Board itself are also presented 8639 Configuration Board Jumper Positions The following illustration depicts the 8639 Configuration Board in the as delivered product with all jumpers positioned to the Neutral Park positions The table that follows depicts the jumper positions for each of the specific interface types PCI Express 8639 SATA Express and SAS MultiLink that are required to have the device recognized by the system c9 Figure B 1 8639 Configuration Board Table B 1 8639 Configuration Board Jumper Positions JUMPER CONFIGURATIONS JP2 PRSNT JP3 IFDET COMMENT PCle 8639 Pin 2 to Side Pin 2 to Pin 3 Enterprise Open Park Ground Pin 1 to Pin 2 Pin 1 to Pin 2 Requires USB Cable ATA E S AE Ground Pulled up to 1 8 Vdc and Connection et Pin 1 to Pin 2 Pin 2 to Pin 3 SAS Multilink Ground Ground Pin 2 to Side Pin 2 to Side No Device P o Sevice present Open Park Open Park Page 51 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual 8639 Configuration Board Block Diagram 8639 low speed signals lt GND GND B Reset PERSTB
37. hing Errors 12 Specific Configuration TPAs PCI Express 39 Specific Configuration TPAs SAS MultiLink 43 Specific Configuration TPAs SATA Express 41 Support 12 36 Supporting Instrument Cables or Accessories 7 Tables 8639 Configuration Board Jumper Positions 51 8639 Plug Pin Assignments 20 21 22 8639 Receptacle Pin Assignments 15 16 17 8639 TPA R 10 Position Low Speed Connector 19 8639 TPA R 16 Position Alternate Connector 14 8639 TPA R 4 Position Power Connector 14 Electrical Specifications 24 General Specifications 13 TPA P Specific Config Pin Assignments 45 46 47 TPA R Specific Config Pin Assignments 48 49 50 Terms and Conditions of Sale 36 Test Instrument Noise 12 Test Repeatability Problems 12 USB Type A to Type B Cable 41 User Model Examples 10 11 Visual Inspection 8 Warranty 35 Web Sites support wilder tech com 35 36 www egmetalrecycling com 37 www wilder tech com 35 WEEE 37 Page 53 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C Visit our website at www wilder tech com me WILDER TECHNOLOGIES It s all about integrity Wilder Technologies LLC 6101A East 18 Street Vancouver WA 98661 Phone 360 859 3041 Fax 360 859 3105 www wilder tech com 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C Created 4 25 2014 Updated 7 23 2015
38. ironmental Legislation Wilder Technologies LLC is dedicated to complying with the requirements of all applicable environmental legislation and regulations including appropriate recycling and or disposal of our products WEEE Compliance Statement The European Union adopted Directive 2002 96 EC on Waste Electrical and Electronic Equipment WEEE with requirements that went into effect August 13 2005 WEEE is intended to reduce the disposal of waste from electrical and electronic equipment by establishing guidelines for prevention reuse recycling and recovery Wilder Technologies has practices and processes in place to conform to the requirements in this important Directive In support of our environmental goals effective January 1 2009 Wilder Technologies LLC has partnered with EG Metals Inc Metal and Electronics Recycling of Hillsboro Oregon www egmetalrecycling com to recycle our obsolete and electronic waste in accordance with the European Union Directive 2002 96 EC on waste electrical and electronic equipment WEEE Directive As a service to our customers Wilder Technologies is also available for managing the proper recycling and or disposal of all Wilder Technologies products that have reached the end of their useful life For further information and return instructions contact support wilder tech com Page 37 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User
39. l Tighten Only 16 position Molex Micro Fit receptacle and contact pins are provided for customer interface customization Figure 17 8639 TPA R Device Support Adapter Shown without High Speed Cables for Clarity Page 34 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual Wilder Technologies LLC Limited Warranty Wilder Technologies LLC warrants that each Test Adapter 1 is free from defects in materials and workmanship and 2 conforms to Wilder Technologies specifications for a period of 12 months with the exceptions of the HDMIA2 HDMI v2 0 HDMID2 HDMI v2 0 SFP 28G QSFP 28G and QSFP 100G Test Adapters whereby are warranted for a period of 6 months all other aspects of the Wilder Technologies LLC warranty apply See Consumable and Fragile Material Warranty for exceptions to the 12 month warranty The warranty period for a Test Adapter is a specified fixed period commencing on the date of ship from Wilder Technologies LLC If you did not purchase your Test Adapter directly from Wilder Technologies LLC the serial number and a valid proof of purchase will be required to establish your purchase date If you do not have a valid proof of purchase the warranty period will be measured from the date of ship from Wilder Technologies LLC If during the warranty period the Test Adapter is not in good working order Wilder Technologies LLC will at its option repair o
40. lways place accessories and equipment on a surface that allows adjustment to eliminate tension on the 8639 TPA and cables Use adjustable elevation stands or apparatus to accurately place and support the 8639 TPA CAUTION 4 Connect the 8639 TPA First To prevent twisting bending or applying tension to the coaxial cables when connecting a 8639 TPA always attach the 8639 TPA to the device under test DUT or cable under test before attaching any SMA connectors Carefully align the 8639 connectors and then gently push the connectors together until fully seated If the 8639 TPA must be turned or twisted to make connection to the DUT avoid using the 8639 TPA housing alone to make this occur Try to distribute the torque forces along the length of the test setup and cabling If this is not possible it is recommended to first loosen or disconnect the SMA connections at the 8639 TPA make the connection to the DUT and then re tighten or attach the test equipment leads NOTE Only grip the test adapter housing when inserting or extracting the 8639 TPA to or from the DUT Pulling directly on the 8639 TPA cables or using them to insert the 8639 TPA may cause damage CAUTION 5 Carefully Make SMA Connections To connect the 8639 TPA SMA connectors follow these steps 1 Hold the cable stationary by grasping the cable at the black heat shrink section near the SMA connector 2 Insert the mating SMA barrel and hand tighten the free spinning SMA
41. nd GND N A N A Device SASI s12 DEV S1T Black Violet Wht Band Transmitter Negative Device SAS 1 RS 8 Sch 13 DEV S1T Red Violet Wht Band Transmitter Positive Signal Ground S14 Signal Ground GND N A N A Reserved S15 RES S15 N A N A Signal Ground S16 Signal Ground GND N A N A Device poem RECVR S17 DEV PER1 Red Green Positive Device Pea Receiver 518 DEV PER1 Black Green Negative Signal Ground S19 Signal Ground GND N A N A Device PCle 1 oe y S S20 DEV PET1 Black Green Wht Band Transmitter Negative Device PCle 1 Ee 21 DEV PET1 Red Green Wht Band Transmitter Positive Signal Ground 22 Signal Ground GND N A N A Page 16 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual Table 4 8639 Receptacle Pin Assignments on side opposed to notch side of connector continued a Color ID for S ACEN Connector Pin Seet Color ID for Data A E S Pin Description Destination Name 2 Differential Pair Number Line Polarity Plug DEVICE PCIE 2 Receiver 523 DEV PER2 Red Blue Positive pexvice Cle e S24 DEV PER2 Black Blue Negative Signal Ground 25 Signal Ground GND N A N A Device Hele 2 T S26 DEV PET2 Black Blue Wht Band Transmitter Negative Device PEE d 527 DEV PET2 Red Blue Wht Band Transmitter Positive Signal Ground 28 Signal Ground GND N A N A SE E17 DEV PER3 Red Red Positive e
42. nut onto the connector while avoiding pulling bending or twisting the 8639 TPA coaxial cable Page 6 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual 3 The 8639 TPA SMA connectors have flats that accept an open end 1 4 inch or 6 5mm wrench When attaching instrument cables to the 8639 TPA it is recom mended that the 8639 TPA SMA connectors be mechanically held and the test leads be tightened to the equipment manufacturer s torque recommendations normally 5 in lbs using a 5 16 inch open end wrench If the test set up requires repositioning first loosen or disconnect the SMA connections to avoid twisting bending or tension NOTE A drop in signal amplitude by half or 6dB during the testing of a channel may indicate that a cable has been mechanically pulled free of coaxial cable connections internal to the assembly This could be determined by checking if the cable has any lateral play relative to the TPA This would only occur when the TPA has exceeded the pull force as specified within the mechanical specification If the cable cannot be re seated the test adapter will need to be sent back to the factory for service e CAUTION 6 Independently Support Instrument Cables or Accessories Excessive weight from instrument cables and or accessories connected to the 8639 TPA can cause damage or affect the test adapter performance Be sure to provide appropriate means to supp
43. orrected on each port Refer to the Instrument Manual for instructions on the instrument s specific de embedding process NOTE The reference plane is the boundary both physically and electrically between the calibrated and un calibrated portions of the circuit Everything outside the reference plane is considered part of the DUT Any instrument that does not use calibration or de embedding of the test fixture defines the DUT as the total of externally connected components If the de embedding file is not used all of the 8639 TPA and associated coaxial cables as well as cables connecting the TPA assembly to the test instrument would be a part of the DUT Non repeatable errors such as drift or random errors can be reduced but not corrected Drift errors aggregate over time or with environmental changes such as temperature shift To eliminate drift errors perform an instrumentation level calibration A random error cannot be corrected through calibration since the error occurred randomly Random errors are typically associated with either test instrument noise or test repeatability problems Reduce test instrument noise by increasing source power lowering the IF bandwidth or averaging results over multiple sweeps Reduce test repeatability problems through the use of a torque wrench or again by averaging over multiple sweeps Page 12 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter U
44. ort and stabilize all test set up components NOTE The 8639 TPA R Device TPA is supplied with Device Support Adapter materials that allow the user to properly support and stabilize a 2 5 inch or 3 5 inch form factor device while under test Figure 16 later within this document illustrates the installation and a typical application of the Device Support Adapter materials Page 7 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual General Test Adapter Cable and Connector Observing simple precautions can ensure accurate and reliable measurements Handling and Storage Before each use of the 8639 TPA ensure that all connectors are clean Handle all cables carefully and store the 8639 TPA in the foam lined instrument case when not in use if possible Do not set connectors contact end down Install the SMA protective end caps when the 8639 TPA is not in use Visual Inspection Be sure to inspect all cables carefully before making a connection Inspect all cables for metal particles scratches deformed threads dents or bent broken or misaligned center conductors Do not use damaged cables Cleaning If necessary clean the connectors using low pressure less than 60 PSI compressed air or nitrogen with an effective oil vapor filter and condensation trap Clean the cable threads if necessary using a lint free swab or cleaning cloth moistened with isopropyl alcohol
45. ost SASL Transmitter s10 HOST S1T Black Violet Wht Band Negative Signal Ground S11 Signal Ground GND N A N A MOSE SAS L REGEIVET s12 HOST S1R Black Violet Negative Host SAS 1 Recei Se SC 513 HOST S1R Red Violet Positive Signal Ground S14 Signal Ground GND N A N A Reserved S15 No connection N A N A Signal Ground S16 Signal Ground GND N A N A Host PCle 1T itt Se SC S17 HOST PET1 Red Green Wht Band Positive kostrce Transmitter s18 HOST PET1 Black Green Wht Band Negative Signal Ground S19 Signal Ground GND N A N A nost SCH EES 20 HOST PER1 Black Green Negative Host Pce el ad 21 HOST PER1 Red Green Positive Signal Ground 22 Signal Ground GND N A N A Page 21 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual Table 6 8639 Plug Pin Assignments on side opposed to keyed side of connector continued a Color ID for S any Connector Pin ese Color ID for Data E E z Pin Description Destination Name a Differential Pair Number Line Polarity Plug Host PCle 2 T itt S SST 23 HOST PET2 Red Blue Wht Band Positive esu 524 HOST PET2 Black Blue Wht Band Negative Signal Ground 25 Signal Ground GND N A N A oSI Bes CIVET 526 HOST PER2 Black Blue Negative ee ee 27 HOST PER2 Red Blue Positive Signal Ground 28 Signal Ground GND N A N A Host PCIe a mier E17 HOST
46. r replace it at no additional charge except as is set forth below In some cases the replacement Test Adapter may not be new and may have been previously installed Regardless of the Test Adapter s production status Wilder Technologies LLC appropriate warranty terms apply Consumable and Fragile Material Warranty Wilder Technologies LLC warrants that consumable materials and all fragile materials supplied by Wilder Technologies LLC either as part of an instrument or system or supplied separately will be free from defects in material and workmanship at the time of shipment Extent of Warranty The warranty does not cover the repair or exchange of a Test Adapter resulting from misuse accident modification unsuitable physical or operating environment improper maintenance by you or failure caused by a product for which Wilder Technologies LLC is not responsible The warranty is voided by removal or alteration of Test Adapter or parts identification labels The initial three months are unconditional the remaining months excludes plugs receptacles and SMA connectors Connectors are wear items and excluded from the warranty after the initial three months These warranties are your exclusive warranties and replace all other warranties or conditions express or implied including but not limited to the implied warranties or conditions or merchantability and fitness for a particular purpose These warranties give you specific legal rights and yo
47. ser Manual Mechanical and Environmental Specifications NOTE All specifications in this manual are subject to change Table 1 General Specifications ITEM DESCRIPTION Plug Test Adapter Length w standard cables 246 mm 2 mm 9 70 inches 08 inches Characteristic Receptacle Test Adapter Length w std cables 381 mm 2 mm 15 00 inches 08 inches Characteristic Operating Temperature 0 C to 55 C 32 F to 131 F Characteristic Storage Temperature 40 C to 70 C 40 F to 158 F Characteristic 8639 TPA R Cable Pinout The 8639 TPA R cables provide 28 SMA connectors access up to six lanes of differential TX and RX and up to two differential reference clocks one 4 position power connector and one 16 position alternate connector Labels clearly mark each cable or connector The following figure refers to pin description tables for each of the three connector types Note The power supplies each have 22 uF in parallel with a 0 01 uF capacitor with the exception of the 3 3V which does not have the 22 uF cap The precharge signals each have a series 2 ohm resistor to their respective power supplies Color ID for Differential Pairs SMA See Table 4 Wd Connectors Wa See Table 4 LIZZ Receptacle Connector EY See Table 4 E e zz 16 Position Connector J3 See Table 3 4 Position Power Connector J2 See Table 2 Color ID s for Data Line Polarity
48. specialized assembly that interfaces to a 8639 receptacle or plug and enables access of signals for measurement or stimulation Serial ATA SATA The protocol defined by SATA see ATA8 AAM Serial Attached SCSI 8639 The set of protocols defined in SPL and the interconnect defined by the 8639 specification Victim A signal carrier on a system that has a response imposed on it by other signals in the system Page 38 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual Addendum A Specific Configuration Test Adapters This addendum provides documentation of specific configuration non Universal SFF 8639 test adapters PCI Express SATA Express and SAS MultiLink as to content and operation of each PCI Express Specific Configuration Test Adapters This section contains illustrations of the 8639PE TPA P and 8639PE TPA R test adapters and the related 8639 Configuration Board used with the 8639PE TPA P test adapter Color ID for Differential Pair 8639PE TPA P See Table A 1 8639 Test Adapter Configuration N Board Note Jumper Positions for PCle Specific Configuration JP2 Pin 2 to Side J WIDER TES 7 v R TEC JP3 Pin 2 to 3 WC 8839 CONFIGURA Figure A 1 8639PE TPA P Test Adapter and 8639 Configuration Board Page 39 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual
49. sssessnaeeeeeeeens 43 Addendum B 8639 Configuration Board Reference Information 51 8639 Configuration Board Jumper Boston 51 8639 Configuration Board Block Diagram ccsccccessseceeestececeeseeececseeeeeqaeeeeeeaeeeeeeteeeeeneeesess 52 NN 53 Page 2 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual Introduction This user s manual documents the SFF 8639 Plug and Receptacle Test Adapters 8639 TPA P and 8639 TPA R The two test adapter types shown in Figures 1 and 2 test 8639 interface cables hosts and devices against the SFF 8639 Specification NOTE The test adapters referred to and illustrated in this General section of the User Manual reflect the Universal SFF 8639 Test Adapters Addendum A at the end of this document presents reference information and details for specific types of SFF 8639 test adapters offered by Wilder Technologies The TPA P and TPA R test adapter assemblies allow easy access via SMA connections to measure or inject data signals The Receptacle test adapter also provides access to 5V 12V and their respective GNDs via a 4 position Molex power connector Additionally the user can access 3 3V its respective GND Resets Wake Activity Dual Link Enable SM Clock SM Data and others via an alternate 16 position connector A mating 16 position connector housing and contacts are provided to connect these 16 signals
50. t receptacle parts can be purchased through Molex distributors 415 0064 000 Cable lt Assembly 3 3V Input Power From Banana Plugs 415 0076 000 Jumper Assembly Reset Pull Up amp 3 3V Power Input Tap Figure 3 8639 TPA R Universal TPA Power Cable and Jumper Cable Assemblies The jumper harness assembly 415 0076 000 and the power in put cable assembly 415 0064 000 can be used in conjunction to supply 3 3 volts to the TPA and pull up requirements Page 4 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual to PERST and PERSTB These harness assemblies are provided with the universal receptacle TPA 8639 TPA R and the PCle receptacle TPA 8639PE TPA R Product Inspection Upon receiving the 8639 TPA from Wilder Technologies perform the following product inspection Inspect the outer shipping container foam lined instrument case and product for damage Retain the outer cardboard shipping container until the contents of the shipment have been inspected for completeness and the product has been checked mechanically and electrically Use the foam lined instrument case for secure storage of the Wilder Technologies SFF 8639 Test Adapter when not in use Locate the shipping list and verify that all items ordered were received In the unlikely event that the product is defective or incomplete the Limited Warranty section discusses how to
51. to a wiring assembly provided by the user NOTE To avoid damaging the cables use the handling techniques described in the Care and Handling section before making any connections or configuring a test setup Always use a static safe workstation when performing tests as explained in the Electrostatic Discharge Information section Low Speed Connector 10 Position s N 28 Female SMAs for High Speed Testing Housing 8639 Plug 68 Position Figure 1 The 8639 Test Adapter Host Plug Universal SFF 8639 Host Test Fixture Shown Page 3 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual 22 Female SMAs for High Speed Testing 4 Position Wd 5V and 12V Ge Power Connector La LLL A 8639 Receptacle 68 Position e S A SS Low Speed Connector 16 position L lt e Ze Housing 6 Female SMAs for High Speed Testing oe Figure 2 The 8639 Test Adapter Device Receptacle Universal SFF 8639 Device Test Fixture Shown The 4 position power connector is Molex part number 53109 0410 Mating connector not provided The 16 position keyed latching mating connector part number is 43045 1602 The mating receptacle connector housing and contact pins for 26 30awg wire are provided with each 8639 TPA R assembly Molex part numbers 43025 1600 for the 16 position receptacle housing and 43030 0011 for the 26 30awg receptacle contacts Replacemen
52. u may also have other rights which vary from jurisdiction to jurisdiction Some jurisdictions do not allow the exclusion or limitation of express or implied warranties so the above exclusion or limitation may not apply to you In that event such warranties are limited in duration to the warranty period No warranties apply after that period Items Not Covered by Warranty Wilder Technologies LLC does not warrant uninterrupted or error free operation of a Test Adapter Any technical or other support provided for a Test Adapter under warranty such as assistance via telephone with how to questions and those regarding Test Adapter set up and installation will be provided WITHOUT WARRANTIES OF ANY KIND Warranty Service Warranty service may be obtained from Wilder Technologies LLC by returning a Wilder Technologies LLC Returns Material Authorization and the Test Adapter to Wilder Technologies LLC during the warranty period To obtain RMA number contact support wilder tech com You may be required to present proof of purchase or other similar proof of warranty entitlement You are responsible for any associated transportation charges duties and insurance between you and Wilder Technologies LLC In all instances you must ship Test Adapters in Wilder Technologies LLC approved packaging Information on packaging guidelines can be found at www wilder tech com Wilder Technologies LLC will ship repaired or replacement Test Adapter Delivery D
53. uty Prepaid DDP and will pay for return shipment You will receive title to the repaired or replacement Test Adapter and you will be the importer of record Page 35 2014 2015 Wilder Technologies LLC Document No 910 0034 000 Rev C SFF 8639 Test Adapter User Manual Wilder Technologies LLC Terms amp Conditions of Sale Other Documents This Agreement may NOT be altered supplemented or amended by the use of any other document s unless otherwise agreed to in a written agreement signed by both you and Wilder Technologies LLC If you do not receive an invoice or acknowledgement in the mail via e mail or with your Product information about your purchase may be obtained at support wilder tech com https support dell com dellcare Invoice aspx or by contacting your sales representative Payment Terms Orders Quotes Interest Terms of payment are within Wilder Technologies LLC s sole discretion and unless otherwise agreed to by Wilder Technologies LLC payment must be received by Wilder Technologies LLC prior to Wilder Technologies LLC s acceptance of an order Payment for the products will be made by credit card wire transfer or some other prearranged payment method unless credit terms have been agreed to by Wilder Technologies LLC Invoices are due and payable within the time period noted on your invoice measured from the date of the invoice Wilder Technologies LLC may invoice parts of an order separately Your order is

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