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Manual Sun Microsystems SME5224AUPA-400

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  • Sun Microsystems SME5224AUPA-400 - page 1

    DA T ASHEET 1 SME5224A UP A-400 UltraSP ARC ™ -II CPU Module 400 MHz CPU, 4.0 MB E-Cache M ODULE D ESCRIPTION The UltraSP ARC™–II, 400 MHz CPU, 4.0 Mbyte module, (SME5224AUP A-400) delivers high performance computing in a compact design. Based on the UltraSP ARC™-II CPU, this module is designed using a small form factor board with an integr ...

  • Sun Microsystems SME5224AUPA-400 - page 2

    2 SME5224AUPA-400 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module July 1999 Sun Microsystems, Inc CPU D ESCRIPTION UltraSP ARC-II CPU The UltraSP ARC™-II CPU is the second generation in the UltraSPARC™ s-series microprocessor family. A complete implementation of the SP ARC  V9 architecture, it has binary compatibility with all prev ...

  • Sun Microsystems SME5224AUPA-400 - page 3

    3 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module SME5224AUPA-400 Advanced Version July 1999 Sun Microsystems, Inc D ATA B UFFER D ESCRIPTION UltraSP ARC-II Data Buf fer (UDB-II) The UltraSP ARC™-II module has two UltraSP ARC-II data buffers (UDB-II) - each a 256 pin BGA device - for a UP A Interconnect system bus width of 128 Data + 16 ...

  • Sun Microsystems SME5224AUPA-400 - page 4

    4 SME5224AUPA-400 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module July 1999 Sun Microsystems, Inc M ODULE C OMPONENT O VER VIEW The UltraSP ARC™–II, 400 MHz CPU, 4.0 Mbyte module, (SME5224AUP A-400), (see Figure 1 ), consists of the following components: • UltraSP ARC™-II CPU at 400 MHz • UltraSP ARC-II Data Buffer (UDB-II) • ...

  • Sun Microsystems SME5224AUPA-400 - page 5

    5 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module SME5224AUPA-400 Advanced Version July 1999 Sun Microsystems, Inc S YSTEM I NTERF A CE Figure 2 shows the major components of a UP A based uniprocessor system. The system controller [1] for the UP A bus arbitrates between the UltraSP ARC™–II, 400 MHz CPU, 4.0 Mbyte module, and the I/O b ...

  • Sun Microsystems SME5224AUPA-400 - page 6

    6 SME5224AUPA-400 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module July 1999 Sun Microsystems, Inc Module ID Module IDs are used to configur e the UP A address of a module. The UP A_PORT_ID[4:3] ar e hardwir ed on the module to “0”. UP A_POR T_ID[1:0] are br ought out to the connector pins. Each module is hardwir ed in the system to a ...

  • Sun Microsystems SME5224AUPA-400 - page 7

    7 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module SME5224AUPA-400 Advanced Version July 1999 Sun Microsystems, Inc S IGNAL D ESCRIPTION [1] System Interface Signal T ype Name and Function UP A_ADDR[35:0] I/O P ack et s witched transaction request b us. Maximum of three other masters and one system controller can be connected to this bus . ...

  • Sun Microsystems SME5224AUPA-400 - page 8

    8 SME5224AUPA-400 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module July 1999 Sun Microsystems, Inc JT A G/Debug Interface Signal T ype Name and Function TDO O IEEE 1149 test data output. A three-state signal driven only when the T AP controller is in the shift-DR state. TDI I IEEE 1149 test data input. This pin is internally pulled to logi ...

  • Sun Microsystems SME5224AUPA-400 - page 9

    9 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module SME5224AUPA-400 Advanced Version July 1999 Sun Microsystems, Inc UP A AND CPU C LOCKS Module Clocks The module receives three differ ential pair low voltage PECL (L VPECL) clock signals (CPU_CLK, UP A_CLK0 and UP A_CLK1) from the systemboar d and terminates them. The CPU_CLK is unique in t ...

  • Sun Microsystems SME5224AUPA-400 - page 10

    10 SME5224AUPA-400 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module July 1999 Sun Microsystems, Inc . LOW VOL T AGE PECL T wo trace signals compose each clock: one positive signal and one negative signal. Each signal is 180-degrees out of phase with the other . Signal timing is referenced to when the positive L VPECL signal transitions fro ...

  • Sun Microsystems SME5224AUPA-400 - page 11

    11 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module SME5224AUPA-400 Advanced Version July 1999 Sun Microsystems, Inc E LECTRICAL C HARA CTERISTICS Absolute Maximum Ratings [1] 1. Operation of the device at v alues in excess of those listed above will result in deg radation or destruction of the device . All voltages are defined with respe ...

  • Sun Microsystems SME5224AUPA-400 - page 12

    12 SME5224AUPA-400 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module July 1999 Sun Microsystems, Inc Module P ower Consumption This UltraSP ARC-II module requires two supply voltages. The requir ed voltages (provided to the module) for the V DD and V DD_CORE , are r espectively 3.30V and 2.6V . The estimated maximum power consumption of the ...

  • Sun Microsystems SME5224AUPA-400 - page 13

    13 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module SME5224AUPA-400 Advanced Version July 1999 Sun Microsystems, Inc UP A Data Bus SPICE Model A typical circuit for the UP A data bus and ECC signals is illustrated in Figure 4 :. Figure 4. Module System Loading: Example for UP A_DA T A, UP A_ECC 3.1 nH 1.0 pF Edge Connector UDB-II Driver T ...

  • Sun Microsystems SME5224AUPA-400 - page 14

    14 SME5224AUPA-400 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module July 1999 Sun Microsystems, Inc U P AA CT IMING S PECIFICA TIONS The UP A AC T iming Specifications are refer enced to the UP A connector . The timing assumes that the clocks are corr ectly distributed, (see the section "System Clock Distribution," on page 9). T ...

  • Sun Microsystems SME5224AUPA-400 - page 15

    15 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module SME5224AUPA-400 Advanced Version July 1999 Sun Microsystems, Inc The following table, "Propagation Delay , Output Hold T ime Specifications," specifies the propagation delay and output hold times for the UltraSP ARC™–II, 400 MHz CPU, 4.0 Mbyte module with a 4 Mbyte E-cache ...

  • Sun Microsystems SME5224AUPA-400 - page 16

    16 SME5224AUPA-400 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module July 1999 Sun Microsystems, Inc M ECHANICAL S PECIFICA TIONS The module components and dimensions are specified in Figure 6 , Figur e 7 , Figure 8 and Figure 9 . Figure 6. CPU Module Components Figure 7. CPU Module (Component Dimensions) Module Ejectors CPU/V oltage Regul ...

  • Sun Microsystems SME5224AUPA-400 - page 17

    17 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module SME5224AUPA-400 Advanced Version July 1999 Sun Microsystems, Inc Figure 8. CPU Module Side View Figure 9. CPU Module Side View Dimensions NOTE: A minimum backside clearance is requir ed for airflow cooling of the backside heatsink. Module Shroud Bidirectional Airflow Backside SRAM Heat s ...

  • Sun Microsystems SME5224AUPA-400 - page 18

    18 SME5224AUPA-400 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module July 1999 Sun Microsystems, Inc T HERMAL S PECIFICA TIONS The maximum CPU operating frequency and I/O timing is r educed when the junction temperature (Tj) of the CPU device is raised. Airflow must be directed to the CPU heatsink to keep the CPU device cool. Corr ect air- ...

  • Sun Microsystems SME5224AUPA-400 - page 19

    19 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module SME5224AUPA-400 Advanced Version July 1999 Sun Microsystems, Inc Thermal Definitions and Specifications T erm Definition Specification Comments Tj Maximum device junction temperature 85 ° C, The Tj can't be measured directly by a thermo-couple probe. It must always be estimated ...

  • Sun Microsystems SME5224AUPA-400 - page 20

    20 SME5224AUPA-400 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module July 1999 Sun Microsystems, Inc T emperature Estimating and Measuring Methods The following methods can be used to estimate air cooling requir ements and calculate junction temperature based on thermo-couple temperature measur ements. Airflow Cooling Measurement Method Th ...

  • Sun Microsystems SME5224AUPA-400 - page 21

    21 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module SME5224AUPA-400 Advanced Version July 1999 Sun Microsystems, Inc Case T emperature Measuring Method The relationship between case temperatur e and junction temperature is described in the following thermal equation. If T c is known, then Tj can be calculated: Tj = T c + (Pd x θ jc) Note: ...

  • Sun Microsystems SME5224AUPA-400 - page 22

    22 SME5224AUPA-400 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module July 1999 Sun Microsystems, Inc JT A G T EST ABILITY The UltraSP ARC™–II, 400 MHz CPU, 4.0 Mbyte module, (SME5224AUP A-400), implements the IEEE 1 149.1 standard to aid in boar d level testing. Boundary Scan Description Language (BSDL) files are available for all the ...

  • Sun Microsystems SME5224AUPA-400 - page 23

    23 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module SME5224AUPA-400 Advanced Version July 1999 Sun Microsystems, Inc JT A G (IEEE 1149.1) T IMING Figure 10. V oltage W avef orms - Setup and Hold Times Data Input t H 1.5V V IH V IL Clock t SU 2.0V V IH V IL 1.5V Figure 11. V oltage W avef orms - Pr opagation Dela y Times Clock t PD In-Phase ...

  • Sun Microsystems SME5224AUPA-400 - page 24

    24 SME5224AUPA-400 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module July 1999 Sun Microsystems, Inc UP A C ONNECT OR P IN A SSIGNMENTS (T OP V IEW ) Pin 1 (Pin 4) UP A_ADDR[1] (Pin 1) UP A_ADDR[0] (Pin 10) UP A_ADDR[3] (Pin 7) UP A_ADDR[2] UP A_ADDR[4] UP A_ADDR[6] UP A_ADDR[16] UP A_ADDR[18] UP A_ADDR[20] UP A_ADDR[22] UP A_ADDR[32] UP A_ ...

  • Sun Microsystems SME5224AUPA-400 - page 25

    25 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module SME5224AUPA-400 Advanced Version July 1999 Sun Microsystems, Inc UP A C ONNECT OR P IN A SSIGNMENTS (B OT TO M V IEW ) UP A_ADDR[9] (Pin 6) UP A_ADDR[8] (Pin 3) UP A_ADDR[11] (Pin 12) UP A_ADDR[10] (Pin 9) UP A_ADDR[12] UP A_ADDR[14] UP A_ADDR[24] UP A_ADDR[26] UP A_ADDR[28] UP A_ADDR[30] ...

  • Sun Microsystems SME5224AUPA-400 - page 26

    26 SME5224AUPA-400 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module July 1999 Sun Microsystems, Inc H ANDLING CPU M ODULES CAUTION : Handle a module by carefully holding it by its edges and by the lar ge CPU heatsink. Do not bump or handle the SRAM heatsinks because this action can cause unseen damage to the solder connections. Always hand ...

  • Sun Microsystems SME5224AUPA-400 - page 27

    27 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module SME5224AUPA-400 Advanced Version July 1999 Sun Microsystems, Inc O RDERING I NFORMA TION [1] 1. T o order the data sheet for this device use the document part number: 805-6390-05 Part Number CPU Speeds Description SME5224A UP A-400 400 MHz CPU The UltraSP ARC™–II, 400 MHz CPU, 4.0 Mb ...

  • Sun Microsystems SME5224AUPA-400 - page 28

    ©1999 Sun Microsystems, Inc. All Rights reserved. THE INFORMATION CONTAINED IN THIS DOCUMENT IS PROVIDED “AS IS” WITHOUT ANY EXPRESS REPRESENTATIONS OF WARRANTIES. IN ADDITION, SUN MICROSYSTEMS, INC. DISCLAIMS ALL IMPLIED REPRESENTATIONS AND WARRANTIES, INCLUDING ANY WARRANTY OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, OR NON-INFRING ...

  • Sun Microsystems SME5224AUPA-400 - page 29

    DA T ASHEET 1 SME5224A UP A-400 UltraSP ARC ™ -II CPU Module 400 MHz CPU, 4.0 MB E-Cache M ODULE D ESCRIPTION The UltraSP ARC™–II, 400 MHz CPU, 4.0 Mbyte module, (SME5224AUP A-400) delivers high performance computing in a compact design. Based on the UltraSP ARC™-II CPU, this module is designed using a small form factor board with an integr ...

  • Sun Microsystems SME5224AUPA-400 - page 30

    2 SME5224AUPA-400 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module July 1999 Sun Microsystems, Inc CPU D ESCRIPTION UltraSP ARC-II CPU The UltraSP ARC™-II CPU is the second generation in the UltraSPARC™ s-series microprocessor family. A complete implementation of the SP ARC  V9 architecture, it has binary compatibility with all prev ...

  • Sun Microsystems SME5224AUPA-400 - page 31

    3 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module SME5224AUPA-400 Advanced Version July 1999 Sun Microsystems, Inc D ATA B UFFER D ESCRIPTION UltraSP ARC-II Data Buf fer (UDB-II) The UltraSP ARC™-II module has two UltraSP ARC-II data buffers (UDB-II) - each a 256 pin BGA device - for a UP A Interconnect system bus width of 128 Data + 16 ...

  • Sun Microsystems SME5224AUPA-400 - page 32

    4 SME5224AUPA-400 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module July 1999 Sun Microsystems, Inc M ODULE C OMPONENT O VER VIEW The UltraSP ARC™–II, 400 MHz CPU, 4.0 Mbyte module, (SME5224AUP A-400), (see Figure 1 ), consists of the following components: • UltraSP ARC™-II CPU at 400 MHz • UltraSP ARC-II Data Buffer (UDB-II) • ...

  • Sun Microsystems SME5224AUPA-400 - page 33

    5 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module SME5224AUPA-400 Advanced Version July 1999 Sun Microsystems, Inc S YSTEM I NTERF A CE Figure 2 shows the major components of a UP A based uniprocessor system. The system controller [1] for the UP A bus arbitrates between the UltraSP ARC™–II, 400 MHz CPU, 4.0 Mbyte module, and the I/O b ...

  • Sun Microsystems SME5224AUPA-400 - page 34

    6 SME5224AUPA-400 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module July 1999 Sun Microsystems, Inc Module ID Module IDs are used to configur e the UP A address of a module. The UP A_PORT_ID[4:3] ar e hardwir ed on the module to “0”. UP A_POR T_ID[1:0] are br ought out to the connector pins. Each module is hardwir ed in the system to a ...

  • Sun Microsystems SME5224AUPA-400 - page 35

    7 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module SME5224AUPA-400 Advanced Version July 1999 Sun Microsystems, Inc S IGNAL D ESCRIPTION [1] System Interface Signal T ype Name and Function UP A_ADDR[35:0] I/O P ack et s witched transaction request b us. Maximum of three other masters and one system controller can be connected to this bus . ...

  • Sun Microsystems SME5224AUPA-400 - page 36

    8 SME5224AUPA-400 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module July 1999 Sun Microsystems, Inc JT A G/Debug Interface Signal T ype Name and Function TDO O IEEE 1149 test data output. A three-state signal driven only when the T AP controller is in the shift-DR state. TDI I IEEE 1149 test data input. This pin is internally pulled to logi ...

  • Sun Microsystems SME5224AUPA-400 - page 37

    9 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module SME5224AUPA-400 Advanced Version July 1999 Sun Microsystems, Inc UP A AND CPU C LOCKS Module Clocks The module receives three differ ential pair low voltage PECL (L VPECL) clock signals (CPU_CLK, UP A_CLK0 and UP A_CLK1) from the systemboar d and terminates them. The CPU_CLK is unique in t ...

  • Sun Microsystems SME5224AUPA-400 - page 38

    10 SME5224AUPA-400 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module July 1999 Sun Microsystems, Inc . LOW VOL T AGE PECL T wo trace signals compose each clock: one positive signal and one negative signal. Each signal is 180-degrees out of phase with the other . Signal timing is referenced to when the positive L VPECL signal transitions fro ...

  • Sun Microsystems SME5224AUPA-400 - page 39

    11 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module SME5224AUPA-400 Advanced Version July 1999 Sun Microsystems, Inc E LECTRICAL C HARA CTERISTICS Absolute Maximum Ratings [1] 1. Operation of the device at v alues in excess of those listed above will result in deg radation or destruction of the device . All voltages are defined with respe ...

  • Sun Microsystems SME5224AUPA-400 - page 40

    12 SME5224AUPA-400 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module July 1999 Sun Microsystems, Inc Module P ower Consumption This UltraSP ARC-II module requires two supply voltages. The requir ed voltages (provided to the module) for the V DD and V DD_CORE , are r espectively 3.30V and 2.6V . The estimated maximum power consumption of the ...

  • Sun Microsystems SME5224AUPA-400 - page 41

    13 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module SME5224AUPA-400 Advanced Version July 1999 Sun Microsystems, Inc UP A Data Bus SPICE Model A typical circuit for the UP A data bus and ECC signals is illustrated in Figure 4 :. Figure 4. Module System Loading: Example for UP A_DA T A, UP A_ECC 3.1 nH 1.0 pF Edge Connector UDB-II Driver T ...

  • Sun Microsystems SME5224AUPA-400 - page 42

    14 SME5224AUPA-400 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module July 1999 Sun Microsystems, Inc U P AA CT IMING S PECIFICA TIONS The UP A AC T iming Specifications are refer enced to the UP A connector . The timing assumes that the clocks are corr ectly distributed, (see the section "System Clock Distribution," on page 9). T ...

  • Sun Microsystems SME5224AUPA-400 - page 43

    15 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module SME5224AUPA-400 Advanced Version July 1999 Sun Microsystems, Inc The following table, "Propagation Delay , Output Hold T ime Specifications," specifies the propagation delay and output hold times for the UltraSP ARC™–II, 400 MHz CPU, 4.0 Mbyte module with a 4 Mbyte E-cache ...

  • Sun Microsystems SME5224AUPA-400 - page 44

    16 SME5224AUPA-400 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module July 1999 Sun Microsystems, Inc M ECHANICAL S PECIFICA TIONS The module components and dimensions are specified in Figure 6 , Figur e 7 , Figure 8 and Figure 9 . Figure 6. CPU Module Components Figure 7. CPU Module (Component Dimensions) Module Ejectors CPU/V oltage Regul ...

  • Sun Microsystems SME5224AUPA-400 - page 45

    17 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module SME5224AUPA-400 Advanced Version July 1999 Sun Microsystems, Inc Figure 8. CPU Module Side View Figure 9. CPU Module Side View Dimensions NOTE: A minimum backside clearance is requir ed for airflow cooling of the backside heatsink. Module Shroud Bidirectional Airflow Backside SRAM Heat s ...

  • Sun Microsystems SME5224AUPA-400 - page 46

    18 SME5224AUPA-400 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module July 1999 Sun Microsystems, Inc T HERMAL S PECIFICA TIONS The maximum CPU operating frequency and I/O timing is r educed when the junction temperature (Tj) of the CPU device is raised. Airflow must be directed to the CPU heatsink to keep the CPU device cool. Corr ect air- ...

  • Sun Microsystems SME5224AUPA-400 - page 47

    19 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module SME5224AUPA-400 Advanced Version July 1999 Sun Microsystems, Inc Thermal Definitions and Specifications T erm Definition Specification Comments Tj Maximum device junction temperature 85 ° C, The Tj can't be measured directly by a thermo-couple probe. It must always be estimated ...

  • Sun Microsystems SME5224AUPA-400 - page 48

    20 SME5224AUPA-400 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module July 1999 Sun Microsystems, Inc T emperature Estimating and Measuring Methods The following methods can be used to estimate air cooling requir ements and calculate junction temperature based on thermo-couple temperature measur ements. Airflow Cooling Measurement Method Th ...

  • Sun Microsystems SME5224AUPA-400 - page 49

    21 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module SME5224AUPA-400 Advanced Version July 1999 Sun Microsystems, Inc Case T emperature Measuring Method The relationship between case temperatur e and junction temperature is described in the following thermal equation. If T c is known, then Tj can be calculated: Tj = T c + (Pd x θ jc) Note: ...

  • Sun Microsystems SME5224AUPA-400 - page 50

    22 SME5224AUPA-400 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module July 1999 Sun Microsystems, Inc JT A G T EST ABILITY The UltraSP ARC™–II, 400 MHz CPU, 4.0 Mbyte module, (SME5224AUP A-400), implements the IEEE 1 149.1 standard to aid in boar d level testing. Boundary Scan Description Language (BSDL) files are available for all the ...

  • Sun Microsystems SME5224AUPA-400 - page 51

    23 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module SME5224AUPA-400 Advanced Version July 1999 Sun Microsystems, Inc JT A G (IEEE 1149.1) T IMING Figure 10. V oltage W avef orms - Setup and Hold Times Data Input t H 1.5V V IH V IL Clock t SU 2.0V V IH V IL 1.5V Figure 11. V oltage W avef orms - Pr opagation Dela y Times Clock t PD In-Phase ...

  • Sun Microsystems SME5224AUPA-400 - page 52

    24 SME5224AUPA-400 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module July 1999 Sun Microsystems, Inc UP A C ONNECT OR P IN A SSIGNMENTS (T OP V IEW ) Pin 1 (Pin 4) UP A_ADDR[1] (Pin 1) UP A_ADDR[0] (Pin 10) UP A_ADDR[3] (Pin 7) UP A_ADDR[2] UP A_ADDR[4] UP A_ADDR[6] UP A_ADDR[16] UP A_ADDR[18] UP A_ADDR[20] UP A_ADDR[22] UP A_ADDR[32] UP A_ ...

  • Sun Microsystems SME5224AUPA-400 - page 53

    25 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module SME5224AUPA-400 Advanced Version July 1999 Sun Microsystems, Inc UP A C ONNECT OR P IN A SSIGNMENTS (B OT TO M V IEW ) UP A_ADDR[9] (Pin 6) UP A_ADDR[8] (Pin 3) UP A_ADDR[11] (Pin 12) UP A_ADDR[10] (Pin 9) UP A_ADDR[12] UP A_ADDR[14] UP A_ADDR[24] UP A_ADDR[26] UP A_ADDR[28] UP A_ADDR[30] ...

  • Sun Microsystems SME5224AUPA-400 - page 54

    26 SME5224AUPA-400 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module July 1999 Sun Microsystems, Inc H ANDLING CPU M ODULES CAUTION : Handle a module by carefully holding it by its edges and by the lar ge CPU heatsink. Do not bump or handle the SRAM heatsinks because this action can cause unseen damage to the solder connections. Always hand ...

  • Sun Microsystems SME5224AUPA-400 - page 55

    27 400 MHz CPU, 4.0 MB E-Cache UltraSPARC ™ -II CPU Module SME5224AUPA-400 Advanced Version July 1999 Sun Microsystems, Inc O RDERING I NFORMA TION [1] 1. T o order the data sheet for this device use the document part number: 805-6390-05 Part Number CPU Speeds Description SME5224A UP A-400 400 MHz CPU The UltraSP ARC™–II, 400 MHz CPU, 4.0 Mb ...

  • Sun Microsystems SME5224AUPA-400 - page 56

    ©1999 Sun Microsystems, Inc. All Rights reserved. THE INFORMATION CONTAINED IN THIS DOCUMENT IS PROVIDED “AS IS” WITHOUT ANY EXPRESS REPRESENTATIONS OF WARRANTIES. IN ADDITION, SUN MICROSYSTEMS, INC. DISCLAIMS ALL IMPLIED REPRESENTATIONS AND WARRANTIES, INCLUDING ANY WARRANTY OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, OR NON-INFRING ...

Manufacturer Sun Microsystems Category Computer Monitor

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- or energy labels Sun Microsystems SME5224AUPA-400
All of them are important, but the most important information from the point of view of use of the device are in the user manual Sun Microsystems SME5224AUPA-400.

A group of documents referred to as user manuals is also divided into more specific types, such as: Installation manuals Sun Microsystems SME5224AUPA-400, service manual, brief instructions and user manuals Sun Microsystems SME5224AUPA-400. Depending on your needs, you should look for the document you need. In our website you can view the most popular manual of the product Sun Microsystems SME5224AUPA-400.

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A complete manual for the device Sun Microsystems SME5224AUPA-400, how should it look like?
A manual, also referred to as a user manual, or simply "instructions" is a technical document designed to assist in the use Sun Microsystems SME5224AUPA-400 by users. Manuals are usually written by a technical writer, but in a language understandable to all users of Sun Microsystems SME5224AUPA-400.

A complete Sun Microsystems manual, should contain several basic components. Some of them are less important, such as: cover / title page or copyright page. However, the remaining part should provide us with information that is important from the point of view of the user.

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2. Contents - index of all tips concerning the Sun Microsystems SME5224AUPA-400, that we can find in the current document
3. Tips how to use the basic functions of the device Sun Microsystems SME5224AUPA-400 - which should help us in our first steps of using Sun Microsystems SME5224AUPA-400
4. Troubleshooting - systematic sequence of activities that will help us diagnose and subsequently solve the most important problems with Sun Microsystems SME5224AUPA-400
5. FAQ - Frequently Asked Questions
6. Contact detailsInformation about where to look for contact to the manufacturer/service of Sun Microsystems SME5224AUPA-400 in a specific country, if it was not possible to solve the problem on our own.

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