CELL BE

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Revision as of 07:57, 13 November 2011 by Euss (talk | contribs) (→‎Die explained)
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Cell Broadband Engine

Cell Broadband Engine
CPU with heatplate
CXD2992AGB

IBM markings in CXD2992AGB die

The Cell CPU has one 3.2Ghz PPE (Power Processor Element) with two threads and eight 3.2Ghz SPE (Synergistic Processing Elements).

The PPE is a general purpose CPU, while the eight SPE are geared towards processing data in parallel. One SPE is disabled to increase yield, so the PS3 can have at most 9 threads runnings at the same time (2 from PPE and 7 from SPE). Note that one SPE is reserved for the hypervisor, so PS3 programs can take advantage of 8 threads. Both the PPE and SPE of the Cell are 64 bit, and manipulate data in Big Endian.

Specifications

  • 1 PPE (Power Processor Element)
    • 3.2Ghz
    • 64 bit, Big Endian
    • 2 threads (can run at same time)
    • L1 cache: 32kB data + 32kB instruction
    • L2 cache: 512kB
    • Memory bus width: 64bit (serial)
    • VMX (Altivec) instruction set support
    • Full IEEE-754 compliant
    • the PPU can execute two double precision or eight single precision operations per clockcycle
  • 8 SPE (Synergistic Processing Element)
    • 3.2Ghz
    • 64 bit, Big Endian
    • 1 SPE disabled to improve chip yield (see: Unlocking the 8th SPE)
    • 1 SPE dedicated for hypervisor security
    • 256KB local store per SPE
    • 128 registers per SPE
    • Dual Issue (Each SPE can execute 2 instructions per clock)
    • IEEE-754 compliant in double precision (single precision round-towards-zero instead of round-towards-even)

There is a lot of info about CELL/BE on the Cell Programming IBM page.

Die explained

Cell Broadband Engine
Die - 90nm
Cell Broadband Engine
Die map - 90nm
Cell Broadband Engine
Die map - 65nm
Cell Broadband Engine
Die map - 45nm
CellBE 90nm die
ABBR Usage Notes
BEI Broadband engine interface I/O Controller to FlexIO(/RSX)
EIB Element interconnect bus used as communication ring for the 8 SPE
FlexIO High-speed I/O interface Flex I/O to RSX
L2 Level 2 cache 512KB L2 cache for PPE
MIC Memory interface controller Memory controller to XIO(/Rambus XDR)
MBL MIC bus logic From MIC(/PPE) to EIB(/SPE's)
PPE Power processor element Main dualthreaded CPU
SPE Synergistic processor element 8 present, 1 disabled from factory
XIO Extreme data rate I/O cell Rambus XDR Interface
TEST Test control unit/pervasive logic Used for preboot, selfcheck (and secureboot?)
PLL Phase-Locked Loop Before preboot external clock (400MHz) is used, afterwards only internal PLL for main clocks

Bandwith I/O

  • MIC (Memory Interface Controller) <from/to> dual Rambus XDR: 25.6GB/s theoretical
  • IOIF0 (I/O Interface to RSX): 20GB/s to> RSX / 15 GB/s < RSX (RSX <from/to> GDDR3: 20.8GB/s @ 650MHz)
  • IOIF1 (I/O Interface to Southbridge): <from/to> Southbridge : 2.5GB/s
  • EIB (Element Interconnect Bus) : 4x 128bit buses / 128byte packets : 204.8 GB/s total
  • PPU (PowerPC Processing Element) : 25.6 GLOP/s FPU, L1/L2: 51.2GB/s
  • LHS (Load Hit Store) pipeline stall : ~40 clockcycles
  • SPE (Synergistic Processor Elements) : 2 IPC SPU to Local Store : 51.2GB/s

See: http://www.ibm.com/developerworks/power/library/pa-cellperf/figure1.gif

Serial Numbers @ SKU

The Cell BE was introduced at 90nm. Later, PS3 model numbers starting with CECHG uses the 65nm version, while the PS3 Slim (CECH-20xx) used the 45nm version (See SKU Models and table below).

A sampling of the serial numbers by model number.

PS3 Model Mobo serial CELL Serial Die Tech Total Die Size Width x Length SPU size PPE Size Remark
CECHA - CXD2964GB 90nm 235.48mm² 19.17mm x 12.29mm 14.76mm² 28.86mm² edepot ps3secrets
CECHA 1-871-868-12 CXD2964AGB 90nm 235.48mm² 19.17mm x 12.29mm 14.76mm² 28.86mm² reballing.es
CECHA 1-871-868-22 CXD2964GB 90nm 235.48mm² 19.17mm x 12.29mm 14.76mm² 28.86mm² reballing.es
CECHA 1-871-868-32 CXD2964GB 90nm 235.48mm² 19.17mm x 12.29mm 14.76mm² 28.86mm² reballing.es
CECHB - CXD2964GB 90nm 235.48mm² 19.17mm x 12.29mm 14.76mm² 28.86mm² edepot ps3secrets
CECHB 1-871-868-22 CXD2964GB 90nm 235.48mm² 19.17mm x 12.29mm 14.76mm² 28.86mm² reballing.es
CECHB 1-871-868-32 CXD2964GB 90nm 235.48mm² 19.17mm x 12.29mm 14.76mm² 28.86mm² reballing.es
CECHC 1-873-513-21
1-873-513-31		 CXD2964GB 90nm 235.48mm² 19.17mm x 12.29mm 14.76mm² 28.86mm² edepot ps3secrets
CECHD - unreleased 90nm 235.48mm² 19.17mm x 12.29mm 14.76mm² 28.86mm² -
CECHE - CXD29?? 90nm 235.48mm² 19.17mm x 12.29mm 14.76mm² 28.86mm² edepot ps3secrets
CECHE 1-873-513-21 CXD2964GB 90nm 235.48mm² 19.17mm x 12.29mm 14.76mm² 28.86mm² reballing.es
CECHE 1-873-513-21 CXD2964AGB 90nm 235.48mm² 19.17mm x 12.29mm 14.76mm² 28.86mm² reballing.es
CECHE 1-873-513-31 CXD2964AGB 90nm 235.48mm² 19.17mm x 12.29mm 14.76mm² 28.86mm² reballing.es
CECHE 1-873-513-31 CXD2964GB 90nm 235.48mm² 19.17mm x 12.29mm 14.76mm² 28.86mm² reballing.es
CECHF - unreleased 90nm 235.48mm² 19.17mm x 12.29mm 14.76mm² 28.86mm² -
CECHG 1-875-384-11
1-875-384-21
1-875-384-31		 CXD2981AGB 65nm 174.61mm² 15.59mm x 11.20mm 11.08mm² 19.60mm² edepot ps3secrets
CECHH 1-875-368-11
1-875-368-31		 CXD2981GB 65nm 174.61mm² 15.59mm x 11.20mm 11.08mm² 19.60mm² edepot ps3secrets
CECHH 1-875-938-11 CXD2981AGB 65nm 174.61mm² 15.59mm x 11.20mm 11.08mm² 19.60mm² reballing.es
CECHH 1-875-938-31 CXD2981AGB 65nm 174.61mm² 15.59mm x 11.20mm 11.08mm² 19.60mm² reballing.es
CECHI - unreleased 65nm 174.61mm² 15.59mm x 11.20mm 11.08mm² 19.60mm² -
CECHJ 1-876-912-31 CXD2981GB 65nm 174.61mm² 15.59mm x 11.20mm 11.08mm² 19.60mm² edepot ps3secrets
CECHK 1-876-912-32 CXD2989AGB 65nm 174.61mm² 15.59mm x 11.20mm 11.08mm² 19.60mm² edepot ps3secrets
CECHL - CXD2990AGB 65nm 174.61mm² 15.59mm x 11.20mm 11.08mm² 19.60mm² edepot ps3secrets
CECHL 1-878-196-31 CXD2990GB 65nm 174.61mm² 15.59mm x 11.20mm 11.08mm² 19.60mm² reballing.es
CECHM ?1-878-196-41? -? 65nm 174.61mm² 15.59mm x 11.20mm 11.08mm² 19.60mm² -?
CECHN ?1-878-196-41? unreleased 65nm 174.61mm² 15.59mm x 11.20mm 11.08mm² 19.60mm² -
CECHO ?1-878-196-41? unreleased 65nm 174.61mm² 15.59mm x 11.20mm 11.08mm² 19.60mm² -
CECHP ?1-878-196-41? -? 65nm 174.61mm² 15.59mm x 11.20mm 11.08mm² 19.60mm² -?
CECHQ ?1-878-196-41? CXD299? 65nm 174.61mm² 15.59mm x 11.20mm 11.08mm² 19.60mm² edepot ps3secrets
CECH-20xx - CXD2992AGB 45nm 115.46mm² 12.75mm x 9.06mm 6.47mm² 11.32mm² edepot ps3secrets
CECH-2001B 1-880-055-31 CXD2992AGB 45nm 115.46mm² 12.75mm x 9.06mm 6.47mm² 11.32mm² reballing.es
CECH-21xx - CXD2992AGB 45nm 115.46mm² 12.75mm x 9.06mm 6.47mm² 11.32mm² edepot ps3secrets
CECH-2101A 1-881-945-11 CXD2992AGB 45nm 115.46mm² 12.75mm x 9.06mm 6.47mm² 11.32mm² reballing.es
CECH-25xx 1-882-481-31 CXD2992GB 45nm 115.46mm² 12.75mm x 9.06mm 6.47mm² 11.32mm² edepot ps3secrets
CECH-30xx 1-884-749-11 CXD2996GB 45nm? 115.46mm²? 12.75mm x 9.06mm? 6.47mm²? 11.32mm²? -?

Alternative listing:

  • CECHA/COK-001, CECHB/COK-001 and CECHC/COK-002 : CXD2964AGB (CELL 90nm)
  • CECHA/COK-001 : CXD2964GB (CELL 90nm)
  • CECHG/SEM-001 and CECHH/DIA-001 : CXD2981AGB (CELL 65nm)
  • CECHJ/DIA-002 and CECHK/DIA-002 : CXD2989 (CELL 65nm)
  • CECHL/VER-001 up and including CECHQ/VER-001 : CXD2990ABG (CELL 65nm)
  • CECH-20../DYN-001, CECH-21../SUR-001, CECH-250./JTP-001 : CXD2992AGB (CELL 45nm)
  • CECH30../KTE-001 : CXD2996GB (CELL 45nm)


PVR (powerpc version register)

The PVR inside the microprocessor is the only way to identify what version of what part you have. 

cat /proc/cpuinfo

or 

  unsigned int pvr;
  __asm__ __volatile__ ("mfspr %0, 287" : "=r" (pvr));

code above works in ring 0 only.

CellBE serial die tech PVR Notes
CXD2964AGB 90nm
CXD2964GB 90nm
CXD2981AGB 65nm
CXD2981GB 65nm
CXD2989AGB 65nm
CXD2989GB 65nm
CXD2990AGB 65nm
CXD2990GB 65nm
CXD2992AGB 45nm
CXD2992GB 45nm
CXD2996GB 45nm

Cell Revisions

CellBE Version PVR
Cell/BE v1.0 0x0070 0x0100
Cell/BE v2.0 0x0070 0x0400
Cell/BE v3.0 0x0070 0x0500
Cell/BE v3.1 0x0070 0x0501
Cell/BE v3.2 0x0070 0x0501

Padout IC1001 (CELL BE)

CELL BE, padlayout
CPU view facing BGA
A1 marker:northeast/topright

CELL BE, padlayout
PCB view facing BGA
A1 marker:northwest/topleft

CELL BE, padlayout
PCB view facing BGA
A1 marker:northwest/topleft

Productcode: CXD2964AGB | PartNo.: 8-753-283-22

FC-BGA: 41x41 (1681) with empty center square of 19x19 (-361) = 1320 when not counting missing/not used pads (~1287pads are used) 

package size: 42.5mm x 42.5mm | pad pitch: 1.00mm                <-- need confirmation
package material: ? (if ceramic: FC-CBGA, if plastic: FC-PBGA)   <-- need confirmation
A
Pad # Name Description
A1 YC_VDDIO +1.2V VDD
A2 Y0_DQ1N_5 > Y0_XDR0_DQN10
A3 Y0_DQ1N_2 > Y0_XDR0_DQN6
A4 Y0_DQN_6 > Y0_XDR0_DQN14
A5 Y0_DQN_4 > Y0_XDR0_DQN2
A6 Y0_VDDIO +1.2V VDD
A8 Y0_DQN_1 > Y0_XDR1_DQN14
A10 YC_VDDIO +1.2V VDD
A11 Y0-DQ0_RLOAD < BE_Y0_DQ0_RLOAD
A12 VDD +1.0V VDD
A13 GND Ground
A14 VDD +1.0V VDD
A15 GND Ground
A16 VDD +1.0V VDD
A17 GND Ground
A18 VDD +1.0V VDD
A19 GND Ground
A20 VDD +1.0V VDD
A21 GND Ground
A22 VDD +1.0V VDD
A23 GND Ground
A24 VDD +1.0V VDD
A25 GND Ground
A26 VDD +1.0V VDD
A27 GND Ground
A28 VDD +1.0V VDD
A29 GND Ground
A30 VDD +1.0V VDD
A31 GND Ground
A32 VDD +1.0V VDD
A33 GND Ground
A34 RC_XCLK_EN > Ground
A35 RC_SCAN_CLK2 > R1001 470K > Ground
A36 RC_SCAN_CLK1 > R1002 470K > Ground
A37 RC_SCAN_CLK0 > R1003 470K > Ground
A38 GND Ground
A39 RC_VDDIO (Not connected?)
A40 RC_VDDIO +1.2V VDD
A41 GND Ground
B
Pad # Name Description
B1 YC_VDDIO +1.2V VDD
B2 Y0_DQ1_5 > Y0_XDR0_DQ10
B3 Y0_DQ1_2 > Y0_XDR0_DQ6
B4 Y0_DQ1_6 > Y0_XDR0_DQ14
B5 Y0_DQ1_4 > Y0_XDR0_DQ2
B6 YC_VDDIO +1.2V VDD
B8 Y0_DQ0_1 > Y0_XDR1_DQ14
B10 YC_VDDIO +1.2V VDD
B11 YC_DQ0_VREF +1.2V VDD
B12 GND Ground
B13 VDD +1.0V VDD
B14 GND Ground
B15 VDD +1.0V VDD
B16 GND Ground
B17 VDD +1.0V VDD
B18 GND Ground
B19 VDD +1.0V VDD
B20 GND Ground
B21 VDD +1.0V VDD
B22 GND Ground
B23 VDD +1.0V VDD
B24 GND Ground
B25 VDD +1.0V VDD
B26 GND Ground
B27 VDD +1.0V VDD
B28 GND Ground
B29 VDD +1.0V VDD
B30 GND Ground
B31 VDD +1.0V VDD
B32 GND Ground
B33 VDD +1.0V VDD
B34 RC_SCAN_CLK3 > R1004 470K > Ground
B35 TX0_TXN1 > BE_TX0_TXN1
B36 TX0_TXP1 > BE_TX0_TXP1
B37 GND Ground
B38 TX0_TXN2 > BE_TX0_TXN2
B39 TX0_TXP2 > BE_TX0_TXP2
B40 TX0_TXN0 > BE_TX0_TXN0
B41 TX0_TXP0 > BE_TX0_TXP0
C
Pad # Name Description
C1 GND Ground
C2 Y0_DQ1N_6 > Y0_XDR0_DQN0
C3 Y0_DQ1N_4 > Y0_XDR0_DQN12
C4 Y0_DQ0N_0 > Y0_XDR0_DQN4
C5 Y0_DQ0N_5 > Y0_XDR0_DQN8
C6 Y0_DQ1N_8 .
C7 Y0_DQ1N_3 > Y0_XDR1_DQN10
C8 Y0_DQ1N_1 > Y0_XDR1_DQN6
C9 Y0_DQ0N_3 > Y0_XDR1_DQN2
C10 Y0_DQ0N_8 .
C11 VDDS1 > BE_VDDS1
C12 VDD +1.0V VDD
C13 GND Ground
C14 VDD +1.0V VDD
C15 GND Ground
C16 VDD +1.0V VDD
C17 GND Ground
C18 VDD +1.0V VDD
C19 GND Ground
C20 VDD +1.0V VDD
C21 GND Ground
C22 VDD +1.0V VDD
C23 GND Ground
C24 VDD +1.0V VDD
C25 GND Ground
C26 VDD +1.0V VDD
C27 GND Ground
C28 VDD +1.0V VDD
C29 GND Ground
C30 VDD +1.0V VDD
C31 GND Ground
C32 VDD +1.0V VDD
C33 GND Ground
C34 GND Ground
C35 TX0_TXN3 > BE_TX0_TXN3
C36 TX0_TXP3 > BE_TX0_TXP3
C37 GND Ground
C38 TX0_TXCLKN > BE_TX0_TXCLKN
C39 TX0_TXCLKP > BE_TX0_TXCLKP
D
Pad # Name Description
D1 GND Ground
D2 Y0_DQ1_6 > Y0_XDR0_DQ0
D3 Y0_DQ1_4 > Y0_XDR0_DQ12
D4 Y0_DQ0_0 > Y0_XDR0_DQ8
D5 Y0_DQ0_5 > Y0_XDR0_DQ8
D6 Y0_DQ1_8 .
D7 Y0_DQ1_3 > Y0_XDR1_DQ10
D8 Y0_DQ1_1 > Y0_XDR1_DQ6
D9 Y0_DQ0_3 > Y0_XDR1_DQ2
D10 Y0_DQ0_8 .
D11 VDDS2 > BE_VDDS2
D12 GND Ground
D13 VDD +1.0V VDD
D14 GND Ground
D15 VDD +1.0V VDD
D16 GND Ground
D17 VDD +1.0V VDD
D18 GND Ground
D19 VDD +1.0V VDD
D20 GND Ground
D21 VDD +1.0V VDD
D22 GND Ground
D23 VDD +1.0V VDD
D24 GND Ground
D25 VDD +1.0V VDD
D26 GND Ground
D27 VDD +1.0V VDD
D28 GND Ground
D29 VDD +1.0V VDD
D30 GND Ground
D31 VDD +1.0V VDD
D32 GND Ground
D33 VDD +1.0V VDD
D34 TX_GNDA Ground
D35 TX0_TXN5 > BE_TX0_TXN5
D36 TX0_TXP5 > BE_TX0_TXP5
D37 RC_VDDIO +1.2V VDD
D38 TX0_TXN6 > BE_TX0_TXN6
D39 TX0_TXP6 > BE_TX0_TXP6
D40 TX0_TXN4 > BE_TX0_TXN4
D41 TX0_TXP4 > BE_TX0_TXP4
E
Pad # Name Description
E1 Y0_RQ_RST > BE_Y0_RQ_RST
E2 GND Ground
E3 YC_VDDIO +1.2V VDD
E4 GND Ground
E5 YC_VDDIO +1.2V VDD
E6 GND Ground
E7 YC_VDDIO +1.2V VDD
E8 YC_VDDIO +1.2V VDD
E9 GND Ground
E10 GND Ground
E11 VDDE Ground
E12 VDD +1.0V VDD
E13 GND Ground
E14 VDD +1.0V VDD
E15 GND Ground
E16 VDD +1.0V VDD
E17 GND Ground
E18 VDD +1.0V VDD
E19 GND Ground
E20 VDD +1.0V VDD
E21 GND Ground
E22 VDD +1.0V VDD
E23 GND Ground
E24 VDD +1.0V VDD
E25 GND Ground
E26 VDD +1.0V VDD
E27 GND Ground
E28 VDD +1.0V VDD
E29 GND Ground
E30 VDD +1.0V VDD
E31 GND Ground
E32 VDD +1.0V VDD
E33 GND Ground
E34 TX0_VDDA +1.5V VDD
E35 RX0_RXP7 < BE_RX0_RXP7
E36 RX0_RXN7 < BE_RX0_RXN7
E37 RC0_VDDIO +1.2V VDD
E38 RX0_TXN7 < BE_RX0_TXN7
E39 RX0_TXP7 < BE_RX0_TXP7
F
Pad # Name Description
F1 GND Ground
F2 Y0_RQ0 > BE_Y0_RQ0
F3 GND Ground
F4 Y0_RQ1 > BE_Y0_RQ1
F5 GND Ground
F6 Y0_RQ_SRD < BE_Y0_RQ_SRD
F7 Y0_DQ1N_7 > Y0_XDR1_DQN0
F8 Y0_DQ1N_0 > Y0_XDR1_DQN12
F9 Y0_DQ0N_7 > Y0_XDR1_DQN1
F10 Y0_DQ0N_2 > Y0_XDR1_DQN8
F11 YC_SCAN_CLK4 Ground
F12 GND Ground
F13 VDD +1.0V VDD
F14 GND Ground
F15 VDD +1.0V VDD
F16 GND Ground
F17 VDD +1.0V VDD
F18 GND Ground
F19 VDD +1.0V VDD
F20 GND Ground
F21 VDD +1.0V VDD
F22 GND Ground
F23 VDD +1.0V VDD
F24 GND Ground
F25 VDD +1.0V VDD
F26 GND Ground
F27 VDD +1.0V VDD
F28 GND Ground
F29 VDD +1.0V VDD
F30 GND Ground
F31 VDD +1.0V VDD
F32 GND Ground
F33 VDD +1.0V VDD
F34 RX0_VDDA +1.5V VDD
F35 RX0_RXP5 < BE_RX0_RXP5
F36 RX0_RXN5 < BE_RX0_RXN5
F37 GND Ground
F38 RX0_RXP4 < BE_RX0_RXP4
F39 RX0_RXN4 < BE_RX0_RXN4
F40 RX0_RXP6 < BE_RX0_RXP6
F41 RX0_RXN6 < BE_RX0_RXN6
G
Pad # Name Description
G1 Y0_RQ3 > BE_Y0_RQ3
G2 GND Ground
G3 Y0_RQ5 > BE_Y0_RQ5
G4 GND Ground
G5 Y0_RQ2 > BE_Y0_RQ2
G6 GND Ground
G7 Y0_DQ1_7 > Y0_XDR1_DQ0
G8 Y0_DQ1_0 > Y0_XDR1_DQ12
G9 Y0_DQ0_7 > Y0_XDR1_DQ4
G10 Y0_DQ0_2 > Y0_XDR1_DQ8
G11 YC_SCAN_CLK3 Ground
G12 VDD +1.0V VDD
G13 GND Ground
G14 VDD +1.0V VDD
G15 GND Ground
G16 VDD +1.0V VDD
G17 GND Ground
G18 VDD +1.0V VDD
G19 GND Ground
G20 VDD +1.0V VDD
G21 GND Ground
G22 VDD +1.0V VDD
G23 GND Ground
G24 VDD +1.0V VDD
G25 GND Ground
G26 VDD +1.0V VDD
G27 GND Ground
G28 VDD +1.0V VDD
G29 GND Ground
G30 VDD +1.0V VDD
G31 GND Ground
G32 VDD +1.0V VDD
G33 GND Ground
G34 RX0_GNDA Ground
G35 RX0_RXP3 < BE_RX0_RXP3
G36 RX0_RXN3 < BE_RX0_RXN3
G37 GND Ground
G38 RX0_CLKP < BE_RX0_RXCLKP
G39 RX0_CLKN < BE_RX0_RXCLKN
H
Pad # Name Description
H1 GND Ground
H2 Y0_RQ4 > BE_Y0_RQ4
H3 GND Ground
H4 Y0_RQ6 > BE_Y0_RQ6
H5 GND Ground
H6 Y0_RQ_VREF < BE_Y0_RQ_VREG
H7 GND Ground
H8 Y0_DQ0_VDDA +1.5V VDD
H9 Y0_DQ0_GNDA Ground
H10 GND Ground
H11 YC_SCAN_CLK2 Ground
H12 GND Ground
H13 VDD +1.0V VDD
H14 GND Ground
H15 VDD +1.0V VDD
H16 GND Ground
H17 VDD +1.0V VDD
H18 GND Ground
H19 VDD +1.0V VDD
H20 GND Ground
H21 VDD +1.0V VDD
H22 GND Ground
H23 VDD +1.0V VDD
H24 GND Ground
H25 VDD +1.0V VDD
H26 GND Ground
H27 VDD +1.0V VDD
H28 GND Ground
H29 VDD +1.0V VDD
H30 GND Ground
H31 VDD +1.0V VDD
H32 GND Ground
H33 VDD +1.0V VDD
H34 GND Ground
H35 RX0_RXP1 < BE_RX0_RXP1
H36 RX0_RXN1 < BE_RX0_RXN1
H37 RC_VDDIO +1.2V VDD
H38 RX0_RXP0 < BE_RX0_RXP0
H39 RX0_RXN0 < BE_RX0_RXN0
H40 RX0_RXP2 < BE_RX0_RXP2
H41 RX0_RXN2 < BE_RX0_RXN2
J
Pad # Name Description
J1 Y0_RQ_CTMP < BE_Y0_RQ_CTM
J2 Y0_RQ_CTMN < BE_Y0_RQ_CTMN
J3 Y0_RQ7 > BE_Y0_RQ7
J4 GND Ground
J5 Y0_RQ8 > BE_Y0_RQ8
J6 GND Ground
J7 Y0_DQC_ROLREF < BE_Y0_DQC_ROLREF
J8 Y0_DQ1_VDDA +1.5V VDD
J9 NC_OPEN25 Ground
J10 YC_SCAN_CLK0 Ground
J11 YC_SCAN_CLK1 Ground
J12 VDD +1.0V VDD
J13 GND Ground
J14 VDD +1.0V VDD
J15 GND Ground
J16 VDD +1.0V VDD
J17 GND Ground
J18 VDD +1.0V VDD
J19 GND Ground
J20 VDD +1.0V VDD
J21 GND Ground
J22 VDD +1.0V VDD
J23 GND Ground
J24 VDD +1.0V VDD
J25 GND Ground
J26 VDD +1.0V VDD
J27 GND Ground
J28 VDD +1.0V VDD
J29 GND Ground
J30 VDD +1.0V VDD
J31 GND Ground
J32 VDD +1.0V VDD
J33 NC_OPEN50 Ground
J34 RC_VOLGND0 < BE_RC_VOLGND0
J35 NT_TST03 .
J36 RC_VOLREF0 < BE_RC_VOLREF0
J37 RC_VDDIO +1.2V VDD
J38 RC_ROLREF0 +1.2V VDD
J39 RC_RLOAD0 < BE_RC_RLOAD0
K
Pad # Name Description
K1 Y0_RQ_CFMN > BE_Y0_RQ_CFMN
K2 Y0_RQ_CFMP > BE_Y0_RQ_CFM
K3 GND Ground
K4 Y0_RQ9 > BE_Y0_RQ9
K5 GND Ground
K6 Y0_RQ_SCK > BE_Y0_SCK
K7 Y0_DQC_VOLGND < BE_Y0_DQC_VOLGND
K8 Y0_DQ1_GNDA Ground
K9 NC_OPEN24 Ground
K10 GND Ground
K11 VDD +1.0V VDD
K12 GND Ground
K13 VDD +1.0V VDD
K14 GND Ground
K15 VDD +1.0V VDD
K16 GND Ground
K17 VDD +1.0V VDD
K18 GND Ground
K19 VDD +1.0V VDD
K20 GND Ground
K21 VDD +1.0V VDD
K22 GND Ground
K23 VDD +1.0V VDD
K24 GND Ground
K25 VDD +1.0V VDD
K26 GND Ground
K27 VDD +1.0V VDD
K28 GND Ground
K29 VDD +1.0V VDD
K30 GND Ground
K31 VDD +1.0V VDD
K32 GND Ground
K33 NC_OPEN49 Ground
K34 GND Ground
K35 TX1_TXN1 > BE_TX1_TXN1
K36 TX1_TXP1 > BE_TX1_TXP1
K37 GND Ground
K38 TX1_TXN2 > BE_TX1_TXN2
K39 TX1_TXP2 > BE_TX1_TXP2
K40 TX1_TXN0 > BE_TX1_TXN0
K41 TX1_TXP0 > BE_TX1_TXP0
L
Pad # Name Description
L1 Y0_RQ10 > BE_Y0_RQ10
L2 GND Ground
L3 Y0_RQ11 > BE_Y0_RQ11
L4 GND Ground
L5 Y0_RQ_CMD > BE_Y0_RQ_CMD
L6 GND Ground
L7 Y0_DQC_VOLREF < BE_Y0_DQC_VOLREF
L8 Y0_RQ0_VDDA +1.5V VDD
L9 NC_OPEN23 Ground
L10 VDD +1.0V VDD
L11 GND Ground
L12 VDD +1.0V VDD
L13 GND Ground
L14 VDD +1.0V VDD
L15 GND Ground
L16 VDD +1.0V VDD
L17 GND Ground
L18 VDD +1.0V VDD
L19 GND Ground
L20 VDD +1.0V VDD
L21 GND Ground
L22 VDD +1.0V VDD
L23 GND Ground
L24 VDD +1.0V VDD
L25 GND Ground
L26 VDD +1.0V VDD
L27 GND Ground
L28 VDD +1.0V VDD
L29 GND Ground
L30 VDD +1.0V VDD
L31 GND Ground
L32 VDD +1.0V VDD
L33 NC_OPEN48 Ground
L34 TX1_GNDA Ground
L35 TX1_TXN3 > BE_TX1_TXN3
L36 TX1_TXP3 > BE_TX1_TXP3
L37 GND Ground
L38 TX1_TXCLKN > BE_TX1_TXCLKN
L39 TX1_TXCLKP > BE_TX1_TXCLKP
M
Pad # Name Description
M1 YC_VDDIO +1.2V VDD
M2 YC_VDDIO +1.2V VDD
M3 GND Ground
M4 Y0_DQ2_RLOAD < BE_Y0_DQ2_RLOAD
M5 GND Ground
M6 Y0_DQ2_VREF +1.2V VDD
M7 GND Ground
M8 Y0_RQ_GNDA Ground
M9 NC_OPEN22 Ground
M10 GND Ground
M11 VDD +1.0V VDD
M12
bis
M30		 -EMPTY CENTER AREA-
M31 VDD +1.0V VDD
M32 GND Ground
M33 NC_OPEN47 Ground
M34 TX1_VDDA +1.5V VDD
M35 TX1_TXN5 > BE_TX1_TXN5
M36 TX1_TXP5 > BE_TX1_TXP5
M37 RC_VDDIO +1.2V VDD
M38 TX1_TXN6 > BE_TX1_TXN6
M39 TX1_TXP6 > BE_TX1_TXP6
M40 TX1_TXN4 > BE_TX1_TXN4
M41 TX1_TXP4 > BE_TX1_TXP4
N
Pad # Name Description
N3 Y0_DQ2_4 > YO_XDR0_DQ11
N4 Y0_DQ2N_4 > YO_XDR0_DQN11
N5 GND Ground
N6 Y0_DQ2_1 > YO_XDR0_DQ1
N7 Y0_DQ2N_1 > YO_XDR0_DQN1
N8 GND Ground
N9 NC_OPEN21 Ground
N10 VDD +1.0V VDD
N11 GND Ground
N12
bis
M30		 -EMPTY CENTER AREA-
N31 GND Ground
N32 VDD +1.0V VDD
N33 NC_OPEN46 Ground
N34 RX1_VDDA +1.5V VDD
N35 RX1_RXP7 < BE_RX1_RXP7
N36 RX1_RXN7 < BE_RX1_RXN7
N37 RC_VDDID +1.2V VDD
N38 TX1_TXN7 > BE_TX1_TXN7
N39 TX1_TXP7 > BE_TX1_TXP7
P
Pad # Name Description
P1 Y0_DQ2_3 > Y0_XDR0_DQ7
P2 Y0_DQ2N_3 > Y0_XDR0_DQN7
P3 Y0_DQ2_6 > Y0_XDR0_DQ15
P4 Y0_DQ2N_6 > Y0_XDR0_DQN15
P5 YC_VDDID +1.2V VDD
P6 Y0_DQ2_5 > Y0_XDR0_DQ13
P7 Y0_DQ2N_5 > Y0_XDR0_DQN13
P8 YC_VDDID +1.2V VDD
P9 NC_OPEN20 Ground
P10 GND Ground
P11 VDD +1.0V VDD
P12
bis
P30		 -EMPTY CENTER AREA-
P31 VDD +1.0V VDD
P32 GND Ground
P33 NC_OPEN45 Ground
P34 RX1_GNDA Ground
P35 RX1_RXP5 < BE_RX1_RXP5
P36 RX1_RXN5 < BE_RX1_RXN5
P37 GND Ground
P38 RX1_RXP4 < BE_RX1_RXP4
P39 RX1_RXN4 < BE_RX1_RXN4
P40 RX1_RXP6 < BE_RX1_RXP6
P41 RX1_RXN6 < BE_RX1_RXN6
R
Pad # Name Description
R3 Y0_DQ3_4 > Y0_XDR0_DQ3
R4 Y0_DQ3N_4 > Y0_XDR0_DQN3
R5 YC_VDDIO +1.2V VDD
R6 Y0_DQ2_0 > Y0_XDR0_DQ5
R7 Y0_DQ2N_0 > Y0_XDR0_DQN5
R8 GND Ground
R9 NC_OPEN19 Ground
R10 VDD +1.0V VDD
R11 GND Ground
R12
bis
R30		 -EMPTY CENTER AREA-
R31 GND Ground
R32 VDD +1.0V VDD
R33 NC_OPEN44 Ground
R34 GND Ground
R35 RX1_RXP3 < BE_RX1_RXP3
R36 RX1_RXN3 < BE_RX1_RXN3
R37 GND Ground
R38 RX1_RXCLKP < BE_RX1_RXCLKP
R39 RX1_RXCLKN < BE_RX1_RXCLKN
T
Pad # Name Description
T1 YC_VDDIO +1.2V VDD
T2 YC_VDDIO +1.2V VDD
T3 Y0_DQ2_8 .
T4 Y0_DQ2N_8 .
T5 GND Ground
T6 Y0_DQ3_2 > Y0_XDR0_DQ9
T7 Y0_DQ3N_2 > Y0_XDR0_DQN9
T8 Y0_DQ2_GNDA Ground
T9 NC_OPEN18 Ground
T10 GND Ground
T11 VDD +1.0V VDD
T12
bis
T30		 -EMPTY CENTER AREA-
T31 VDD +1.0V VDD
T32 GND Ground
T33 NC_OPEN43 Ground
T34 RC_VDDIO +1.2V VDD
T35 RX1_RXP1 < BE_RX1_RXP1
T36 RX1_RXN1 < BE_RX1_RXN1
T37 RC_VDDIO +1.2V VDD
T38 RX1_RXP0 < BE_RX1_RXP0
T39 RX1_RXN0 < BE_RX1_RXN0
T40 RX1_RXP2 < BE_RX1_RXP2
T41 RX1_RXN2 < BE_RX1_RXN2
U
Pad # Name Description
U3 Y0_DQ2_7 > Y0_XDR1_DQ11
U4 Y0_DQ2N_7 > Y0_XDR1_DQN11
U5 GND Ground
U6 Y0_DQ2_2 > Y0_XDR1_DQ1
U7 Y0_DQ2N_2 > Y0_XDR1_DQN1
U8 YC_DQ2_VDDA +1.5V VDD
U9 NC_OPEN17 Ground
U10 VDD +1.0V VDD
U11 GND Ground
U12
bis
U30		 -EMPTY CENTER AREA-
U31 GND Ground
U32 VDD +1.0V VDD
U33 NC_OPEN42 Ground
U34 GND Ground
U35 GND Ground
U36 GND Ground
U37 RC_VDDIO +1.2V VDD
U38 GND Ground
U39 RC_VDDIO +1.2V VDD
V
Pad # Name Description
V1 Y0_DQ3_0 > Y0_XDR1_DQ7
V2 Y0_DQ3N_0 > Y0_XDR1_DQN7
V3 Y0_DQ3_5 > Y0_XDR1_DQ15
V4 Y0_DQ3N_5 > Y0_XDR1_DQN15
V5 YC_VDDID +1.2V VDD
V6 Y0_DQ3_1 > Y0_XDR1_DQ13
V7 Y0_DQ3N_1 > Y0_XDR1_DQN13
V8 YC_DQQ_VDDA +1.5V VDD
V9 NC_OPEN16 Ground
V10 GND Ground
V11 VDD +1.0V VDD
V12
bis
V30		 -EMPTY CENTER AREA-
V31 VDD +1.0V VDD
V32 GND Ground
V33 NC_OPEN41 Ground
V34 TX2_GNDAGND Ground
V35 TX2_TXN1 > BE_TX2_TXN1
V36 TX2_TXP1 > BE_TX2_TXP1
V37 GND Ground
V38 TX2_TXN2 > BE_TX2_TXN2
V39 TX2_TXP2 > BE_TX2_TXP2
V40 TX2_TXN0 > BE_TX2_TXN0
V41 TX2_TXP0 > BE_TX2_TXP0
W
Pad # Name Description
W3 Y0_DQ3_6 > Y0_XDR1_DQ3
W4 Y0_DQ3N_6 > Y0_XDR1_DQN3
W5 YC_VDDIO +1.2V VDD
W6 Y0_DQ3_3 > Y0_XDR1_DQ5
W7 Y0_DQ3N_3 > Y0_XDR1_DQN5
W8 Y0_DQ3_GNDA Ground
W9 NC_OPEN15 Ground
W10 VDD +1.0V VDD
W11 GND Ground
W12
bis
W30		 -EMPTY CENTER AREA-
W31 GND Ground
W32 VDD +1.0V VDD
W33 NC_OPEN40 Ground
W34 YC_DQQ_VDDA +1.5V VDD
W35 TX2_TXN3 > BE_TX2_TXN3
W36 TX2_TXP3 > BE_TX2_TXP3
W37 GND Ground
W38 TX2_TXCLKN > BE_TX2_TXCLKN
W39 TX2_TXCLKP > BE_TX2_TXCLKP
Y
Pad # Name Description
Y1 YC_VDDIO +1.2V VDD
Y2 YC_VDDIO +1.2V VDD
Y3 Y0_DQ3_8 .
Y4 Y0_DQ3N_8 .
Y5 GND Ground
Y6 Y0_DQ3_7 > Y0_XDR1_DQ9
Y7 Y0_DQ3N_7 > Y0_XDR1_DQN9
Y8 GND Ground
Y9 NC_OPEN14 Ground
Y10 GND Ground
Y11 VDD +1.0V VDD
Y12
bis
Y30		 -EMPTY CENTER AREA-
Y31 VDD +1.0V VDD
Y32 GND Ground
Y33 NC_OPEN39 Ground
Y34 RX2_VDDA +1.5V VDD
Y35 TX2_TXN5 > BE_TX2_TXN5
Y36 TX2_TXP5 > BE_TX2_TXP5
Y37 RC_VDDIO +1.2V VDD
Y38 TX2_TXN6 > BE_TX2_TXN6
Y39 TX2_TXP6 > BE_TX2_TXP6
Y40 TX2_TXN4 > BE_TX2_TXN4
Y41 TX2_TXP4 > BE_TX2_TXP4
AA
Pad # Name Description
AA1 Y1_DQ0_RLOAD < BE_Y1_DQ0_RLOAD
AA2 GND Ground
AA3 YQ_DQ0_VREF +1.2V VDD
AA4 YC_VDDIO +1.2V VDD
AA5 YC_VDDIO +1.2V VDD
AA6 GND Ground
AA7 YC_VDDIO +1.2V VDD
AA8 YC_VDDIO +1.2V VDD
AA9 NC_OPEN13 Ground
AA10 VDD +1.0V VDD
AA11 GND Ground
AA12
bis
AA30		 -EMPTY CENTER AREA-
AA31 GND Ground
AA32 VDD +1.0V VDD
AA33 NC_OPEN38 Ground
AA34 RX2_GNDA Ground
AA35 RX2_RXP7 < BE_RX2_RXP7
AA36 RX2_RXN7 < BE_RX2_RXN7
AA37 RC_VDDIO +1.2V VDD
AA38 TX2_TXN7 > BE_TX2_TXN7
AA39 TX2_TXP7 > BE_TX2_TXP7
AB
Pad # Name Description
AB1 YC_VDDIO +1.2V VDD
AB2 YC_VDDIO +1.2V VDD
AB3 Y1_DQ0_8 .
AB4 Y1_DQN0_8 .
AB5 GND Ground
AB6 Y1_DQ0_1 > Y1_XDR1_DQ8
AB7 Y1_DQ0N_1 > Y1_XDR1_DQN8
AB8 GND Ground
AB9 NC_OPEN12 Ground
AB10 GND Ground
AB11 VDD +1.0V VDD
AB12
bis
AB30		 -EMPTY CENTER AREA-
AB31 VDD +1.0V VDD
AB32 GND Ground
AB33 NC_OPEN37 Ground
AB34 GND Ground
AB35 RX2_RXP5 < BE_RX2_RXP5
AB36 RX2_RXN5 < BE_RX2_RXN5
AB37 GND Ground
AB38 RX2_RXP4 < BE_RX2_RXP4
AB39 RX2_RXN4 < BE_RX2_RXN4
AB40 RX2_RXP6 < BE_RX2_RXP6
AB41 RX2_RXN6 < BE_RX2_RXN6
AC
Pad # Name Description
AC3 Y1_DQ0_4 > Y1_XDR1_DQ2
AC4 Y1_DQ0N_4 > Y1_XDR1_DQN2
AC5 YC_VDDIO +1.2V VDD
AC6 Y1_DQ0_7 > Y1_XDR1_DQ4
AC7 Y1_DQ0N_7 > Y1_XDR1_DQN4
AC8 YC_DQ0_GNDA Ground
AC9 NC_OPEN11 Ground
AC10 VDD +1.0V VDD
AC11 GND Ground
AC12
bis
AC30		 -EMPTY CENTER AREA-
AC31 GND Ground
AC32 VDD +1.0V VDD
AC33 NC_OPEN36 Ground
AC34 RC_VDDIO +1.2V VDD
AC35 RX2_RXP3 < BE_RX2_RXP3
AC36 RX2_RXN3 < BE_RX2_RXN3
AC37 GND Ground
AC38 RX2_RXCLKP < BE_RX2_RXCLKP
AC39 RX2_RXCLKN < BE_RX2_RXCLKN
AD
Pad # Name Description
AD1 Y1_DQ0_2 > Y1_XDR1_DQ6
AD2 Y1_DQ0N_2 > Y1_XDR1_DQN6
AD3 Y1_DQ0_5 > Y1_XDR1_DQ14
AD4 Y1_DQ0N_5 > Y1_XDR1_DQN14
AD5 YC_VDDIO +1.2V VDD
AD6 Y1_DQ1_0 > Y1_XDR1_DQ12
AD7 Y1_DQ1N_0 > Y1_XDR1_DQN12
AD8 Y1_DQ0_VDDA +1.5V VDD
AD9 NC_OPEN10 Ground
AD10 GND Ground
AD11 VDD +1.0V VDD
AD12
bis
AD30		 -EMPTY CENTER AREA-
AD31 VDD +1.0V VDD
AD32 GND Ground
AD33 NC_OPEN35 Ground
AD34 GND Ground
AD35 RX2_RXP1 < BE_RX2_RXP1
AD36 RX2_RXN1 < BE_RX2_RXN1
AD37 RC_VDDIO +1.2V VDD
AD38 RX2_RXP0 < BE_RX2_RXP0
AD39 RX2_RXN0 < BE_RX2_RXN0
AD40 RX2_RXP2 < BE_RX2_RXP2
AD41 RX2_RXN2 < BE_RX2_RXN2
AE
Pad # Name Description
AE3 Y1_DQ1_1 > Y1_XDR1_DQ10
AE4 Y1_DQ1N_1 > Y1_XDR1_DQN10
AE5 GND Ground
AE6 Y1_DQ1_3 > Y1_XDR1_DQ0
AE7 Y1_DQ1N_3 > Y1_XDR1_DQN0
AE8 Y1_DQ1_VDDA +1.5V VDD
AE9 NC_OPEN09 Ground
AE10 VDD +1.0V VDD
AE11 GND Ground
AE12
bis
AE30		 -EMPTY CENTER AREA-
AE31 GND Ground
AE32 VDD +1.0V VDD
AE33 NC_OPEN34 Ground
AE34 T5X3_GNDA Ground
AE35 GND Ground
AE36 GND Ground
AE37 RC_VDDID +1.2V VDD
AE38 GND Ground
AE39 RC_VDDID +1.2V VDD
AF
Pad # Name Description
AF1 YC_VDDID +1.2V VDD
AF2 YC_VDDID +1.2V VDD
AF3 Y1_DQ1_8 .
AF4 Y1_DQ1_8 .
AF5 GND Ground
AF6 Y1_DQ0_0 > Y1_XDR0_DQ8
AF7 Y1_DQ0N_0 > Y1_XDR0_DQN8
AF8 Y1_DQ1_GNDA Ground
AF9 NC_OPEN08 Ground
AF10 GND Ground
AF11 VDD +1.0V VDD
AF12
bis
AF30		 -EMPTY CENTER AREA-
AF31 VDD +1.0V VDD
AF32 GND Ground
AF33 NC_OPEN33 Ground
AF34 TX3_VDDA +1.5V VDD
AF35 TX3_TXN1 > BE_TX3_TXN1
AF36 TX3_TXP1 > BE_TX3_TXP1
AF37 GND Ground
AF38 TX3_TXN2 > BE_TX3_TXN2
AF39 TX3_TXP2 > BE_TX3_TXP2
AF40 TX3_TXN0 > BE_TX3_TXN0
AF41 TX3_TXP0 > BE_TX3_TXP0
AG
Pad # Name Description
AG3 Y1_DQ0_6 > Y1_XDR0_DQ2
AG4 Y1_DQ0N_6 > Y1_XDR0_DQN2
AG5 YC_VDDIO +1.2V VDD
AG6 Y1_DQ1_2 > Y1_XDR0_DQ4
AG7 Y1_DQ1N_2 > Y1_XDR0_DQN4
AG8 GND Ground
AG9 NC_OPEN07 Ground
AG10 VDD +1.0V VDD
AG11 GND Ground
AG12
bis
AG30		 -EMPTY CENTER AREA-
AG31 GND Ground
AG32 VDD +1.0V VDD
AG33 NC_OPEN32 Ground
AG34 TX4_VDDA +1.5V VDD
AG35 TX3_TXN3 > BE_TX3_TXN3
AG36 TX3_TXP3 > BE_TX3_TXP3
AG37 GND Ground
AG38 TX3_TXCLKN > BE_TX3_TXCLKN
AG39 TX3_TXCLKP > BE_TX3_TXCLKP
AH
Pad # Name Description
AH1 Y1_DQ0_3 > Y1_XDR0_DQ6
AH2 Y1_DQ0N_3 > Y1_XDR0_DQN6
AH3 Y1_DQ1_5 > Y1_XDR0_DQ14
AH4 Y1_DQ1N_5 > Y1_XDR0_DQN14
AH5 YC_VDDIO +1.2V VDD
AH6 Y1_DQ1_4 > Y1_XDR0_DQ12
AH7 Y1_DQ1N_4 > Y1_XDR0_DQN12
AH8 YC_VDDIO +1.2V VDD
AH9 NC_OPEN06 Ground
AH10 GND Ground
AH11 VDD +1.0V VDD
AH12
bis
AH30		 -EMPTY CENTER AREA-
AH31 VDD +1.0V VDD
AH32 GND Ground
AH33 NC_OPEN31 Ground
AH34 TX4_GNDA Ground
AH35 TX3_TXN5 > BE_TX3_TXN5
AH36 TX3_TXP5 > BE_TX3_TXP5
AH37 RC_VDDIO +1.2V VDD
AH38 TX3_TXN6 > BE_TX3_TXN6
AH39 TX3_TXP6 > BE_TX3_TXP6
AH40 TX3_TXN4 > BE_TX3_TXN4
AH41 TX3_TXP4 > BE_TX3_TXP4
AJ
Pad # Name Description
AJ3 Y1_DQ1_7 > Y1_XDR0_DQ10
AJ4 Y1_DQ1N_7 > Y1_XDR0_DQN10
AJ5 GND Ground
AJ6 Y1_DQ1_6 > Y1_XDR0_DQ0
AJ7 Y1_DQ1N_6 > Y1_XDR0_DQN0
AJ8 GND Ground
AJ9 NC_OPEN05 Ground
AJ10 VDD +1.0V VDD
AJ11 GND Ground
AJ12
bis
AJ30		 -EMPTY CENTER AREA-
AJ31 GND Ground
AJ32 VDD +1.0V VDD
AJ33 NC_OPEN30 Ground
AJ34 GND Ground
AJ35 TX4_TXN1 .
AJ36 TX4_TXP1 .
AJ37 RC_VDDIO +1.2V VDD
AJ38 TX3_TXN7 > BE_TX3_TXN7
AJ39 TX3_TXP7 > BE_TX3_TXP7
AK
Pad # Name Description
AK1 YC_VDDID +1.2V VDD
AK2 YC_VDDID +1.2V VDD
AK3 Y1_RQ_RST > BE_Y1_RQ_RST
AK4 GND Ground
AK5 Y1_RQ_SRD < BE_Y1_RQ_SRD
AK6 GND Ground
AK7 GND Ground
AK8 Y1_RQ_GNDA Ground
AK9 NC_OPEN04 Ground
AK10 GND Ground
AK11 VDD +1.0V VDD
AK12
bis
AK30		 -EMPTY CENTER AREA-
AK31 VDD +1.0V VDD
AK32 GND Ground
AK33 NC_OPEN29 Ground
AK34 RC_VDDID +1.2V VDD
AK35 TX4_TXN3 .
AK36 TX4_TXP3 .
AK37 GND Ground
AK38 TX4_TXN2 .
AK39 TX4_TXP2 .
AK40 TX4_TXN0 .
AK41 TX4_TXP0 .
AL
Pad # Name Description
AL1 GND Ground
AL2 Y1_RQ0 > BE_Y1_RQ0
AL3 GND Ground
AL4 Y1_RQ1 > BE_Y1_RQ1
AL5 GND Ground
AL6 GND Ground
AL7 Y1_DQC_VOLREF < BE_Y1_DQC_VOLREF
AL8 Y1_RQ_VDDA +1.5V VDD
AL9 NC_OPEN03 Ground
AL10 VDD +1.0V VDD
AL11 GND Ground
AL12 VDD +1.0V VDD
AL13 GND Ground
AL14 VDD +1.0V VDD
AL15 GND Ground
AL16 PLL_NC Ground
AL17 PLL_NC Ground
AL18 VDD +1.0V VDD
AL19 GND Ground
AL20 VDD +1.0V VDD
AL21 GND Ground
AL22 VDD +1.0V VDD
AL23 GND Ground
AL24 VDD +1.0V VDD
AL25 GND Ground
AL26 VDD +1.0V VDD
AL27 GND Ground
AL28 VDD +1.0V VDD
AL29 GND Ground
AL30 VDD +1.0V VDD
AL31 GND Ground
AL32 VDD +1.0V VDD
AL33 NC_OPEN03 Ground
AL34 GND Ground
AL35 TX4_TXN5 .
AL36 TX4_TXP5 .
AL37 GND Ground
AL38 TX4_TXCLKN .
AL39 TX4_TXCLKP .
AM
Pad # Name Description
AM1 Y1_RQ3 > BE_Y1_RQ3
AM2 GND Ground
AM3 Y1_RQ5 > BE_Y1_RQ5
AM4 GND Ground
AM5 Y1_RQ2 > BE_Y1_RQ2
AM6 GND Ground
AM7 Y1_DQC_VOLGND < BE_Y1_DQC_VOLGND
AM8 Y1_DQ2_GNDA Ground
AM9 NC_OPEN02 Ground
AM10 GND Ground
AM11 VDD +1.0V VDD
AM12 GND Ground
AM13 VDD +1.0V VDD
AM14 GND Ground
AM15 VDD +1.0V VDD
AM16 PLL_NC Ground
AM17 PLL_NC Ground
AM18 GND Ground
AM19 VDD +1.0V VDD
AM20 GND Ground
AM21 VDD +1.0V VDD
AM22 GND Ground
AM23 VDD +1.0V VDD
AM24 GND Ground
AM25 VDD +1.0V VDD
AM26 GND Ground
AM27 VDD +1.0V VDD
AM28 GND Ground
AM29 VDD +1.0V VDD
AM30 GND Ground
AM31 VDD +1.0V VDD
AM32 GND Ground
AM33 NC_OPEN27 Ground
AM34 TX5_GNDA Ground
AM35 TX4_TXN7 .
AM36 TX4_TXP7 .
AM37 RC_VDDIO +1.2V VDD
AM38 TX4_TXN6 .
AM39 TX4_TXP6 .
AM40 TX4_TXN4 .
AM41 TX4_TXP4 .
AN
Pad # Name Description
AN1 GND Ground
AN2 Y1_RQ4 > BE_Y1_RQ4
AN3 GND Ground
AN4 Y1_RQ6 > BE_Y1_RQ6
AN5 GND Ground
AN6 Y1_RQ_VREF < BE_Y1_RQ_VREF
AN7 Y1_DQC_ROLREF < BE_Y1_DQC_ROLREF
AN8 Y1_DQ2_VDDA +1.5V VDD
AN9 NC_OPEN01 Ground
AN10 NC_OPEN51 Ground
AN11 NC_OPEN52 Ground
AN12 NC_OPEN53 Ground
AN13 NC_OPEN54 Ground
AN14 NC_OPEN55 Ground
AN15 PLL_NC Ground
AN16 PLL_NC Ground
AN17 PLL_NC Ground
AN18 PLL_NC Ground
AN19 NC_OPEN56 Ground
AN20 NC_OPEN57 Ground
AN21 NC_OPEN58 Ground
AN22 NC_OPEN59 Ground
AN23 NC_OPEN60 Ground
AN24 NC_OPEN61 Ground
AN25 NC_OPEN62 Ground
AN26 NC_OPEN63 Ground
AN27 NC_OPEN64 Ground
AN28 NC_OPEN65 Ground
AN29 NC_OPEN66 Ground
AN30 NC_OPEN67 Ground
AN31 NC_OPEN68 Ground
AN32 NC_OPEN69 Ground
AN33 NC_OPEN26 Ground
AN34 TX5_VDDA +1.5V VDD
AN35 GND Ground
AN36 GND Ground
AN37 RC_VDDIO +1.2V VDD
AN38 GND Ground
AN39 RC_VDDIO +1.2V VDD
AP
Pad # Name Description
AP1 Y1_RQ_CMTP < BE_Y1_RQ_CMTP
AP2 Y1_RQ_CMTN < BE_Y1_RQ_CMTN
AP3 Y1_RQ7 < BE_Y1_RQ7
AP4 GND Ground
AP5 Y1_RQ8 < BE_Y1_RQ8
AP6 GND Ground
AP7 GND Ground
AP8 Y1_DQ3_VDDA +1.5V VDD
AP9 Y1_DQ3_GNDA Ground
AP10 GND Ground
AP11 YC_SCAN_EN Ground
AP12 YC_TREF Ground
AP13 /SPI_EN_B < /BE_SPI_CS
AP14 PLL_NC Ground
AP15 PLL_NC Ground
AP16 PLL_VDDA < BE_PLL_VDDA
AP17 PLL_GNDA Ground
AP18 PLL_NC Ground
AP19 SYS_CONFIG2 < BE_SYS_CONFIG2
AP20 SYS_CONFIG0 < BE_SYS_CONFIG0
AP21 PSARE2 > CL1001
AP22 TBEN < BE_TBEN
AP23 THERMAL_OVERLOAD_B > BE_THR_ALRT
AP24 TRIGGER_IN < BE_TRG_IN
AP25 RC_SCAN_EN > R1005 470K > Ground
AP26 RC_VDDIO +1.2V VDD
AP27 GND Ground
AP28 RX4_GNDA Ground
AP29 RX4_VDDA +1.5V VDD
AP30 TX6_VDDA +1.5V VDD
AP31 TX6_GNDA Ground
AP32 GND Ground
AP33 RX3_GNDA Ground
AP34 RX3_VDDA +1.5V VDD
AP35 TX5_TXN1 .
AP36 TX5_TXP1 .
AP37 GND Ground
AP38 TX5_TXN2 .
AP39 TX5_TXP2 .
AP40 TX5_TXN0 .
AP41 TX5_TXP0 .
AR
Pad # Name Description
AR1 Y1_RQ_CFMN > BE_Y1_RQ_CFMN
AR2 Y1_RQ_CFMP > BE_Y1_RQ_CFMP
AR3 GND Ground
AR4 Y1_RQ9 > BE_Y1_RQ9
AR5 GND Ground
AR6 Y1_RQ_SCK > BE_Y1_RQ_SCK
AR7 Y1_DQ2_2 > BE_Y1_XDR1_DQ1
AR8 Y1_DQ2_7 > BE_Y1_XDR1_DQ13
AR9 Y1_DQ3_0 > BE_Y1_XDR1_DQ5
AR10 Y1_DQ3_7 > BE_Y1_XDR1_DQ9
AR11 YC_XCLK_EN Ground
AR12 YC_SCAN_OUT .
AR13 SPI_SO > R1013 47 > BE_SPI_DI
AR14 PLL_NC Ground
AR15 PLL_NC Ground
AR16 PLL_NC Ground
AR17 PLL_NC Ground
AR18 PLL_NC Ground
AR19 SYS_CONFIG1 < BE_SYS_CONF1
AR20 SYS_CONFIG3 < BE_SYS_CONF3
AR21 SPARE1 .
AR22 PULSE_LIMIT_BYPASS < BE_P_L_BYPASS
AR23 SCAN_ENABLE_BYPASS < BE_SCAN_ENA
AR24 TRIGGER_OUT > BE_TRG_OUT
AR25 RC_TEST_MODE-ST Ground
AR26 RX4_RXP1 < BE_RX4_RXP1
AR27 RX4_RXP3 < BE_RX4_RXP3
AR28 RX4_RXP5 < BE_RX4_RXP5
AR29 RX4_RXP7 < BE_RX4_RXP7
AR30 TX6_TXN5 < BE_TX6_TXN5
AR31 TX6_TXN3 < BE_TX6_TXN3
AR32 TX6_TXN1 < BE_TX6_TXN1
AR33 NT_TST04 .
AR34 GND Ground
AR35 TX5_TXN3 .
AR36 TX5_TXP3 .
AR37 GND Ground
AR38 TX5_TXCLKN .
AR39 TX5_TXCLKP .
AT
Pad # Name Description
AT1 Y1_RQ10 > BE_Y1_RQ10
AT2 GND Ground
AT3 Y1_RQ11 > BE_Y1_RQ11
AT4 GND Ground
AT5 Y1_RQ_CMD > BE_Y1_RQ_CMD
AT6 GND Ground
AT7 Y1_DQ2N_2 > BE_Y1_XDR1_DQN1
AT8 Y1_DQ2N_7 > BE_Y1_XDR1_DQN13
AT9 Y1_DQ3N_0 > BE_Y1_XDR1_DQN5
AT10 Y1_DQ3N_7 > BE_Y1_XDR1_DQN9
AT11 GND Ground
AT12 GND Ground
AT13 YC_VDDIO +1.2V VDD
AT14 PLL_NC Ground
AT15 THERMAL_SENSE_POWER < +1.5V_BE_THERMAL_VDDA
AT16 THERMAL_SENSE_TEST > R1007 1M +/- 0.5%
AT17 STI_THERMAL1 > STI_THERMAL1
AT18 PLL_NC Ground
AT19 GND Ground
AT20 GND Ground
AT21 GND Ground
AT22 MC2_VDDIO +1.2V VDD
AT23 MC2_VDDIO +1.2V VDD
AT24 GND Ground
AT25 GND Ground
AT26 RX4_RXN1 < BE_RX4_RXN1
AT27 RX4_RXN3 < BE_RX4_RXN3
AT28 RX4_RXN5 < BE_RX4_RXN5
AT29 RX4_RXN7 < BE_RX4_RXN7
AT30 TX6_TXP5 > BE_TX6_TXP5
AT31 TX6_TXP3 > BE_TX6_TXP3
AT32 TX6_TXP1 > BE_TX6_TXP1
AT33 RC_VOLREF1 < BE_RC_VOLREF1
AT34 RC_VDDIO +1.2V VDD
AT35 TX5_TXN5 .
AT36 TX5_TXP5. .
AT37 RC_VDDIO +1.2V VDD
AT38 TX5_TXN6 .
AT39 TX5_TXP6 .
AT40 TX5_TXN4 .
AT41 TX5_TXP4 .
AU
Pad # Name Description
AU1 GND Ground
AU2 Y1_DQ2_VREF +1.2V VDD
AU3 GND Ground
AU4 YC_VDDID +1.2V VDD
AU5 GND Ground
AU6 GND Ground
AU7 YC_VDDID +1.2V VDD
AU8 YC_VDDID +1.2V VDD
AU9 GND Ground
AU10 GND Ground
AU11 YC_VDDID +1.2V VDD
AU12 YC_VDDID +1.2V VDD
AU13 GND Ground
AU14 PLL_NC Ground
AU15 THERMAL_SENSE_RETURN < GND
AU16 PLL_NC Ground
AU17 STI_THERMAL0 > STI_THERMAL
AU18 PLL_NC Ground
AU19 MC2_VDDID +1.2V VDD
AU20 MC2_VDDID +1.2V VDD
AU21 MC2_VDDID +1.2V VDD
AU22 GND Ground
AU23 GND Ground
AU24 MC2_VDDID +1.2V VDD
AU25 MC2_VDDID +1.2V VDD
AU26 RC_VDDID +1.2V VDD
AU27 RC_VDDID +1.2V VDD
AU28 GND Ground
AU29 GND Ground
AU30 RC_VDDID +1.2V VDD
AU31 RC_VDDID +1.2V VDD
AU32 GND Ground
AU33 GND Ground
AU34 RC_VOLGND1 < BE_RC_VOLGND1
AU35 RX3_RXP7 .
AU36 RX3_RXN7 .
AU37 RC_VDDID +1.2V VDD
AU38 TX5_TXN7 .
AU39 TX5_TXP7 .
AV
Pad # Name Description
AV1 Y1_DQ2_RLOAD < BE_Y1_DQ2_RLOAD
AV2 Y1_DQ2_1 > Y1_XDR0_DQ1
AV3 Y1_DQ2_5 > Y1_XDR0_DQ13
AV4 Y1_DQ2_0 > Y1_XDR0_DQ5
AV5 Y1_DQ3_4 > Y1_XDR0_DQ9
AV6 Y1_DQ2_8 .
AV7 Y1_DQ2_3 > Y1_XDR1_DQ11
AV8 Y1_DQ3_1 > Y1_XDR1_DQ7
AV9 Y1_DQ3_3 > Y1_XDR1_DQ3
AV10 Y1_DQ3_8 .
AV11 YC_BYP_ENA Ground
AV12 YC_TEST_MODE_ST Ground
AV13 SPI_SI < BE_SPI_D0
AV14 /TRST < /BE_TRST
AV15 PLL_NC Ground
AV16 PLL_NC Ground
AV17 PLL_NC Ground
AV18 PLL_CTL1 > R1009 100 > Ground
AV19 TE(TEST ENABLE) Ground
AV20 POWER_GOOD < BE_POWGOOD
AV21 /CHECKSTOP_IN_B < /BE_CHKSTP_IN
AV22 SPI_CTL1 < BE_SPI_CTL1
AV23 PRSO_UPPER_RIGHT_MODULE .
AV24 TST_CLK1 > CL1002
AV25 RC_SCAN_IN > R1008 470K > Ground
AV26 RX4_RXP0 < BE_RX4_RXP0
AV27 RX4_RXCLKP < BE_RX4_RXCLKP
AV28 RX4_RXP4 < BE_RX4_RXP4
AV29 TX6_TXN7 > BE_TX6_TXN7
AV30 TX6_TXN6 > BE_TX6_TXN6
AV31 TX6_TXCLKN > BE_TX6_TXCLKN
AV32 TX6_TXN2 > BE_TX6_TXN2
AV33 RC_ROLREF1 +1.2V VDD
AV34 GND Ground
AV35 RX3_RXP5 .
AV36 RX3_RXN5 .
AV37 GND Ground
AV38 RX3_RXP4 .
AV39 RX3_RXN4 .
AV40 RX3_RXP6 .
AV41 RX3_RXN6 .
AW
Pad # Name Description
AW1 GND Ground
AW2 Y1_DQ2N_1 > Y1_XDR0_DQN1
AW3 Y1_DQ2N_5 > Y1_XDR0_DQN13
AW4 Y1_DQ2N_0 > Y1_XDR0_DQN5
AW5 Y1_DQ3N_4 > Y1_XDR0_DQN9
AW6 Y1_DQ2N_8 .
AW7 Y1_DQ2N_3 > Y1_XDR1_DQN11
AW8 Y1_DQ3N_1 > Y1_XDR1_DQN7
AW9 Y1_DQ3N_3 > Y1_XDR1_DQN3
AW10 Y1_DQ3N_8 .
AW11 YC_SCAN_IN Ground
AW12 TMS < BE_TMS
AW13 TDI < BE_TDI
AW14 TDO > BE_TDO
AW15 PLL_NC Ground
AW16 NT_TST02 .
AW17 PLL_NC Ground
AW18 PLL_CTL0 > R1011 100 > Ground
AW19 ATTENTION > BE_INT
AW20 /HARD_RESET < /BE_HARD_RESET
AW21 /CHECKSTOP_OUT_B > /BE_CHKSTP_OUT
AW22 SPI_CTL0 < BE_SPI_CTL0
AW23 GRID_TEST .
AW24 TST_CLK0 > CL1003
AW25 RC_SCAN_OUT .
AW26 RX4_RXN0 < BE_RX4_RXN0
AW27 RX3_RXCLKN < BE_RX4_RXCLKN
AW28 RX4_RXN4 < BE_RX4_RXN4
AW29 TX6_TXP7 > BE_TX6_TXP7
AW30 TX6_TXP6 > BE_TX6_TXP6
AW31 TX6_TXCLKP > BE_TX6_TXCLKP
AW32 TX6_TXP2 > BE_TX6_TXP2
AW33 RC_RLOAD1 < BE_RC_RLOAD1
AW34 GND Ground
AW35 RX3_RXP3 < BE_RX3_RXP3
AW36 RX3_RXN3 < BE_RX3_RXN3
AW37 GND Ground
AW38 RX3_RXCLKP .
AW39 RX3_RXCLKN .
AY
Pad # Name Description
AY1 YC_VDDIO +1.2V VDD
AY2 Y1_DQ2_4 > Y1_XDR0_DQ11
AY3 Y1_DQ2_6 > Y1_XDR0_DQ7
AY4 Y1_DQ3_2 > Y1_XDR0_DQ15
AY5 Y1_DQ3_5 > Y1_XDR0_DQ3
AY6 YC_VDDIO +1.2V VDD
AY8 Y1_DQ3_6 > Y1_XDR1_DQ15
AY10 YC_VDDIO +1.2V VDD
AY11 YC_RSRV0 Ground
AY13 SPI_CLK < R1014 0 < BE_SPI_CLK
AY15 /PLL_REFCLK_B < BE_PLL_REFCLK_N
AY17 NT_TST01 .
AY19 EXT_CLK_EN > R1012 100 > Ground
AY21 MC2_VDDIO +1.2V VDD
AY23 MC2_VDDIO +1.2V VDD
AY25 RC_REFCLKN < BE_RC_REFCLK_N
AY26 RX4_RXP2 < BE_RX4_RXP2
AY28 RX4_RXP6 < BE_RX4_RXP6
AY30 TX6_TXN4 > BE_TX6_TXN4
AY32 TX6_TXN0 > BE_TX6_TXN0
AY34 RC_VDDIO +1.2V VDD
AY35 RX3_RXP1 .
AY36 RX3_RXN1 .
AY37 RC_VDDIO +1.2V VDD
AY38 RX3_RXP0 .
AY39 RX3_RXN0 .
AY40 RX3_RXP2 .
AY41 RX3_RXN2 .
BA
Pad # Name Description
BA1 YC_VDDIO +1.2V VDD
BA2 Y1_DQ2N_4 > Y1_XDR0_DQN11
BA3 Y1_DQ2N_6 > Y1_XDR0_DQN7
BA4 Y1_DQ3N_2 > Y1_XDR0_DQN15
BA5 Y1_DQ3N_5 > Y1_XDR0_DQN3
BA6 YC_VDDIO +1.2V VDD
BA8 Y1_DQ3N_6 > Y1_XDR1_DQN15
BA10 YC_VDDIO +1.2V VDD
BA11 YC_RSRV1 Ground
BA13 TCK < BE_TCK
BA15 PLL_REFCLK < BE_PLL_REFCLK_P
BA17 PLL_BGA > CL1004
BA19 EXT_CLK > R1015 49.9 +/- 1%
BA21 MC2_VDDID +1.2V VDD
BA23 MC2_VDDID +1.2V VDD
BA25 RC_REFCLKP < BE_RC_REFCLK_P
BA26 RX4_RXN2 < BE_RX4_RXN2
BA28 RX4_RXN6 < BE_RX4_RXN6
BA30 TX6_TXP4 > BE_TX6_TXP4
BA32 TX6_TXP0 > BE_TX6_TXP0
BA34 RC_VDDIO +1.2V VDD
BA35 GND Ground
BA36 GND Ground
BA37 RC_VDDIO +1.2V VDD
BA38 GND Ground
BA39 RC_VDDIO +1.2V VDD
BA40 RC_VDDIO +1.2V VDD
BA41 GND Ground

remark: the following Pad #letter's are not used: I, O, Q, S, X, Z, AI, AO, AQ, AS, AX, AZ

Unsorted

Integrated Heat Spreader (IHS) removed pic's: http://imageshack.us/f/855/imgp0048v.jpg/ http://imageshack.us/f/850/imgp0046i.jpg/

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