A210 Datasheet

Copyright

Copyright © 2026 Zhihe Computing Technology (Shanghai) Co., Ltd. All rights reserved.

This document is the property of Zhihe Computing Technology (Shanghai) Co., Ltd. (“Company”) and may not be disclosed, given or transferred to any third party without the Company's agreement or written consent. If this clause is violated and caused loss to the Company shall be liable for compensation.

Contacts

Zhihe Computing Technology (Shanghai) Co., Ltd.

Address: 12F, Building 3, Xingchuang Technology Plaza, Lane 5005, Shenjiang Road, Pudong New District, Shanghai

Email: business@zhcomputing.com

Telephone: 0571-87208790

Overview

Features

Microprocessor

• Octa-core RISC-V 64GCV processor (4×C920 + 4×C908)

• RISC-V 64GCV C920@1.9 GHz

  • 9 to 12 stage deep pipeline architecture

  • Superscalar architecture with 3-issue, 8-execution units (fully transparent to software)

  • In-order instruction fetch, out-of-order issue, out-of-order completion, and in-order retirement

  • 64 KB I Cache and 64 KB D Cache for each core

  • 1 MB L2 cache shared by 4 cores

  • Supports 588 GFlops@INT8/294 GFlops@FP16 vector operations

• RISC-V 64GCV C908@1.9 GHz

  • 9 stage pipeline architecture

  • In-order instruction fetch, in-order dual-issue, in-order execution, and in-order retirement

  • 32 KB I Cache and 32 KB D Cache for each core

  • 512 KB L2 Cache shared by 4 cores

  • Supports 121.6 GFlops@INT8/60.8 GFlops@FP16 vector operations

• Each core supports vector operations, implementing the RISC-V V Extension.

  • Supports vector operations in FP16/BF16/FP32/FP64 formats

  • Supports integer operations in INT8/INT16/INT32/INT64 formats

  • 128-bit vector register width

• Little-endian mode

• TEE and REE support

  • Supports independent executable domains

  • Provides isolation between zones

  • Provides isolation between applications, and between applications and kernels within a zone

  • Supports shared memory access across zones

  • Trusted communication between zones

  • The TEE environment is compliant with the Global Platform (GP) specification

• SV39 Mode support

• Two-level TLB MMU performs virtual-to-physical address translation and memory management

• Floating-Point Unit (FPU) Support: half-precision (FP16), single-precision (FP32), and double-precision (FP64) floating-point operations

• Supports DVFS

Neural Processing Unit

• 12TOPS@INT8

• DeepSeek-7B can reach 8 tokens/s

• 4-Die multi-chip cascading DeepSeek-7B can reach 25 tokens/s

• Supports INT4, INT8, INT16, FP8, FP16 and BF16

• 2MB SRAM

• Supports CNN, and RNN

• Supports deep learning frameworks: TensorFlow, Caffe, HuggingFace, ONNX, etc.

• Supports Transformer acceleration and LLM

• Lossless weight data compression

• Supports mixed-precision (INT4/FP16) computation

Graphics Processing Unit

• Available APIs:

  • Vulkan 1.1/1.2

  • OpenCL 1.1/1.2/2.0

  • OpenGL ES 1.1/2.0/3.0/3.1/3.2

• Tile-based 3D graphic rendering with parallel processing

• Programmable high-quality anti-aliasing

• Advanced DMA operations to reduce main CPU load

• Compressed texture encoding

• Lossless data compression

• Dedicated firmware execution processor

• Performance:

  • 50.34 GFLOPS operation

  • 3D graphics acceleration engine: 3.14 GPixel@786MHz

  • 64x F32 operations per cycle

  • 128x F16 operations per cycle

  • 32x integer operations per cycle

  • Geometric operations: 1 triangle operation per 4 clock cycles

Power Management Unit

• 1× RISC-V E902@100MHz

• 1× RTC

• 1× POR

• 1× Watchdog

• Integrated Power Management Controller (PMC)

Memory Interface

• LPDDR4/LPDDR4X

  • 2× 32-bit LPDDR4/LPDDR4X with a maximum data rate of 4266 Mbps

  • JEDEC standards LPDDR4-2133/LPDDR4-3200/LPDDR4-3733/LPDDR4-4266/LPDDR4X-2133/LPDDR4X-3200/LPDDR4X-3733/LPDDR4X-4266 SDRAM

  • Dual channels, 32-bit data width per channel

  • Up to 16GB for LPDDR4/4x

  • Supports configurable timing parameters across various LPDDR4/LPDDR4X SDRAMs

  • Command reordering and scheduling to maximize the bandwidth utilization

  • Programmable On-Die Termination (ODT), and dynamic PVT compensation

• SPI NOR/NAND Flash interface

  • Dual QSPI and dual SPI, up to 52.625MHz

  • Data bus width: 1-bit, 2-bit or 4-bit

• eMMC5.1 interface

  • JEDEC standards eMMC 5.1 and eMMC 5.0

  • Supports boot from eMMC

  • 8-bit data buses with HS400 (200MHz DDR) support

  • 8-bit data buses with HS200 (200MHz SDR) support

  • 8-bit data buses with DDR52 (52MHz DDR) support

  • Data bus width: 1-bit, 4-bit or 8-bit

• SD 3.0 interface

  • Compliant with SD 3.0 specification

  • Single SD interface configurable as SD/SDIO with a maximum data bandwidth of 100 MB/s

  • Data bus width: 1-bit or 4-bit

Image Signal Processor

• Supports up to 4 sensor inputs

• Supports RAW 8/10/12-bit input

• Supports up to 12 MPixel resolution

• Supports LSC and Defect Pixel Correction (DPC)

• Supports 3A (AE/AWB/AF) statistics output

• Supports 2DNR, 3DNR and image sharpening

• Supports distortion correction/fisheye correction

• Supports True Wide Dynamic Range (WDR)

Dewarp Processor

• Video scaling

  • Supports downscaling with a maximum reduction factor of 128x

  • Supports upscaling with a maximum magnification factor of 4x

  • Supports YUV and RGB888 output

  • Three scaling engines(SE) operating in parallel: SE0 (4K max output) + SE1 (1080P max output)+ SE2 (1080P max output)

• Distortion correction, including fisheye correction, wide angle distortion correction, keystone correction, barrel distortion correction, etc.

Video Codec

• Video decoding

  • H.265/HEVC decoding

    • Main/Main 10 Profile@level 5.2 with a maximum resolution of 4096x2160

    • Maximum decoding performance: 4K@120fps/16x1080P@30fps

  • H.264/AVC decoding

    • Baseline/Main/Main 10/High 10 Profile@level 5.2 with a maximum resolution of 4096x2160

    • Maximum decoding performance: 4K@120fps/16x1080P@30fps

  • AV1 decoding

    • AV1 Level 5.3 with a maximum resolution of 4096x2160

    • Maximum decoding performance: 4K@120fps/16x1080P@30fps

  • VP9 Profile0/2 with a maximum decoding performance of up to 4K@60fps

  • AVS2.0 Profile0/2 with a maximum decoding performance of up to 4K@60fps

  • VP6/7/8/AVS/AVS+/VC1/MPEG4 with a maximum decoding performance of up to 1920x1080@60fps

• JPEG decoding

  • Compliant with ITU-T81 Baseline Profile

    • Supports JPEG decoding in YUV 4:0:0/YUV 4:2:0/YUV 4:2:2/YUV 4:4:4 formats

    • Supports decoding in sequential formats

    • Supports DCT-based JPEG decoding

    • Supports interlaced scan formats

    • Motion-JPEG is supported

  • Supported resolution range from 48x48 to 32768x32768

  • Maximum decoding performance for YUV4:2:0: 1080P@576fps

• Video encoding

  • H.265/HEVC Main Profile with a maximum resolution of 4K

    • Motion Compensation: 1/2, 1/4 pixel precision

    • PU size in inter prediction: 64x64, 32x32, 16x16, 8x8

    • PU size in intra prediction: 32x32, 16x16, 8x8, 4x4

    • TU size: 32x32, 16x16, 8x8, 4x4

    • Entropy coding: CABAC

    • Supports Sample Adaptive Offset (SAO)

  • H.264 Baseline/Main/High Profile@level 4.2 with a maximum resolution of 4K

    • Motion Compensation: 1/2, 1/4 pixel precision

    • Inter prediction: sub-block types of 16x16, 16x8, and 8x16

    • Intra prediction: Intra4x4, Intra8x8, Intra16x16

    • Supports Trans4x4, Trans8x8

    • Entropy coding: CABAC, CAVLC

  • De-blocking filtering

  • Supports I/P frame encoding, and long-term reference frame

  • Supports Smart264/Smart 265 encoding

  • Supports QPMap/SkipMap

  • 8 Regions of Interest (ROI)

  • Bitrate Control mode: CBR/VBR/FIXQP/QPMAP

  • Maximum encoding performance: 4K@60fps

• JPEG encoding

  • Compliant with ISO/IEC 10918-1(CCITT T.81) Baseline Process(DCT Sequential)

  • Supported JPEG encoding formats: Semi-Planar YUV 4:2:0, Semi-Planar YUV 4:2:2, Monochrome (YUV 4:0:0)

  • Supported resolution range from 32x32 to 16384x16384, with both width and height being multiples of 2

  • Maximum encoding resolution: 1080P@312fps

  • MJPEG encoding with an output bitrate range from 2kbps to 600Mbps

• On-screen display (OSD) overlay is supported before the encoding stage

2D Graphics Accelerator

• Input/Output

  • Supported format: 8/10-bit YUV 4:2:2/YUV 4:2:0, RGB444/RGB565/RGB888/RGB101010, ARGB4444/ARGB1555/ARGB8888/ARGB2101010

  • The data storage format is compatible with processing modules such as ISP, VENC, VDEC, NPU, DPU, and GPU

• 2D operations

  • bitBlit

  • stretchBlit

  • rect fill & clear

  • filterblit

  • Alpha Blending

  • 90/180/270 rotation

  • scale/crop

  • line

  • RGB2YUV

  • YUV2RGB

• Multi-src blit

  • Supports blending of up to 8 rectangular sources with different sizes

  • Enable independent rotation and scaling parameters for each source

Display Processing Unit

• Multi-screen heterogeneous display: DP0 (up to 4K@60fps) + DP1 (1080P@60fps) + DP2 (720P@60fps)

• DP0/DP1 channel

  • each has 1 cursor layer and 1 video layer

  • 4 shared layers can be assigned arbitrarily to DP0 or DP1

  • Supports dithering and Gamma correction lookup tables

  • Supports single-source mirror display/single-source scaling mirror display

• DP2 channel exclusively reads data from system memory and outputs it directly

Video Interface

• Video interface input

  • 4-lane MIPI CSI2 D-PHY interface, with flexible Lane Configurations of 2×4lane/4×2lane/1×4lane+2×2lane

  • Compliant with MIPI D-PHY v1.1/v1.2

  • Maximum speed: 2.5Gbps/lane

  • Input format: RAW10/RAW12

  • Maximum input resolution: 12 MPixel

• Display interface

  • HDMI TX interface

    • Compliant with HDMI 1.4/2.0

    • Total bandwidth is up to 18 Gbps

    • Maximum output resolution: 4K@60fps

    • Supports audio output

    • Supports up to 10-bit YUV/RGB output

    • Supports HDCP 1.4

    • Supports Hot Plug Detection(HPD)

  • MIPI DSI interface

    • 1x 4-lane MIPI DSI D-PHY with a maximum resolution of 4K@60fps

    • Compliant with MIPI D-PHY v1.1/v1.2

    • Maximum speed: 2.5 Gbps/lane

    • Supports up to 8bit YUV/RGB output

  • USB3.1/DP/eDP combo interface

    • 1x USB3.1/DP 1.4/eDP1.5 combo interface

      • Supports USB 3.1 output via a Type-C interface

      • Supports USB 3.1+2 lane DP via a Type-C interface

      • Supports USB 2.0+4 lane DP output via a Type-C interface

      • Supports USB 3.1 output via a Type-A interface +2-lane DP/eDP interface

      • Supports USB 2.0 output via a Type-A/C interface +4-lane DP/eDP interface

    • DP/eDP features

      • DP/eDP output with a maximum resolution of 4K@60fps

      • Supports audio output

      • Supports up to 10-bit YUV/RGB output

      • Supports HDCP 1.3

    • Supports Hot Plug Detection(HPD)

Audio Interface

• 1x 8-lane I2S/PCM interface

  • Supports full-duplex for RX/TX

  • Supports sample rate up to 384kHz

  • Audio resolution: 16bit, 24bit, and 32bit

  • Supports master mode

  • Supports 3 I2S formats (normal, left-Justified, right-Justified)

• 3x 2-lane I2S/PCM interface

  • Supports full-duplex for RX/TX

  • Supports sample rate up to 384kHz

  • Audio resolution: 16bit, 24bit, and 32bit

  • Supports master mode

  • Supports 3 I2S formats (normal, left-Justified, right-Justified)

• 1x PDM interface

  • Up to 8 channels

  • Supports sample rate up to 192kHz

  • Audio resolution: 16bit, 24bit

• 1x TDM/PCM interface

  • Supports TDM input

  • Up to 8 channels

  • Supports sample rate up to 192kHz

  • Audio resolution: 16bit, 24bit, and 32bit

  • Supports master/slave mode

Security

• Dual-layer security: TEE+REE

• Encryption algorithm

  • Symmetrical algorithms: AES, TDES, DES, SM4

  • Asymmetrical algorithms: RSA1024/2048/3072/4096, SM2

  • HASH algorithms: SHA-1/224/256/384/512, SM3, MD5

• Hardware random number generator (HRNG)

• Hardware-enforced isolation

• Supports secure boot

Connectivity

• Supports POR

• Supports external reset

• Internal RTC

• 4-channel ADC

• 10x UART ports

• 10x I2C ports

• 2x QSPI ports and 2x SPI ports

• 2x GMAC ports with RGMII/RMII support

• 3x 6-channel PWM ports

• 1x eMMC5.0/5.1 port

• 1x SD3.0/SDIO3.0 port

• 1x USB3.1/DP1.4/eDP1.5 Combo interface. The USB 3.1 interface can be configured as host or device mode

• 2x USB 2.0 interfaces can be configured as host or device mode

• 1x PCIe3.1/SATA3.0 Combo interface, supports the following configurations:

  • 1 x4 RC/EP

  • 1 x2 RC/EP+1 x1 RC

  • 1 x2 RC/EP+2 SATA

  • 1 x1 RC/EP+1 x1 RC+2 SATA

• Integrated JTAG, GPIO, etc.

• 3x CAN interfaces, supporting CAN-FD

• Integrated chip cascade interface, supporting board-level interconnection

Physical Specifications

• Power consumption

  • Multi-level low-power mode

• Operating voltage

  • Voltage for core: 0.8V

  • Voltage for IO: 1.8V

  • Voltage for LPDDR4 IO: 1.1V

  • Voltage for LPDDR4x IO: 0.6V

• Package

  • RoHS, FC-BGA

Block Diagram

Package Information

Package Dimension

	Axis	Symbol	Common Dimensions
			MIN.	NOM.	MAX.
Body Size:	X	E	24.800	25.000	25.200
	Y	D	24.800	25.000	25.200
Ball Pitch:		e	0.6
Total Thickness:		A	1.768	1.889	2.010
Lid Height:			0.875 Ref.
Substrate Thickness:			0.644	0.754	0.864
Ball Diameter:			0.300
Stand Off:		A1	0.160	0.210	0.260
Ball Width:		b	0.260	0.310	0.360
Package Edge Tolerance:		aaa	0.200
Lid Flatness:		ccc	0.050
Coplanarity:		ddd	0.150
Ball Offset (Package):		eee	0.200
Ball Offset (Ball):		fff	0.080
Ball Count:		n	1373
Edge Ball Center to Center:	X	E1	23.400
	Y	D1	23.400
Edge Ball Center to Package Edge:	X	g	0.800 Ref.
	Y	f	0.800 Ref.

Note:

PKG total thickness (A) does not include the warpage value.

Top Marking

Thermal Management

Symbol	Parameter	Typical	Unit
θJA	Junction-to-ambient thermal resistance Airflow velocity: 0 m/s (still air)	7.53	°C/W
θJB	Junction-to-board thermal resistance Airflow velocity: 0 m/s (still air)	2.86	°C/W
θJC	Junction-to-case thermal resistance Airflow velocity: 0 m/s (still air)	0.31	°C/W

Note:

The thermal resistance parameters are specified per the JESD51-2 standard. Their actual values depend on specific conditions such as PCB design, dimensions, thickness, materials, and other physical factors, and require evaluation based on the actual application.

MSL Information

Moisture sensitivity Level(MSL): 4

Pin Description

Ball Map

Pin Number List

Pin	Pin Name	Pin	Pin Name	Pin	Pin Name
A2	VSS	AF16	DVDD08_TOP	AP17	VSS
A3	GPIO0_3	AF17	DVDD08_TOP	AP18	VSS
A4	GPIO0_0	AF18	DVDD_CPU_P	AP19	AVDD33_EMMC
A5	GPIO0_10	AF19	DVDD_CPU_P	AP20	VSS
A6	GPIO0_8	AF20	DVDD_CPU_P	AP21	AVDD18_EMMC
A7	GPIO0_1	AF21	DVDDM_CPU	AP22	VSS
A8	GPIO0_19	AF22	DVDD_CPU	AP23	VSS
A9	GPIO0_22	AF23	DVDD_CPU	AP24	VSS
A10	GPIO0_18	AF24	AVDD06_DDR_VDDQLP_1	AP25	VSS
A11	GPIO1_1	AF25	DVDD08_DDR	AP26	VSS
A12	GPIO0_29	AF26	DVDD08_DDR	AP27	VSS
A13	GPIO0_30	AF27	DVDD08_DDR	AP28	VSS
A14	AOGPIO0_26	AF28	DVDD08_DDR	AP29	VSS
A15	AOGPIO0_29	AF29	VSS	AP30	VSS
A16	AOGPIO1_1	AF30	DVDD08_DDR	AP31	VSS
A17	AOGPIO1_7	AF31	VSS	AP32	VSS
A18	AOGPIO1_9	AF34	VSS	AP33	VSS
A19	MIPI_CSI0_A_CLKP	AF35	VSS	AP34	VSS
A21	MIPI_CSI0_A_DATAP1	AF36	DDR0_A3	AP35	VSS
A22	MIPI_CSI1_A_CLKP	AF37	DDR0_A5	AP36	DDR1_DQ13
A24	MIPI_CSI1_A_DATAP1	AF38	VSS	AP37	DDR1_DQ12
A25	MIPI_DSI0_DATAN0	AF39	VSS	AP38	VSS
A27	MIPI_DSI0_DATAN1	AF40	DDR0_CLK0T	AP39	DDR1_DQ15
A28	HDMI_TMDSDATAP2	AG1	M1_B_DQ0	AP40	DDR1_DQ14
A30	HDMI_TMDSDATAP0	AG2	VSS	AR2	PCIE_SATA_1_RX3_P
A31	USB3_DPTX_TX3_M	AG3	M1_B_DV	AR3	PCIE_SATA_1_RX3_M
A33	USB3_DPTX_TX0_M	AG4	VSS	AR4	VSS
A34	USB3_DPTXRX_TXRX1_P	AG5	M1_B_DQ5	AR5	VSS
A35	USB2_2_DP	AG6	VSS	AR6	ADC_VIN_CH2_P
A37	USB2_0_DP	AG7	VSS	AR7	VSS
A38	GPIO2_22	AG11	VSS	AR8	VSS
A39	VSS	AG12	VSS	AR9	EMMC_CMD
AA1	M1_A_SBDA	AG13	VSS	AR10	EMMC_DAT7
AA2	VSS	AG14	VSS	AR11	VSS
AA3	M0_A_SBDA	AG15	VSS	AR12	DDR3_DQSTL
AA4	VSS	AG16	VSS	AR13	VSS
AA5	D2D_REFCLKPAD	AG17	DVDD08_TOP	AR14	VSS
AA6	VSS	AG18	VSS	AR15	DDR3_DQSTU
AA7	VSS	AG19	VSS	AR16	VSS
AA11	VSS	AG20	VSS	AR17	VSS
AA12	VSS	AG21	VSS	AR18	DDR1_C1
AA13	VSS	AG22	VSS	AR19	DDR1_C2
AA14	DVDD08_TOP	AG23	VSS	AR20	VSS
AA15	DVDD08_TOP	AG24	AVDD06_DDR_VDDQLP_1	AR21	DDR1_BA0
AA16	DVDD08_TOP	AG25	DVDD08_DDR	AR22	DDR1_A4
AA17	VSS	AG26	DVDD08_DDR	AR23	VSS
AA18	VSS	AG27	VSS	AR24	DDR1_A3
AA19	VSS	AG28	VSS	AR25	DDR1_A7
AA20	VSS	AG29	VSS	AR26	VSS
AA21	VSS	AG30	VSS	AR27	DDR1_CKE1
AA22	AVDD18_TOP	AG31	VSS	AR28	DDR1_C0
AA23	VSS	AG34	VSS	AR29	VSS
AA24	DVDD08_TOP	AG35	VSS	AR30	DDR2_DQSTL
AA25	DVDD_NPU	AG36	DDR0_A0	AR31	VSS
AA26	DVDD_NPU	AG37	VSS	AR32	VSS
AA27	VSS	AG38	DDR0_VREF	AR33	DDR2_DQSTU
AA28	VSS	AG39	DDR0_CLK0C	AR34	VSS
AA29	DVDD08_DDR	AG40	VSS	AR35	DDR1_DQSTU
AA30	VSS	AH1	VSS	AR36	DDR1_DQSCU
AA31	AVDD12_DDR_VDDQ_0	AH2	M1_A_DQ0	AR37	DDR1_DMU
AA32	VSS	AH3	VSS	AR38	VSS
AA34	VSS	AH4	M1_A_DQ4	AR39	VSS
AA35	VSS	AH5	VSS	AR40	DDR1_DQ11
AA36	DDR0_DQ7	AH6	M1_A_DQ5	AT1	PCIE_SATA_1_TX3_M
AA37	VSS	AH7	VSS	AT2	PCIE_SATA_1_TX3_P
AA38	DDR0_DQ5	AH11	VSS	AT3	VSS
AA39	DDR0_DQ1	AH12	VSS	AT4	PCIE_SATA_1_REFCLK_P
AA40	DDR0_DQ4	AH13	AVDD18_PCIE3	AT5	PCIE_SATA_1_REFCLK_M
AB1	VSS	AH14	AVDD18_PCIE3	AT6	ADC_VIN_CH3_P
AB2	M1_B_SBDA	AH15	VSS	AT7	VSS
AB3	VSS	AH16	VSS	AT8	EMMC_CLK
AB4	M0_B_SBDA	AH17	AVDD18_TOP	AT9	EMMC_DS
AB5	VSS	AH18	DVDD_CPU_P	AT10	VSS
AB6	D2D_REXT1K	AH19	DVDD_CPU_P	AT11	DDR3_DQ5
AB7	VSS	AH20	DVDD_CPU_P	AT12	DDR3_DQSCL
AB8	VSS	AH21	VSS	AT13	VSS
AB10	VSS	AH22	DVDD_CPU	AT14	VSS
AB11	VSS	AH23	DVDD_CPU	AT15	DDR3_DQSCU
AB12	VSS	AH24	VSS	AT16	DDR3_DQ13
AB13	DVDD08_D2D	AH25	AVDD18_DDR_VAA_1	AT17	DDR1_CSN1
AB14	DVDD08_D2D	AH26	VSS	AT18	DDR1_ODT1
AB15	VSS	AH27	DVDD08_DDR	AT19	VSS
AB16	DVDD08_TOP	AH28	DVDD08_DDR	AT20	DDR1_A10
AB17	DVDD_CPU_P	AH29	DVDD08_DDR	AT21	DDR1_X0
AB18	DVDD_CPU_P	AH30	VSS	AT22	VSS
AB19	DVDD_CPU_P	AH34	VSS	AT23	DDR1_A0
AB20	DVDD_CPU_P	AH35	DDR0_A4	AT24	DDR1_A5
AB21	DVDDM_CPU	AH36	VSS	AT25	VSS
AB22	DVDD_CPU	AH37	DDR0_X1	AT26	DDR1_A11
AB23	DVDD_CPU	AH38	VSS	AT27	DDR1_ALERT_N
AB24	VSS	AH39	DDR0_CLK1T	AT28	VSS
AB25	DVDD08_TOP	AH40	DDR0_ZN_SENSE	AT29	DDR2_DQ7
AB26	AVSS_PLL	AJ1	M1_A_DQ1	AT30	DDR2_DQSCL
AB27	AVDD06_DDR_VDDQLP_0	AJ2	VSS	AT31	VSS
AB28	DVDD08_DDR	AJ3	M1_A_DV	AT32	VSS
AB29	AVDD18_DDR_VAA_0	AJ4	VSS	AT33	DDR2_DQSCU
AB30	AVDD12_DDR_VDDQ_0	AJ5	M1_A_WCK	AT34	DDR2_DQ13
AB31	AVDD12_DDR_VDDQ_0	AJ6	VSS	AT35	VSS
AB32	VSS	AJ7	VSS	AT36	VSS
AB34	VSS	AJ12	VSS	AT37	VSS
AB35	DDR0_C0	AJ13	VSS	AT38	DDR1_DQ9
AB36	VSS	AJ14	VSS	AT39	DDR1_DQ10
AB37	VSS	AJ15	VSS	AT40	DDR1_DQ8
AB38	VSS	AJ16	VSS	AU2	PCIE_SATA_1_TX2_M
AB39	DDR0_A6	AJ17	VSS	AU3	PCIE_SATA_1_TX2_P
AB40	DDR0_A8	AJ18	VSS	AU4	VSS
AC1	M1_B_SBCK	AJ19	VSS	AU5	VSS
AC2	VSS	AJ20	VSS	AU6	ADC_VIN_CH0_P
AC3	M0_B_SBCK	AJ21	VSS	AU7	ADC_VIN_CH1_P
AC4	VSS	AJ22	VSS	AU8	VSS
AC5	D2D_A_OBS	AJ23	VSS	AU9	EMMC_RSTN
AC6	VSS	AJ24	AVDD12_DDR_VDDQ_1	AU10	EMMC_DAT2
AC7	AVDD18_D2D	AJ25	AVDD12_DDR_VDDQ_1	AU11	VSS
AC8	VSS	AJ26	VSS	AU12	DDR3_DQ4
AC10	VSS	AJ27	VSS	AU13	DDR3_DML
AC11	VSS	AJ28	VSS	AU14	VSS
AC12	VSS	AJ29	VSS	AU15	DDR3_DMU
AC13	VSS	AJ34	VSS	AU16	DDR3_DQ12
AC14	VSS	AJ35	VSS	AU17	VSS
AC15	VSS	AJ36	DDR0_BA0	AU18	VSS
AC16	DVDD08_TOP	AJ37	DDR0_X0	AU19	DDR1_A14
AC17	VSS	AJ38	VSS	AU20	VSS
AC18	VSS	AJ39	VSS	AU21	VSS
AC19	VSS	AJ40	DDR0_CLK1C	AU22	DDR1_X1
AC20	VSS	AK1	VSS	AU23	VSS
AC21	VSS	AK2	M1_A_DQ2	AU24	VSS
AC22	VSS	AK3	VSS	AU25	DDR1_A9
AC23	VSS	AK4	M1_A_DQ6	AU26	VSS
AC24	AVDD18_PLL	AK5	VSS	AU27	VSS
AC25	DVDD08_PLL	AK6	M1_A_WCKB	AU28	VSS
AC26	VSS	AK7	VSS	AU29	VSS
AC27	AVDD06_DDR_VDDQLP_0	AK16	VSS	AU30	DDR2_DQ6
AC28	DVDD08_DDR	AK17	DVDD_CPU_P	AU31	DDR2_DML
AC29	VSS	AK18	DVDD_CPU_P	AU32	VSS
AC30	AVDD12_DDR_VDDQ_0	AK19	DVDD_CPU_P	AU33	DDR2_DMU
AC31	AVDD12_DDR_VDDQ_0	AK20	DVDD_CPU_P	AU34	DDR2_DQ12
AC32	VSS	AK21	VSS	AU35	VSS
AC34	VSS	AK22	VSS	AU36	VSS
AC35	VSS	AK23	AVDD12_DDR_VDDQ_1	AU37	DDR1_DML
AC36	DDR0_CKE1	AK24	AVDD12_DDR_VDDQ_1	AU38	VSS
AC37	DDR0_ALERT_N	AK25	AVDD12_DDR_VDDQ_1	AU39	DDR1_DQ1
AC38	VSS	AK26	AVDD12_DDR_VDDQ_1	AU40	DDR1_DQ0
AC39	VSS	AK27	VSS	AV1	PCIE_SATA_0_TX1_M
AC40	DDR0_A12	AK28	VSS	AV2	PCIE_SATA_0_TX1_P
AD1	VSS	AK34	VSS	AV3	VSS
AD2	M1_B_DQ3	AK35	VSS	AV4	VSS
AD3	VSS	AK36	DDR0_A10	AV5	SDIO_CLK
AD4	M1_B_DQ6	AK37	VSS	AV6	VSS
AD5	VSS	AK38	DDR0_A15	AV7	VSS
AD6	M1_B_DQ7	AK39	DDR0_ODT0	AV8	EMMC_DAT0
AD7	VSS	AK40	DDR0_A16	AV9	VSS
AD8	VSS	AL1	M1_A_DQ3	AV10	VSS
AD10	VSS	AL2	VSS	AV11	DDR3_DQ6
AD11	AVDD08_D2D	AL3	M1_A_DX	AV12	VSS
AD12	AVDD08_D2D	AL4	VSS	AV13	VSS
AD13	DVDD08_D2D	AL5	M1_A_DQ7	AV14	DDR3_DQ9
AD14	DVDD08_D2D	AL6	VSS	AV15	VSS
AD15	DVDD08_D2D	AL7	VSS	AV16	VSS
AD16	DVDD08_TOP	AL16	VSS	AV17	DDR1_PAR
AD17	DVDD_CPU_P	AL17	VSS	AV18	VSS
AD18	DVDD_CPU_P	AL18	VSS	AV19	VSS
AD19	DVDD_CPU_P	AL19	VSS	AV20	DDR1_A15
AD20	DVDD_CPU_P	AL20	VSS	AV21	VSS
AD21	DVDD_CPU	AL21	VSS	AV22	VSS
AD22	DVDD_CPU	AL22	VSS	AV23	DDR1_VREF
AD23	DVDD_CPU	AL23	VSS	AV24	VSS
AD24	DVDD08_DDR	AL24	VSS	AV25	VSS
AD25	DVDD08_DDR	AL25	VSS	AV26	DDR1_CSN0
AD26	DVDD08_DDR	AL26	VSS	AV27	VSS
AD27	DVDD08_DDR	AL27	VSS	AV28	VSS
AD28	DVDD08_DDR	AL34	VSS	AV29	DDR2_DQ5
AD29	DVDD08_DDR	AL35	DDR0_C2	AV30	VSS
AD30	VSS	AL36	VSS	AV31	VSS
AD31	AVDD12_DDR_VDDQ_0	AL37	DDR0_A14	AV32	DDR2_DQ8
AD32	VSS	AL38	VSS	AV33	VSS
AD34	VSS	AL39	DDR0_A1	AV34	VSS
AD35	VSS	AL40	DDR0_BA1	AV35	DDR1_DQSTL
AD36	DDR0_A11	AM1	PCIE_SATA_0_RX0_P	AV36	DDR1_DQSCL
AD37	VSS	AM2	PCIE_SATA_0_RX0_M	AV37	DDR1_DQ4
AD38	DDR0_CSN0	AM3	VSS	AV38	VSS
AD39	DDR0_BG1	AM4	VSS	AV39	VSS
AD40	DDR0_BG0	AM5	VSS	AV40	DDR1_DQ2
AE1	M1_B_DQ2	AM6	VSS	AW1	VSS
AE2	VSS	AM7	VSS	AW2	PCIE_SATA_0_TX0_M
AE3	M1_B_DX	AM34	VSS	AW3	PCIE_SATA_0_TX0_P
AE4	VSS	AM35	VSS	AW4	VSS
AE5	M1_B_WCKB	AM36	DDR0_C1	AW5	SDIO_DAT1
AE6	VSS	AM37	DDR0_ODT1	AW6	VSS
AE7	VSS	AM38	VSS	AW7	SDIO_DAT3
AE11	VSS	AM39	VSS	AW8	EMMC_DAT3
AE12	VSS	AM40	DDR0_A2	AW9	VSS
AE13	VSS	AN2	PCIE_SATA_0_RX1_P	AW10	EMMC_DAT1
AE14	VSS	AN3	PCIE_SATA_0_RX1_M	AW11	DDR3_DQ3
AE15	VSS	AN4	VSS	AW12	VSS
AE16	DVDD08_TOP	AN5	VSS	AW13	DDR3_DQ1
AE17	VSS	AN6	PVT_VIN_HI_0	AW14	DDR3_DQ10
AE18	VSS	AN7	VSS	AW15	VSS
AE19	VSS	AN8	VSS	AW16	DDR3_DQ15
AE20	VSS	AN16	VSS	AW17	DDR1_RSTN
AE21	VSS	AN17	VSS	AW18	VSS
AE22	VSS	AN18	AVDD33_EMMC	AW19	DDR1_A1
AE23	VSS	AN19	VSS	AW20	DDR1_ODT0
AE24	VSS	AN20	AVDD18_EMMC	AW21	VSS
AE25	VSS	AN21	VSS	AW22	DDR1_CLK1T
AE26	VSS	AN22	AVDD18_EFUSE	AW23	DDR1_CLK0C
AE27	VSS	AN23	VSS	AW24	VSS
AE28	VSS	AN33	VSS	AW25	DDR1_CKE0
AE29	VSS	AN34	VSS	AW26	DDR1_BG1
AE30	DVDD08_DDR	AN35	VSS	AW27	VSS
AE31	VSS	AN36	DDR0_CSN1	AW28	DDR1_A6
AE32	VSS	AN37	VSS	AW29	DDR2_DQ1
AE34	VSS	AN38	DDR0_PAR	AW30	VSS
AE35	DDR0_A7	AN39	DDR0_RSTN	AW31	DDR2_DQ3
AE36	VSS	AN40	DDR0_A13	AW32	DDR2_DQ11
AE37	DDR0_A9	AP1	PCIE_SATA_1_RX2_P	AW33	VSS
AE38	VSS	AP2	PCIE_SATA_1_RX2_M	AW34	DDR2_DQ15
AE39	DDR0_CKE0	AP3	VSS	AW35	VSS
AE40	DDR0_ACTN	AP4	PCIE_SATA_0_REFCLK_P	AW36	DDR1_DQ5
AF1	VSS	AP5	PCIE_SATA_0_REFCLK_M	AW37	VSS
AF2	M1_B_DQ1	AP6	VSS	AW38	DDR1_DQ3
AF3	VSS	AP7	PVT_VIN_LO_0	AW39	DDR1_DQ7
AF4	M1_B_DQ4	AP8	VSS	AW40	VSS
AF5	VSS	AP9	VSS	AY2	VSS
AF6	M1_B_WCK	AP10	VSS	AY3	PCIE_SATA_RESREF
AF7	VSS	AP11	VSS	AY4	ADC_DISLVL
AF11	VSS	AP12	VSS	AY5	SDIO_DAT0
AF12	AVDD08_PCIE3	AP13	VSS	AY6	SDIO_CMD
AF13	AVDD08_PCIE3	AP14	VSS	AY7	SDIO_DAT2
AF14	AVDD08_PCIE3	AP15	VSS	AY8	EMMC_DAT4
AF15	AVDD08_PCIE3	AP16	VSS	AY9	EMMC_DAT5
AY10	EMMC_DAT6	F39	GPIO3_1	P23	DVDD08_TOP
AY11	DDR3_DQ7	F40	GPIO2_0	P24	DVDD08_TOP
AY12	DDR3_DQ2	G1	GPIO1_11	P25	DVDD08_TOP
AY13	DDR3_DQ0	G2	VSS	P26	VSS
AY14	DDR3_DQ8	G3	VSS	P27	VSS
AY15	DDR3_DQ11	G4	AOUART_RXD	P28	VSS
AY16	DDR3_DQ14	G5	AOUART_TXD	P29	DVDD_NPU_VIP
AY17	DDR1_A13	G6	AOGPIO0_23	P30	VSS
AY18	DDR1_A2	G7	VSS	P31	VSS
AY19	DDR1_BA1	G8	VSS	P34	VSS
AY20	DDR1_A16	G9	VSS	P35	GPIO2_9
AY21	DDR1_CLK1C	G10	VSS	P36	GPIO2_7
AY22	DDR1_ZN_SENSE	G11	VSS	P37	GPIO2_6
AY23	VSS	G12	VSS	P38	VSS
AY24	DDR1_CLK0T	G13	VSS	P39	VSS
AY25	DDR1_ACTN	G14	VSS	P40	GPIO2_20
AY26	DDR1_BG0	G15	VSS	R1	M0_B_DQ0
AY27	DDR1_A12	G16	VSS	R2	VSS
AY28	DDR1_A8	G17	AVDD08_MIPI	R3	M0_B_DV
AY29	DDR2_DQ4	G18	VSS	R4	VSS
AY30	DDR2_DQ0	G19	MIPI_CSI0_B_DATAN1	R5	M0_B_DQ5
AY31	DDR2_DQ2	G20	VSS	R6	VSS
AY32	DDR2_DQ9	G21	VSS	R7	VSS
AY33	DDR2_DQ14	G22	MIPI_CSI1_B_DATAN1	R11	VSS
AY34	DDR2_DQ10	G23	VSS	R12	VSS
AY35	VSS	G24	VSS	R13	DVDD08_AON
AY36	VSS	G25	MIPI_DSI0_REXT	R14	VSS
AY37	VSS	G26	VSS	R15	DVDD08_TOP
AY38	DDR1_DQ6	G27	AVDD18_MIPI	R16	DVDD08_TOP
AY39	VSS	G28	VSS	R17	DVDD08_TOP
B1	VSS	G29	VSS	R18	DVDD08_TOP
B2	GPIO0_5	G30	HDMI_HPD	R19	DVDD08_TOP
B3	GPIO0_2	G31	VSS	R20	VSS
B4	GPIO0_11	G32	DPTX_AUX_P	R21	DVDD_GPU
B5	VSS	G33	AVDD33_USB2	R22	VSS
B6	GPIO0_7	G34	VSS	R23	DVDD_NPU_VIP
B7	GPIO1_0	G35	USB2_2_VBUS	R24	DVDD_NPU_VIP
B8	VSS	G36	VSS	R25	DVDD_NPU_VIP
B9	GPIO0_20	G37	USB2_0_VBUS	R26	DVDD_NPU_VIP
B10	GPIO0_23	G38	VSS	R27	DVDD_NPU_VIP
B11	VSS	G39	GPIO2_1	R28	DVDD_NPU_VIP
B12	GPIO0_28	G40	GPIO2_4	R29	DVDD_NPU_VIP
B13	GPIO0_14	H1	GPIO1_13	R30	DVDD_NPU_VIP
B14	VSS	H2	GPIO1_12	R31	VSS
B15	AOGPIO0_27	H3	VSS	R34	VSS
B16	AOGPIO0_31	H4	CPU_JTG_TDI	R35	VSS
B17	VSS	H5	VSS	R36	GPIO2_5
B18	AOI2C0_SCL	H6	CPU_JTG_TDO	R37	VSS
B19	MIPI_CSI0_A_CLKN	H7	VSS	R38	VSS
B20	MIPI_CSI0_A_DATAP0	H8	VSS	R39	GPIO2_14
B21	MIPI_CSI0_A_DATAN1	H16	VSS	R40	VSS
B22	MIPI_CSI1_A_CLKN	H17	VSS	T1	VSS
B23	MIPI_CSI1_A_DATAP0	H18	AVDD08_MIPI	T2	M0_A_DQ0
B24	MIPI_CSI1_A_DATAN1	H19	VSS	T3	VSS
B25	MIPI_DSI0_DATAP0	H20	MIPI_CSI0_A_REXT	T4	M0_A_DQ4
B26	MIPI_DSI0_CLKN	H21	AVDD08_USB3	T5	VSS
B27	MIPI_DSI0_DATAP1	H22	VSS	T6	M0_A_DQ5
B28	HDMI_TMDSDATAN2	H23	MIPI_CSI1_A_REXT	T7	VSS
B29	HDMI_TMDSDATAP1	H24	VSS	T11	VSS
B30	HDMI_TMDSDATAN0	H25	VSS	T12	VSS
B31	USB3_DPTX_TX3_P	H26	AVDD18_USB3	T13	VSS
B32	USB3_DPTXRX_TXRX2_P	H27	VSS	T14	DVDD08_TOP
B33	USB3_DPTX_TX0_P	H28	VSS	T15	DVDD08_TOP
B34	USB3_DPTXRX_TXRX1_M	H29	VSS	T16	VSS
B35	USB2_2_DM	H30	AVDD18_USB2	T17	VSS
B36	USB2_1_DP	H31	VSS	T18	DVDD08_TOP
B37	USB2_0_DM	H32	DVDD08_USB2	T19	DVDD08_TOP
B38	GPIO2_21	H33	VSS	T20	VSS
B39	GPIO2_19	H34	VSS	T21	DVDD_GPU
B40	VSS	H35	GPIO2_31	T22	VSS
C1	VSS	H36	USB2_1_VBUS	T23	VSS
C2	GPIO0_6	H37	GPIO2_28	T24	VSS
C3	GPIO0_4	H38	VSS	T25	VSS
C4	VSS	H39	VSS	T26	VSS
C5	VSS	H40	GPIO3_3	T27	VSS
C6	GPIO0_9	J1	GPIO1_4	T28	VSS
C7	VSS	J2	GPIO1_2	T29	VSS
C8	VSS	J3	GPIO1_5	T30	VSS
C9	GPIO0_21	J4	VSS	T31	VSS
C10	VSS	J5	CPU_JTG_TCLK	T34	VSS
C11	VSS	J6	VSS	T35	VSS
C12	GPIO0_31	J7	VSS	T36	DDR0_DQ13
C13	VSS	J16	VSS	T37	DDR0_DQ12
C14	VSS	J17	VSS	T38	VSS
C15	AOGPIO0_28	J18	VSS	T39	DDR0_DQ15
C16	VSS	J19	VSS	T40	DDR0_DQ10
C17	VSS	J20	VSS	U1	M0_A_DQ1
C18	AOGPIO1_8	J21	VSS	U2	VSS
C19	VSS	J22	AVDD08_USB3	U3	M0_A_DV
C20	MIPI_CSI0_A_DATAN0	J23	VSS	U4	VSS
C21	VSS	J24	VSS	U5	M0_A_WCK
C22	VSS	J25	VSS	U6	VSS
C23	MIPI_CSI1_A_DATAN0	J26	VSS	U7	VSS
C24	VSS	J27	VSS	U11	VSS
C25	VSS	J28	VSS	U12	VSS
C26	MIPI_DSI0_CLKP	J29	VSS	U13	DVDD08_TOP
C27	VSS	J30	VSS	U14	VSS
C28	VSS	J31	VSS	U15	DVDD_VP
C29	HDMI_TMDSDATAN1	J32	VSS	U16	VSS
C30	VSS	J33	VSS	U17	DVDD_VP
C31	VSS	J34	VSS	U18	VSS
C32	USB3_DPTXRX_TXRX2_M	J35	VSS	U19	DVDD08_TOP
C33	VSS	J36	GPIO2_30	U20	VSS
C34	VSS	J37	VSS	U21	DVDD_GPU
C35	VSS	J38	GPIO3_9	U22	VSS
C36	USB2_1_DM	J39	GPIO3_6	U23	DVDD_NPU_VIP
C37	VSS	J40	GPIO2_29	U24	DVDD_NPU_VIP
C38	GPIO2_17	K1	GPIO1_6	U25	DVDD_NPU_VIP
C39	GPIO2_18	K2	VSS	U26	DVDD_NPU_VIP
C40	GPIO3_4	K3	VSS	U27	DVDD_NPU_VIP
D1	RTC_CLK_OUT	K4	CPU_JTG_TMS	U28	DVDD_NPU_VIP
D2	RTC_CLK_IN	K5	CPU_JTG_TRST	U29	DVDD_NPU_VIP
D3	VSS	K6	GPIO1_14	U30	DVDD_NPU_VIP
D4	TEST_MODE	K7	VSS	U31	VSS
D5	DEBUG_MODE	K19	VSS	U34	VSS
D6	VSS	K20	VSS	U35	DDR0_DQSTU
D7	BOOT_SEL0	K21	VSS	U36	DDR0_DQSCU
D8	GPIO0_16	K22	VSS	U37	DDR0_DMU
D9	VSS	K23	VSS	U38	VSS
D10	BOOT_SEL1	K24	VSS	U39	VSS
D11	GPIO0_27	K25	VSS	U40	DDR0_DQ14
D12	VSS	K33	VSS	V1	VSS
D13	GPIO0_26	K34	VSS	V2	M0_A_DQ2
D14	RST_N_IN	K35	GPIO2_25	V3	VSS
D15	VSS	K36	VSS	V4	M0_A_DQ6
D16	GPIO0_17	K37	GPIO2_12	V5	VSS
D17	AOGPIO1_4	K38	VSS	V6	M0_A_WCKB
D18	VSS	K39	GPIO3_5	V7	VSS
D19	VSS	K40	GPIO3_7	V11	VSS
D20	VSS	L1	GPIO1_7	V12	VSS
D21	MIPI_CSI0_B_CLKP	L2	GPIO1_8	V13	DVDD_VP
D22	VSS	L3	VSS	V14	VSS
D23	VSS	L4	AOGPIO0_21	V15	DVDD_VP
D24	MIPI_CSI1_B_CLKP	L5	VSS	V16	VSS
D25	VSS	L6	GPIO1_15	V17	DVDD_VP
D26	VSS	L7	VSS	V18	VSS
D27	MIPI_DSI0_DATAN3	L34	VSS	V19	DVDD08_TOP
D28	VSS	L35	GPIO2_26	V20	VSS
D29	VSS	L36	GPIO2_16	V21	DVDD_GPU
D30	HDMI_REXT	L37	GPIO2_15	V22	VSS
D31	VSS	L38	VSS	V23	DVDD_GPU
D32	VSS	L39	VSS	V24	VSS
D33	USB3_DPTX_REFCLK_M	L40	GPIO3_2	V25	VSS
D34	VSS	M1	VSS	V26	VSS
D35	USB2_2_TXRTUNE	M2	M0_B_DQ3	V27	VSS
D36	VSS	M3	VSS	V28	VSS
D37	USB2_0_TXRTUNE	M4	M0_B_DQ6	V29	VSS
D38	VSS	M5	VSS	V30	VSS
D39	GPIO2_2	M6	M0_B_DQ7	V31	VSS
D40	GPIO3_10	M7	VSS	V34	VSS
E1	OSC_CLK_IN	M13	VSS	V35	VSS
E2	OSC_CLK_OUT	M14	VSS	V36	VSS
E3	GPIO1_3	M15	VSS	V37	VSS
E4	VSS	M16	VSS	V38	DDR0_DQ8
E5	AOGPIO0_22	M17	VSS	V39	DDR0_DQ11
E6	POR_SEL	M18	VSS	V40	DDR0_DQ9
E7	VSS	M19	VSS	W1	M0_A_DQ3
E8	GPIO0_24	M20	VSS	W2	VSS
E9	GPIO0_15	M21	VSS	W3	M0_A_DX
E10	VSS	M22	VSS	W4	VSS
E11	AOI2C1_SCL	M23	VSS	W5	M0_A_DQ7
E12	AOGPIO1_5	M24	VSS	W6	VSS
E13	VSS	M25	VSS	W7	VSS
E14	AOGPIO1_6	M26	AVDD18_PERI2	W11	VSS
E15	AOGPIO0_25	M27	VSS	W12	AVDD18_PERI1
E16	VSS	M28	VSS	W13	DVDD_VP
E17	AOGPIO1_3	M29	VSS	W14	VSS
E18	AOI2C0_SDA	M30	VSS	W15	DVDD_VP
E19	VSS	M34	VSS	W16	VSS
E20	MIPI_CSI0_B_DATAP0	M35	VSS	W17	DVDD_VP
E21	MIPI_CSI0_B_CLKN	M36	GPIO2_10	W18	VSS
E22	VSS	M37	VSS	W19	DVDD08_TOP
E23	MIPI_CSI1_B_DATAP0	M38	GPIO2_13	W20	VSS
E24	MIPI_CSI1_B_CLKN	M39	GPIO3_8	W21	DVDD_GPU
E25	VSS	M40	GPIO2_27	W22	VSS
E26	MIPI_DSI0_DATAN2	N1	M0_B_DQ2	W23	DVDD_GPU
E27	MIPI_DSI0_DATAP3	N2	VSS	W24	DVDD_NPU
E28	VSS	N3	M0_B_DX	W25	DVDD_NPU
E29	HDMI_TMDSCLKP	N4	VSS	W26	DVDD_NPU
E30	VSS	N5	M0_B_WCKB	W27	DVDD_NPU
E31	VSS	N6	VSS	W28	DVDD_NPU
E32	USB3_DPTX_RESREF	N7	VSS	W29	DVDD_NPU
E33	USB3_DPTX_REFCLK_P	N12	VSS	W30	DVDD_NPU
E34	VSS	N13	AVDD18_AON	W31	VSS
E35	USB2_2_ID	N14	VSS	W34	VSS
E36	USB2_1_TXRTUNE	N15	VSS	W35	VSS
E37	USB2_0_ID	N16	VSS	W36	VSS
E38	VSS	N17	VSS	W37	DDR0_DML
E39	VSS	N18	VSS	W38	VSS
E40	GPIO3_0	N19	VSS	W39	DDR0_DQ3
F1	GPIO1_9	N20	VSS	W40	DDR0_DQ2
F2	GPIO1_10	N21	DVDD_GPU	Y1	VSS
F3	VSS	N22	VSS	Y2	M1_A_SBCK
F4	GPIO0_13	N23	VSS	Y3	VSS
F5	GPIO0_12	N24	VSS	Y4	M0_A_SBCK
F6	VSS	N25	VSS	Y5	VSS
F7	AOGPIO0_24	N26	VSS	Y6	D2D_RZQ
F8	AOGPIO1_0	N27	VSS	Y7	VSS
F9	GPIO0_25	N28	VSS	Y11	VSS
F10	RST_N_OUT	N29	DVDD_NPU_VIP	Y12	VSS
F11	AOI2C1_SDA	N30	DVDD_NPU_VIP	Y13	DVDD_VP
F12	VSS	N31	VSS	Y14	VSS
F13	GPIO1_16	N34	VSS	Y15	DVDD_VP
F14	MULTI_DIE_PACKAGE	N35	GPIO2_11	Y16	VSS
F15	VSS	N36	VSS	Y17	DVDD08_TOP
F16	AOGPIO0_30	N37	GPIO2_8	Y18	DVDD08_TOP
F17	AOGPIO1_2	N38	VSS	Y19	DVDD08_TOP
F18	VSS	N39	GPIO2_24	Y20	DVDD08_TOP
F19	MIPI_CSI0_B_DATAP1	N40	GPIO2_23	Y21	DVDD08_TOP
F20	MIPI_CSI0_B_DATAN0	P1	VSS	Y22	DVDD08_TOP
F21	VSS	P2	M0_B_DQ1	Y23	DVDD08_TOP
F22	MIPI_CSI1_B_DATAP1	P3	VSS	Y24	VSS
F23	MIPI_CSI1_B_DATAN0	P4	M0_B_DQ4	Y25	VSS
F24	VSS	P5	VSS	Y26	VSS
F25	VSS	P6	M0_B_WCK	Y27	VSS
F26	MIPI_DSI0_DATAP2	P7	VSS	Y28	VSS
F27	VSS	P11	VSS	Y29	VSS
F28	VSS	P12	AVDD18_AON	Y30	VSS
F29	HDMI_TMDSCLKN	P13	DVDD08_AON	Y31	VSS
F30	VSS	P14	DVDD08_TOP	Y32	VSS
F31	VSS	P15	DVDD08_TOP	Y34	VSS
F32	DPTX_AUX_N	P16	VSS	Y35	DDR0_DQSTL
F33	VSS	P17	VSS	Y36	DDR0_DQSCL
F34	VSS	P18	DVDD08_TOP	Y37	DDR0_DQ6
F35	VSS	P19	DVDD08_TOP	Y38	VSS
F36	USB2_1_ID	P20	VSS	Y39	VSS
F37	VSS	P21	DVDD_GPU	Y40	DDR0_DQ0
F38	GPIO2_3	P22	VSS

Power On/Off Sequence

Power On Sequence

The parameters in the table below represent the time required for the pins to enable the power supply in sequence.

Parameter (Power on Time Interval)	Typical	Unit
AVDD18_AON	1000	ms
AVDD18_AON to DVDD08_AON	2	ms
DVDD08_AON to AVDD18_TOP	2	ms
AVDD18_TOP to AVDD18_PLL_HV	2	ms
AVDD18_PLL_HV to DVDD08_PLL	2	ms
DVDD08_USB2_PHY to AVDD18_EMMC_PHY	2	ms
AVDD18_EMMC_PHY to AVDD33_EMMC_PHY	2	ms
AVDD33_EMMC_PHY to AVDDH18_USB2_PHY	2	ms
AVDDH18_USB2_PHY to AVDD33_USB2_PHY	2	ms
AVDD33_USB2_PHY to DVDD_DDR_SS	2	ms
DVDD_DDR_SS to DVDD_CPU_SS	2	ms
DVDD_CPU_SS to DVDDM_CPU_SS	2	ms
DVDDM_CPU_SS to POR release	2	ms
POR release	6	ms

Power Off Sequence

The parameters in the table below represent the time required for the pins to cut off the power supply in sequence.

Parameter (Power Down Time Interval)	Typical	Unit
DVDD_VP_SS to DVDD_GPU_SS	2	ms
DVDD_GPU_SS to DVDD_NPU_VIP	2	ms
DVDD_NPU_VIP to DVDD_NPU_SS	2	ms
DVDD_NPU_SS to AVDD08_MIPI_PHY_VP	2	ms
AVDD08_MIPI_PHY_VP to AVDD18_MIPI_PHY_VPH	2	ms
AVDD18_MIPI_PHY_VPH to DVDD_CPU_P	2	ms
DVDD_CPU_P to AVDD33_EMMC_PHY	2	ms
AVDD33_EMMC_PHY to AVDD18_EMMC_PHY	2	ms
AVDD18_EMMC_PHY to AVDD18_C10_PHY_VPH	2	ms
AVDD18_C10_PHY_VPH to AVDD18_E16_PHY_VPH	2	ms
AVDD18_E16_PHY_VPH to AVDDH18_USB2_PHY	2	ms
AVDDH18_USB2_PHY to AVDD33_USB2_PHY	2	ms
AVDD33_USB2_PHY to AVDD18_DDR_PHY_VAA0	2	ms
AVDD18_DDR_PHY_VAA0 to AVDD18_DDR_PHY_VAA1	2	ms
AVDD18_DDR_PHY_VAA1 to AVDD06_DDR_PHY_QLP0	2	ms
AVDD06_DDR_PHY_QLP0 to AVDD06_DDR_PHY_QLP1	2	ms
AVDD06_DDR_PHY_QLP1 to AVDD12_DDR_PHY_VDDQ0	2	ms
AVDD12_DDR_PHY_VDDQ0 to AVDD12_DDR_PHY_VDDQ1	2	ms
AVDD12_DDR_PHY_VDDQ1 to DVDD08_DDR_SS	2	ms
DVDD08_DDR_SS to DVDDM_CPU_SS	2	ms
DVDDM_CPU_SS to DVDD_CPU_SS	2	ms
DVDD_CPU_SS to DVDD08_USB2_PHY	2	ms
DVDD08_TOP to AVDD18_PLL_HV	2	ms
AVDD18_PLL_HV to AVDD18_TOP	2	ms
AVDD18_TOP to DVDD08_AON	2	ms
DVDD08_AON to AVDD18_AON	2	ms
AVDD18_AON	2	ms