“瑞苏盈科水星XU5 开发套件试用活动”开箱鉴赏

dwx199603 · 发表于 2021-12-27 11:00:50

感谢入选试用活动，周五收到就尽快开箱，熟悉硬件。
1 水星XU5 开发套件简介
水星Mercury XU5片上系统（SoC）核心板通过结合Xilinx Zynq UltraScale+™ MPSoC系列芯片和高速DDR4 ECC SDRAM、eMMC flash、QSPI flash、双Gigabit Ethernet PHY、双USB 3.0形成了一个完整的、功能强大的嵌入式处理系统。
板卡资源：

基于Xilinx's Zynq Ultrascale+™ MPSoC XCZU5EV
PS端（DDR4 ECC SDRAM）和PL端（DDR4 SDRAM）2个独立的内存通道
最高24 GByte/sec内存带宽
提供PCIe® Gen3 x 4，PCIe Gen2 x 4，2 x USB 3.0，2x Gigabit Ethernet
多个型号可供选择，提供工业级型号
采用2个168-pin Hirose FX10连接器，引出178个用户I/O
提供Linux BSP和工具链
功能强大、身材小巧的FPGA核心板

扩展板结构框图：

扩展板具有一下特点

n 兼容所有水星Mercury(+)系列FPGA和SoC核心板
n 适用于从原型到量产
n 身材紧凑（120 × 100 mm）
n 为视频应用而设计的大量接口
与水星Mercury(+)系列核心板相匹配的连接器

n USB 3.0主
n USB 3.0从
n FTDI USB 2.0高速设备控制器
n 2 × MIPI D-PHY 接口 (CSI和DSI/CSI)
n 2 × Gigabit Ethernet
n HDMI连接器
n Mini DisplayPort连接器
n SFP+连接器
n FMC HPC连接器
n 低抖动时钟发生器
n microSD卡槽
n 2 × 40-pin Anios连接器
n 3 × 12-pin IO连接器
n 12 V 单电源输入
n 120 × 100 mm

接下来重头戏开箱！！！！！！！！！！！！！！！！！！！！！！
首先看到的金属箱，一个字高端！！！！完美保护着板卡板卡

全家福，目前能看到的有DP转HDMI连接线、罗技的摄像头、USB线、接下来开盲盒，

第一个盒子：标准电源，附带各种标准的电源转接头，贴心（虽然我不出国）。

第二个就开到了板，被防静电包装袋包裹。继续开。

散热器，导热垫、风扇、可以完美压制5EV的发热。继续

空的······空的········

5EV本体，

组装好的合体。

核心板通过板间连接器与扩展底板相连接，由于核心板未设置Connector C连接器，故无法使用底板上的SFP连、HDMI、mipi、以及部分FMC端口等连接到Connector C连接器的相关接口。

Mercury XU5	Mercury+ ST1	Product Name	Connector A Pin Numbers		Product Name	Mercury XU5	Mercury+ ST1
Signal Name (*12)	Signal Name	Pin Type (*11)	Outside	Inside	Pin Type (*11)	Signal Name (*12)	Signal Name
VCC_MOD	VCC_MAIN	VIN_MOD	1	2	VIN_MOD	VCC_MOD	VCC_MAIN
VCC_MOD	VCC_MAIN	VIN_MOD	3	4	VIN_MOD	VCC_MOD	VCC_MAIN
VCC_MOD	VCC_MAIN	VIN_MOD	5	6	VIN_MOD	VCC_MOD	VCC_MAIN
VCC_MOD	VCC_MAIN	VIN_MOD	7	8	VIN_MOD	VCC_MOD	VCC_MAIN
VCC_MOD	VCC_MAIN	VIN_MOD	9	10	PWR_EN	PWR_EN	PWR_EN
VCC_MOD	VCC_MAIN	VIN_MOD	11	12	PWR_GOOD	PWR_GOOD	PWR_GOOD
GND	GND	GND	13	14	GND	GND	GND
IO_BN_L9_AD11_W14_P	IO0_D14_P	IO_P	15	16	SCLK_P	IO_BN_L8_HDGC_AB15_P	IO0_D0_P
IO_BN_L9_AD11_W13_N	IO0_D15_N	IO_N	17	18	SCLK_N	IO_BN_L8_HDGC_AB14_N	IO0_D1_N
IO_BN_L10_AD10_Y14_P	IO0_D16_P	IO_P	19	20	GND	GND	GND
IO_BN_L10_AD10_Y13_N	IO0_D17_N	IO_N	21	22	IO_P	IO_BN_L11_AD9_W12_P	IO0_D2_P
GND	GND	GND	23	24	IO_N	IO_BN_L11_AD9_W11_N	IO0_D3_N
IO_BN_L12_AD8_Y12_P	IO0_D18_P	IO_P	25	26	VOUT_3V3	VCC_3V3	VCC_3V3_MOD
IO_BN_L12_AD8_AA12_N	IO0_D19_N	IO_N	27	28	IO_P	IO_BN_L1_AD15_AE15_P	IO0_D4_P
VCC_3V3	VCC_3V3_MOD	VOUT_3V3	29	30	IO_N	IO_BN_L1_AD15_AE14_N	IO0_D5_N
IO_BN_L2_AD14_AG14_P	IO0_D20_P	IO_P	31	32	GND	GND	GND
IO_BN_L2_AD14_AH14_N	IO0_D21_N	IO_N	33	34	IO_P	IO_BN_L4_AD12_AE13_P	IO0_D6_P
GND	GND	GND	35	36	IO_N	IO_BN_L4_AD12_AF13_N	IO0_D7_N
IO_BN_L7_HDGC_AA13_P	IO0_D12_P	IO_P	37	38	VIN_IO	VCC_IO_BN	VCC_IO_A
IO_BN_L7_HDGC_AB13_N	IO0_D13_N	IO_N	39	40	IO_P	IO_BN_L3_AD13_AG13_P	IO0_D8_P
VCC_IO_BO	VCC_IO_A	VIN_IO	41	42	IO_N	IO_BN_L3_AD13_AH13_N	IO0_D9_N
IO_BN_L5_HDGC_AD15_P	IO0_D22_P	IO_P	43	44	GND	GND	GND
IO_BN_L5_HDGC_AD14_N	IO0_D23_N	IO_N	45	46	PCLK_P	IO_BN_L6_HDGC_AC14_P	CLK_USR_P
GND	GND	GND	47	48	PCLK_N	IO_BN_L6_HDGC_AC13_N	CLK_USR_N
IO_BO_L7_HDGC_AD5_AD11_P	IO0_CLK_P	SCLK_P	49	50	VOUT_3V3	VCC_3V3	VCC_3V3_MOD
IO_BO_L7_HDGC_AD5_AD10_N	IO0_CLK_N	SCLK_N	51	52	IO_P	IO_BO_L8_HDGC_AD4_AB11_P	IO0_D10_P
VCC_2V5	VCC_OUT_A	VOUT	53	54	IO_N	IO_BO_L8_HDGC_AD4_AC11_N	IO0_D11_N
IO_BO_L1_AD11_AG10_P	I2C_SCL_FPGA	IO_P	55	56	GND	GND	GND
IO_BO_L1_AD11_AH10_N	I2C_SDA_FPGA	IO_N	57	58	IO_P	IO_BO_L9_AD3_AA11_P	BTN1#
GND	GND	GND	59	60	IO_N	IO_BO_L9_AD3_AA10_N	CLK_100_CAL
IO_BO_L4_AD8_AE10_P	HDMI_HPD	IO_P	61	62	VOUT	VCC_2V5	VCC_OUT_A
IO_BO_L4_AD8_AF10_N	I2C_MIPI_SEL	IO_N	63	64	IO_P	IO_BO_L11_AD1_Y9_P	IO4_D2_P
VCC_2V5	VCC_OUT_A	VOUT	65	66	IO_N	IO_BO_L11_AD1_AA8_N	IO4_D3_N
IO_BO_L3_AD9_AH12_P	IO3_D2_P	IO_P	67	68	GND	GND	GND
IO_BO_L3_AD9_AH11_N	IO3_D3_N	IO_N	69	70	IO_P	IO_BO_L10_AD2_W10_P	IO4_D4_P
GND	GND	GND	71	72	IO_N	IO_BO_L10_AD2_Y10_N	IO4_D5_N
IO_BO_L2_AD10_AF11_P	IO3_D4_P	IO_P	73	74	VIN_CFG	VCC_CFG_MIO	VCC_IO_A
IO_BO_L2_AD10_AG11_N	IO3_D5_N	IO_N	75	76	IO_P	IO_BO_L6_HDGC_AD6_AC12_P	IO4_D6_P
VCC_CFG_MIO	VCC_IO_A	VIN_CFG	77	78	IO_N	IO_BO_L6_HDGC_AD6_AD12_N	IO4_D7_N
IO_BO_L12_AD0_AB10_P	IO3_D6_P	IO_P	79	80	GND	GND	GND
IO_BO_L12_AD0_AB9_N	IO3_D7_N	IO_N	81	82	IO_P	IO_BF_L8_HDGC_AD4_F15_MIO40_P (*13)	IO4_D0_P
GND	GND	GND	83	84	IO_N	IO_BF_L8_HDGC_AD4_E15_MIO41_N (*13)	IO4_D1_N
IO_BO_L5_HDGC_AD7_AE12_P	IO3_D0_P	PCLK_P	85	86	VOUT_3V3	VCC_3V3	VCC_3V3_MOD
IO_BO_L5_HDGC_AD7_AF12_N	IO3_D1_N	PCLK_N	87	88	IO_P	IO_BE_L7_HDGC_E10_P	DP_AUX_IN
VCC_2V5	VCC_OUT_A	VOUT	89	90	IO_N	IO_BE_L7_HDGC_D10_N	DP_AUX_OUT
PS_MIO51_SDCLK	SDIO_CLK	IO_P	91	92	IO_P	IO_BE_L8_HDGC_E12_P	DP_AUX_OE
PS_MIO50_SDCMD	SDIO_CMD	IO_N	93	94	IO_N	IO_BE_L8_HDGC_D11_N	DP_HDP
PS_MIO46_SDD0	SDIO_D0	IO_P	95	96	GND	GND	GND
PS_MIO47_SDD1	SDIO_D1	IO_N	97	98	IO_P	PS_MIO45_SDCD#	SDCARD_CD#
GND	GND	GND	99	100	IO_N	PS_MIO44	BTN0#
PS_MIO48_SDD2	SDIO_D2	IO_P	101	102	VMON	VMON_INT	VMON_A102
PS_MIO49_SDD3	SDIO_D3	IO_N	103	104	SCLK_P	PS_MIO42_PERST#	GPIO0_LED0#
PS_MIO38_UARTRX	UART_RX	IO_P	105	106	SCLK_N	PS_MIO43	GPIO1_LED1#
PS_MIO39_UARTTX	UART_TX	IO_N	107	108	GND	GND	GND
GND	GND	GND	109	110	RSVD	VBUS_DETECT	VBUS_DETECT
I2C_SCL	I2C_SCL	I2C_SCL	111	112	RSVD	BOOT_MODE1	BOOT_MODE1
I2C_SDA	I2C_SDA	I2C_SDA	113	114	FLASH_DI	FLASH_DI	FLASH_DI
I2C_INT#	I2C_INT#	I2C_INT#	115	116	FLASH_CS#	FLASH_CS#	FLASH_CS#
JTAG_TDI	JTAG_TDI	JTAG_TDI	117	118	FLASH_CLK	FLASH_CLK	FLASH_CLK
JTAG_TMS	JTAG_TMS	JTAG_TMS	119	120	GND	GND	GND
JTAG_TDO	JTAG_TDO	JTAG_TDO	121	122	FLASH_DO	FLASH_DO	FLASH_DO
JTAG_TCK	JTAG_TCK	JTAG_TCK	123	124	SRST#_RDY#	PS_SRST#	SRST#_RDY#
GND	GND	GND	125	126	BOOT_MODE	BOOT_MODE0	BOOT_MODE0
USB_D_P	USBMOD_D_P	USB_DP	127	128	USB_CPEN	USB_CPEN	USBMOD_CPEN
USB_D_N	USBMOD_D_N	USB_DM	129	130	FPGA_DONE	PS_DONE	FPGA_DONE
USBH_D_P	USBMOD_VBUS_HD_P	VBUS_HDP	131	132	POR#_LOAD#	PS_POR#	POR#_LOAD#
USBH_D_N	USBMOD_ID_HD_N	ID_HDM	133	134	GND	GND	GND
GND	GND	GND	135	136	USB_SSTX_P	-	USBMOD_SSTX_P
-	USBMOD_SSRX_P	USB_SSRX_P	137	138	GND	GND	GND
GND	GND	GND	139	140	USB_SSTX_N	-	USBMOD_SSTX_N
-	USBMOD_SSRX_N	USB_SSRX_N	141	142	GND	GND	GND
GND	GND	GND	143	144	ETH_D_N	ETH1_D_N	ETH1_D_N
ETH0_D_N	ETH0_D_N	ETH_D_N	145	146	ETH_D_P	ETH1_D_P	ETH1_D_P
ETH0_D_P	ETH0_D_P	ETH_D_P	147	148	ETH_LED1#	ETH1_LED1#	ETH1_LED1#
ETH0_LED1#	ETH0_LED1#	ETH_LED1#	149	150	ETH_C_N	ETH1_C_N	ETH1_C_N
ETH0_C_N	ETH0_C_N	ETH_C_N	151	152	ETH_C_P	ETH1_C_P	ETH1_C_P
ETH0_C_P	ETH0_C_P	ETH_C_P	153	154	ETH_CTREF	ETH1_CTREF	-
ETH0_CTREF	-	ETH_CTREF	155	156	ETH_B_N	ETH1_B_N	ETH1_B_N
ETH0_B_N	ETH0_B_N	ETH_B_N	157	158	ETH_B_P	ETH1_B_P	ETH1_B_P
ETH0_B_P	ETH0_B_P	ETH_B_P	159	160	ETH_LED2#	ETH1_LED2#	ETH1_LED2#
ETH0_LED2#	ETH0_LED2#	ETH_LED2#	161	162	ETH_A_N	ETH1_A_N	ETH1_A_N
ETH0_A_N	ETH0_A_N	ETH_A_N	163	164	ETH_A_P	ETH1_A_P	ETH1_A_P
ETH0_A_P	ETH0_A_P	ETH_A_P	165	166	GND	GND	GND
GND	GND	GND	167	168	VIN_BAT	VCC_BAT	VCC_BAT

Mercury XU5	Mercury+ ST1	Product Name	Connector B Pin Numbers		Product Name	Mercury XU5	Mercury+ ST1
Signal Name (*12)	Signal Name	Pin Type (*11)	Inside	Outside	Pin Type (*11)	Signal Name (*12)	Signal Name
GND	GND	GND	1	2	GND	GND	GND
MGT_B224_REFCLK0_Y6_B66_L11_D4_P (*13)	CLK_REF0_P	SCLK_P	3	4	MGT_CLK_P	MGTPS_REFCLK0_F23_MGT_B224_REFCLK0_Y6_P (*13)	IO2_D0_P
MGT_B224_REFCLK0_Y5_B66_L11_C4_N (*13)	CLK_REF0_N	SCLK_N	5	6	MGT_CLK_N	MGTPS_REFCLK0_F24_MGT_B224_REFCLK0_Y5_N (*13)	IO2_D1_N
MGTPS_REFCLK1_E21_B66_L1_G1_P (*13)	IO2_D2_P	IO_P	7	8	VMON	VMON_1V2	VMON_B8
MGTPS_REFCLK1_E22_B66_L1_F1_N (*13)	IO2_D3_N	IO_N	9	10	MGT_CLK_P	MGTPS_REFCLK1_E21_MGT_B224_REFCLK1_V6_P (*13)	FMC_GCLK0_M2C_P
GND	GND	GND	11	12	MGT_CLK_N	MGTPS_REFCLK1_E22_MGT_B224_REFCLK1_V5_N (*13)	FMC_GCLK0_M2C_N
MGTPS_TX0_E25_MGT_B224_TX0_W4_P (*13)	DP_LANE1_P	MGT_TX_P	13	14	GND	GND	GND
GND	GND	GND	15	16	MGT_RX_P	MGTPS_RX0_F27_MGT_B224_RX0_Y2_P (*13)	DP_LANE2_P
MGTPS_TX0_E26_MGT_B224_TX0_W3_N (*13)	DP_LANE1_N	MGT_TX_N	17	18	GND	GND	GND
GND	GND	GND	19	20	MGT_RX_N	MGTPS_RX0_F28_MGT_B224_RX0_Y1_N (*13)	DP_LANE2_N
MGTPS_TX1_D23_MGT_B224_TX1_U4_P (*13)	DP_LANE0_P	MGT_TX_P	21	22	GND	GND	GND
GND	GND	GND	23	24	MGT_RX_P	MGTPS_RX1_D27_MGT_B224_RX1_V2_P (*13)	DP_LANE3_P
MGTPS_TX1_D24_MGT_B224_TX1_U3_N (*13)	DP_LANE0_N	MGT_TX_N	25	26	GND	GND	GND
GND	GND	GND	27	28	MGT_RX_N	MGTPS_RX1_D28_MGT_B224_RX1_V1_N (*13)	DP_LANE3_N
MGTPS_TX2_C25_MGT_B224_TX2_R4_P (*13)	USB0_SSTX_P	MGT_TX_P	29	30	GND	GND	GND
GND	GND	GND	31	32	MGT_RX_P	MGTPS_RX2_B27_MGT_B224_RX2_T2_P (*13)	USB0_SSRX_P
MGTPS_TX2_C26_MGT_B224_TX2_R3_N (*13)	USB0_SSTX_N	MGT_TX_N	33	34	GND	GND	GND
GND	GND	GND	35	36	MGT_RX_N	MGTPS_RX2_B28_MGT_B224_RX2_T1_N (*13)	USB0_SSRX_N
MGTPS_TX3_B23_MGT_B224_TX3_N4_P (*13)	USB1_SSTX_P	MGT_TX_P	37	38	GND	GND	GND
GND	GND	GND	39	40	MGT_RX_P	MGTPS_RX3_A25_MGT_B224_RX3_P2_P (*13)	USB1_SSRX_P
MGTPS_TX3_B24_MGT_B224_TX3_N3_N (*13)	USB1_SSTX_N	MGT_TX_N	41	42	GND	GND	GND
GND	GND	GND	43	44	MGT_RX_N	MGTPS_RX3_A26_MGT_B224_RX3_P1_N (*13)	USB1_SSRX_N
MGT_B224_TX0_W4_B66_L2_E1_P (*13)	FMC_DP0_C2M_P	IO_P	45	46	GND	GND	GND
MGT_B224_TX0_W3_B66_L2_D1_N (*13)	FMC_DP0_C2M_N	IO_N	47	48	IO_P	MGT_B224_RX0_Y2_B65_L11_K4_P (*13)	FMC_DP0_M2C_P
GND	GND	GND	49	50	IO_N	MGT_B224_RX0_Y1_B65_L11_K3_N (*13)	FMC_DP0_M2C_N
MGT_B224_TX1_U4_B66_L3_F2_P (*13)	FMC_DP1_C2M_P	IO_P	51	52	VOUT	VCC_1V8	VCC_OUT_B
MGT_B224_TX1_U3_B66_L3_E2_N (*13)	FMC_DP1_C2M_N	IO_N	53	54	IO_P	MGT_B224_RX1_V2_B65_L3_U8_P (*13)	FMC_DP1_M2C_P
VCC_3V3	VCC_3V3_MOD	VOUT_3V3	55	56	IO_N	MGT_B224_RX1_V1_B65_L3_V8_N (*13)	FMC_DP1_M2C_N
IO_B66_L12_GC_C3_P	FMC_CLK1_M2C_P	PCLK_P	57	58	GND	GND	GND
IO_B66_L12_GC_C2_N	FMC_CLK1_M2C_N	PCLK_N	59	60	IO_P	MGT_B224_RX2_T2_B65_L4_R8_P (*13)	FMC_DP2_M2C_P
GND	GND	GND	61	62	IO_N	MGT_B224_RX2_T1_B65_L4_T8_N (*13)	FMC_DP2_M2C_N
MGT_B224_TX2_R4_B66_L4_G3_P (*13)	FMC_DP2_C2M_P	IO_P	63	64	VIN_IO	VCC_IO_B65	VCC_IO_B
MGT_B224_TX2_R3_B66_L4_F3_N (*13)	FMC_DP2_C2M_N	IO_N	65	66	IO_P	MGT_B224_RX3_P2_B65_L5_R7_P (*13)	FMC_DP3_M2C_P
VCC_IO_B66	VCC_IO_B	VIN_IO	67	68	IO_N	MGT_B224_RX3_P1_B65_L5_T7_N (*13)	FMC_DP3_M2C_N
MGT_B224_TX3_N4_B66_L5_E4_P (*13)	FMC_DP3_C2M_P	IO_P	69	70	GND	GND	GND
MGT_B224_TX3_N3_B66_L5_E3_N (*13)	FMC_DP3_C2M_N	IO_N	71	72	IO_P	IO_B65_L6_AD6_R6_P	FMC_LA16_P
GND	GND	GND	73	74	IO_N	IO_B65_L6_AD6_T6_N	FMC_LA16_N
IO_B66_L7_AD13_C1_P	FMC_LA33_P	IO_P	75	76	VOUT	VCC_1V8	VCC_OUT_B
IO_B66_L7_AD13_B1_N	FMC_LA33_N	IO_N	77	78	PCLK_P	IO_B65_L12_GC_L3_P	FMC_CLK0_M2C_P
VCC_3V3	VCC_3V3_MOD	VOUT_3V3	79	80	PCLK_N	IO_B65_L12_GC_L2_N	FMC_CLK0_M2C_N
IO_B66_L6_AD6_G5_P	FMC_LA32_P	SCLK_P	81	82	GND	GND	GND
IO_B66_L6_AD6_F5_N	FMC_LA32_N	SCLK_N	83	84	IO_P	IO_B65_L7_AD13_L1_P	FMC_LA15_P
GND	GND	GND	85	86	IO_N	IO_B65_L7_AD13_K1_N	FMC_LA15_N
IO_B66_L8_AD5_A2_P	FMC_LA31_P	IO_P	87	88	VIN_IO	VCC_IO_B65	VCC_IO_B
IO_B66_L8_AD5_A1_N	FMC_LA31_N	IO_N	89	90	IO_P	IO_B65_L8_AD5_J1_P	FMC_LA14_P
IO_B66_L9_AD12_B3_P	FMC_LA30_P	IO_P	91	92	IO_N	IO_B65_L8_AD5_H1_N	FMC_LA14_N
IO_B66_L9_AD12_A3_N	FMC_LA30_N	IO_N	93	94	IO_P	IO_B65_L9_AD12_K2_P	FMC_LA13_P
VCC_IO_B66	VCC_IO_B	VIN_IO	95	96	IO_N	IO_B65_L9_AD12_J2_N	FMC_LA13_N
IO_B66_L10_AD4_B4_P	FMC_LA29_P	IO_P	97	98	GND	GND	GND
IO_B66_L10_AD4_A4_N	FMC_LA29_N	IO_N	99	100	IO_P	IO_B65_L16_AD3_P7_P	FMC_LA12_P
IO_B66_L19_AD9_B5_P	FMC_LA28_P	IO_P	101	102	IO_N	IO_B65_L16_AD3_P6_N	FMC_LA12_N
IO_B66_L19_AD9_A5_N	FMC_LA28_N	IO_N	103	104	IO_P	IO_B65_L10_AD4_H4_P	FMC_LA11_P
GND	GND	GND	105	106	IO_N	IO_B65_L10_AD4_H3_N	FMC_LA11_N
IO_B66_L20_AD1_C6_P	FMC_LA27_P	IO_P	107	108	VOUT	VCC_1V8	VCC_OUT_B
IO_B66_L20_AD1_B6_N	FMC_LA27_N	IO_N	109	110	IO_P	IO_B65_L19_AD9_J5_P	FMC_LA10_P
IO_B66_L21_AD8_A7_P	FMC_LA26_P	IO_P	111	112	IO_N	IO_B65_L19_AD9_J4_N	FMC_LA10_N
IO_B66_L21_AD8_A6_N	FMC_LA26_N	IO_N	113	114	IO_P	IO_B65_L20_AD1_J6_P	FMC_LA09_P
VCC_3V3	VCC_3V3_MOD	VOUT_3V3	115	116	IO_N	IO_B65_L20_AD1_H6_N	FMC_LA09_N
IO_B66_L23_A9_P	FMC_LA25_P	IO_P	117	118	GND	GND	GND
IO_B66_L23_A8_N	FMC_LA25_N	IO_N	119	120	IO_P	IO_B65_L21_AD8_J7_P	FMC_LA08_P
GND	GND	GND	121	122	IO_N	IO_B65_L21_AD8_H7_N	FMC_LA08_N
IO_B66_L13_GC_D7_P	FMC_LA18_CC_P	SCLK_P	123	124	IO_P	IO_B65_L24_SDA_H9_P	FMC_LA07_P
IO_B66_L13_GC_D6_N	FMC_LA18_CC_N	SCLK_N	125	126	IO_N	IO_B65_L24_PERST#_H8_N	FMC_LA07_N
VCC_3V3	VCC_3V3_MOD	VOUT_3V3	127	128	VOUT	VCC_1V8	VCC_OUT_B
IO_B66_L22_AD0_C8_P	FMC_LA24_P	IO_P	129	130	SCLK_P	IO_B65_L13_GC_L7_P	FMC_LA01_CC_P
IO_B66_L22_AD0_B8_N	FMC_LA24_N	IO_N	131	132	SCLK_N	IO_B65_L13_GC_L6_N	FMC_LA01_CC_N
IO_B66_L24_C9_P	FMC_LA23_P	IO_P	133	134	GND	GND	GND
IO_B66_L24_B9_N	FMC_LA23_N	IO_N	135	136	IO_P	IO_B65_L22_AD0_K8_P	FMC_LA06_P
GND	GND	GND	137	138	IO_N	IO_B65_L22_AD0_K7_N	FMC_LA06_N
IO_B66_L18_AD2_E9_P	FMC_LA22_P	IO_P	139	140	VIN_IO	VCC_IO_B65	VCC_IO_B
IO_B66_L18_AD2_D9_N	FMC_LA22_N	IO_N	141	142	IO_P	IO_B65_L23_SCLK_K9_P	FMC_LA05_P
VCC_IO_B66	VCC_IO_B	VIN_IO	143	144	IO_N	IO_B65_L23_J9_N	FMC_LA05_N
IO_B66_L17_AD10_F8_P	FMC_LA21_P	IO_P	145	146	GND	GND	GND
IO_B66_L17_AD10_E8_N	FMC_LA21_N	IO_N	147	148	IO_P	IO_B65_L18_AD2_M8_P	FMC_LA04_P
GND	GND	GND	149	150	IO_N	IO_B65_L18_AD2_L8_N	FMC_LA04_N
IO_B66_L14_GC_E5_P	FMC_LA17_CC_P	PCLK_P	151	152	VOUT_3V3	VCC_3V3	VCC_3V3_MOD
IO_B66_L14_GC_D5_N	FMC_LA17_CC_N	PCLK_N	153	154	SCLK_P	IO_B65_L14_GC_M6_P	FMC_LA00_CC_P
VCC_3V3	VCC_3V3_MOD	VOUT_3V3	155	156	SCLK_N	IO_B65_L14_GC_L5_N	FMC_LA00_CC_N
IO_B66_L16_AD3_G8_P	FMC_LA20_P	IO_P	157	158	GND	GND	GND
IO_B66_L16_AD3_F7_N	FMC_LA20_N	IO_N	159	160	IO_P	IO_B65_L15_AD11_N7_P	FMC_LA03_P
GND	GND	GND	161	162	IO_N	IO_B65_L15_AD11_N6_N	FMC_LA03_N
IO_B66_L15_AD11_G6_P	FMC_LA19_P	IO_P	163	164	IO_P	IO_B65_L17_AD10_N9_P	FMC_LA02_P
IO_B66_L15_AD11_F6_N	FMC_LA19_N	IO_N	165	166	IO_N	IO_B65_L17_AD10_N8_N	FMC_LA02_N
VMON_0V9	VMON_B167	VMON	167	168	VMON	VMON_PSINT	VMON_B168

PL端HP Bank65、HP Bank66为可调电压IO端口，通过扩展底板进行调节调节原理图如下：

截图.png

其中VCC_OUT_A = VCC2V5、VCC_OUT_B = VCC1V8。由核心板提供。VCC_FMC_VIOB由FMC底板提供。
底板FMC端口VCC_FMC_ADJ与VCC_FMC_VIOB相连。
暂时分享这么多。我要插电开机了，愿一切顺利。

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