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前面章节的七段数码管显示控制器IP核设计是AMBA APB总线接口，而我们FBIO Wrapper提供AMBA AXI总线接口, 不能直接连接在一起，需要一个axi2apb 的Bridge进行连接，如下

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本实验提供了相应的AXI2ABP Bridge基础文件axi2apb.v

设计案例与硬件平台(SP7021主板与FPGA子板)脚位对应连接关系如下表所示：

1:主板上的U20B接FPGA子板的J2(Pin脚对应，如 The seven-segment digital display controller IP core design in the previous chapter is the AMBA APB bus interface, and our FBIO Wrapper provides the AMBA AXI bus interface, which cannot be directly connected together. An axi2apb Bridge is required for connection as follows

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This experiment provides the corresponding AXI2ABP Bridge basic file axi2apb.v The corresponding connection between the design case and the hardware platform (SP7021 motherboard and FPGA daughter board) pin is shown in the following table: 1: U20B on the motherboard is connected to J2 of the FPGA daughter board (Pin pin corresponding, such as 1-51 ...), 提供主板上的Plus1 主芯片与FPGA的数据传输通道providing the data transmission channel between the Plus1 main chip on the motherboard and the FPGA

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SP7021主板

Design Demo	FPGA子板			FPGA daughter board		SP7021 main (mother) board
led_7segment_ctl	J2		U1E	U20B
Top Port Name	Schematic Name		FPGA I/O	Schematic Name
	1	GND		51	GND
	2	GND		52	GND
FPGA_PAD[0]	3	B34_L24_N	T8	53	FBIO_PAD_0
FPGA_PAD[43]	4	B34_L24_P	R8	54	FBIO_PAD_1
	5	VIN		55	VCC(3.3V)
	6	VCCIO34		56	VCC(3.3V)
FPGA_PAD[1]	7	B34_L21_N	V9	57	FBIO_PAD_2
FPGA_PAD[42]	8	B34_L21_P	U9	58	FBIO_PAD_3
FPGA_PAD[2]	9	B34_L18_N	N6	59	FBIO_PAD_4
FPGA_PAD[41]	10	B34_L18_P	M6	60	FBIO_PAD_5
FPGA_PAD[3]	11	B34_L22_N	U6	61	FBIO_PAD_6
FPGA_PAD[40]	12	B34_L22_P	U7	62	FBIO_PAD_7
FPGA_PAD[4]	13	B34_L20_N	V6	63	FBIO_PAD_8
FPGA_PAD[39]	14	B34_L20_P	V7	64	FBIO_PAD_9
FPGA_PAD[5]	15	B34_L23_N	T6	65	FBIO_PAD_10
FPGA_PAD[38]	16	B34_L23_P	R7	66	FBIO_PAD_11
FPGA_PAD[6]	17	B34_L10_N	V4	67	FBIO_PAD_12
FPGA_PAD[37]	18	B34_L10_P	V5	68	FBIO_PAD_13
FPGA_PAD[7]	19	B34_L19_P	R6	69	FBIO_PAD_14
FPGA_PAD[36]	20	B34_L19_N	R5	70	FBIO_PAD_15
FPGA_PAD[8]	21	B34_L8_P	U4	71	FBIO_PAD_16
FPGA_PAD[35]	22	B34_L8_N	U3	72	FBIO_TCLK
FPGA_PAD[9]	23	B34_L9_N	V2	73	FBIO_RCLK
FPGA_PAD[34]	24	B34_L9_P	U2	74	FBIO_PAD_17
FPGA_PAD[10]	25	B34_L7_N	V1	75	FBIO_PAD_18
FPGA_PAD[33]	26	B34_L7_P	U1	76	FBIO_PAD_19
FPGA_PAD[11]	27	B34_L13_P	N5	77	FBIO_PAD_20
FPGA_PAD[32]	28	B34_L13_N	P5	78	FBIO_PAD_21
FPGA_PAD[12]	29	B34_L12_P	T5	79	FBIO_PAD_22
FPGA_PAD[31]	30	B34_L12_N	T4	80	FBIO_PAD_23
FPGA_PAD[13]	31	B34_L11_N	T3	81	FBIO_PAD_24
FPGA_PAD[30]	32	B34_L11_P	R3	82	FBIO_PAD_25
FPGA_PAD[29]	33	B34_L14_P	P4	83	FBIO_PAD_26
FPGA_PAD[28]	34	B34_L14_N	P3	84	FBIO_PAD_27
FPGA_PAD[14]	35	B34_L16_N	N4	85	FBIO_PAD_28
FPGA_PAD[27]	36	B34_L16_P	M4	86	FBIO_PAD_29
FPGA_PAD[15]	37	B34_L17_N	T1	87	FBIO_PAD_30
FPGA_PAD[26]	38	B34_L17_P	R1	88	FBIO_PAD_31
FPGA_PAD[16]	39	B34_L15_N	R2	89	FBIO_PAD_32
FPGA_PAD[25]	40	B34_L15_P	P2	90	FBIO_PAD_33
FPGA_PAD[17]	41	B34_L3_N	N1	91	FBIO_PAD_34
FPGA_PAD[24]	42	B34_L3_P	N2	92	FBIO_PAD_35
FPGA_PAD[18]	43	B34_L1_N	M1	93	FBIO_PAD_RSTB
FPGA_PAD[23]	44	B34_L1_P	L1	94	EXT0_INT
	45	VCCIO34		95	VCC(3.3V)
	46	VIN		96	VCC(3.3V)
FPGA_PAD[19]	47	B34_L4_P	M3	97	EXT1_INT
FPGA_PAD[20]	48	B34_L4_N	M2	98
	49	GND		99	GND
	50	GND		100	GND

2: 主板上的U20A接FPGA子板的J1(Pin脚以一对应，如 U20A on the main board is connected to J1 of the FPGA daughter board (Pin pins correspond to one, such as 1-1 ...)，经由J17将FPGA Bank 35的42 , and the 42 pin IO (3.3v) 扩展出来，供用户使用;本实验案例中接测试扩展板的J2(Pin脚以一对应，如 of FPGA Bank 35 is extended via J17 for users; Connect J2 of the test expansion board (Pin pin corresponds to one, such as 1-1 ...), 提供FPGA的IO扩展provide FPGA IO expansion

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测试扩展板

Design Demo	FPGA子板			SP7021主板				FPGA daughter board		SP7021 main board	Test expansion board
led_7segment_ctl	J1		U1F	U20A		J17		J2
Top Port Name	Schematic Name		FPGA I/O	Schematic Name		Schematic Name		Schematic Name
	1	GND		1	GND
	2	GND		2	GND
	3	B35_L23_N	K1	3	B35_L23_N	5	B35_L23_N	5	PMOD8
	4	B35_L23_P	K2	4	B35_L23_P	6	B35_L23_P	6	PMOD7
	5	VIN		5	VIN
	6	VCCIO35		6	VCCIO35
	7	B35_L15_N	G2	7	B35_L15_N	7	B35_L15_N	7	PMOD6
	8	B35_L15_P	H2	8	B35_L15_P	8	B35_L15_P	8	PMOD5
	9	B35_L13_N	F3	9	B35_L13_N	9	B35_L13_N	9	PMOD4
	10	B35_L13_P	F4	10	B35_L13_P	10	B35_L13_P	10	PMOD3
	11	B35_L12_N	D3	11	B35_L12_N	11	B35_L12_N	11	LED_D1
	12	B35_L12_P	E3	12	B35_L12_P	12	B35_L12_P	12	PMOD1
	13	B35_L22_P	J3	13	B35_L22_P	13	B35_L22_P	13	LED_D2
	14	B35_L22_N	J2	14	B35_L22_N	14	B35_L22_N	14	PMOD2
	15	B35_L17_N	G1	15	B35_L17_N	15	B35_L17_N	15	LED_D3
	16	B35_L17_P	H1	16	B35_L17_P	16	B35_L17_P	16	LED_D4
	17	B35_L18_N	E1	17	B35_L18_N	17	B35_L18_N	17	LED_D5
	18	B35_L18_P	F1	18	B35_L18_P	18	B35_L18_P	18	LED_D6
	19	B35_L14_N	D2	19	B35_L14_N	19	B35_L14_N	19	LED_D7
	20	B35_L14_P	E2	20	B35_L14_P	20	B35_L14_P	20	LED_D8
	21	B35_L16_P	C2	21	B35_L16_P	21	B35_L16_P	21	SPI_WP
	22	B35_L16_N	C1	22	B35_L16_N	22	B35_L16_N	22	SPI_DO
	23	B35_L9_N	A1	23	B35_L9_N	23	B35_L9_N	23	SPI_CS
	24	B35_L9_P	B1	24	B35_L9_P	24	B35_L9_P	24	SPI_HOLD
	25	B35_L10_P	B3	25	B35_L10_P	25	B35_L10_P	25	SPI_CLK
	26	B35_L10_N	B2	26	B35_L10_N	26	B35_L10_N	26	SPI_DI
FPGA_LED[8]	27	B35_L8_N	A3	27	B35_L8_N	27	B35_L8_N	27	U1-1
FPGA_LED[9]	28	B35_L8_P	A4	28	B35_L8_P	28	B35_L8_P	28	U2-1
FPGA_LED[10]	29	B35_L11_N	D4	29	B35_L11_N	29	B35_L11_N	29	U3-1
FPGA_LED[11]	30	B35_L11_P	D5	30	B35_L11_P	30	B35_L11_P	30	U4-1
FPGA_LED[1]	31	B35_L3_N	A5	31	B35_L3_N	31	B35_L3_N	31	LED-B
FPGA_LED[5]	32	B35_L3_P	A6	32	B35_L3_P	32	B35_L3_P	32	LED-F
FPGA_LED[0]	33	B35_L2_N	B6	33	B35_L2_N	33	B35_L2_N	33	LED-A
FPGA_LED[4]	34	B35_L2_P	B7	34	B35_L2_P	34	B35_L2_P	34	LED-E
FPGA_LED[3]	35	B35_L7_N	B4	35	B35_L7_N	35	B35_L7_N	35	LED-D
FPGA_LED[7]	36	B35_L7_P	C4	36	B35_L7_P	36	B35_L7_P	36	LED-RA
FPGA_LED[2]	37	B35_L1_N	C5	37	B35_L1_N	37	B35_L1_N	37	LED-C
FPGA_LED[6]	38	B35_L1_P	C6	38	B35_L1_P	38	B35_L1_P	38	LED-G
	39	B35_L5_N	E5	39	B35_L5_N	39	B35_L5_N
	40	B35_L5_P	E6	40	B35_L5_P	40	B35_L5_P
	41	B35_L6_N	D7	41	B35_L6_N	41	B35_L6_N
	42	B35_L6_P	E7	42	B35_L6_P	42	B35_L6_P
	43	B35_L19_P	G6	43	B35_L19_P	43	B35_L19_P
	44	B35_L19_N	F6	44	B35_L19_N	44	B35_L19_N
	45	VCCIO35		45	VCCIO35
	46	VIN		46	VIN
	47	B35_L4_N	C7	47	B35_L4_N	45	B35_L4_N
	48	B35_L4_P	D8	48	B35_L4_P	46	B35_L4_P
	49	GND		49	GND
	50	GND		50	GND

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