Ingenic Halley5 - System Boot; Firmware Downloading

Halley5 Base Board
X2000 Development Kit User Manual
Copyright® 2005-2021 Ingenic Semiconductor Co., Ltd. All rights reserved.
12
Figure 3-10 Halley5 Base Board Camera Circuit
3.2.11 Ethernet interface
The X2000 processor has a built-in 10/100/1000Mbps Ethernet MAC controller (RGMII interface), and the base
board is equipped with an Ethernet PHY chip. The PHY clock can be produced by a 25MHz external crystal, or
be provided by X2000. J6 is a RJ45 interface with internal isolation transformer.
Figure 3-11 Halley5 Base Board Ethernet Circuit
J7
AXK5F60347YG
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
10
10
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24
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25
25
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27
27
28
28
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29
30
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34
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35
36
36
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37
38
38
39
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40
40
41
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42
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43
43
44
44
45
45
46
46
47
47
48
48
49
49
50
50
51
51
52
52
53
53
54
54
55
55
56
56
57
57
58
58
59
59
60
60
I2C1_SDA
I2C3_SDA
I2C3_SCK
I2C1
I2C1
I2C3
I2C3
RX_DATAP3
RX_DATAN3
RX_DATAP1
RX_DATAN1
RX_DATAN0
RX_DATAP0
PB04
PC28
CIM_VIC_MCLK_1.8
PB06
PB05
PB01
PB07
PB00
VIC_D8
PB00
8
CIM_VIC_D28
PB01
8
PB05
8
PB06
8
CIM_VIC_D18
CIM_VIC_D48
CIM_VIC_D38
PB07
8
CIM_VIC_D68
CIM_VIC_D58
CIM_VIC_D08
CIM_VIC_D78
CIM_VIC_D5
VIC_D88
CIM_VIC_VSYNC8
CIM_VIC_HSYNC8
VIC_D98
CIM_VIC_MCLK_1.88
CIM_VIC_PCLK8
CIM_VIC_MCLK_3.38
I2C3_SDA8
I2C3_SCK8
CIM_EXPOSURE8
CIM_VIC_D1
CIM_VIC_D3
CIM_VIC_D2
CIM_VIC_D4
PB03
DC5V
VIC_D9
CIM_VIC_D0
C45
10uF
3V3P
VIC_D108
VIC_D118
C43
10uF
VIC_D11
CIM_VIC_VSYNC
CIM_VIC_PCLK
CIM_EXPOSURE
PC28
8
CIM_VIC_HSYNC
CIM_VIC_D7
CIM_VIC_D6
Connect to X2000
I2C1_SDA
8
RX_DATAP08
RX_DATAN08
RX_DATAP18
RX_DATAN18
RX_CLKN08
RX_CLKP08
RX_DATAN28
RX_DATAP28
RX_DATAP38
RX_DATAN38
RX_CLKN18
RX_CLKP18
PB04
8
PB03
8
I2C1_SCK
8
C41
10uF
C42
0.1uF
1V8P
RX_CLKN1
RX_CLKP1
RX_CLKN0
RX_CLKP0
RX_DATAP2
RX_DATAN2
C46
0.1uF
C44
0.1uF
CIM_VIC_MCLK_3.3
I2C1_SCK
VIC_D10
R28
10K
C29
1uF
VDDH1
VDDH1
PHY_RESET_N1
TXP2_1
TXN1_1
TXP1_1
TXN0_1
TXP0_1
TXN3_1
TXP3_1
TXN2_1
R33 2.4K/1%
PHY_RESET_N1
U4
YT8511
RESET_N
1
LX
2
VDD33
3
XTL_OUT
4
XTL_IN
5
RBIAS
7
VDDH_REG
8
TXP0
9
TXN0
10
TXP1
12
TXN1
13
AVDD33
14
TXP2
15
TXN2
16
TXP3
18
TXN3
19
INT
20
LED_ACT
21
LED_1000
22
CLK_25M
23
LED_10_100
24
RXD3
25
RXD2
26
VDDIO
27
RXD1
28
RXD0
29
RX_DV
30
RX_CLK
31
TX_EN
32
GTX_CLK
33
TXD0
34
TXD1
35
TXD2
36
TXD3
37
DVDDL
38
MDIO
39
MDC
40
EP
41
AVDDL
6
AVDDL
11
AVDDL
17
LED_ACT_1
LED_10_100_1
LED_1000_1
C37
1uF
VDDH1
L1
4.7uH/1A
C36
0.1uF
RGMAC1_TXD1
RGMAC1_TXD0
RGMAC1_MDIO
RGMAC1_TX_CLK
RGMAC1_TX_EN
RGMAC1_TXD3
RGMAC1_TXD2
RGMAC1_RXD3
RGMAC1_RXD2
RGMAC1_RXD1
RGMAC1_RXD0
RGMAC1_MDC
C28
0.1uF
RGMAC1_RX_CLK
RGMAC1_RX_DV
C30
10uF
DVDDL1
LED_ACT_1
R29 200R
3V3P
3V3P
LED_10_100_1
R30 200R
LED_1000_1
TXP1_1
TXN1_1
C31
0.1uF
3V3P
TXP0_1
TXN0_1
J1 A+
J2 A-
J3 B+
J4 C+
J5 C-
J6 B-
J7 D+
J8 D-
Green LED
Yellow LED
1000PF/2KV
J6
RJ45_MAG_LED
MDI3-
9
MDI3+
8
MDI2-
6
MDI2+
5
MDI0-
3
MDI1-
7
MDI1+
4
MDI0+
2
10
10
14
14
12
12
11
11
1
1
13
13
TXP2_1
TXN2_1
TXN3_1
D3
12
R32 200R
TXP3_1
C32
0.1uF
C33
0.1uF
FB5 FB
DVDDL1
C34
10uF
R31 4.7K
VDDH1
RGMAC1_PHY_CLK
T1
TEST
XTAL_OUT_1
R34NC
C40 22pF
C39 22pF
Y125MHz
1
3
2 4
XTAL_IN_1
C24
10uF
C25
0.1uF
3V3P
XTAL_IN_1
XTAL_OUT_1
C26
10uF
C27
0.1uF
FB4FB
3V3P
C35 0.1uF