Agate Logic RocKid-EB2-1F4C User manual

Agate Logic 1
UserGuide
Welcome to Agate Logic Angelo family Development Kit: RocKid. Whether you just
want to learn about the Agate Logic device design, or have a specific design
implementation to complete, the kit provides a perfect environment to help you start
designing with and evaluating the powerful features of Agate Logic Angelo Devices
quickly and efficiently.
Overview
RocKid-EB2-1F4C with the board version 1.0 is an Angelo module board with an
AG1F4-BA device on it. It enables users to use all the powerful features of AG1F4-BA
devices without having to worry about how to design the complex circuitry for power
supply and configuration; Also, RocKid-EB2-1F4C users can access all the available
AG1F4-BA I/Os without having to worry about how to create and manufacture the
complex PCB board.
This document mainly describes features and operation of RocKid-EB2-1F4C.
Features
The important features of RocKid-EB2-1F4C are listed below:
zAgate Logic Angelo device with QFP208 package
zProvides 118 user I/O pins
zTwo headers (on the top and bottom sides) to ease the layout design of user’s own
mother board
zEasy configuration via JTAG with the data transfer up to 1MB per second
zVarious configuration schemes
9JTAG-based configuration
9AS SPI configuration from serial configuration device M25P80
zProvides a PLCC44 socket for 8051 MCU
zProvides one on-board clock oscillator
zProvides one chip reset push button and two user push buttons
zProvides four DIP switch, two for mode select and two for user.
zProvides two LEDs
zPower jack for power and power switch
RocKid-EB2-1F4C
Development Board User Guide

RocKid-EB2-1F4C Development Board User Guide
Agate Logic
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Block Diagram
The block diagram of RocKid-EB2-1F4C is shown in Figure 1.
Figure 1 RocKid-EB2-1F4C Block Diagram
General Description
This section mainly introduces to you about signal definitions of RocKid-EB2-1F4C
development board.
Signal Assignments
Table 1 summarizes the pin assignment of the connectors on RocKid-EB2-1F4C
development board. They are arranged by the function description.
The whole table is divided into three parts of different colours. The part with words in
blue describes components on RocKid-EB1-MA mother board whose signals are
connected to RocKid-EB2-1F4C. The part with words in red defines components on
RocKid-EB2-1F4C only. The part with black words are headers unspent.

RocKid-EB2-1F4C Development Board User Guide
Agate Logic 3
Table 1 Pin Assignment of the Connectors
AG1F4-BA Pin Signal Header on
RocKid-EB2-1F4C
Header on
RocKid-EB2-MA Description
GND J4-1 J9-1
GND J4-2 J9-2
+3.3V J4-3 J9-3
+3.3V J4-4 J9-4
GND J4-41 J9-41
GND J4-42 J9-42
GND J4-79 J9-79
GND J4-80 J9-80
GND J3-1 J10-1
GND J3-2 J10-2
+5V J3-3 J10-3
+5V J3-4 J10-4
GND J3-41 J10-41
GND J3-42 J10-42
GND J3-79 J10-79
GND J3-80 J10-80
Power
IO52 CLOCK0 Global clock input
IO113 BLDC_CC0 J3-60 J10-60
IO112 BLDC_COUT0 J3-61 J10-61
IO111 BLDC_CC1 J3-62 J10-62
IO110 BLDC_COUT1 J3-63 J10-63
IO109 BLDC_CC2 J3-64 J10-64
IO108 BLDC_COUT2 J3-65 J10-65
IO107 BLDC_COUT3 J3-66 J10-66
IO106 BLDC_POS2 J3-67 J10-67
IO105 BLDC_POS1 J3-68 J10-68
IO104 BLDC_POS0 J3-69 J10-69
IO103 BLDC_CTRAP J3-70 J10-70
BLDC
IO76 CAN_AD0 J4-62 J9-62
IO77 CAN_AD1 J4-63 J9-63
IO78 CAN_AD2 J4-64 J9-64
IO79 CAN_AD3 J4-65 J9-65
IO80 CAN_AD4 J4-66 J9-66
IO81 CAN_AD5 J4-67 J9-67
IO82 CAN_AD6 J4-68 J9-68
IO83 CAN_AD7 J4-69 J9-69
Multiplexed
address/data
bus
IO85 CAN_/WR J4-71 J9-71
IO86 CAN_/RD_E J4-72 J9-72
IO87 CAN_/CS J4-73 J9-73
IO88 CAN_ALE/AS J4-74 J9-74
CAN controller
control signals
CAN

RocKid-EB2-1F4C Development Board User Guide
Agate Logic
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Table 1 Pin Assignment of the Connectors
AG1F4-BA Pin Signal Header on
RocKid-EB2-1F4C
Header on
RocKid-EB2-MA Description
IO89 CAN_INT J4-75 J9-75
IO84 CAN_DIR J4-70 J9-70
Data direction
control
IO117 DIG3 J3-56 J10-56
IO116 DIG2 J3-57 J10-57
IO115 DIG1 J3-58 J10-58
IO114 DIG0 J3-59 J10-59
DS1-DS4
Select
IO125 SEG7 J3-48 J10-48
IO124 SEG6 J3-49 J10-49
IO123 SEG5 J3-50 J10-50
IO122 SEG4 J3-51 J10-51
IO121 SEG3 J3-52 J10-52
IO120 SEG2 J3-53 J10-53
IO119 SEG1 J3-54 J10-54
IO118 SEG0 J3-55 J10-55
7-segment
Display
7-segment
Display
IO65 DS_SCLK J4-51 J9-51
IO66 DS_IO J4-52 J9-52
IO67 DS_CE J4-53 J9-53
RTC
IO14 LCD_D0 J3-08 J10-08 LCD data bit 0
IO13 LCD_D1 J3-09 J10-09 LCD data bit 1
IO12 LCD_D2 J3-10 J10-10 LCD data bit 2
IO11 LCD_D3 J3-11 J10-11 LCD data bit 3
IO10 LCD_D4 J3-12 J10-12 LCD data bit 4
IO9 LCD_D5 J3-13 J10-13 LCD data bit 5
IO8 LCD_D6 J3-14 J10-14 LCD data bit 6
IO7 LCD_D7 J3-15 J10-15 LCD data bit 7
IO17 LCD_RS J3-05 J10-05
LCD register
select
IO16 LCD_E J3-06 J10-06
LCD enable
signal
IO15 LCD_RW J3-07 J10-07
LCD read,
write select
LCD
IO102 LED_USER7 J3-71 J10-71
IO101 LED_USER6 J3-72 J10-72
IO100 LED_USER5 J3-73 J10-73
IO99 LED_USER4 J3-74 J10-74
IO98 LED_USER3 J3-75 J10-75
IO97 LED_USER2 J3-76 J10-76
IO96 LED_USER1 J3-77 J10-77
IO95 LED_USER0 J3-78 J10-78
LEDs

RocKid-EB2-1F4C Development Board User Guide
Agate Logic 5
Table 1 Pin Assignment of the Connectors
AG1F4-BA Pin Signal Header on
RocKid-EB2-1F4C
Header on
RocKid-EB2-MA Description
IO91 RS232_TX1 J4-77 J9-77
IO92 RS232_RX1 J4-78 J9-78 RS-232
IO63 SCL J4-49 J9-49
I2C clock
signal
IO64 SDA J4-50 J9-50 I2C data signal
EEPROM
IO58 SPI_SCLK J4-44 J9-44
IO59 SPI_ADDR J4-45 J9-45
IO60 SPI_CS J4-46 J9-46
IO61 SPI_DOUT J4-47 J9-47
IO62 SPI_EOC J4-48 J9-48
SPI ADC
IO68 SW_DIP7 J4-54 J9-54
IO69 SW_DIP6 J4-55 J9-55
IO70 SW_DIP5 J4-56 J9-56
IO71 SW_DIP4 J4-57 J9-57
IO72 SW_DIP3 J4-58 J9-58
IO73 SW_DIP2 J4-59 J9-59
IO74 SW_DIP1 J4-60 J9-60
IO75 SW_DIP0 J4-61 J9-61
DIP switch S1
IO6 SRAM_A00 J3-16 J10-16
IO153 SRAM_A01 J3-17 J10-17
IO152 SRAM_A02 J3-18 J10-18
IO151 SRAM_A03 J3-19 J10-19
IO150 SRAM_A04 J3-20 J10-20
IO134 SRAM_A05 J3-43 J10-43
IO133 SRAM_A06 J3-44 J10-44
IO132 SRAM_A07 J3-45 J10-45
IO131 SRAM_A08 J3-46 J10-46
IO130 SRAM_A09 J3-47 J10-47
IO3 SRAM_A10 J3-37 J10-37
IO2 SRAM_A11 J3-36 J10-36
IO1 SRAM_A12 J3-35 J10-35
IO136 SRAM_A13 J3-34 J10-34
IO137 SRAM_A14 J3-33 J10-33
IO143 SRAM_A15 J3-27 J10-27
IO144 SRAM_A16 J3-26 J10-26
IO145 SRAM_A17 J3-25 J10-25
IO146 SRAM_A18 J3-24 J10-24
IO148 SRAM_DQ0 J3-22 J10-22
IO147 SRAM_DQ1 J3-23 J10-23
IO4 SRAM_DQ2 J3-38 J10-38
SRAM

RocKid-EB2-1F4C Development Board User Guide
Agate Logic
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Table 1 Pin Assignment of the Connectors
AG1F4-BA Pin Signal Header on
RocKid-EB2-1F4C
Header on
RocKid-EB2-MA Description
IO5 SRAM_DQ3 J3-39 J10-39
IO138 SRAM_DQ4 J3-32 J10-32
IO139 SRAM_DQ5 J3-31 J10-31
IO140 SRAM_DQ6 J3-30 J10-30
IO141 SRAM_DQ7 J3-29 J10-29
IO149 SRAM_CE_N J3-21 J10-21
IO142 SRAM_OE_N J3-28 J10-28
IO135 SRAM_WE_N J3-40 J10-40
IO20 I2S_LRCK J4-07 J9-07
IO21 I2S_MCLK J4-08 J9-08
IO19 I2S_SCLK J4-06 J9-06
IO18 I2S_SDIN J4-05 J9-05
D/A
IO22 SPKR_N J4-09 J9-09
IO23 SPKR_P J4-10 J9-10 Speaker
IO24 SW_USER0 J4-11 J9-11
IO25 SW_USER1 J4-12 J9-12
IO26 SW_USER2 J4-13 J9-13
IO27 SW_USER3 J4-14 J9-14
Push button SW1-SW4
IO24 SW1 - -
IO25 SW2 - - Push button on up-board
IO39 AD0
IO41 AD1
IO43 AD2
IO45 AD3
IO46 AD4
IO47 AD5
IO48 AD6
IO49 AD7
IO36 A8
IO37 A9
IO38 A10
IO40 A11
IO42 A12
IO44 A13
IO56 A14
IO51 A15
IO33 P3_0
IO32 P3_1
IO31 P3_2
IO30 P3_3
8051 Signal

RocKid-EB2-1F4C Development Board User Guide
Agate Logic 7
Table 1 Pin Assignment of the Connectors
AG1F4-BA Pin Signal Header on
RocKid-EB2-1F4C
Header on
RocKid-EB2-MA Description
IO29 P3_4
IO28 P3_5
IO35 P3_6
IO34 P3_7
IO50 ALE
IO94 LED1 - -
IO93 LED2 - - LEDs on up-board
IO57 J4-43 J9-43
IO90 J4-76 J9-76 Unspent Headers
Powering up the Development Board
To quickly see your kit board function, the following actions are required:
1. Power up the development board:
Plug the 5VDC power plug in the power jack and push down the power switch
SW4.
2. Connect your computer and the RocKid-EB2-1F4C board using USB -> JTAG
cable, and then you can debug your design.
3. Push down the Chip_Rst push button on RocKid-EB2-1F4C to reset the chip.

RocKid-EB2-1F4C Development Board User Guide
Agate Logic
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About Agate Logic
Agate Logic is the global pioneer and leader of the innovative Adaptable Programmable
Gate Array (APGA) technologies. The company offers a full spectrum of programmable
logic devices, software design tools, intellectual property (IP) and design services.
Focusing on multiple applications such as telecommunication equipments, industrial
control systems and consumer products, we use the Chinese leading foundry partner,
SMIC, to manufacture our chips to offer solutions tailored for the market in China.
Technical SupportAssistance
Tel: [phone]
E-mail: sup[email protected]
Website: www.agatelogic.com.cn

RocKid-EB2-1F4C Development Board User Guide
Agate Logic 9
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