XMOS startKIT XK-STK-A8DEV User manual
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startKIT Hardware Manual
IN THIS DOCUMENT
·Features
·xCORE Multicore Microcontroller Device
·PCIe connector and GPIO header (J7)
·Raspberry Pi compatible header and GPIO (J3)
·XMOS Links and GPIO header (J8)
·Touch Sliders
·User LEDs
·SPI Flash
·Push-button switch
·Analog input header
·24MHz Crystal Oscillator
·Power connector
·Operating requirements
·Dimensions
·startKIT Portmap
·startKIT schematics
·Regulatory compliance
startKIT is a low-cost development board for the configurable xCORE multicore
microcontroller products from XMOS. It’s easy to use and provides lots of advanced
features on a small, extremely low cost platform.
xCORE lets you software-configure the interfaces that you need for your system; so
with startKIT you can configure the board to your match your exact requirements.
Its 500MIPS xCORE multicore microcontroller has eight 32bit logical cores that
perform deterministically, making startKIT an ideal platform for functions ranging
from robotics and motion control to networking and digital audio.
startKIT also connects to your Raspberry Pi, allowing you to add real-time I/O
and communication features to this popular computing platform, and to try out
advanced applications for xCORE.
Publication Date: 2014/7/29 Document Number: XM004110C
XMOS © 2014, All Rights Reserved
startKIT Hardware Manual 2/18
1 Features
A block diagram of the startKIT is shown below:
B
A
K
D
E
GHIL
F
F
J
C
C
C
Figure 1:
startKIT block
diagram
It includes the following features:
·A: xCORE Multicore Microcontroller device with integrated debugger
·B: Micro USB connector for debugger/JTAG
·C: PCIe slot for sliceCARD or 1x24 GPIO header
·D: 2x13 header for GPIO and compatible with Raspberry Pi
·E: 1x13 header providing two XMOS Links
·F: Two four-zone cap sense areas
·G: 3x3 grid green LEDs
·H: Two green LEDs
·I: SPI Flash
·J: Push-button switch
·K: 3x2 analog input header
·L: 24MHz Oscillator
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2 xCORE Multicore Microcontroller Device
startKIT is based on a two-tile xCORE device (xCORE-Analog A8-DEV). Tile 0 is
dedicated to the integrated debugger and USB PHY. Tile 1 is user-programmable
providing eight logical cores with a total of 500 MIPS compute. All the digital I/O on
Tile 1 have been brought out to pins providing many combinations of peripherals
to be integrated with the startKIT board.
For information on xCORE tiles and cores see the xCORE Architecture Overview1.
The xCORE-Analog A8-DEV device is only available as part of startKIT, and is
therefore not separately documented. If you are using startKIT as a target platform
and need datasheet-level documentation, you may find it useful to review the
XS1-U16A-128-FB217 Datasheet2.
If you are using startKIT as a development platform and intend to run your final
application on a commercially available single tile device, it may be helpful to
review the XS1-A8A-64-FB96 Datasheet3.
Figure 2:
xCORE-
Analog device
and
integrated
debugger
2.1 Integrated debugger
The integrated debugger and associated components are positioned at one end of
the board. The debugger is accessed by the micro-USB connector connected to the
host PC, allowing the xTIMEcomposer tools to interrogate the application running
on the device using the XMOS debugger and the xSCOPE library which provides
non-intrusive program instrumentation.
See the Power connector section §12 and Operating requirements section §13 for
further information on the USB connector.
1http://www.xmos.com/published/xcore-architecture
2http://www.xmos.com/published/xs1-u16a-128-fb217-datasheet
3http://www.xmos.com/published/xs1-a8a-64-fb96-datasheet
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startKIT Hardware Manual 4/18
3 PCIe connector and GPIO header (J7)
The pins of the PCIe connector and the 1x24 GPIO header are mapped to twelve
1-bit ports and three 4-bit ports. The connector and GPIO header are mutually
exclusive. The PCIe connector is suitable for XMOS sliceCARDs such as audio,
Ethernet, IS-BUS.
J6
J7
B1 B18
A18
A1
Figure 3:
PCIe
Connector
The xCORE ports are mapped to the PCIe connector pins as shown in Figure 4:
Port Pin PCIe (top) PCIe (bottom) Pin Port
NC B1 A1 NC
P1F0 X0D13 B2 A2 5V
GND B3 A3 X0D12 P1E0
P1G0 X0D22 B4 A4 X0D23 P1H0
3V3 B5 A5 GND
P4C0 X0D14 B6 A6 X0D20 P4C2
P4C1 X0D15 B7 A7 X0D21 P4C3
GND B8 A8 X0D25 P1J0
P4D0 X0D16 B9 A9 X0D18 P4D2
P1K0 X0D34 B10 A10 GND
P4D1 X0D17 B11 A11 X0D19 P4D3
P1M0 X0D36 B12 A12 X0D32 P4E2
P1N0 X0D37 B13 A13 X0D33 P4E3
P4D3 CLK(DEBUGGER) B14 A14 GND
P1I0 X0D24 B15 A15 X0D35 P1L0
GND B16 A16 RST_N(DEBUGGER)
P1O0 X0D38 B17 A17 X0D26 P4E0
P1P0 X0D39 B18 A18 X0D27 P4E1
Figure 4:
PCIe
connector
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startKIT Hardware Manual 5/18
The J6 header provides peripheral support for the PCIe connector as described in
Figure 5
Pin Support
CLK 25 MHz clock, signal generated by debugger
nRST Reset for PCIe slot, signal generated by debugger
5V0 5V power supply
3V3 3V3 power supply
GND Ground
Figure 5:
J6 header
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startKIT Hardware Manual 6/18
The GPIO header (J7) provides 24 user configurable GPIO if the PCIe slot is not used
- see Figure 6.
Port Pin GPIO
P1F0 X0D13 1
P1H0 X0D23 2
P1G0 X0D22 3
P1E0 X0D12 4
P4C0 X0D14 5
P4C2 X0D20 6
P4C1 X0D15 7
P4C3 X0D21 8
P4D0 X0D16 9
P1J0 X0D25 10
P1K0 X0D34 11
P4D2 X0D18 12
P4D1 X0D17 13
P4D3 X0D19 14
P1M0 X0D36 15
P4E2 X0D32 16
P1N0 X0D37 17
P4E3 X0D33 18
P1L0 X0D35 19
P1I0 X0D24 20
P1O0 X0D38 21
P4E0 X0D26 22
P1P0 X0D39 23
P4E1 X0D27 24
Figure 6:
J7 Header
GPIO
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4 Raspberry Pi compatible header and GPIO (J3)
The 2x13 pin 0.1” header is connected to a combination of 1-bit ports and the
32-bit port. It is compatible with a Raspberry Pi connection, or alternatively the
header can be used for user configurable GPIO.
The position of the header on the startKIT board is shown below:
J3
Figure 7:
Raspberry Pi
compatible
header and
GPIO
The xCORE ports are connected to the header as shown in Figure 6:
Port Pin Header IO Pin Port
NC 1 2 NC
P32A0 X0D49 3 4 NC
P32A19 X0D70 5 6 GND
P32A18 X0D69 7 8 X0D68 P32A17
GND 9 10 X0D63 P32A12
P32A10 X0D61 11 12 X0D62 P32A11
P32A9 X0D58 13 14 GND
P32A8 X0D57 15 16 X0D56 P32A7
NC 17 18 NC
P1A0 X0D0 19 20 GND
P1D0 X0D11 21 22 NC
P1C0 X0D10 23 24 X0D51 P32A2
GND 25 26 X0D50 P32A1
Figure 8:
GPIO (J3)
Notes:
·
The compatible Raspberry Pi connections are shown on the back of the startKIT
board.
·
If you use the Raspberry Pi header the LEDs and push button switch are not
available. You can still use the links on the J8 header.
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5 XMOS Links and GPIO header (J8)
startKIT has a 1x13 pin GPIO header that includes two 2-wire XMOS Links (Link
C/D), which can be used for connecting multiple startKITs together. Alternatively
the header can be used to provide an additional eight GPIO pins connected to the
32-bit port.
The position of the header on the startKIT board is shown below:
J8
Figure 9:
XMOS Links
and GPIO
header (J8)
Port Pin Position
GND 1
GND 2
P32A3 X0D52 3 - Link C: 1 Out
P32A4 X0D53 4 - Link C: 0 Out
P32A5 X0D54 5 - Link C: 0 In
P32A6 X0D55 6 - Link C: 1 In
P32A13 X0D64 7 - Link D: 1 Out
P32A14 X0D65 8 - Link D: 0 Out
P32A15 X0D66 9 - Link D: 0 In
P32A16 X0D67 10 - Link D: 1 In
GND 11
3V3 12
5V0 13
Figure 10:
J8 header
ports
Note that the XMOS Links connections are shown on the back of the startKIT card.
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6 Touch Sliders
The startKIT provides two four-zone capacitive touch sensor areas. The layout of
the touch areas is shown below:
SLIDER X
1
2
1 2 3 4
3
4
SLIDER Y
Figure 11:
Capacitive
touch sensor
areas
The touch areas are connected to pins driven by two 4-bit ports as described in
Figure 12:
Port Pin Slider
P4A1 X0D2 X1
P4A2 X0D3 X2
P4A3 X0D8 X3
P4A4 X0D9 X4
P4B1 X0D4 Y1
P4B2 X0D5 Y2
P4B3 X0D6 Y3
P4B4 X0D7 Y4
Figure 12:
Touch sliders
The touch areas must be polled to measure any touch.
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7 User LEDs
startKIT provides nine green LEDs arranged in a 3x3 grid as shown below:
1
C
D1
D2
B
A
2 3
Figure 13:
3x3 grid
LEDs
Each LED is connected to a different pin, all of which are mapped to bits on a 32-bit
port as described in Figure 14:
Port Pin LED
P32A19 X0D70 A1
P32A18 X0D69 A2
P32A17 X0D68 A3
P32A12 X0D63 B1
P32A11 X0D62 B2
P32A10 X0D61 B3
P32A9 X0D58 C1
P32A8 X0D57 C2
P32A7 X0D56 C3
Figure 14:
3x3 grid
LEDs
Two additional green LEDs are connected to pins driven by 1-bit ports as described
in Figure 15:
Port Pin Processor
P1A0 X0D0 LED-D1
P1D0 X0D11 LED-D2
Figure 15:
User LEDs
Notes
·The LEDs are not available if the J3 (Raspberry Pi) header is in use.
·If the LEDs/button are in use, you cannot use the J8 header.
·LED pins are active low.
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8 SPI Flash
startKIT provides 256 Kbytes of Serial Peripheral Interface (SPI) FLASH memory,
which is interfaced by the four 1-bit connections shown in Figure 16:
Port Pin Processor
P1A0 X0D0 MISO
P1B0 X0D1 CS_N
P1C0 X0D10 M_CK
P1D0 X0D11 MOSI
Figure 16:
SPI Flash
The xTIMEcomposer tools include the xFLASH utility for programming compiled
programs into the flash memory. startKIT designs may also access the FLASH
memory at run-time by interfacing with the above pins.
9 Push-button switch
startKIT includes one push-button switch whose states can be samples at any time
by software. The position of the switch is shown below.
BUTTON
Figure 17:
Push button
switch
The switch is connected to a pin which is mapped to one bit of the 32-bit port as
described in Figure 18:
Port Pin Processor
P32A0 X0D49 BUTTON
Figure 18:
Button
Notes:
·The push-button switch pin is active low.
·The push-button switch is not available if the J3 (Raspberry Pi) header is in use.
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10 Analog input header
startKIT provides support for analog device input. The location of the 2x3 input
header is shown below:
3V3ADC0ADC2
ADC1ADC3GND
Figure 19:
Analog input
header
Analog inputs can be can be connected to the xCORE-Analog device using the four
ADC pins as shown in Figure 20.
Pin Header IO
3V3 1
ADC1 2
ADC0 3
ADC3 4
ADC2 5
GND 6
Figure 20:
ADC input
header
The analog input can be sampled using a 1-bit port as defined in Figure 21:
Port Pin Procesor
P1A0 X0D00 ADC_Sample
Figure 21:
ADC sample
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11 24MHz Crystal Oscillator
The startKIT board is clocked at 24MHz by a crystal oscillator. Tile 1 is clocked at
500 MIPS, and the I/O ports are 100MHz. The debugger generates an additional
25MHz clock for the PCIe slot which can be accessed using the J6 header.
12 Power connector
startKIT requires a 5V power source input via the micro-USB cable.
Figure 22:
Power
connection
and
integrated
debugger
The voltage is converted by the on-board regulator to the 1V and 3V3 supplies
used by the components.
See the Operating requirements section §13 for further information.
13 Operating requirements
A USB 2.0 high-speed compliant cable of less than 3m in length should be used
when operating the startKIT. XMOS cannot guarantee correct operation of the
startKIT should any other cable be used.
This product is designed to be powered from a USB port only and correct operation
cannot be guaranteed if it is powered otherwise.
This product is, like most electronic equipment, sensitive to Electrostatic Discharge
(ESD) events. Users should operate the startKIT with appropriate ESD precautions
in place.
14 Dimensions
The startKIT dimensions are 94 x 50mm. The mounting holes are 2mm in diameter.
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15 startKIT Portmap
The table below provides a full description of the port-pin mappings described
throughout this document.
Pin link 1-bit 4-bit 8-bit 32-bit GPIO SPI USER IO ANALOG
X0D00 1A J3/r P I 19 MISO LEDD1ADC _S AM P LE
X0D01 A4out 1B SS
X0D02 A3out 4A08A032A20 T OUCHY1
X0D03 A2out 4A18A132A21 T OUCHY2
X0D04 A1out 4B08A232A22 T OUCHX1
X0D05 A0out 4B18A332A23 T OUCHX2
X0D06 A0in 4B28A432A24 T OUCHX3
X0D07 A1in 4B38A532A25 T OUCHX4
X0D08 A2in 4A28A632A26 T OUCHY3
X0D09 A3in 4A38A732A27 T OUCHY4
X0D10 A4in 1C J3/r P I 23 CLK
X0D11 1D J3/r P I 21 MOSI LEDD2
X0D12 1E J74+P C IeA3
X0D13 B4out 1F J71+P C IeB2
X0D14 B3out 4C08B032A28 J75+P C IeB6
X0D15 B2out 4C18B132A29 J77+P C IeB7
X0D16 B1out 4D08B2J79+P C IeB9
X0D17 B0out 4D18B3J713 +P C IeB11
X0D18 B0in 4D28B4J712 +P C IeA9
X0D19 B1in 4D38B5J714 +P C IeA11
X0D20 B2in 4C28B632A30 J76+P C IeA6
X0D21 B3in 4C38B732A31 J78+P C IeA7
X0D22 B4in 1G J73+P C IeB4
X0D23 1H J72+P C IeA4
X0D24 1I J720 +P C IeB15
X0D25 1J J710 +P C IeA8
X0D26 4E0J722 +P C IeA17
X0D27 4E1J724 +P C IeA18
X0D32 4E2J716 +P C IeA12
X0D33 4E3J718 +P C IeA13
X0D34 1K J711 +P C IeB10
X0D35 1L J719 +P C IeA15
X0D36 1M J715 +P C IeB12
X0D37 1N J717 +P C IeB13
X0D38 1O J721 +P C IeB17
X0D39 1P J723 +P C IeB18
X0D49 C4out 32A0J3/r P I 3BU T T ON
X0D50 C3out 32A1J3/r P I 26
X0D51 C2out 32A2J3/r P I 24
X0D52 C1out 32A3J83
X0D53 C0out 32A4J84
X0D54 C0in 32A5J85
X0D55 C1in 32A6J86
X0D56 C2in 32A7J3/r P I 16 LED3x3C3
X0D57 C3in 32A8J3/r P I 15 LED3x3C2
X0D58 C4in 32A9J3/r P I 13 LED3x3C1
X0D61 D4out 32A10 J3/r P I 11 LED3x3B3
X0D62 D3out 32A11 J3/r P I 12 LED3x3B2
X0D63 D2out 32A12 J3/r P I 10 LED3x3B1
X0D64 D1out 32A13 J87
X0D65 D0out 32A14 J88
X0D66 D0in 32A15 J89
X0D67 D1in 32A16 J810
X0D68 D2in 32A17 J3/r P I 8LED3x3A3
X0D69 D3in 32A18 J3/r P I 7LED3x3A2
X0D70 D4in 32A19 J3/r P I 5LED3x3A1
Figure 23:
startKIT
Portmap
XM004110C
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16 startKIT schematics
Copyright © XMOS Ltd 2012
Project Name
Size Sheet Name Rev
Sheet ofDate 27/09/2013
1V2A
1 1
startKIT
startKIT.PrjPCB
A3
GND GND
5V
GNDGND
3V3
GND GND
GND
X0D0
X0D2
X0D3
X0D4
X0D5
X0D6
X0D7
X0D8
X0D9
X0D10
X0D11
X0D12
X0D14
X0D15
X0D16
X0D17
X0D18
X0D19
X0D20
X0D21
X0D22
X0D23
X0D24
X0D25
X0D26
X0D27
X0D32
X0D33
X0D34
X0D35
X0D36
X0D37
X0D38
X0D39
X0D49
X0D50
X0D51
X0D52
X0D53
X0D54
X0D55
X0D56
X0D57
X0D58
X0D61
X0D62
X0D63
X0D64
X0D65
X0D66
X0D67
X0D68
X0D69
X0D70
5V
2U2
C11
GND
5V
2U2
C9
2U2
C10
GND GND
3V3 3V3A
GND
4U7
L1
4U7
L2
100N
C1
22U
C5
22U
C6
100N
C2
4U7
C3
B1
B2
B3
B4
B5
B6
B7
B8
B9
B10
B11
B12
B13
B14
B15
B16
B17
B18
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
KEY
PCI_E_36_SKT
J1
RST_OUT
GND GND
3V3 5V
X0D13
X0D22
X0D12
X0D23
X0D24
X0D25
X0D14
X0D15
X0D20
X0D21
X0D34
X0D35
X0D36
X0D37
X0D38
X0D39
CLK_OUT
X0D26
X0D27
X0D16
X0D17
X0D18
X0D19
X0D32
X0D33
GND
470K
R9
470K
R10
470K
R11
470K
R12
470K
R13
470K
R14
470K
R15
470K
R16
GND
X0D2
X0D3
X0D2
X0D3
3V3A
GND
ADC0
ADC2
X0D4
X0D5
X0D6
X0D7
X0D8
X0D9
X0D4
X0D5
X0D6
X0D7
X0D8
X0D9
3V3
GND
3V3
X0D0
X0D11
X0D10
X0D1
GND
Program Flash
10K
R2
X0D1
X0D13
5 1
2
3
4
T1
5 1
2
3
4
T2
3
5
1
4
6
2
NA
J2
ADC1
ADC3
X0D13
X0D22
X0D14
X0D15
X0D34
X0D36
X0D37
X0D16
X0D17
X0D25
X0D20
X0D21
X0D18
X0D19
X0D32
X0D33
GND
5V3V3
3
2
1
4
5
6
7
8
9
10
13
12
11
NA
J8
GND
5V 3V3
X0D23
X0D12
3
2
1
4
5
NA
J6
CLK_OUT
RST_OUT
X0D24
X0D35
X0D38
X0D39
X0D26
X0D27
3
2
1
4
5
6
7
8
9
10
13
12
11
14
15
16
17
18
19
20
21
22
23
24
J7
X0D64
X0D66
X0D53
X0D55
X0D65
X0D67
X0D52
X0D54
VOUT1 6
EN2
3GND 2
VOUT2 1
VIN
5
EN1
4
U2
AP7332
HOLD_N
7WP_N
3
VCC 8
GND 4
SI
5
SO 2
SCK
6
CS_N
1
W25X20CL
2MBIT
U4
GND F6
GND F7
GND F8
GND F9
GND F10
GND F11
GND F12
GND F13
GND F14
GND G6
GND G7
GND G8
GND G9
GND G10
GND G11
GND G12
GND G13
GND G14
GND H6
GND H7
GND H8
GND H9
GND H10
GND H11
GND H12
GND H13
GND H14
GND J6
GND J7
GND J8
GND J9
GND J10
GND J11
GND J12
GND J13
GND J14
GND K6
GND K7
GND K8
GND K9
GND K10
GND K11
GND K12
GND K13
GND K14
GND
L7
GND
L8
GND
L9
GND
L10
GND
L11
GND
L12
GND
L13
GND
L14
GND
M8
GND
M9
GND
M10
GND
M11
GND
M12
GND
M13
GND
M14
GND
N8
GND
N9
GND
N10
GND
N11
GND
N12
GND
N13
GND
N14
GND
P6
GND
P7
GND
P8
GND
P9
GND
P10
GND
P11
GND
P12
GND
P13
GND
P14
PGND
V4
PGND
V5
PGND
W5
PGND
V9
PGND
V10
PGND
W10
VDDCORE
V3
VDDCORE
W3 VDDCORE
W4
SW1
V6
SW1
W6
VDD1V8
V8
VDD1V8
W8
VDD1V8
W9
SW2
V11
SW2
W11
VDDIO_OUT
F18 VSUP W1
VSUP V7
VSUP W7
VDDIO
K1
VDDIO
K2
POWER
U1A
XS1_A8DEV_64_FB217
X0D00 F1
X0D01 E1
X0D10 A6
X0D11 A7
X0D12 A8
X0D13 A9
X0D14 A10
X0D15 A11
X0D16 A12
X0D17 A13
X0D18 A14
X0D19 A15
X0D02 D1
X0D20 A16
X0D21 A17
X0D22 A18
X0D23 A19
X0D24 B18
X0D25 B19
X0D26 C18
X0D27 C19
X0D03 C1
X0D32 D19
X0D33 D18
X0D34 E19
X0D35 E18
X0D36 F19
X0D37 G19
X0D38 H19
X0D39 J19
X0D04 B1
X0D49 F2
X0D05 A1
X0D50 E2
X0D51 D2
X0D52 C2
X0D53 B2
X0D54 B3
X0D55 B4
X0D56 B5
X0D57 B6
X0D58 B7
X0D06 A2
X0D61 B8
X0D62 B9
X0D63 B10
X0D64 B11
X0D65 B12
X0D66 B13
X0D67 B14
X0D68 B15
X0D69 B16
X0D07 A3
X0D70 B17
X0D08 A4
X0D09 A5
TILE 0 IO
U1C
XS1_A8DEV_64_FB217
ADC[0]
R1
ADC[1]
R2
ADC[2]
P1
ADC[3]
P2
AVDD
N1
ANALOGUE
ADC_SAMP
V13
U1D
XS1_A8DEV_64_FB217
3V3A
GND
ADC0
ADC1
ADC2
ADC3
100N
C4
X0D0
Slice Connector & IO Tile 0 IOPower Supplies
Analogue Interface Cap Sense Sliders
GPIO (Links)
100N
C16
GND
10
8
6
4
2
9
7
5
3
15
13
11 12
14
20
1
24
22
16
18
26
17
19
21
23
25
NA
J3
X0D0
GND
X0D10
X0D11
X0D50
X0D51
X0D49
X0D56
X0D70
X0D69 X0D68
X0D62
X0D63
X0D61
X0D57
X0D58
GPIO (Rpi)
A B C
1
2
3
GREEN
D12
X0D70
330R
R23
GREEN
D11
X0D69
330R
R22
GREEN
D10
X0D68
330R
R21
3V3
GREEN
D9
X0D63
330R
R20
GREEN
D8
X0D62
330R
R19
GREEN
D7
X0D61
330R
R18
3V3
GREEN
D6
X0D58
330R
R8
GREEN
D5
X0D57
330R
R7
GREEN
D3
X0D56
330R
R4
3V3
1A 2A
2B1B
FSM4J
PB1
GND
X0D49
3V3
1K
R17 10K
R1
Button
GREEN
D1
1K
R5
GND
X0D0
GREEN
D2
1K
R6
GND
X0D11
LED Array
Act/IO LEDs
PIC101
PIC102
COC1
PIC201
PIC202
COC2
PIC301
PIC302
COC3
PIC401 PIC402
COC4
PIC501
PIC502
COC5
PIC601
PIC602
COC6
PIC901
PIC902
COC9
PIC1001
PIC1002
COC10
PIC1101
PIC1102
COC11
PIC1601
PIC1602
COC16
PID101PID102
COD1
PID201PID202
COD2
PID301
PID302
COD3
PID501
PID502
COD5
PID601
PID602
COD6
PID701
PID702
COD7
PID801
PID802
COD8
PID901
PID902
COD9
PID1001
PID1002
COD10
PID1101
PID1102
COD11
PID1201
PID1202
COD12
PIJ10A1
PIJ10A2
PIJ10A3
PIJ10A4
PIJ10A5
PIJ10A6
PIJ10A7
PIJ10A8
PIJ10A9
PIJ10A10
PIJ10A11
PIJ10A12
PIJ10A13
PIJ10A14
PIJ10A15
PIJ10A16
PIJ10A17
PIJ10A18
PIJ10B1
PIJ10B2
PIJ10B3
PIJ10B4
PIJ10B5
PIJ10B6
PIJ10B7
PIJ10B8
PIJ10B9
PIJ10B10
PIJ10B11
PIJ10B12
PIJ10B13
PIJ10B14
PIJ10B15
PIJ10B16
PIJ10B17
PIJ10B18
COJ1
PIJ201 PIJ202
PIJ203 PIJ204
PIJ205 PIJ206
COJ2
PIJ301 PIJ302
PIJ303 PIJ304
PIJ305 PIJ306
PIJ307 PIJ308
PIJ309
PIJ3010
PIJ3011 PIJ3012
PIJ3013 PIJ3014
PIJ3015 PIJ3016
PIJ3017 PIJ3018
PIJ3019 PIJ3020
PIJ3021 PIJ3022
PIJ3023 PIJ3024
PIJ3025 PIJ3026
COJ3
PIJ601
PIJ602
PIJ603
PIJ604
PIJ605
COJ6
PIJ701
PIJ702
PIJ703
PIJ704
PIJ705
PIJ706
PIJ707
PIJ708
PIJ709
PIJ7010
PIJ7011
PIJ7012
PIJ7013
PIJ7014
PIJ7015
PIJ7016
PIJ7017
PIJ7018
PIJ7019
PIJ7020
PIJ7021
PIJ7022
PIJ7023
PIJ7024
COJ7
PIJ801
PIJ802
PIJ803
PIJ804
PIJ805
PIJ806
PIJ807
PIJ808
PIJ809
PIJ8010
PIJ8011
PIJ8012
PIJ8013
COJ8
PIL101 PIL102
COL1
PIL201 PIL202
COL2
PIPB101A
PIPB101B
PIPB102A
PIPB102B
COPB1
PIR101
PIR102
COR1
PIR201
PIR202
COR2
PIR401
PIR402
COR4
PIR501
PIR502
COR5
PIR601
PIR602
COR6
PIR701
PIR702
COR7
PIR801
PIR802
COR8
PIR901
PIR902
COR9
PIR1001
PIR1002
COR10
PIR1101
PIR1102
COR11
PIR1201
PIR1202
COR12
PIR1301
PIR1302
COR13
PIR1401
PIR1402
COR14
PIR1501
PIR1502
COR15
PIR1601
PIR1602
COR16
PIR1701
PIR1702
COR17
PIR1801
PIR1802
COR18
PIR1901
PIR1902
COR19
PIR2001
PIR2002
COR20
PIR2101
PIR2102
COR21
PIR2201
PIR2202
COR22
PIR2301
PIR2302
COR23
PIT101 PIT102 PIT103 PIT104
PIT105
COT1
PIT201 PIT202 PIT203 PIT204
PIT205
COT2
PIU10F6
PIU10F7
PIU10F8
PIU10F9
PIU10F10
PIU10F11
PIU10F12
PIU10F13
PIU10F14
PIU10F18
PIU10G6
PIU10G7
PIU10G8
PIU10G9
PIU10G10
PIU10G11
PIU10G12
PIU10G13
PIU10G14
PIU10H6
PIU10H7
PIU10H8
PIU10H9
PIU10H10
PIU10H11
PIU10H12
PIU10H13
PIU10H14
PIU10J6
PIU10J7
PIU10J8
PIU10J9
PIU10J10
PIU10J11
PIU10J12
PIU10J13
PIU10J14
PIU10K1
PIU10K2
PIU10K6
PIU10K7
PIU10K8
PIU10K9
PIU10K10
PIU10K11
PIU10K12
PIU10K13
PIU10K14
PIU10L7
PIU10L8
PIU10L9
PIU10L10
PIU10L11
PIU10L12
PIU10L13
PIU10L14
PIU10M8
PIU10M9
PIU10M10
PIU10M11
PIU10M12
PIU10M13
PIU10M14
PIU10N8
PIU10N9
PIU10N10
PIU10N11
PIU10N12
PIU10N13
PIU10N14
PIU10P6
PIU10P7
PIU10P8
PIU10P9
PIU10P10
PIU10P11
PIU10P12
PIU10P13
PIU10P14
PIU10V3
PIU10V4
PIU10V5
PIU10V6
PIU10V7
PIU10V8
PIU10V9
PIU10V10
PIU10V11
PIU10W1
PIU10W3
PIU10W4
PIU10W5
PIU10W6
PIU10W7
PIU10W8
PIU10W9
PIU10W10
PIU10W11
COU1A
PIU10A1
PIU10A2
PIU10A3
PIU10A4
PIU10A5
PIU10A6
PIU10A7
PIU10A8
PIU10A9
PIU10A10
PIU10A11
PIU10A12
PIU10A13
PIU10A14
PIU10A15
PIU10A16
PIU10A17
PIU10A18
PIU10A19
PIU10B1
PIU10B2
PIU10B3
PIU10B4
PIU10B5
PIU10B6
PIU10B7
PIU10B8
PIU10B9
PIU10B10
PIU10B11
PIU10B12
PIU10B13
PIU10B14
PIU10B15
PIU10B16
PIU10B17
PIU10B18
PIU10B19
PIU10C1
PIU10C2
PIU10C18
PIU10C19
PIU10D1
PIU10D2
PIU10D18
PIU10D19
PIU10E1
PIU10E2
PIU10E18
PIU10E19
PIU10F1
PIU10F2
PIU10F19
PIU10G19
PIU10H19
PIU10J19
COU1C
PIU10N1
PIU10P1
PIU10P2
PIU10R1
PIU10R2
PIU10V13
COU1D
PIU201
PIU202PIU203
PIU204
PIU205 PIU206
COU2
PIU401
PIU402
PIU403
PIU404
PIU405
PIU406
PIU407
PIU408
COU4
PIC101
PIC901
PIC1601
PIJ10B5
PIJ604
PIJ8012
PIR102
PIR202
PIR402PIR702PIR802
PIR1802PIR1902PIR2002
PIR2102PIR2202PIR2302
PIU10K1
PIU10K2
PIU206
PIU403
PIU407
PIU408
PIC402
PIC1001
PIJ201
PIU10N1
PIU201
PIC201 PIC301
PIC1101
PIJ10A2
PIJ603
PIJ8013
PIU10V7
PIU10W1
PIU10W7
PIU203
PIU204
PIU205
PIJ203
PIU10R1
NLADC0
PIJ202
PIU10R2
NLADC1
PIJ205
PIU10P1
NLADC2
PIJ204
PIU10P2
NLADC3
PIJ10B14
PIJ601
NLCLK0OUT
PIC102
PIC202 PIC302
PIC401
PIC502 PIC602
PIC902
PIC1002
PIC1102
PIC1602
PID101
PID201
PIJ10A5
PIJ10A10
PIJ10A14
PIJ10B3
PIJ10B8
PIJ10B16
PIJ206
PIJ306
PIJ309
PIJ3014
PIJ3020
PIJ3025
PIJ605
PIJ801
PIJ802
PIJ8011
PIPB102A
PIPB102B
PIR901
PIR1001 PIR1101 PIR1201 PIR1301 PIR1401 PIR1501 PIR1601
PIT105 PIT205
PIU10F6
PIU10F7
PIU10F8
PIU10F9
PIU10F10
PIU10F11
PIU10F12
PIU10F13
PIU10F14
PIU10G6
PIU10G7
PIU10G8
PIU10G9
PIU10G10
PIU10G11
PIU10G12
PIU10G13
PIU10G14
PIU10H6
PIU10H7
PIU10H8
PIU10H9
PIU10H10
PIU10H11
PIU10H12
PIU10H13
PIU10H14
PIU10J6
PIU10J7
PIU10J8
PIU10J9
PIU10J10
PIU10J11
PIU10J12
PIU10J13
PIU10J14
PIU10K6
PIU10K7
PIU10K8
PIU10K9
PIU10K10
PIU10K11
PIU10K12
PIU10K13
PIU10K14
PIU10L7
PIU10L8
PIU10L9
PIU10L10
PIU10L11
PIU10L12
PIU10L13
PIU10L14
PIU10M8
PIU10M9
PIU10M10
PIU10M11
PIU10M12
PIU10M13
PIU10M14
PIU10N8
PIU10N9
PIU10N10
PIU10N11
PIU10N12
PIU10N13
PIU10N14
PIU10P6
PIU10P7
PIU10P8
PIU10P9
PIU10P10
PIU10P11
PIU10P12
PIU10P13
PIU10P14
PIU10V4
PIU10V5
PIU10V9
PIU10V10
PIU10W5
PIU10W10
PIU202
PIU404
PIC501
PIL101
PIU10V3
PIU10W3
PIU10W4
PIC601
PIL201
PIU10V8
PIU10W8
PIU10W9
PID102
PIR502
PID202
PIR602
PID302
PIR401
PID502
PIR701
PID602
PIR801
PID702
PIR1801
PID802
PIR1901
PID902
PIR2001
PID1002
PIR2101
PID1102
PIR2201
PID1202
PIR2301
PIJ10A1PIJ10B1
PIJ301 PIJ302
PIJ304
PIJ3017 PIJ3018
PIJ3022
PIL102
PIU10V6
PIU10W6
PIL202
PIU10V11
PIU10W11
PIPB101A
PIPB101B
PIR1702
PIU10F18
PIJ10A16
PIJ602
NLRST0OUT
PIJ3019
PIR501
PIU10F1
PIU10V13
PIU402
NLX0D0
PIR201
PIU10E1
PIU401
NLX0D1
PIR902
PIT101
PIU10D1
NLX0D2
PIR1002
PIT102
PIU10C1
NLX0D3
PIR1302
PIT201
PIU10B1
NLX0D4
PIR1402
PIT202
PIU10A1
NLX0D5
PIR1502
PIT203
PIU10A2
NLX0D6
PIR1602
PIT204
PIU10A3
NLX0D7
PIR1102
PIT103
PIU10A4
NLX0D8
PIR1202
PIT104
PIU10A5
NLX0D9
PIJ3023
PIU10A6
PIU406
NLX0D10
PIJ3021
PIR601
PIU10A7
PIU405
NLX0D11
PIJ10A3
PIJ704
PIU10A8
NLX0D12
PIJ10B2
PIJ701
PIU10A9
NLX0D13
PIJ10B6
PIJ705
PIU10A10
NLX0D14
PIJ10B7
PIJ707
PIU10A11
NLX0D15
PIJ10B9
PIJ709
PIU10A12
NLX0D16
PIJ10B11
PIJ7013
PIU10A13
NLX0D17
PIJ10A9
PIJ7012
PIU10A14
NLX0D18
PIJ10A11
PIJ7014
PIU10A15
NLX0D19
PIJ10A6
PIJ706
PIU10A16
NLX0D20
PIJ10A7
PIJ708
PIU10A17
NLX0D21
PIJ10B4
PIJ703
PIU10A18
NLX0D22
PIJ10A4
PIJ702
PIU10A19
NLX0D23
PIJ10B15
PIJ7020
PIU10B18
NLX0D24
PIJ10A8
PIJ7010
PIU10B19
NLX0D25
PIJ10A17
PIJ7022
PIU10C18
NLX0D26
PIJ10A18
PIJ7024
PIU10C19
NLX0D27
PIJ10A12
PIJ7016
PIU10D19
NLX0D32
PIJ10A13
PIJ7018
PIU10D18
NLX0D33
PIJ10B10
PIJ7011
PIU10E19
NLX0D34
PIJ10A15
PIJ7019
PIU10E18
NLX0D35
PIJ10B12
PIJ7015
PIU10F19
NLX0D36
PIJ10B13
PIJ7017
PIU10G19
NLX0D37
PIJ10B17
PIJ7021
PIU10H19
NLX0D38
PIJ10B18
PIJ7023
PIU10J19
NLX0D39
PIJ303
PIR101
PIR1701
PIU10F2
NLX0D49
PIJ3026
PIU10E2
NLX0D50
PIJ3024
PIU10D2
NLX0D51
PIJ803
PIU10C2
NLX0D52
PIJ804
PIU10B2
NLX0D53
PIJ805
PIU10B3
NLX0D54
PIJ806
PIU10B4
NLX0D55
PID301
PIJ3016
PIU10B5
NLX0D56
PID501
PIJ3015
PIU10B6
NLX0D57
PID601
PIJ3013
PIU10B7
NLX0D58
PID701
PIJ3011
PIU10B8
NLX0D61
PID801
PIJ3012
PIU10B9
NLX0D62
PID901
PIJ3010
PIU10B10
NLX0D63
PIJ807
PIU10B11
NLX0D64
PIJ808
PIU10B12
NLX0D65
PIJ809
PIU10B13
NLX0D66
PIJ8010
PIU10B14
NLX0D67
PID1001
PIJ308
PIU10B15
NLX0D68
PID1101
PIJ307
PIU10B16
NLX0D69
PID1201
PIJ305
PIU10B17
NLX0D70
Figure 24:
startKIT
schematic
XM004110C
startKIT Hardware Manual 16/18
Copyright © XMOS Ltd 2012
Project Name
Size Sheet Name Rev
Sheet ofDate 27/09/2013
*
* *
*
startKIT.PrjPCB
A3
XSYS Link
MSEL
TDI
TMS
TCK
DEBUG_N
TDO
RST_N
GND
3
2
1
NA
J5
GND
MSEL
4
TDI
5
TMS
6
TCK
7
DEBUG
8
TDO
9
RST
10
GND
11
OTP_HOLD
12
GND
1
GND
13
5V
2
3V3
3
TP1
XSYS_EDGE
5V3V3
DI0 U19
CLK_OUT R19
DI1 V19
RST_OUT T19
NC
J1
DBG_TDI W19
DBG_TMS W18
NC
W17
NC
V17
NC
W16
NC
V16
NC
W15
NC
V15
NC
W14
NC
V14 DBG_TCK W13
DBG_TDO P19
DEBUG TILE
USB_DN
G1
USB_DP
H1
USB_ID
H2
USB_VBUS
G2
XI/CLK U1
XO V1
DEBUG_N M18
RST_N J2
TCK L19
TDI N19
TDO K19
TMS M19
NC
U2
NC
M7
NC
N7
NC
N6
NC
M6 MODE[0] L18
MODE[1] K18
MODE[2] J18
MODE[3] H18
MODE[4] G18
OSC_EXT_N L6
NC
N2
NC
T1
NC
T2
NC
V2
NC
W2
NC
V12
NC
W12
NC
V18
NC
U18 NC
T18
NC
R18 NC
P18 NC
N18
NC
M1
NC
M2
NC
L1
NC
L2
U1B
XS1_A8DEV_64_FB217
24M
ABLS
X1
GND GND
33P
C7
33P
C8
CLK_OUT
RST_OUT 33R
R3
DI0
DI1
TDI
TMS
TCK
TDO
RST_N
DEBUG_N
MSEL
GND
USB_D_N
USB_D_P
GND GND
5V
GND
USB_D_N
USB_D_P
USB and Input Protection
2U2
C13
100N
C14
330R
1.7A
FB1
1N
C15
VBUS 1
D- 2
D+ 3
ID 4
GND 5
SH
6
SH
7
SH
8
SH
9
SH
10
SH
11
J4
USB_MICROB
GND
VCC 5
IO3
4IO1
1
GND 2
IO2 3
IO4 6
D4
DNF
GND
VBUS
PTH_2MM
MTH1
PTH_2MM
MTH2
PTH_2MM
MTH3
PTH_2MM
MTH4
GND
PIC701
PIC702
COC7
PIC801
PIC802
COC8
PIC1301
PIC1302
COC13
PIC1401
PIC1402
COC14
PIC1501
PIC1502
COC15
PID401
PID402
PID403
PID404
PID405
PID406
COD4
PIFB101 PIFB102
COFB1
PIJ401
PIJ402
PIJ403
PIJ404
PIJ405
PIJ406
PIJ407
PIJ408
PIJ409
PIJ4010
PIJ4011
COJ4
PIJ501
PIJ502
PIJ503
COJ5
PIMTH101
COMTH1
PIMTH201
COMTH2
PIMTH301
COMTH3
PIMTH401
COMTH4
PIR301
PIR302
COR3
PITP101
PITP102
PITP103
PITP104
PITP105
PITP106
PITP107
PITP108
PITP109
PITP1010
PITP1011
PITP1012
PITP1013
COTP1
PIU10G1
PIU10G2
PIU10G18
PIU10H1
PIU10H2
PIU10H18
PIU10J1
PIU10J2
PIU10J18
PIU10K18
PIU10K19
PIU10L1
PIU10L2
PIU10L6
PIU10L18
PIU10L19
PIU10M1
PIU10M2
PIU10M6
PIU10M7
PIU10M18
PIU10M19
PIU10N2
PIU10N6
PIU10N7
PIU10N18
PIU10N19
PIU10P18
PIU10P19
PIU10R18
PIU10R19
PIU10T1
PIU10T2
PIU10T18
PIU10T19
PIU10U1
PIU10U2
PIU10U18
PIU10U19
PIU10V1
PIU10V2
PIU10V12
PIU10V14
PIU10V15
PIU10V16
PIU10V17
PIU10V18
PIU10V19
PIU10W2
PIU10W12
PIU10W13PIU10W14
PIU10W15
PIU10W16
PIU10W17
PIU10W18
PIU10W19
COU1B
PIX101 PIX102
COX1
PITP103
PIC1401
PIFB102
PITP102
PIR302
NLCLK0OUT
PITP108
PIU10M18
NLDEBUG0N
PIJ501
PIU10U19
NLDI0
PIJ502
PIU10V19
NLDI1
PIC702 PIC802
PIC1302 PIC1402
PIC1502
PID402
PIJ405
PIJ503
PIMTH101
PIMTH201
PIMTH301
PIMTH401
PITP101
PITP1011
PITP1013
PIU10L6
PIU10L18
PITP104
PIU10H18
PIU10J18
NLMSEL
PIC701
PIU10U1
PIX101
PIC801
PIU10V1
PIX102
PIC1501
PIJ4011
PID403
PID406
PIJ404
PIJ406
PIJ407
PIJ408
PIJ409
PIJ4010
PIR301
PIU10R19
PITP1012
PIU10G2
PIU10G18
PIU10H2
PIU10J1
PIU10K18
PIU10L1
PIU10L2
PIU10M1
PIU10M2
PIU10M6
PIU10M7
PIU10N2
PIU10N6
PIU10N7
PIU10N18
PIU10P18
PIU10R18
PIU10T1
PIU10T2
PIU10T18
PIU10U2
PIU10U18
PIU10V2
PIU10V12
PIU10V14
PIU10V15
PIU10V16
PIU10V17
PIU10V18
PIU10W2
PIU10W12
PIU10W14
PIU10W15
PIU10W16
PIU10W17
PITP1010
PIU10J2
NLRST0N
PIU10T19
NLRST0OUT
PITP107
PIU10L19
PIU10W13
NLTCK
PITP105
PIU10N19
PIU10W19
NLTDI
PITP109
PIU10K19
PIU10P19
NLTDO
PITP106
PIU10M19
PIU10W18
NLTMS
PID401
PIJ402
PIU10G1
NLUSB0D0N
PID404
PIJ403
PIU10H1
NLUSB0D0P
PIC1301
PID405
PIFB101
PIJ401
Figure 25:
startKIT
debugger
schematic
XM004110C
startKIT Hardware Manual 17/18
17 Regulatory compliance
The startKIT has been tested to the applicable electromagnetic compatibility (EMC)
test standards as listed in the table below.
Test Standard Notes
Radiated Emissions FCC CFR 47 Part 15 Tested to Class A limits
(30MHz – 1GHz)
Radiated Emissions FCC CFR 47 Part 15 Tested to Class A limits
(1GHz – 6GHz)
Immunity from Radiated
Fields
EN55024:2010 Tested to Class A limits
Radiated Emissions EN55022:2010 Tested to Class A limits
(30MHz – 1GHz)
Radiated Emissions EN55022:2010 Tested to Class A limits
(1GHz – 6GHz)
17.1 European Region
This product complies with the Economic Area (EEA) EMC Directive 2004/108/EC
and has been tested and found to comply in full with the requirements of:
·
EN 55022:2010 – Information technology equipment – Radio disturbance charac-
teristics – Limits and methods of measurement. CISPR 22:2008 (Modified)
·
EN 55024:2010 – Information technology equipment – Immunity characteristics
– Limits and methods of measurement. CISPR 24:2010
It meets Class A Limits as described in EN 55022:2010. Class A equipment is
equipment suitable for use in all establishments other than domestic.
This is a class A product. In a domestic environment this product may cause radio
interference in which case the user may be required to take adequate measures.
17.2 North America Region
This equipment has been tested and found to comply with the limits for a Class A
digital device, pursuant to part 15 of the FCC Rules. These limits are designed to
provide reasonable protection against harmful interference when the equipment is
operated in a commercial environment. This equipment generates, uses, and can
radiate radio frequency energy and, if not installed and used in accordance with
the instruction manual, may cause harmful interference to radio communications.
Operation of this equipment in a residential area is likely to cause harmful interfer-
ence in which case the user will be required to correct the interference at their own
expense.
XM004110C
startKIT Hardware Manual 18/18
This device complies with Part 15 of the FCC Rules. Operation is subject to the
following two conditions: (1) this device may not cause harmful interference, and
(2) this device must accept any interference received, including interference that
may cause undesired operation
17.3 RoHS and REACH
The startKIT complies with appropriate RoHS2 and REACH regulations and is a
Pb-free product.
The startKIT is subject to the European Union WEEE directive and should not be
disposed of in household waste. Alternative requirements may apply outside of
the EU.
Any unapproved devices connected to this product by the GPIO headers or con-
nector may affect compliance to these standards, and end users should take
appropriate precautions in this case.
Copyright © 2014, All Rights Reserved.
Xmos Ltd. is the owner or licensee of this design, code, or Information (collectively, the “Information”) and
is providing it to you “AS IS” with no warranty of any kind, express or implied and shall have no liability in
relation to its use. Xmos Ltd. makes no representation that the Information, or any particular implementation
thereof, is or will be free from any claims of infringement and again, shall have no liability in relation to any
such claims.
XM004110C
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