XCARD XC-1 XMOS, XCARD XC-1 Datasheet
XCARD XC-1
Specifications of XCARD XC-1
Related parts for XCARD XC-1
XCARD XC-1 Summary of contents
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... XC-1 Hardware Manual Publication Date: 2009/11/12 Copyright © 2009 XMOS Ltd. All Rights Reserved. Version 1.3.2 ...
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... XC-1 Hardware Manual (1.3.2) 1 Introduction The XC Event-Driven Processor development board based on the XMOS XS1- G4. It comprises a single XS1-G4, 16 user-configurable LEDs, four push-buttons, a speaker, JTAG and serial interfaces, and a through-hole prototyping area for connecting external components. The XC-1 is powered directly from a host PC using a mini-USB cable ...
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... The other 12 LEDs are positioned around the XS1- circle (collectively referred to as clock-LEDs) and contain red/green diodes. A Roman numeral is printed next to each LED. Each of the LEDs can be driven by software. The layout of the LEDs is shown on the following page. www.xmos.com 3/17 ...
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... The schematic for the clock-LEDs is shown below I II III IIII X0D15 X0D20 X0D21 X0D2 PORT_CLOCKLED_0 PORT_CLOCKLED_0 III V VI VII VIII X0D3 X0D8 X0D9 X0D4 PORT_CLOCKLED_0 PORT_CLOCKLED_SELG www.xmos.com XII X0D5 X0D6 X0D7 X0D14 X0D12 PORT_CLOCKLED_SELR X0D13 4/17 ...
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... Green 0 Red 1 Red Port Processor P4A0 PORT_CLOCKLED_0 [IIII] P4A1 PORT_CLOCKLED_0 [V] P4B0 PORT_CLOCKLED_1 [VIII] P4B1 PORT_CLOCKLED_1 [IX] P4B2 PORT_CLOCKLED_1 [X] P4B3 PORT_CLOCKLED_1 [XI] P4A2 PORT_CLOCKLED_0 [VI] P4A3 PORT_CLOCKLED_0 [VII] PORT_CLOCKLED_SELG PORT_CLOCKLED_SELR P4C0 PORT_CLOCKLED_2 [XII] P4C1 PORT_CLOCKLED_2 [I] P4C2 PORT_CLOCKLED_2 [II] P4C3 PORT_CLOCKLED_2 [III] Port Processor 8b 0 www.xmos.com 5/17 ...
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... X0D16 P4D0 P8B2 PORT_BUTTON [A] X0D17 P4D1 P8B3 PORT_BUTTON [B] X0D18 P4D2 P8B4 PORT_BUTTON [C] X0D19 P4D3 P8B5 PORT_BUTTON [D] Each pin can be configured either as a 4-bit port or an 8-bit port. The configuration is determined by the set of port initialisers used in the software [2 Port Processor www.xmos.com 6/17 ...
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... X2D43 3V3 GND X2D40 X2D41 X2D38 X2D39 X2D37 X2D36 2 1 Three of the expansion headers provide a bank of 12 I/O pins, while the fourth provides a bank of eight I/O pins. The pins are mapped to the ports as described in the table on the next page. www.xmos.com 7/ X2D0 ...
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... P4F1 P8C3 P16B3 X2PortC P4F2 P8C4 P16B4 P4F3 P8C5 P16B5 P4E2 P8C6 P16B6 P4E3 P8C7 P16B7 P1K0 P1L0 P1M0 P8D0 P16B8 P1N0 P8D1 P16B9 P1O0 P8D2 P16B10 P1P0 P8D3 P16B11 X2PortD P8D4 P16B12 P8D5 P16B13 P8D6 P16B14 P8D7 P16B15 www.xmos.com 8/17 ...
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... XC-1 Hardware Manual (1.3.2) 5.1 XMOS Link Configuration Some of the I/O pins on the expansion header can be configured as XMOS Links. The mapping of XMOS Links to the headers is shown in the table below. Header 2/A XMOS Link 2 Pin 2 bit 5 bit X2D0 X2D1 XLA4 O ...
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... The prototyping area provides a bank of 16 I/O pins, which are mapped to the ports on processor 0 as described in the table on the following page. 3V3 GND X0D39 X0D38 X0D37 X0D36 X0D33 X0D32 X0D31 X0D30 X0D29 X0D28 X0D27 X0D26 X0D11 X0D10 X0D1 X0D0 GND 5V www.xmos.com 10/17 ...
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... The prototyping area provides access to eight 1-bit ports (1A, 1B, 1C, 1D, 1M, 1N, 1O and 1P) and either two 4-bit ports (4E and 4F) or one 8-bit port (8C). Port Processor P1A0 P1B0 P4E0 P8C0 P4E1 P8C1 P4F0 P8C2 P4F1 P8C3 Prototyping Area P4F2 P8C4 P4F3 P8C5 P4E2 P8C6 P4E3 P8C7 www.xmos.com 11/17 ...
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... Audio signals are generated by filtering pulse width modulated (PWM) digital signals to form an analogue waveform, which is amplified and sent to the speaker, as shown below X0D34 The speaker pin is mapped to a port on processor 0, as shown in the table below. FILTER AMPLIFIER Pin Port Processor 1b 0 X0D34 P1K0 PORT_SPEAKER www.xmos.com 12/17 SPEAKER ...
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... COM port to the PC that can be interfaced via a terminal emulator. 9 20MHz Crystal Oscillator [I] The XS1-G4 is clocked at 20MHz by a crystal oscillator on the card. Each processor is clocked at 400MHz, the I/O ports at 100MHz on-chip phase-locked loop (PLL). Pin Port Processor 1b 0 X0D23 P1H0 PORT_UART_TX X1D24 P1I0 PORT_UART_RX www.xmos.com 13/17 ...
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... The diagram below shows how the XC-1 components are connected to the XS1-G4. Processor 0 PORT_BUTTONLED [A:D] PORT_BUTTON [A:D] PORT_CLOCKLED_0/1/2 PORT_SPEAKER PROTOTYPE AREA Processor 2 A I/O HEADERS A-D System Services XS1-G4 SS_RESET RST CLOCK 20MHz XTO www.xmos.com 14/ PORT_UART_RX PORT_UART_TX SS_TDO SS_TDI SS_TMS SS_TCK SS_TRST SS_DEBUG 5V 1V PSU 3V3 ...
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... P4E3 P8C7 P16B7 PROTOTYPE_AREA_11 PORT_SPEAKER RESERVED P8D0 P16B8 PROTOTYPE_AREA_12 P8D1 P16B9 PROTOTYPE_AREA_13 P8D2 P16B10 PROTOTYPE_AREA_14 P8D3 P16B11 PROTOTYPE_AREA_15 P8D4 P16B12 PORT_BUTTONLED [A] P8D5 P16B13 PORT_BUTTONLED [B] P8D6 P16B14 PORT_BUTTONLED [C] P8D7 P16B15 PORT_BUTTONLED [D] www.xmos.com 15/17 Processor 2 X2PortA Header X2PortB Header X2PortC Header X2PortD Header ...
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... The following table lists the defined identifiers for processors 0 and 2: Processor Port Location 0 2 Generic Identifier XS1_PORT_4A PORT_CLOCKLED_0 XS1_PORT_4B PORT_CLOCKLED_1 XS1_PORT_4C PORT_CLOCKLED_2 XS1_PORT_1E PORT_CLOCKLED_SELG XS1_PORT_1F PORT_CLOCKLED_SELR XS1_PORT_4D PORT_BUTTON XS1_PORT_1H PORT_UART_TX XS1_PORT_1I PORT_UART_RX XS1_PORT_1K PORT_SPEAKER XS1_PORT_8D PORT_BUTTONLED www.xmos.com 16/17 ...
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... 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 will be free from any claims of infringement and again, shall have no liability in relation to any such claims ...