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tt04.json
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tt04.json
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{
"version": 3,
"id": "tt04",
"name": "Tiny Tapeout 4",
"repo": "https://github.com/TinyTapeout/tinytapeout-04",
"commit": "cf48ca5946af0f2fcad9fb479c2624144048a31b",
"updated": "2024-06-20T10:11:41Z",
"projects": [
{
"macro": "tt_um_4_LUT_Baungarten",
"address": 209,
"title": "LFMPDM (Lightning Fast Matrix Programmable Design Module)",
"author": "Emilio Baungarten",
"description": "8xLUTs 4-input",
"clock_hz": 0,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/Baungarten-CINVESTAV/tt04-submission-4-LUT",
"commit": "8b2252cea0d1b9cacfbeea8d43b504730ee39dda",
"pinout": {
"ui[0]": "i_addr_load_data[0]",
"ui[1]": "i_addr_load_data[1]",
"ui[2]": "i_addr_load_data[2]",
"ui[3]": "i_addr_load_data[3]",
"ui[4]": "i_Data",
"ui[5]": "i_config_enable",
"ui[6]": "",
"ui[7]": "",
"uo[0]": "o_Data",
"uo[1]": "",
"uo[2]": "",
"uo[3]": "",
"uo[4]": "",
"uo[5]": "",
"uo[6]": "",
"uo[7]": "",
"uio[0]": "i_LUT [0]",
"uio[1]": "i_LUT [1]",
"uio[2]": "i_LUT [2]",
"uio[3]": "i_LUT [3]",
"uio[4]": "",
"uio[5]": "",
"uio[6]": "",
"uio[7]": ""
}
},
{
"macro": "tt_um_ALU_NicolasOrcasitas",
"address": 228,
"title": "8-bit ALU",
"author": "Nicolas Orcasitas Garcia",
"description": "8-bit ALU with 8 operations",
"clock_hz": 0,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/NicolasOrcasitas/tt04-submission-8bit-ALU",
"commit": "a683d97a9fec413e89ec15f2a0bfbea7e699b5f6",
"pinout": {
"ui[0]": "",
"ui[1]": "",
"ui[2]": "",
"ui[3]": "",
"ui[4]": "",
"ui[5]": "",
"ui[6]": "",
"ui[7]": "",
"uo[0]": "segment a",
"uo[1]": "segment b",
"uo[2]": "segment c",
"uo[3]": "segment d",
"uo[4]": "segment e",
"uo[5]": "segment f",
"uo[6]": "segment g",
"uo[7]": "dot",
"uio[0]": "",
"uio[1]": "",
"uio[2]": "",
"uio[3]": "",
"uio[4]": "",
"uio[5]": "",
"uio[6]": "",
"uio[7]": ""
}
},
{
"macro": "tt_um_BounceFSM_RSX92",
"address": 327,
"title": "Password FSM",
"author": "Francisco Javier Rodriguez Navarrete",
"description": "Project for the Password FSM",
"clock_hz": 10000000,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/RSX92/tt04-submission-fsmlock",
"commit": "f441858372ef3327313a2d73e37a619a3df7c9c3",
"pinout": {
"ui[0]": "iv_data[3]",
"ui[1]": "iv_data[2]",
"ui[2]": "iv_data[1]",
"ui[3]": "iv_data[0]",
"ui[4]": "N/C",
"ui[5]": "N/C",
"ui[6]": "i_send_data",
"ui[7]": "i_CE",
"uo[0]": "o_acknowledge[7]",
"uo[1]": "o_acknowledge[6]",
"uo[2]": "o_acknowledge[5]",
"uo[3]": "o_acknowledge[4]",
"uo[4]": "o_acknowledge[3]",
"uo[5]": "o_acknowledge[2]",
"uo[6]": "o_acknowledge[1]",
"uo[7]": "o_acknowledge[0]",
"uio[0]": "",
"uio[1]": "",
"uio[2]": "",
"uio[3]": "",
"uio[4]": "",
"uio[5]": "",
"uio[6]": "",
"uio[7]": ""
}
},
{
"macro": "tt_um_CPU",
"address": 277,
"title": "CPU 8 bit",
"author": "Daniel Arevalos, Patricio Carrasco, Mario Romero, Benjamin Villegas",
"description": "Simple CPU of 8 bit",
"clock_hz": 0,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/P-coryan/Risc-V-TinyTapeout04",
"commit": "241ec3f5e2dcd3bbb0b3cf869c28374537e75458",
"pinout": {
"ui[0]": "data_in[0]",
"ui[1]": "data_in[1]",
"ui[2]": "data_in[2]",
"ui[3]": "data_in[3]",
"ui[4]": "data_in[4]",
"ui[5]": "data_in[5]",
"ui[6]": "data_in[6]",
"ui[7]": "data_in[7]",
"uo[0]": "data_out[0]",
"uo[1]": "data_out[1]",
"uo[2]": "data_out[2]",
"uo[3]": "data_out[3]",
"uo[4]": "data_out[4]",
"uo[5]": "data_out[5]",
"uo[6]": "data_out[6]",
"uo[7]": "data_out[7]",
"uio[0]": "write",
"uio[1]": "address[0]",
"uio[2]": "address[1]",
"uio[3]": "address[2]",
"uio[4]": "address[3]",
"uio[5]": "address[4]",
"uio[6]": "address[5]",
"uio[7]": "address[6]"
}
},
{
"macro": "tt_um_FSM",
"address": 274,
"title": "Microrobotics FSM",
"author": "Lucas Irribarra, Felipe Rifo",
"description": "Simple FSM for Micro-srobots",
"clock_hz": 10000000,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/FRifoM99/tt04_MicroRobotics_FSM",
"commit": "21a310cdd2507c01e76b02b0bec67f87d02e13ab",
"pinout": {
"ui[0]": "",
"ui[1]": "",
"ui[2]": "",
"ui[3]": "",
"ui[4]": "",
"ui[5]": "Front sensor",
"ui[6]": "Left sensor",
"ui[7]": "Rigt sensor",
"uo[0]": "motor B left",
"uo[1]": "motor B Right",
"uo[2]": "motor A Left",
"uo[3]": "motor A Right",
"uo[4]": "0",
"uo[5]": "0",
"uo[6]": "0",
"uo[7]": "pwm signal",
"uio[0]": "pwm resolution bit 0",
"uio[1]": "pwm resolution bit 1",
"uio[2]": "pwm resolution bit 2",
"uio[3]": "pwm resolution bit 3",
"uio[4]": "pwm resolution bit 4",
"uio[5]": "pwm resolution bit 5",
"uio[6]": "pwm resolution bit 6",
"uio[7]": "pwm resolution bit 7"
}
},
{
"macro": "tt_um_FreqMeter_Juan_Garcial",
"address": 337,
"title": "frecuencimeter",
"author": "Juan Carlos Garcia Lopez and Emilio Isaac Baungarten Leon",
"description": "frecuencimeter",
"clock_hz": 10000000,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/Juan-garcial2/tt04-submission-template",
"commit": "5a1432f5c72ab9d5d5153db17dba97e5d4be4bea",
"pinout": {
"ui[0]": "data_in",
"ui[1]": "",
"ui[2]": "",
"ui[3]": "",
"ui[4]": "",
"ui[5]": "",
"ui[6]": "",
"ui[7]": "",
"uo[0]": "segments_",
"uo[1]": "disp_select_",
"uo[2]": "segment_select_",
"uo[3]": "",
"uo[4]": "",
"uo[5]": "",
"uo[6]": "",
"uo[7]": "",
"uio[0]": "",
"uio[1]": "",
"uio[2]": "",
"uio[3]": "",
"uio[4]": "",
"uio[5]": "",
"uio[6]": "",
"uio[7]": ""
}
},
{
"macro": "tt_um_LEOGLM_hamming_code_top",
"address": 256,
"title": "(11,7) hamming code encoder and decoder with UART",
"author": "LEOGLM",
"description": "(11,7) hamming code encoder and decoder using UART Protocol",
"clock_hz": 0,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/LEOGLM0312/tt04-submission-hamming_code",
"commit": "7db5142563f4a9767d41da2c1f524f39346f2ae2",
"pinout": {
"ui[0]": "encoder and decoder switching",
"ui[1]": "encoder_enable",
"ui[2]": "decoder_input",
"ui[3]": "encoder_input",
"ui[4]": "encoder_input",
"ui[5]": "encoder_input",
"ui[6]": "encoder_input",
"ui[7]": "encoder_input",
"uo[0]": "state",
"uo[1]": "encoder_output",
"uo[2]": "decoder_output",
"uo[3]": "decoder_output",
"uo[4]": "decoder_output",
"uo[5]": "decoder_output",
"uo[6]": "decoder_output",
"uo[7]": "decoder_output",
"uio[0]": "encoder_input/decoder_output",
"uio[1]": "encoder_input/decoder_output",
"uio[2]": "encoder_input/decoder_output",
"uio[3]": "encoder_input/decoder_output",
"uio[4]": "encoder_input/decoder_output",
"uio[5]": "encoder_input",
"uio[6]": "",
"uio[7]": ""
}
},
{
"macro": "tt_um_MichaelBell_nanoV",
"address": 100,
"title": "Risc-V Nano V",
"author": "Michael Bell",
"description": "RV32E bit serial processor",
"clock_hz": 0,
"tiles": "1x2",
"analog_pins": [],
"repo": "https://github.com/MichaelBell/tt04-nanoV",
"commit": "76f850a4d73398e16c32a3e790d24bd27d845318",
"pinout": {
"ui[0]": "General purpose input 0",
"ui[1]": "General purpose input 1",
"ui[2]": "General purpose input 2",
"ui[3]": "General purpose input 3",
"ui[4]": "General purpose input 4",
"ui[5]": "General purpose input 5",
"ui[6]": "General purpose input 6",
"ui[7]": "General purpose input 7",
"uo[0]": "segment a / GP output 0",
"uo[1]": "segment b / GP output 1",
"uo[2]": "segment c / GP output 2",
"uo[3]": "segment d / GP output 3",
"uo[4]": "segment e / GP output 4",
"uo[5]": "segment f / GP output 5",
"uo[6]": "segment g / GP output 6",
"uo[7]": "dot / GP output 7",
"uio[0]": "SPI RAM MOSI",
"uio[1]": "SPI RAM CSn",
"uio[2]": "SPI RAM SCK",
"uio[3]": "SPI RAM MISO",
"uio[4]": "UART RX",
"uio[5]": "UART TX",
"uio[6]": "UART RTS",
"uio[7]": "SPI RAM ~Hold"
}
},
{
"macro": "tt_um_MultiPatternLEDSequencer_RSYO3000",
"address": 211,
"title": "Multi Pattern LED Sequencer",
"author": "Francisco Javier Rodriguez Navarrete",
"description": "Project for the MPLS LED lights",
"clock_hz": 10000000,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/RSYO3000/tt04-submission-mpls",
"commit": "26d7367bb4eb712eaeb0e418da98110f86b31751",
"pinout": {
"ui[0]": "N/C",
"ui[1]": "pattern_sel[4]",
"ui[2]": "pattern_sel[3]",
"ui[3]": "pattern_sel[2]",
"ui[4]": "pattern_sel[1]",
"ui[5]": "pattern_sel[0]",
"ui[6]": "clk_selector[1]",
"ui[7]": "clk_selector[0]",
"uo[0]": "LED[7]",
"uo[1]": "LED[6]",
"uo[2]": "LED[5]",
"uo[3]": "LED[4]",
"uo[4]": "LED[3]",
"uo[5]": "LED[2]",
"uo[6]": "LED[1]",
"uo[7]": "LED[0]",
"uio[0]": "",
"uio[1]": "",
"uio[2]": "",
"uio[3]": "",
"uio[4]": "",
"uio[5]": "",
"uio[6]": "",
"uio[7]": ""
}
},
{
"macro": "tt_um_RELOG_10M_Juan_Garcial",
"address": 210,
"title": "7 SEGMENTS CLOCK",
"author": "Juan Carlos Garcia Lopez",
"description": "7 SEGMENTS CLOCK",
"clock_hz": 10000000,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/Juan-Garcial/tt04_jcgarcia",
"commit": "5238d217df90032695323392c244d7b2fc9c8fb0",
"pinout": {
"ui[0]": "disp_type",
"ui[1]": "fmt",
"ui[2]": "prog",
"ui[3]": "adjust",
"ui[4]": "",
"ui[5]": "",
"ui[6]": "",
"ui[7]": "",
"uo[0]": "ampm",
"uo[1]": "segments_",
"uo[2]": "disp_select_",
"uo[3]": "segment_select_",
"uo[4]": "",
"uo[5]": "",
"uo[6]": "",
"uo[7]": "",
"uio[0]": "",
"uio[1]": "",
"uio[2]": "",
"uio[3]": "",
"uio[4]": "",
"uio[5]": "",
"uio[6]": "",
"uio[7]": ""
}
},
{
"macro": "tt_um_RS_Vfreq",
"address": 225,
"title": "CLK Frequency Divider",
"author": "Ramon Sarmiento",
"description": "Generates several frequency clock signals from a user-selected M module",
"clock_hz": 0,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/RamonSsc/tt04-submission-Vfreq",
"commit": "11b78c583042f76badc6388dee4d69f548066c4e",
"pinout": {
"ui[0]": "Modulo[0]",
"ui[1]": "Modulo[1]",
"ui[2]": "Modulo[2]",
"ui[3]": "Modulo[3]",
"ui[4]": "Modulo[4]",
"ui[5]": "Modulo[5]",
"ui[6]": "Modulo[6]",
"ui[7]": "Modulo[7]",
"uo[0]": "segment a",
"uo[1]": "segment b",
"uo[2]": "segment c",
"uo[3]": "segment d",
"uo[4]": "segment e",
"uo[5]": "segment f",
"uo[6]": "segment g",
"uo[7]": "dot",
"uio[0]": "CLK 1/2",
"uio[1]": "CLK 1/4",
"uio[2]": "CLK 1/8",
"uio[3]": "CLK 1/16",
"uio[4]": "CLK 1/32",
"uio[5]": "CLK 1/64",
"uio[6]": "CLK 1/128",
"uio[7]": "Modulo M signal"
}
},
{
"macro": "tt_um_USM_temp_sens_hyst",
"address": 273,
"title": "RO-based temperature sensor with hysteresis",
"author": "Francisco Aguirre, Francisca Donoso, based on design by Daniel Arevalos and Jorge Mar\u00edn",
"description": "Ring oscillator whose frequency depends on temperature, with a hysteresis module for temperature detection.",
"clock_hz": 1000000,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/Grimrist/tt04_usm_ro-based_tempsens-hyst",
"commit": "042913721bba12a14eb9f17c2c0e1b3166598e78",
"pinout": {
"ui[0]": "clk_internal",
"ui[1]": "clk_sel",
"ui[2]": "enable_inv_osc",
"ui[3]": "enable_nand_osc",
"ui[4]": "rx",
"ui[5]": "osc_sel",
"ui[6]": "",
"ui[7]": "",
"uo[0]": "tx",
"uo[1]": "temp_warn",
"uo[2]": "",
"uo[3]": "",
"uo[4]": "",
"uo[5]": "",
"uo[6]": "",
"uo[7]": "",
"uio[0]": "counter[0]",
"uio[1]": "counter[1]",
"uio[2]": "counter[2]",
"uio[3]": "counter[3]",
"uio[4]": "counter[4]",
"uio[5]": "counter[5]",
"uio[6]": "counter[6]",
"uio[7]": "counter[7]"
}
},
{
"macro": "tt_um_adder_NestorMatajira",
"address": 227,
"title": "4 bit adder ",
"author": "Nestor Matajira",
"description": "Add two 4 bit numbers",
"clock_hz": 0,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/NestorMatajira/tt04-submission-sumador",
"commit": "d76a889a01d50a824eab141f0aae0e715b73f75c",
"pinout": {
"ui[0]": "A[0]",
"ui[1]": "A[1]",
"ui[2]": "A[2]",
"ui[3]": "A[3]",
"ui[4]": "B[0]",
"ui[5]": "B[1]",
"ui[6]": "B[2]",
"ui[7]": "B[3]",
"uo[0]": "S[0]",
"uo[1]": "S[1]",
"uo[2]": "S[2]",
"uo[3]": "S[3]",
"uo[4]": "S[4]",
"uo[5]": "",
"uo[6]": "",
"uo[7]": "",
"uio[0]": "",
"uio[1]": "",
"uio[2]": "",
"uio[3]": "",
"uio[4]": "",
"uio[5]": "",
"uio[6]": "",
"uio[7]": ""
}
},
{
"macro": "tt_um_adriannovosel_top",
"address": 257,
"title": "Multi-channel pulse counter with serial output, v01b",
"author": "Adrian Novosel, Dinko Oletic",
"description": "Counts number of digital pulses occuring within a time interval across four input channels, and periodically outputs the values out using serial output. Verilog HDL implementation.",
"clock_hz": 0,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/DinkoOletic/tt04-HDL_unizgfer_multich_pulse_counter_v01b",
"commit": "625610fd9db48129b830ebdcd11fe7bae105e3a9",
"pinout": {
"ui[0]": "ch1",
"ui[1]": "ch2",
"ui[2]": "ch3",
"ui[3]": "ch4",
"ui[4]": "RTC",
"ui[5]": "clk",
"ui[6]": "reset",
"ui[7]": "",
"uo[0]": "serial_out",
"uo[1]": "ovf_global",
"uo[2]": "a0_out",
"uo[3]": "a1_out",
"uo[4]": "a2_out",
"uo[5]": "SL_out",
"uo[6]": "ovf_RTC_out",
"uo[7]": "ovf_ch_out",
"uio[0]": "",
"uio[1]": "",
"uio[2]": "",
"uio[3]": "",
"uio[4]": "",
"uio[5]": "",
"uio[6]": "",
"uio[7]": ""
}
},
{
"macro": "tt_um_algofoogle_raybox_zero",
"address": 33,
"title": "raybox-zero",
"author": "algofoogle (Anton Maurovic)",
"description": "Simple VGA ray caster game demo",
"clock_hz": 25000000,
"tiles": "4x2",
"analog_pins": [],
"repo": "https://github.com/algofoogle/tt04-raybox-zero",
"commit": "d6ab74c93b3e098356549392840495d5ada5d6fd",
"pinout": {
"ui[0]": "SPI in: sclk",
"ui[1]": "SPI in: mosi",
"ui[2]": "SPI in: ss_n",
"ui[3]": "debug",
"ui[4]": "inc_px",
"ui[5]": "inc_py",
"ui[6]": "reg",
"ui[7]": "",
"uo[0]": "hsync_n",
"uo[1]": "vsync_n",
"uo[2]": "red[0]",
"uo[3]": "red[1]",
"uo[4]": "green[0]",
"uo[5]": "green[1]",
"uo[6]": "blue[0]",
"uo[7]": "blue[1]",
"uio[0]": "Out: o_hblank",
"uio[1]": "Out: o_vblank",
"uio[2]": "SPI2 in: reg_sclk",
"uio[3]": "SPI2 in: reg_mosi",
"uio[4]": "SPI2 in: reg_ss_n",
"uio[5]": "",
"uio[6]": "",
"uio[7]": ""
}
},
{
"macro": "tt_um_alu",
"address": 246,
"title": "4-bit-alu",
"author": "Angelo Machorro",
"description": "4 bit alu ",
"clock_hz": 0,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/Angardo18/tt04-submission-angardo-alu",
"commit": "2a07909aca4b3fdd0da059867f29099b4044abde",
"pinout": {
"ui[0]": "A3",
"ui[1]": "A2",
"ui[2]": "A1",
"ui[3]": "A0",
"ui[4]": "B3",
"ui[5]": "B2",
"ui[6]": "B1",
"ui[7]": "B0",
"uo[0]": "R7",
"uo[1]": "R6",
"uo[2]": "R5",
"uo[3]": "R4",
"uo[4]": "R3",
"uo[5]": "R2",
"uo[6]": "R1",
"uo[7]": "R0",
"uio[0]": "S0",
"uio[1]": "S1",
"uio[2]": "S2",
"uio[3]": "",
"uio[4]": "",
"uio[5]": "",
"uio[6]": "",
"uio[7]": ""
}
},
{
"macro": "tt_um_alu4_alonso59",
"address": 306,
"title": "4-bits 1-channel PWM and ALU 4 bits",
"author": "Alonso",
"description": "This is a 4-bits and 1-channel PWM module",
"clock_hz": 10000000,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/alonso59/tt04-submission-alu4",
"commit": "53b0963e85c28a8b4c2edc9c1e85ab6881e90855",
"pinout": {
"ui[0]": "ui_in[7]",
"ui[1]": "ui_in[6]",
"ui[2]": "ui_in[5]",
"ui[3]": "ui_in[4]",
"ui[4]": "ui_in[3]",
"ui[5]": "ui_in[2]",
"ui[6]": "ui_in[1]",
"ui[7]": "ui_in[0]",
"uo[0]": "uo_out[4]",
"uo[1]": "uo_out[3]",
"uo[2]": "uo_out[2]",
"uo[3]": "uo_out[1]",
"uo[4]": "uo_out[0]",
"uo[5]": "",
"uo[6]": "",
"uo[7]": "",
"uio[0]": "",
"uio[1]": "",
"uio[2]": "",
"uio[3]": "",
"uio[4]": "",
"uio[5]": "",
"uio[6]": "",
"uio[7]": ""
}
},
{
"macro": "tt_um_ashleyjr_delay_line",
"address": 164,
"title": "Delay Line",
"author": "Ashley J. Robinson",
"description": "A simple delay line with instrumentation",
"clock_hz": 50000000,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/ashleyjr/tt04-delay-line",
"commit": "bb9e255e0a3bf4ba53d0d5a7ffdc4bc7174f1623",
"pinout": {
"ui[0]": "UART Rx",
"ui[1]": "",
"ui[2]": "",
"ui[3]": "",
"ui[4]": "",
"ui[5]": "",
"ui[6]": "",
"ui[7]": "",
"uo[0]": "UART Tx",
"uo[1]": "Tied Low",
"uo[2]": "Tied Low",
"uo[3]": "Tied Low",
"uo[4]": "Tied Low",
"uo[5]": "Tied Low",
"uo[6]": "Tied Low",
"uo[7]": "Tied Low",
"uio[0]": "Tied Low",
"uio[1]": "Tied Low",
"uio[2]": "Tied Low",
"uio[3]": "Tied Low",
"uio[4]": "Tied Low",
"uio[5]": "Tied Low",
"uio[6]": "Tied Low",
"uio[7]": "Tied Low"
}
},
{
"macro": "tt_um_biased_trng",
"address": 260,
"title": "Variable Duty-Cycle TRNG",
"author": "Thomas Pluck",
"description": "Generates a random bit with a given probability with a special ring oscillator",
"clock_hz": 0,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/ThomasPluck/tt04-biased-trng",
"commit": "e192163eb222b2dbb13b36f31834ca18d6295d72",
"pinout": {
"ui[0]": "signal",
"ui[1]": "control 1",
"ui[2]": "control 2",
"ui[3]": "control 3",
"ui[4]": "",
"ui[5]": "",
"ui[6]": "",
"ui[7]": "",
"uo[0]": "sample",
"uo[1]": "",
"uo[2]": "",
"uo[3]": "",
"uo[4]": "",
"uo[5]": "",
"uo[6]": "",
"uo[7]": "",
"uio[0]": "",
"uio[1]": "",
"uio[2]": "",
"uio[3]": "",
"uio[4]": "",
"uio[5]": "",
"uio[6]": "",
"uio[7]": ""
}
},
{
"macro": "tt_um_bulls_and_cows",
"address": 6,
"title": "The Bulls and Cows game",
"author": "Giorgos Dimitrakopoulos",
"description": "An implementation of the Bulls and Cows game",
"clock_hz": 0,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/gdimitrak/Bulls-and-Cows",
"commit": "a14d74fcb2ef5fcd7f412b1276fea23d88f316f4",
"pinout": {
"ui[0]": "I0/Number1[0]",
"ui[1]": "I1/Number1[1]",
"ui[2]": "I2/Number1[2]",
"ui[3]": "I3/Number2[0]",
"ui[4]": "I4/Number2[1]",
"ui[5]": "I5/Number2[2]",
"ui[6]": "I6/Save the secret number",
"ui[7]": "",
"uo[0]": "O0/bulls[1]/segment a",
"uo[1]": "O1/bulls[2]/segment b",
"uo[2]": "O2/cows[0]/segment c",
"uo[3]": "O3/cows[1]/segment d",
"uo[4]": "O4/cows[2]/segment e",
"uo[5]": "O5/bulls[0]/segment f",
"uo[6]": "O6/bulls[3]/segment g",
"uo[7]": "O7/cows[3]/dot",
"uio[0]": "I7/Number3[0]",
"uio[1]": "I8/Number3[1]",
"uio[2]": "I9/Number3[2]",
"uio[3]": "I10/Number4[0]",
"uio[4]": "I11/Number4[1]",
"uio[5]": "I12/Number4[2]",
"uio[6]": "",
"uio[7]": ""
}
},
{
"macro": "tt_um_ccollatz_SergioOliveros",
"address": 229,
"title": "Collatz Conjecture",
"author": "Sergio Sebastian Oliveros Sepulveda",
"description": "A circuit that computes the Collatz orbit",
"clock_hz": 0,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/Sergio-Oliveros/tt04-submission-Collatz",
"commit": "1b52ef1f59e64265941d1febfadc56836f6d2fa9",
"pinout": {
"ui[0]": "clk",
"ui[1]": "ena",
"ui[2]": "rst_n",
"ui[3]": "Number to test",
"ui[4]": "",
"ui[5]": "",
"ui[6]": "",
"ui[7]": "",
"uo[0]": "Process indicator (busy bit)",
"uo[1]": "",
"uo[2]": "",
"uo[3]": "",
"uo[4]": "",
"uo[5]": "",
"uo[6]": "",
"uo[7]": "",
"uio[0]": "Number of iterations to reach 1 (8 bits number)",
"uio[1]": "",
"uio[2]": "",
"uio[3]": "",
"uio[4]": "",
"uio[5]": "",
"uio[6]": "",
"uio[7]": ""
}
},
{
"macro": "tt_um_chip_SP_Soy_de_Zacapa",
"address": 214,
"title": "ASCII Text Printer Circuit",
"author": "Noel Prado, Daniel Mundo, Angel Orellana and Julio Lopez.",
"description": "A circuit that is able to print two different texts. It utilizes 8 output pins, each character is printed as the ASCII character described in 8 bits.",
"clock_hz": 0,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/NoelFPB/Soy_de_Zacapa",
"commit": "32511838179bc2b43ff8474e2c64cecf0f73f4f6",
"pinout": {
"ui[0]": "select bit 0",
"ui[1]": "select bit 1",
"ui[2]": "",
"ui[3]": "",
"ui[4]": "",
"ui[5]": "",
"ui[6]": "",
"ui[7]": "",
"uo[0]": "Bit 0",
"uo[1]": "Bit 1",
"uo[2]": "Bit 2",
"uo[3]": "Bit 3",
"uo[4]": "Bit 4",
"uo[5]": "Bit 5",
"uo[6]": "Bit 6",
"uo[7]": "Bit 7",
"uio[0]": "",
"uio[1]": "",
"uio[2]": "",
"uio[3]": "",
"uio[4]": "",
"uio[5]": "",
"uio[6]": "",
"uio[7]": ""
}
},
{
"macro": "tt_um_chip_SP_measure_delay",
"address": 213,
"title": "Multi stage path for delay measurements.",
"author": "Daniel Mundo, Noel Prado, Victor Vanegas",
"description": "Verilog coding for cascaded not gates connected as a ring oscillator. After running the flow it is observed that the synthesizer does not support combinatorial feedback and that it collapsed several cascaded not gates into buffers. The original purpose for the ring oscillator will not be achieved but it is observed that synthesized circuit is still useful for measuring some gate delays that can be compared to theoretical calculations for educational purposes.",
"clock_hz": 0,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/mun19508/tt04-measure_delay",
"commit": "3f86c8aecc82df76d71cf85b2fc654489ad44b2a",
"pinout": {
"ui[0]": "EN (ui_in[0])",
"ui[1]": "EN_2 (ui_in[1])",
"ui[2]": "",
"ui[3]": "",
"ui[4]": "",
"ui[5]": "",
"ui[6]": "",
"ui[7]": "",
"uo[0]": "Tap 1 (uo_out[0])",
"uo[1]": "Tap 2 (uo_out[1])",
"uo[2]": "Tap 3 (uo_out[2])",
"uo[3]": "",
"uo[4]": "",
"uo[5]": "",
"uo[6]": "",
"uo[7]": "",
"uio[0]": "",
"uio[1]": "",
"uio[2]": "",
"uio[3]": "",
"uio[4]": "",
"uio[5]": "",
"uio[6]": "",
"uio[7]": ""
}
},
{
"macro": "tt_um_chip_rom",
"address": 0,
"title": "Chip ROM",
"author": "Uri Shaked",
"description": "ROM with information about the chip",
"clock_hz": 0,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/TinyTapeout/tt-chip-rom",
"commit": "a3b2f09878d66b03ba70130cf9389eb3c0ea957f",
"pinout": {
"ui[0]": "addr[0]",
"ui[1]": "addr[1]",
"ui[2]": "addr[2]",
"ui[3]": "addr[3]",
"ui[4]": "addr[4]",
"ui[5]": "addr[5]",
"ui[6]": "addr[6]",
"ui[7]": "addr[7]",
"uo[0]": "data[0]",
"uo[1]": "data[1]",
"uo[2]": "data[2]",
"uo[3]": "data[3]",
"uo[4]": "data[4]",
"uo[5]": "data[5]",
"uo[6]": "data[6]",
"uo[7]": "data[7]",
"uio[0]": "",
"uio[1]": "",
"uio[2]": "",
"uio[3]": "",
"uio[4]": "",
"uio[5]": "",
"uio[6]": "",
"uio[7]": ""
}
},
{
"macro": "tt_um_chiplet_jtag",
"address": 357,
"title": "Poor Person's Boundary Scan",
"author": "Verneri Hirvonen",
"description": "JTAG test logic with a 8-bit TDR for 'external' boundary scan",
"clock_hz": 0,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/chiplet/tt04-jtag",
"commit": "8b18aa0a14114f1a1d2bc4524e0863363344e462",
"pinout": {
"ui[0]": "boundary_scan input 0",
"ui[1]": "boundary_scan input 1",
"ui[2]": "boundary_scan input 2",
"ui[3]": "boundary_scan input 3",
"ui[4]": "boundary_scan input 4",
"ui[5]": "boundary_scan input 5",
"ui[6]": "boundary_scan input 6",
"ui[7]": "boundary_scan input 7",
"uo[0]": "boundary_scan output 0",
"uo[1]": "boundary_scan output 1",
"uo[2]": "boundary_scan output 2",
"uo[3]": "boundary_scan output 3",
"uo[4]": "boundary_scan output 4",
"uo[5]": "boundary_scan output 5",
"uo[6]": "boundary_scan output 6",
"uo[7]": "boundary_scan output 7",
"uio[0]": "JTAG TCK (hardcoded input)",
"uio[1]": "JTAG TMS (hardcoded input)",
"uio[2]": "JTAG TDI (hardcoded input)",
"uio[3]": "JTAG TRSTn (hardcoded input)",
"uio[4]": "JTAG TDO (hardcoded output)",
"uio[5]": "JTAG state machine in state Test-Logic Reset (hardcoded output)",
"uio[6]": "Blink pin 0 (bidirectional)",
"uio[7]": "Blink pin 1 (bidirectional)"
}
},
{
"macro": "tt_um_ciro",
"address": 308,
"title": "Later",
"author": "Ciro Bermudez",
"description": "Later",
"clock_hz": 10000000,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/cirofabianbermudez/tt04-submission-template_ciro",
"commit": "f270d1da6e8c388c643d4f4dd171e767762dc6b0",
"pinout": {
"ui[0]": "",
"ui[1]": "",
"ui[2]": "",
"ui[3]": "",
"ui[4]": "",
"ui[5]": "",
"ui[6]": "",
"ui[7]": "",
"uo[0]": "",
"uo[1]": "",
"uo[2]": "",
"uo[3]": "",
"uo[4]": "",
"uo[5]": "",
"uo[6]": "",
"uo[7]": "",
"uio[0]": "",
"uio[1]": "",
"uio[2]": "",
"uio[3]": "",
"uio[4]": "",
"uio[5]": "",
"uio[6]": "",
"uio[7]": ""
}
},
{
"macro": "tt_um_control",
"address": 309,
"title": "Contador con carga",