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tt07.json
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{
"version": 3,
"id": "tt07",
"name": "Tiny Tapeout 7",
"repo": "https://github.com/TinyTapeout/tinytapeout-07",
"commit": "6feee49e0a26ce88f09b85ae4077fdfc24ef9e65",
"updated": "2025-01-25T15:25:01Z",
"projects": [
{
"macro": "tt_um_28add11_QOAdecode",
"address": 326,
"title": "QOA Decoder",
"author": "Nicholas West",
"description": "A decoder for the QOA audio format.",
"clock_hz": 30303030,
"tiles": "1x2",
"analog_pins": [],
"repo": "https://github.com/28add11/tt07_qoa_decode",
"commit": "593ae752357e232fbc652ca066c163b3c4014d69",
"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]": "CS",
"uio[1]": "MOSI",
"uio[2]": "MISO",
"uio[3]": "SCK",
"uio[4]": "",
"uio[5]": "",
"uio[6]": "",
"uio[7]": ""
}
},
{
"macro": "tt_um_6bitaddr",
"address": 2,
"title": "6 bit addr",
"author": "Nigel Coburn, Jason Murray",
"description": "6 bit addr, with continuous assignment (no clock)",
"clock_hz": 0,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/njcoburn/tt07-verilog-template",
"commit": "4d331efc20d33be2a606883539cc3571cfa95ce5",
"pinout": {
"ui[0]": "0th bit for A input",
"ui[1]": "1st bit for A input",
"ui[2]": "2nd bit for A input",
"ui[3]": "3rd bit for A input",
"ui[4]": "4th bit for A input",
"ui[5]": "5th bit for A input",
"ui[6]": "Input Carry bit",
"ui[7]": "",
"uo[0]": "0th bit for A+B",
"uo[1]": "1st bit for A+B",
"uo[2]": "2nd bit for A+B",
"uo[3]": "3rd bit for A+B",
"uo[4]": "4th bit for A+B",
"uo[5]": "5th bit for A+B",
"uo[6]": "Output Carry bit",
"uo[7]": "",
"uio[0]": "0th bit for B input",
"uio[1]": "1st bit for B input",
"uio[2]": "2nd bit for B input",
"uio[3]": "3rd bit for B input",
"uio[4]": "4th bit for B input",
"uio[5]": "5th bit for B input",
"uio[6]": "",
"uio[7]": ""
}
},
{
"macro": "tt_um_8bit_vector_compute_in_SRAM",
"address": 642,
"title": "8-bit Vector Compute-in-SRAM",
"author": "Ramyad Hadidi",
"description": "8-bit Vectorized Compute-in-SRAM",
"clock_hz": 0,
"tiles": "2x2",
"analog_pins": [],
"repo": "https://github.com/ramyadhadidi/tt07-8bit-vector-compute-in-SRAM",
"commit": "5f9c5f7b862115bc0431242f63e472443a60c9db",
"pinout": {
"ui[0]": "Address bit 0",
"ui[1]": "Address bit 1",
"ui[2]": "Address bit 2",
"ui[3]": "Address bit 3",
"ui[4]": "Address bit 4",
"ui[5]": "Address bit 5",
"ui[6]": "Op Code bit 0",
"ui[7]": "Op Code bit 1",
"uo[0]": "Data out bit 0",
"uo[1]": "Data out bit 1",
"uo[2]": "Data out bit 2",
"uo[3]": "Data out bit 3",
"uo[4]": "Data out bit 4",
"uo[5]": "Data out bit 5",
"uo[6]": "Data out bit 6",
"uo[7]": "Data out bit 7",
"uio[0]": "Data in bit 0",
"uio[1]": "Data in bit 1",
"uio[2]": "Data in bit 2",
"uio[3]": "Data in bit 3",
"uio[4]": "Data in bit 4",
"uio[5]": "Data in bit 5",
"uio[6]": "Data in bit 6",
"uio[7]": "Data in bit 7"
}
},
{
"macro": "tt_um_8bitadder",
"address": 132,
"title": "Ripple Carry Adder 8 bit",
"author": "Jason Kaufmann",
"description": "Adds two 8 bit numbers together",
"clock_hz": 0,
"tiles": "1x2",
"analog_pins": [],
"repo": "https://github.com/jasonkaufmann/tt07-fulladder8bit",
"commit": "2b41da0954d1ae978194d643b684a6e1dd676a10",
"pinout": {
"ui[0]": "A0",
"ui[1]": "A1",
"ui[2]": "A2",
"ui[3]": "A3",
"ui[4]": "A4",
"ui[5]": "A5",
"ui[6]": "A6",
"ui[7]": "A7",
"uo[0]": "OUT0",
"uo[1]": "OUT1",
"uo[2]": "OUT2",
"uo[3]": "OUT3",
"uo[4]": "OUT4",
"uo[5]": "OUT5",
"uo[6]": "OUT6",
"uo[7]": "OUT7",
"uio[0]": "B0",
"uio[1]": "B1",
"uio[2]": "B2",
"uio[3]": "B3",
"uio[4]": "B4",
"uio[5]": "B5",
"uio[6]": "B6",
"uio[7]": "B7"
}
},
{
"macro": "tt_um_Burrows_Katie",
"address": 526,
"title": "QIF Neuron",
"author": "Katie Burrows and David Parent",
"description": "Models a QIF spiking neuron ",
"clock_hz": 0,
"tiles": "1x2",
"analog_pins": [
6,
10,
7,
9,
8
],
"repo": "https://github.com/davidparent/tt_resistor_test",
"commit": "01f0f525e8f165f4b26abdb1ebd48f28579b67a1",
"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]": "",
"ua[0]": "Vout",
"ua[1]": "Vinp",
"ua[2]": "Vinn",
"ua[3]": "VoutM",
"ua[4]": "VinM",
"ua[5]": ""
}
},
{
"macro": "tt_um_CktA_InstAmp",
"address": 239,
"title": "Instrumentation Amplifier for Electrocardiogram Signal Adquisition",
"author": "Rocha Judith Rocha-Torres",
"description": "The amplifier gatters the electrical signal coming from the skin/muscles over the heart",
"clock_hz": 0,
"tiles": "3x2",
"analog_pins": [
5,
0,
4,
1,
3,
2
],
"repo": "https://github.com/PatriciaJRT/tt07-analog-template",
"commit": "48b7adfe65d8edec46015d3d4ffb34b017519d94",
"pinout": {
"ui[0]": "Sel_42dB",
"ui[1]": "Sel_26dB",
"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]": "",
"ua[0]": "vo",
"ua[1]": "AGND",
"ua[2]": "VirGND_FB",
"ua[3]": "VirGND_Out",
"ua[4]": "Vin",
"ua[5]": "Vip"
}
},
{
"macro": "tt_um_DanielZhu123",
"address": 963,
"title": "calculator",
"author": "ZHU QUANHAO",
"description": "input two number and do all kinds of calculation base on it",
"clock_hz": 100,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/DanielZhu123/tt07-verilog-Ztemplate",
"commit": "3ddd76c9f6fc1224fd3e5f96326baca0d900b30e",
"pinout": {
"ui[0]": "bit1_XOR",
"ui[1]": "bit2_OR",
"ui[2]": "bit3_AND",
"ui[3]": "bit4_ADD",
"ui[4]": "numbersel_NOT",
"ui[5]": "positionsel_dispB",
"ui[6]": "signsel_dispA",
"ui[7]": "modesel",
"uo[0]": "display",
"uo[1]": "display",
"uo[2]": "display",
"uo[3]": "display",
"uo[4]": "display",
"uo[5]": "display",
"uo[6]": "display",
"uo[7]": "display",
"uio[0]": "display",
"uio[1]": "display",
"uio[2]": "display",
"uio[3]": "display",
"uio[4]": "display",
"uio[5]": "display",
"uio[6]": "power13",
"uio[7]": "power24"
}
},
{
"macro": "tt_um_KolosKoblasz_mixer",
"address": 233,
"title": "Gilbert Mixer",
"author": "Kolos Koblasz",
"description": "Gilbert Cell mixer for up and down conversion",
"clock_hz": 100000000,
"tiles": "1x2",
"analog_pins": [
4,
1,
3,
2
],
"repo": "https://github.com/KolosKoblasz/tt07-mixer",
"commit": "79ce878d2f4c3760930e311514db15b78f7d6d6f",
"pinout": {
"ui[0]": "ext_lo_en",
"ui[1]": "ext_lo_n",
"ui[2]": "ext_lo_p",
"ui[3]": "int_lo_settings[0]",
"ui[4]": "int_lo_settings[1]",
"ui[5]": "int_lo_settings[2]",
"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]": "",
"ua[0]": "in_n",
"ua[1]": "in_p",
"ua[2]": "out_p",
"ua[3]": "out_n",
"ua[4]": "",
"ua[5]": ""
}
},
{
"macro": "tt_um_MichaelBell_rle_vga",
"address": 969,
"title": "RLE Video Player",
"author": "Mike Bell",
"description": "Reads run length encoded data from QSPI flash, displays on VGA",
"clock_hz": 25175000,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/MichaelBell/tt07-rle-vga",
"commit": "0bfa627d4491c6dadd1711ebced96b92c7f88681",
"pinout": {
"ui[0]": "SPI latency[0]",
"ui[1]": "SPI latency[1]",
"ui[2]": "SPI latency[2]",
"ui[3]": "30Hz select",
"ui[4]": "",
"ui[5]": "",
"ui[6]": "",
"ui[7]": "",
"uo[0]": "R[1]",
"uo[1]": "G[1]",
"uo[2]": "B[1]",
"uo[3]": "vsync",
"uo[4]": "R[0]",
"uo[5]": "G[0]",
"uo[6]": "B[0]",
"uo[7]": "hsync",
"uio[0]": "CS",
"uio[1]": "SD0",
"uio[2]": "SD1",
"uio[3]": "SCK",
"uio[4]": "SD2",
"uio[5]": "SD3",
"uio[6]": "Unused CS",
"uio[7]": "Unused CS"
}
},
{
"macro": "tt_um_PS_PWM",
"address": 79,
"title": "Phase Shifted PWM Modulator",
"author": "Nelson Salvador & Francisca Donoso",
"description": "Phase-Shifted Pulse Width Modulation (PS-PWM) that generates the switching signals for 2 PMOS and 2 NMOS from a duty cycle (d1 and d2)",
"clock_hz": 1000,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/NelsonSalvadorPinilla/tt07-PS_PWM_Modulator",
"commit": "599326540ad879cc5947373811eaffa53b8867e2",
"pinout": {
"ui[0]": "d1[0]",
"ui[1]": "d1[1]",
"ui[2]": "d1[2]",
"ui[3]": "d1[3]",
"ui[4]": "d1[4]",
"ui[5]": "d1[5]",
"ui[6]": "d2[0]",
"ui[7]": "d2[1]",
"uo[0]": "PMOS1",
"uo[1]": "NMOS2",
"uo[2]": "PMOS2",
"uo[3]": "NMOS1",
"uo[4]": "clk_in",
"uo[5]": "",
"uo[6]": "",
"uo[7]": "",
"uio[0]": "d2[2]",
"uio[1]": "d2[3]",
"uio[2]": "d2[4]",
"uio[3]": "d2[5]",
"uio[4]": "CLK_SR",
"uio[5]": "Data_SR",
"uio[6]": "CLK_EXT",
"uio[7]": ""
}
},
{
"macro": "tt_um_PUF",
"address": 899,
"title": "Reversible logic based Ring-Oscillator Physically Unclonable Function (RO-PUF)",
"author": "Syed Farah Naz, Shivam Bhardwaj, Ambika Prasad Shah",
"description": "Reversible logic based Ring-Oscillator Physically Unclonable Function (RO-PUF)",
"clock_hz": 0,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/shivam7086/tt07-verilog-RO_PUF",
"commit": "49341c4770f169512c37b6a54f9bd77c67b71903",
"pinout": {
"ui[0]": "rst_n",
"ui[1]": "ena",
"ui[2]": "Challenge_1",
"ui[3]": "Challenge_2",
"ui[4]": "Challenge_3",
"ui[5]": "Challenge_4",
"ui[6]": "",
"ui[7]": "",
"uo[0]": "Respose_1",
"uo[1]": "Respose_2",
"uo[2]": "Respose_3",
"uo[3]": "Respose_4",
"uo[4]": "Respose_5",
"uo[5]": "Respose_6",
"uo[6]": "Respose_7",
"uo[7]": "Respose_8",
"uio[0]": "",
"uio[1]": "",
"uio[2]": "",
"uio[3]": "",
"uio[4]": "",
"uio[5]": "",
"uio[6]": "",
"uio[7]": ""
}
},
{
"macro": "tt_um_Saitama225_comp",
"address": 231,
"title": "Analog comparator",
"author": "Diego Carrera and Leonel Miranda",
"description": "Analog comparator made by the MNEL team from USFQ.",
"clock_hz": 0,
"tiles": "1x2",
"analog_pins": [
1,
3,
2
],
"repo": "https://github.com/EduHolg/EjemploAnalog2",
"commit": "6636a71eec07a0c5b7c0ca8375e39352f87a27ae",
"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]": "",
"ua[0]": "analog input",
"ua[1]": "analog reference",
"ua[2]": "analog output",
"ua[3]": "",
"ua[4]": "",
"ua[5]": ""
}
},
{
"macro": "tt_um_TD4_Assy_KosugiSubaru",
"address": 128,
"title": "4bit_CPU_td4",
"author": "Ko Kosugi",
"description": "4bit_CPU",
"clock_hz": 10,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/KosugiSubaru/tt07-td4cpu",
"commit": "4d581b540ee20f6e3d921c87ff38a6d02d43d4f5",
"pinout": {
"ui[0]": "data_0",
"ui[1]": "data_1",
"ui[2]": "data_2",
"ui[3]": "data_3",
"ui[4]": "data_4",
"ui[5]": "data_5",
"ui[6]": "data_6",
"ui[7]": "data_7",
"uo[0]": "addres_0",
"uo[1]": "addres_1",
"uo[2]": "addres_2",
"uo[3]": "addres_3",
"uo[4]": "cf",
"uo[5]": "ALU_to_reg_0",
"uo[6]": "ALU_to_reg_1",
"uo[7]": "ALU_to_reg_2",
"uio[0]": "IO_0",
"uio[1]": "IO_1",
"uio[2]": "IO_2",
"uio[3]": "IO_3",
"uio[4]": "0",
"uio[5]": "ALU_to_reg_3",
"uio[6]": "select_0",
"uio[7]": "select_1"
}
},
{
"macro": "tt_um_The_Chairman_send_receive",
"address": 973,
"title": "Send Receive",
"author": "Michael Ogata, Nelson Hastings, Samson Melamed",
"description": "A dual use project where you can set a project to either a sender or receiver and send bits",
"clock_hz": 0,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/The-Chairman/tt07-verilog-template",
"commit": "7b4a2c96e89d08e0067d8a5671f1c50d78d45145",
"pinout": {
"ui[0]": "Input[0]/Message Ready",
"ui[1]": "Input[1]/recv_bit[0]",
"ui[2]": "Input[2]/recv_bit[1]",
"ui[3]": "Input[3]/recv_bit[2]",
"ui[4]": "unused/recv_bit[3]",
"ui[5]": "unused",
"ui[6]": "unused",
"ui[7]": "Sender/Receiver Mode Select (0/1)",
"uo[0]": "Transmit/LCD Display Value[0]",
"uo[1]": "input[0]/LCD Display Value[1]",
"uo[2]": "Input[1]/LCD Display Value[2]",
"uo[3]": "Input[2]/LCD Display Value[3]",
"uo[4]": "Input[3]/LCD Display Value[4]",
"uo[5]": "unused/LCD Display Value[5]",
"uo[6]": "unused/LCD Display Value[6]",
"uo[7]": "Mode of connected chip//LCD Display Value[7]",
"uio[0]": "",
"uio[1]": "",
"uio[2]": "",
"uio[3]": "",
"uio[4]": "",
"uio[5]": "",
"uio[6]": "",
"uio[7]": ""
}
},
{
"macro": "tt_um_VishalBingi_r2r_4b",
"address": 261,
"title": "4-bit R2R DAC",
"author": "Vishal Bingi",
"description": "It is a 4-bit R2R DAC with a sawtooth waveform driver",
"clock_hz": 0,
"tiles": "1x2",
"analog_pins": [
7
],
"repo": "https://github.com/Vishalbingi1999/tt07_r2r",
"commit": "889df5fe9f290d7dc8efd7c8dbf12da722832b0f",
"pinout": {
"ui[0]": "bit 0",
"ui[1]": "bit 1",
"ui[2]": "bit 2",
"ui[3]": "bit 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]": "external data",
"uio[1]": "load divider",
"uio[2]": "",
"uio[3]": "",
"uio[4]": "",
"uio[5]": "",
"uio[6]": "",
"uio[7]": "",
"ua[0]": "DAC output",
"ua[1]": "",
"ua[2]": "",
"ua[3]": "",
"ua[4]": "",
"ua[5]": ""
}
},
{
"macro": "tt_um_adennen_inverter",
"address": 265,
"title": "Analog buffer test",
"author": "Aron Dennen",
"description": "Double inverter project from Matt's analog course",
"clock_hz": 0,
"tiles": "1x2",
"analog_pins": [
7,
9
],
"repo": "https://github.com/adennen/tt07-arond-analog",
"commit": "cc5b3a62cf5b856d9982e65a26e0293af57ea34d",
"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]": "",
"ua[0]": "analog output",
"ua[1]": "analog input",
"ua[2]": "",
"ua[3]": "",
"ua[4]": "",
"ua[5]": ""
}
},
{
"macro": "tt_um_adia_psu_seq_test",
"address": 42,
"title": "Adiabatic PSU sequencer test",
"author": "Chris Pacejo",
"description": "test of a power supply sequencer for adiabatic circuits",
"clock_hz": 32000000,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/cpacejo/adia_psu_seq_test",
"commit": "d81cf5b5eb6badef35777dafab87332be83bab1d",
"pinout": {
"ui[0]": "phase select (X)",
"ui[1]": "",
"ui[2]": "",
"ui[3]": "",
"ui[4]": "",
"ui[5]": "",
"ui[6]": "",
"ui[7]": "",
"uo[0]": "selected phase (X)",
"uo[1]": "phase X step 1",
"uo[2]": "phase X step 2",
"uo[3]": "phase X step 3",
"uo[4]": "phase X step 4",
"uo[5]": "phase X step 5",
"uo[6]": "phase X step 6",
"uo[7]": "phase X step 7",
"uio[0]": "phase 0 step 0",
"uio[1]": "phase 0 step 8",
"uio[2]": "phase 1 step 0",
"uio[3]": "phase 1 step 8",
"uio[4]": "digital sync phase 0 read",
"uio[5]": "digital sync phase 1 read",
"uio[6]": "digital sync phase 0 write",
"uio[7]": "digital sync phase 1 write"
}
},
{
"macro": "tt_um_adonairc_dda",
"address": 270,
"title": "DDA solver for van der Pol oscillator",
"author": "Adonai Cruz",
"description": "Digital differential analyzer (DDA) solver for the van der Pol oscillator using posit (16,1)",
"clock_hz": 0,
"tiles": "3x2",
"analog_pins": [],
"repo": "https://github.com/adonairc/tt07-dda-van-der-pol",
"commit": "3432bfa2a219c475e3e8a918b96ca25cba5a656c",
"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]": "SPI CS",
"uio[1]": "SPI MOSI",
"uio[2]": "SPI MISO",
"uio[3]": "SPI CLK",
"uio[4]": "",
"uio[5]": "",
"uio[6]": "",
"uio[7]": ""
}
},
{
"macro": "tt_um_afasolino",
"address": 204,
"title": "integer to posit converter and adder ",
"author": "A. Fasolino, G.D. Licciardo, A. Torino, F. Del Prete, C. Parrella",
"description": "Our module executes a fixed to posit conversion and an addition",
"clock_hz": 30000000,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/afasolino/tt06_posit",
"commit": "7d8d4bdfd701fd1f2d709ccfa13ee79cec82a348",
"pinout": {
"ui[0]": "data input",
"ui[1]": "data input",
"ui[2]": "data input",
"ui[3]": "data input",
"ui[4]": "data input",
"ui[5]": "data input",
"ui[6]": "data input",
"ui[7]": "data input",
"uo[0]": "addition result",
"uo[1]": "addition result",
"uo[2]": "addition result",
"uo[3]": "addition result",
"uo[4]": "addition result",
"uo[5]": "addition result",
"uo[6]": "addition result",
"uo[7]": "addition result",
"uio[0]": "data valid",
"uio[1]": "alu valid",
"uio[2]": "read data valid",
"uio[3]": "read data ready",
"uio[4]": "",
"uio[5]": "",
"uio[6]": "",
"uio[7]": ""
}
},
{
"macro": "tt_um_agurrier_mastermind",
"address": 458,
"title": "Mastermind",
"author": "Tom Gurrieri and Anthony Gurrieri",
"description": "Play the game: Mastermind",
"clock_hz": 20000000,
"tiles": "3x2",
"analog_pins": [],
"repo": "https://github.com/agurrier/tt07-makerchip-template",
"commit": "591c0b59ece1fd958dd4210c6790343ee867eedc",
"pinout": {
"ui[0]": "Red",
"ui[1]": "Yellow",
"ui[2]": "Green",
"ui[3]": "Blue",
"ui[4]": "Orange",
"ui[5]": "Black",
"ui[6]": "White",
"ui[7]": "Purple",
"uo[0]": "Correct Position 1",
"uo[1]": "Correct Position 2",
"uo[2]": "Correct Position 3",
"uo[3]": "Correct Position 4",
"uo[4]": "Correct Color 1",
"uo[5]": "Correct Color 2",
"uo[6]": "Correct Color 3",
"uo[7]": "Correct Color 4",
"uio[0]": "unused",
"uio[1]": "unused",
"uio[2]": "unused",
"uio[3]": "unused",
"uio[4]": "unused",
"uio[5]": "unused",
"uio[6]": "unused",
"uio[7]": "unused"
}
},
{
"macro": "tt_um_aidenfoxivey",
"address": 901,
"title": "CRC-8 CCITT",
"author": "Aiden Fox Ivey",
"description": "A simple parallel implementation of CRC-8 following CCITT specs. This implies 0x00 is the start value.",
"clock_hz": 0,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/aidenfoxivey/tt07-verilog-template",
"commit": "ad99cd0eea15a6364ec62136f5d11c1434b5e5a8",
"pinout": {
"ui[0]": "CRC input pin 0.",
"ui[1]": "CRC input pin 1.",
"ui[2]": "CRC input pin 2.",
"ui[3]": "CRC input pin 3.",
"ui[4]": "CRC input pin 4.",
"ui[5]": "CRC input pin 5.",
"ui[6]": "CRC input pin 6.",
"ui[7]": "CRC input pin 7.",
"uo[0]": "CRC output pin 0.",
"uo[1]": "CRC output pin 1.",
"uo[2]": "CRC output pin 2.",
"uo[3]": "CRC output pin 3.",
"uo[4]": "CRC output pin 4.",
"uo[5]": "CRC output pin 5.",
"uo[6]": "CRC output pin 6.",
"uo[7]": "CRC output pin 7.",
"uio[0]": "Represents whether or not to ingest the values on ui to the CRC.",
"uio[1]": "",
"uio[2]": "",
"uio[3]": "",
"uio[4]": "",
"uio[5]": "",
"uio[6]": "",
"uio[7]": ""
}
},
{
"macro": "tt_um_ajstein_stopwatch",
"address": 961,
"title": "Stopwatch Project",
"author": "A.J. Stein",
"description": "A TinyTapeout project to display a stopwatch counter one digit at a time",
"clock_hz": 20000000,
"tiles": "1x1",
"analog_pins": [],
"repo": "https://github.com/aj-stein-nist/tt_stopwatch_project",
"commit": "f65b4932e00ecbc9090ad2f631bb6f8d29d80ed1",
"pinout": {
"ui[0]": "N/A",
"ui[1]": "N/A",
"ui[2]": "N/A",
"ui[3]": "N/A",
"ui[4]": "N/A",
"ui[5]": "N/A",
"ui[6]": "N/A",
"ui[7]": "N/A",
"uo[0]": "N/A",
"uo[1]": "N/A",
"uo[2]": "N/A",
"uo[3]": "N/A",
"uo[4]": "N/A",
"uo[5]": "N/A",
"uo[6]": "N/A",
"uo[7]": "N/A",
"uio[0]": "N/A",
"uio[1]": "N/A",
"uio[2]": "N/A",
"uio[3]": "N/A",
"uio[4]": "N/A",
"uio[5]": "N/A",
"uio[6]": "N/A",
"uio[7]": "N/A"
}
},
{
"macro": "tt_um_alfiero88_CurrentTrigger",
"address": 267,
"title": "Current Mode Trigger",
"author": "Alfiero Leoni",
"description": "Hysteresis Trigger working with input currents",
"clock_hz": 0,
"tiles": "1x2",
"analog_pins": [
6,
7,
9,
8
],
"repo": "https://github.com/alfiero88/tt07-current-mode-trigger",
"commit": "5fb701988c41269a0a3a03beeb73d6e7eea7e79f",
"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]": "",
"ua[0]": "input",
"ua[1]": "input",
"ua[2]": "output",
"ua[3]": "input",
"ua[4]": "",
"ua[5]": ""
}
},
{
"macro": "tt_um_algofoogle_raybox_zero",
"address": 714,
"title": "raybox-zero TT07 edition",
"author": "algofoogle (Anton Maurovic)",
"description": "TT07 improved resub of 'simple VGA ray caster game demo' from TT04",
"clock_hz": 25000000,
"tiles": "6x2",
"analog_pins": [],
"repo": "https://github.com/algofoogle/tt07-raybox-zero",
"commit": "52f0c950ce848645954d855fd43489ddb16e0dc4",
"pinout": {
"ui[0]": "SPI in: pov_sclk",
"ui[1]": "SPI in: pov_mosi",
"ui[2]": "SPI in: pov_ss_n",
"ui[3]": "debug",
"ui[4]": "inc_px",
"ui[5]": "inc_py",
"ui[6]": "reg",
"ui[7]": "gen_tex",
"uo[0]": "red[1]",
"uo[1]": "green[1]",
"uo[2]": "blue[1]",
"uo[3]": "vsync_n",
"uo[4]": "red[0]",
"uo[5]": "green[0]",
"uo[6]": "blue[0]",
"uo[7]": "hsync_n",
"uio[0]": "Out: tex_csb",
"uio[1]": "Out: tex_sclk",
"uio[2]": "In: \"SPI2\" reg_sclk",
"uio[3]": "In: \"SPI2\" reg_mosi",
"uio[4]": "In: \"SPI2\" reg_ss_n",
"uio[5]": "I/O: tex_io0",
"uio[6]": "In: tex_io1",
"uio[7]": "In: tex_io2"
}
},
{
"macro": "tt_um_analog_factory_test",
"address": 512,
"title": "TT07 Analog Factory Test",
"author": "Sylvain Munaut",
"description": "Test structures for TT07 analog support",