web2019/static/js/shop_data.js

const shop_data = {

  API_RFQ: 'https://hooks.m-labs.hk/rfq',
  currency: 'USD',

  crateModes: {
    rack: {
      id: 'rack',
      name: 'Rack mountable crate',
      price: 550,
      hp: 84
    },
    desktop: {
      id: 'desktop',
      name: 'Desktop crate',
      price: 500,
      hp: 42
    },
    no_crate: {
      id: 'no_crate',
      name: 'Spare cards',
      price: 0,
      hp: -1,
      warnings_disabled: true
    }
  },
  crateModeOrder: [
      "rack", "desktop"
  ],

  fanTray: {
    price: 470,
    crateModesAvailable: {
      'rack': true
    },
    optionTitle: "Add fan tray",
    tip: "Add 1U 84hp fan tray (to be mounted under the crate) to improve cooling. Fans need 220VAC 50/60Hz power. 3 fans, 167m³/h air flow."
  },

  items: {
    /* keys are also ids, avoid changing them */
    'kasli': {
      id: 'kasli',
      name: 'Carrier',
      name_number: '1124',
      name_codename: 'Kasli 2.0',
      price: 3600,
      image: '/images/shop/graphic-03_kasli.svg',
      specs: [
        'FPGA core device, runs ARTIQ kernels, controls the EEMs.',
        '4 SFP 6Gb/s slots for Ethernet or DRTIO.',
        '12 EEM connectors.',
        '4 MMCX clock outputs.',
        'Price includes bitstream generation, flashing, testing, and firmware updates for 1 year (USD 1,400.00).',
      ],
      size: 'big',
      type: 'kasli',
      options: [
        {type: "Radio", args: {title: "DRTIO role", outvar: "drtio_role", variants: ["standalone", "master", "satellite"], tip: "Distributed Real Time Input/Output allows ARTIQ RTIO channels to be distributed among several satellite devices synchronized and controlled by a central core(master) device. Standalone option disables this feature."}},
          {
            "if": [
              {
                "in": [
                  {"var": "drtio_role"}, [
                    "master", "standalone"
                  ]
                ]
              },
              [
                  {type: "Line", args: {title: "IPv4", outvar: "ipv4", fallback: "192.168.1.75/24", tip: "Set up IPv4 address used by core device"}},
                  {type: "SwitchLine", args: {title: "IPv6", outvar: "ipv6"}},
                  {type: "SwitchLine", args: {title: "Ext CLK", outvar: "ext_clk", fallback: {text: "125 MHz", checked: false}, tip: "Use external clock reference: 10, 80 (beta), 100 or 125 MHz. Other variants may be provided if needed."}}
              ],
              [
                {type: "Switch", args: {title: "Optical fiber", outvar: "optics", tip: "Use optical fiber instead of direct attach copper cable"}},
                {"if": [
                  {"var": "optics"},
                  {type: "Radio", args: {title: "Fiber cable length", outvar: "cable_len", variants: ["1 M", "3 M", "5 M"], tip: "The desired length of the optical fiber cable", fallback: 1}},
                  {type: "Radio", args: {title: "Copper cable length", outvar: "cable_len", variants: ["0.5 M", "1 M", "2 M"], tip: "The desired length of the direct attach copper cable", fallback: 0}},
                ]}
              ]
            ]
          }
      ],
      resources: [
        {name: "eem", max: 12},
        {name: "clk", max: 4},
      ],
      warnings: [
          "eem_resource",
          "clk_resource",
          "eem_wiring_constraint"
      ],
      consumes: {
        hp: 8
      }
    },
    'kaslisoc': {
      id: 'kaslisoc',
      name: 'Carrier',
      name_number: '1125',
      name_codename: 'Kasli-SoC',
      price: 5100,
      image: '/images/shop/graphic-03_kaslisoc.svg',
      specs: [
        'Core device based on Zynq-7000 CPU+FPGA system-on-chip.',
        'Runs ARTIQ kernels on 1GHz Cortex-A9 CPU with hardware FPU.',
        'Enables high-speed matrix math on the core device.',
        'Lower RTIO latency.',
        'Higher network transfer speeds.',
        'Dedicated RJ45 port for Gigabit Ethernet.',
        '4 SFP 12Gb/s slots for DRTIO.',
        '12 EEM connectors.',
        '4 MMCX clock outputs.',
      ],
      size: 'big',
      type: 'kasli',
      hp: 8,
      nbrSlotMin: 0,
      nbrSlotMax: 12,
      nbrCurrentSlot: 0,
      nbrClockMax: 4,
      nbrCurrentClock: 0,
      slotOccupied: 1,
      clockOccupied: 0,
      options: [
        {type: "Radio", args: {title: "DRTIO role", outvar: "drtio_role", variants: ["standalone", "master", "satellite"], tip: "Distributed Real Time Input/Output allows ARTIQ RTIO channels to be distributed among several satellite devices synchronized and controlled by a central core(master) device. Standalone option disables this feature."}},
        {
          "if": [
            {
              "in": [
                {"var": "drtio_role"}, [
                  "master", "standalone"
                ]
              ]
            },
            [
              {type: "Line", args: {title: "IPv4", outvar: "ipv4", fallback: "192.168.1.75/24", tip: "Set up IPv4 address used by core device"}},
              {type: "SwitchLine", args: {title: "IPv6", outvar: "ipv6"}},
              {type: "SwitchLine", args: {title: "Ext CLK", outvar: "ext_clk", fallback: {text: "125 MHz", checked: false}, tip: "Use external clock reference: 10, 80 (beta), 100 or 125 MHz. Other variants may be provided if needed."}}
            ],
            [
              {type: "Switch", args: {title: "Optical fiber", outvar: "optics", tip: "Use optical fiber instead of direct attach copper cable"}},
              {"if": [
                {"var": "optics"},
                {type: "Radio", args: {title: "Fiber cable length", outvar: "cable_len", variants: ["1 M", "3 M", "5 M"], tip: "The desired length of the optical fiber cable", fallback: 1}},
                {type: "Radio", args: {title: "Copper cable length", outvar: "cable_len", variants: ["0.5 M", "1 M", "2 M"], tip: "The desired length of the direct attach copper cable", fallback: 0}},
              ]}
            ]
          ]
        }
      ],
      resources: [
        {name: "eem", max: 12},
        {name: "clk", max: 4},
      ],
      warnings: [
        "eem_resource",
        "clk_resource",
        "eem_wiring_constraint"
      ],
      consumes: {
        hp: 8
      }
    },
    'vhdcicarrier': {
      id: 'vhdcicarrier',
      name: 'VHDCI Carrier',
      name_number: '1008',
      name_codename: '',
      price: 400,
      image: '/images/shop/graphic-03_VHDCI_carrier.svg',
      specs: [
        'Passive adapter between VHDCI and EEMs.',
        'VHDCI (SCSI-3) cables can carry EEM signals over short distances between crates.',
        'Bidirectional: can be driven by Kasli (contact us), or can drive other cards.',
        'A pair of VHDCI carriers is a simple, low-latency and low-cost alternative to DRTIO for some applications.',
      ],
      size: 'big',
      type: 'vhdcicarrier',
      resources: [
        {name: "eem", max: 8},
      ],
      warnings: [
        "eem_resource",
        "eem_wiring_constraint"
      ],
      consumes: {
        hp: 8
      }
    },
    'bnc-dio': {
      id: 'bnc-dio',
      name: 'BNC-TTL',
      name_number: '2118',
      name_codename: '',
      price: 450,
      image: '/images/shop/graphic-03_BNC-TTL.svg',
      specs: [
        'Two banks of four digital channels each, with BNC connectors.',
        'Each bank with individual ground isolation.',
        'Per-bank switchable direction.',
        'Per-channel switchable 50 Ohm termination with LED indicators.',
        'Short circuit tolerance: infinite.',
        'Minimum pulse width: 3ns.',
        'Max 150 MHz toggle rate with 50% duty cycle.'
      ],
      datasheet_file: '/docs/sinara-datasheets/2118-2128.pdf',
      datasheet_name: '2118/2128 BNC/SMA-TTL datasheet',
      size: 'big',
      type: null,
      options: [
        {
          "if": [
            {"var": "ext_data.has_other_dio"},
            [
              {type: "Switch", args: {title: "Output first bank", fallback: true, outvar: "out_first_bank", tip: "Switch connectors 0-3 to output"}}
            ],
            [
              {type: "Switch", args: {title: "Output first bank", outvar: "out_first_bank", tip: "Switch connectors 0-3 to output"}}
            ]
          ]
        },
        {
          "if": [
            {"!": {"var": "out_first_bank"}},
            {type: "Group", items: [
              {type: "Switch", args: {title: "Termination #0", outvar: "term_0", tip: "Enable termination on channel #0"}},
              {type: "Switch", args: {title: "Termination #1", outvar: "term_1", tip: "Enable termination on channel #1"}},
              {type: "Switch", args: {title: "Termination #2", outvar: "term_2", tip: "Enable termination on channel #2"}},
              {type: "Switch", args: {title: "Termination #3", outvar: "term_3", tip: "Enable termination on channel #3"}},
            ]},
            null
          ]
        },
        {type: "Switch", args: {title: "Output second bank", outvar: "out_second_bank", fallback: true, tip: "Switch connectors 4-7 to output"}},
        {
          "if": [
            {"!": {"var": "out_second_bank"}},
            {type: "Group", items: [
              {type: "Switch", args: {title: "Termination #4", outvar: "term_4", tip: "Enable termination on channel #4"}},
              {type: "Switch", args: {title: "Termination #5", outvar: "term_5", tip: "Enable termination on channel #5"}},
              {type: "Switch", args: {title: "Termination #6", outvar: "term_6", tip: "Enable termination on channel #6"}},
              {type: "Switch", args: {title: "Termination #7", outvar: "term_7", tip: "Enable termination on channel #7"}},
            ]},
            null
          ]
        },
        {
          "if": [
            {"!": {"and": [{"var": "out_first_bank"}, {"var": "out_second_bank"}]}},
            {type: "Switch", args: {title: "Edge counter", outvar: "edge_counter", tip: "Enable edge counter for inputs"}}
          ]
        }
      ],
      warnings: [
        "no_eem_source"
      ],
      consumes: {
        hp: 8,
        eem: 1
      }
    },
    'sma-dio': {
      id: 'sma-dio',
      name: 'SMA-TTL',
      name_number: '2128',
      name_codename: '',
      price: 400,
      image: '/images/shop/graphic-03_SMA-TTL.svg',
      specs: [
        'Same as above, but with SMA connectors.'
      ],
      datasheet_file: '/docs/sinara-datasheets/2118-2128.pdf',
      datasheet_name: '2118/2128 BNC/SMA-TTL datasheet',
      options: [
        {
          "if": [
            {"var": "ext_data.has_other_dio"},
            [
              {type: "Switch", args: {title: "Output first bank", fallback: true, outvar: "out_first_bank", tip: "Switch connectors 0-3 to output"}}
            ],
            [
              {type: "Switch", args: {title: "Output first bank", outvar: "out_first_bank", tip: "Switch connectors 0-3 to output"}}
            ]
          ]
        },
        {
          "if": [
            {"!": {"var": "out_first_bank"}},
            {type: "Group", items: [
              {type: "Switch", args: {title: "Termination #0", outvar: "term_0", tip: "Enable termination on channel #0"}},
              {type: "Switch", args: {title: "Termination #1", outvar: "term_1", tip: "Enable termination on channel #1"}},
              {type: "Switch", args: {title: "Termination #2", outvar: "term_2", tip: "Enable termination on channel #2"}},
              {type: "Switch", args: {title: "Termination #3", outvar: "term_3", tip: "Enable termination on channel #3"}},
            ]},
            null
          ]
        },
        {type: "Switch", args: {title: "Output second bank", outvar: "out_second_bank", fallback: true, tip: "Switch connectors 4-7 to output"}},
        {
          "if": [
            {"!": {"var": "out_second_bank"}},
            {type: "Group", items: [
              {type: "Switch", args: {title: "Termination #4", outvar: "term_4", tip: "Enable termination on channel #4"}},
              {type: "Switch", args: {title: "Termination #5", outvar: "term_5", tip: "Enable termination on channel #5"}},
              {type: "Switch", args: {title: "Termination #6", outvar: "term_6", tip: "Enable termination on channel #6"}},
              {type: "Switch", args: {title: "Termination #7", outvar: "term_7", tip: "Enable termination on channel #7"}},
            ]},
            null
          ]
        },
        {
          "if": [
            {"!": {"and": [{"var": "out_first_bank"}, {"var": "out_second_bank"}]}},
            {type: "Switch", args: {title: "Edge counter", outvar: "edge_counter", tip: "Enable edge counter for inputs"}}
          ]
        }
      ],
      size: 'small',
      type: null,
      warnings: [
        "no_eem_source"
      ],
      consumes: {
        hp: 4,
        eem: 1
      }
    },
    'mcx-dio': {
      id: 'mcx-dio',
      name: 'MCX-TTL',
      name_number: '2238',
      name_codename: '',
      price: 600,
      image: '/images/shop/graphic-03_MCX-TTL.svg',
      specs: [
        '16 single-ended digital signals on MCX connectors.',
        'Direction selectable in banks of four signals.',
        'Termination individually selectable for each signal.',
        'No galvanic isolation.',
        'Higher speed and lower jitter than the isolated SMA and BNC DIO cards.'
      ],
      datasheet_file: '/docs/sinara-datasheets/2238.pdf',
      datasheet_name: '2238 MCX-TTL datasheet',
      options: [
        {
          "if": [
            {"var": "ext_data.has_other_dio"},
            [
              {type: "Switch", args: {title: "Output first bank", fallback: true, outvar: "out_first_bank", tip: "Switch connectors 0-3 to output"}}
            ],
            [
              {type: "Switch", args: {title: "Output first bank", outvar: "out_first_bank", tip: "Switch connectors 0-3 to output"}}
            ]
          ]
        },
        {
          "if": [
            {"!": {"var": "out_first_bank"}},
            {type: "Group", items: [
              {type: "Switch", args: {title: "Termination #0", outvar: "term_0", tip: "Enable termination on channel #0"}},
              {type: "Switch", args: {title: "Termination #1", outvar: "term_1", tip: "Enable termination on channel #1"}},
              {type: "Switch", args: {title: "Termination #2", outvar: "term_2", tip: "Enable termination on channel #2"}},
              {type: "Switch", args: {title: "Termination #3", outvar: "term_3", tip: "Enable termination on channel #3"}},
            ]}
          ]
        },
        {type: "Switch", args: {title: "Output second bank", outvar: "out_second_bank", fallback: true, tip: "Switch connectors 4-7 to output"}},
        {
          "if": [
            {"!": {"var": "out_second_bank"}},
            {type: "Group", items: [
              {type: "Switch", args: {title: "Termination #4", outvar: "term_4", tip: "Enable termination on channel #4"}},
              {type: "Switch", args: {title: "Termination #5", outvar: "term_5", tip: "Enable termination on channel #5"}},
              {type: "Switch", args: {title: "Termination #6", outvar: "term_6", tip: "Enable termination on channel #6"}},
              {type: "Switch", args: {title: "Termination #7", outvar: "term_7", tip: "Enable termination on channel #7"}},
            ]}
          ]
        },
        {type: "Switch", args: {title: "Output third bank", outvar: "out_third_bank", fallback: true, tip: "Switch connectors 8-11 to output"}},
        {
          "if": [
            {"!": {"var": "out_third_bank"}},
            {type: "Group", items: [
              {type: "Switch", args: {title: "Termination #8", outvar: "term_8", tip: "Enable termination on channel #8"}},
              {type: "Switch", args: {title: "Termination #9", outvar: "term_9", tip: "Enable termination on channel #9"}},
              {type: "Switch", args: {title: "Termination #10", outvar: "term_10", tip: "Enable termination on channel #10"}},
              {type: "Switch", args: {title: "Termination #11", outvar: "term_11", tip: "Enable termination on channel #11"}},
            ]}
          ]
        },
        {type: "Switch", args: {title: "Output fourth bank", outvar: "out_fourth_bank", fallback: true, tip: "Switch connectors 12-15 to output"}},
        {
          "if": [
            {"!": {"var": "out_fourth_bank"}},
            {type: "Group", items: [
              {type: "Switch", args: {title: "Termination #12", outvar: "term_12", tip: "Enable termination on channel #12"}},
              {type: "Switch", args: {title: "Termination #13", outvar: "term_13", tip: "Enable termination on channel #13"}},
              {type: "Switch", args: {title: "Termination #14", outvar: "term_14", tip: "Enable termination on channel #14"}},
              {type: "Switch", args: {title: "Termination #15", outvar: "term_15", tip: "Enable termination on channel #15"}},
            ]}
          ]
        },
        {
          "if": [
            {"!": {"and": [{"var": "out_first_bank"}, {"var": "out_second_bank"}, {"var": "out_third_bank"}, {"var": "out_fourth_bank"}]}},
            {type: "Switch", args: {title: "Edge counter", outvar: "edge_counter", tip: "Enable edge counter for inputs"}}
          ]
        }
      ],
      size: 'small',
      type: null,
      warnings: [
        "no_eem_source"
      ],
      consumes: {
        hp: 4,
        eem: 2
      }
    },
    'rj45-dio': {
      id: 'rj45-dio',
      name: 'LVDS-TTL',
      name_number: '2245',
      name_codename: '',
      price: 390,
      image: '/images/shop/graphic-03_LVDS.svg',
      specs: [
        'Supplies 16 LVDS pairs via 4 front-panel RJ45 connectors.',
        'Each RJ45 supplies 4 LVDS DIOs.',
        'Direction individually selectable for each signal.',
        'No galvanic isolation.',
        'Higher speed and lower jitter than the isolated SMA and BNC DIO cards.'
      ],
      datasheet_file: '/docs/sinara-datasheets/2245.pdf',
      datasheet_name: '2245 LVDS-TTL datasheet',
      options: [
        {type: "Switch", args: {title: "Configure first RJ45", fallback: false, outvar: "conf_first_rj45", tip: "Configure channels 0-3"}},
        {
          "if": [
            {"var": "conf_first_rj45"},
            {type: "Group", items: [
                {type: "Switch", args: {title: "Output channel #0", fallback: true, outvar: "output_0", tip: "Set channel #0 to output"}},
                {type: "Switch", args: {title: "Output channel #1", fallback: true, outvar: "output_1", tip: "Set channel #1 to output"}},
                {type: "Switch", args: {title: "Output channel #2", fallback: true, outvar: "output_2", tip: "Set channel #2 to output"}},
                {type: "Switch", args: {title: "Output channel #3", fallback: true, outvar: "output_3", tip: "Set channel #3 to output"}},
              ]}
          ]
        },
        {type: "Switch", args: {title: "Configure second RJ45", fallback: false, outvar: "conf_second_rj45", tip: "Configure channels 4-7"}},
        {
          "if": [
            {"var": "conf_second_rj45"},
            {type: "Group", items: [
                {type: "Switch", args: {title: "Output channel #4", fallback: true, outvar: "output_4", tip: "Set channel #4 to output"}},
                {type: "Switch", args: {title: "Output channel #5", fallback: true, outvar: "output_5", tip: "Set channel #5 to output"}},
                {type: "Switch", args: {title: "Output channel #6", fallback: true, outvar: "output_6", tip: "Set channel #6 to output"}},
                {type: "Switch", args: {title: "Output channel #7", fallback: true, outvar: "output_7", tip: "Set channel #7 to output"}},
              ]}
          ]
        },
        {type: "Switch", args: {title: "Configure third RJ45", fallback: false, outvar: "conf_third_rj45", tip: "Configure channels 8-11"}},
        {
          "if": [
            {"var": "conf_third_rj45"},
            {type: "Group", items: [
                {type: "Switch", args: {title: "Output channel #8", fallback: true, outvar: "output_8", tip: "Set channel #8 to output"}},
                {type: "Switch", args: {title: "Output channel #9", fallback: true, outvar: "output_9", tip: "Set channel #9 to output"}},
                {type: "Switch", args: {title: "Output channel #10", fallback: true, outvar: "output_10", tip: "Set channel #10 to output"}},
                {type: "Switch", args: {title: "Output channel #11", fallback: true, outvar: "output_11", tip: "Set channel #11 to output"}},
              ]}
          ]
        },
        {type: "Switch", args: {title: "Configure fourth RJ45", fallback: false, outvar: "conf_fourth_rj45", tip: "Configure channels 12-15"}},
        {
          "if": [
            {"var": "conf_fourth_rj45"},
            {type: "Group", items: [
                {type: "Switch", args: {title: "Output channel #12", fallback: true, outvar: "output_12", tip: "Set channel #12 to output"}},
                {type: "Switch", args: {title: "Output channel #13", fallback: true, outvar: "output_13", tip: "Set channel #13 to output"}},
                {type: "Switch", args: {title: "Output channel #14", fallback: true, outvar: "output_14", tip: "Set channel #14 to output"}},
                {type: "Switch", args: {title: "Output channel #15", fallback: true, outvar: "output_15", tip: "Set channel #15 to output"}},
              ]}
          ]
        },
        {
          "if": [
            {"or": [
                {"and": [{"var": "conf_first_rj45"}, {"!": {"missing": ["output_0", "output_1", "output_2", "output_3"]}}, {"!": {"and": [{"var": "output_0"}, {"var": "output_1"}, {"var": "output_2"},{"var": "output_3"}]}}]},
                {"and": [{"var": "conf_second_rj45"}, {"!": {"missing": ["output_4", "output_5", "output_6", "output_7"]}}, {"!": {"and": [{"var": "output_4"}, {"var": "output_5"}, {"var": "output_6"},{"var": "output_7"}]}}]},
                {"and": [{"var": "conf_third_rj45"}, {"!": {"missing": ["output_8", "output_9", "output_10", "output_11"]}}, {"!": {"and": [{"var": "output_8"}, {"var": "output_9"}, {"var": "output_10"},{"var": "output_11"}]}}]},
                {"and": [{"var": "conf_fourth_rj45"}, {"!": {"missing": ["output_12", "output_13", "output_14", "output_15"]}}, {"!": {"and": [{"var": "output_12"}, {"var": "output_13"}, {"var": "output_14"},{"var": "output_15"}]}}]}
              ]},
            {type: "Switch", args: {title: "Edge counter", outvar: "edge_counter", tip: "Enable edge counter for inputs"}}
          ]
        }
      ],
      size: 'small',
      type: null,
      warnings: [
        "no_eem_source"
      ],
      consumes: {
        hp: 4,
        eem: 2
      }
    },
    'urukul': {
      id:  'urukul',
      name: 'DDS',
      name_number: '4410',
      name_codename: 'Urukul',
      price: 2350,
      image: '/images/shop/graphic-03_Urukul.svg',
      specs: [
        '4 channel 1GS/s DDS.',
        'Output frequency (-3 dB): <1 to >400 MHz.',
        'Frequency resolution ~0.25 Hz (32 bit)',
        'Nominal max output power 10 dBm.',
        'Digital step attenuator 0 to -31.5dB.',
        'RF switch (1ns temporal resolution), 70dB isolation.',
        'AD9910 and AD9912 cards can be used at the same time in the same crate.',
        'External 5W power amplifier is available separately, leave us a note if interested.'
      ],
      datasheet_file: '/docs/sinara-datasheets/4410-4412.pdf',
      datasheet_name: '4410/4412 Urukul datasheet',
      options: [
        {type: "Switch", args: {title: "Use 1 EEM", outvar: "mono_eem", tip: "Use one EEM port setup. RF switch and synchronization will be unavailable."}},
        {
          "if": [
            {"var": "mono_eem"},
            [
              {type: "SwitchLine", args: {title: "Ext CLK", outvar: "ext_clk", fallback: {text: "125 MHz", checked: false}}},
            ],
            [
              {type: "Switch", args: {title: "Synchronization", outvar: "sync", tip: "Synchronize phases across Urukuls"}},
              {
                "if": [
                  {"var": "sync"},
                    null,
                    [
                      {type: "SwitchLine", args: {title: "Ext CLK", outvar: "ext_clk", fallback: {text: "125 MHz", checked: false}}},
                      {
                        "if": [
                          {"var": "ext_data.has_sampler"},
                          {type: "Switch", args: {title: "SUServo mode", outvar: "suservo"}},
                            null
                        ]
                      }
                    ]
                ]
              }
            ]
          ]
        }
      ],
      size: 'small',
      type: 'urukul',
      warnings: [
        "no_eem_source",
        "no_clk_source"
      ],
      consumes: {
        hp: 4,
        eem: 2,
        clk: 1
      }
    },
    'urukul_4412': {
      id:  'urukul_4412',
      name: 'DDS',
      name_number: '4412',
      name_codename: 'Urukul',
      price: 2350,
      image: '/images/shop/graphic-03_Urukul-4412.svg',
      specs: [
        '4 channel 1GS/s DDS.',
        'Higher frequency resolution ~8 µHz (47 bit)',
        'Output frequency (-3 dB): <1 to >400 MHz.',
        'Nominal max output power 10 dBm.',
        'Digital step attenuator 0 to -31.5dB.',
        'RF switch (1ns temporal resolution), 70dB isolation.',
        'AD9912 chip.',
        'AD9910 and AD9912 cards can be used at the same time in the same crate.',
        'External 5W power amplifier is available separately, leave us a note if interested.'
      ],
      datasheet_file: '/docs/sinara-datasheets/4410-4412.pdf',
      datasheet_name: '4410/4412 Urukul datasheet',
      options: [
        {type: "Switch", args: {title: "Use 1 EEM", outvar: "mono_eem", tip: "Use one EEM port setup. RF switch and synchronization will be unavailable."}},
        {type: "SwitchLine", args: {title: "Ext CLK", outvar: "ext_clk", fallback: {text: "125 MHz", checked: false}}}
      ],
      size: 'small',
      type: 'urukul',
      warnings: [
        "no_eem_source",
        "no_clk_source"
      ],
      consumes: {
        hp: 4,
        eem: 2,
        clk: 1
      }
    },
    'phaser': {
      id: 'phaser',
      name: 'AWG',
      name_number: '4624',
      name_codename: 'Phaser',
      price: 4260,
      image: '/images/shop/graphic-03_Phaser.svg',
      specs: [
        '2x 1.25 GS/s IQ upconverters.',
        'dual IQ mixer + 0.3 GHz to 4.8 GHz VCO + PLL.',
        '31.5 dB range digital step attenuator (similar to Urukul).',
        '2 channels of 5 MS/s ADC (similar to Sampler).',
        'Artix-7 FPGA.',
        'Internal MMCX clock from Kasli/Clocker and external SMA.',
        'The upconverter is optional, if you would like the baseband version please leave us a note.'
      ],
      options: [
        {type: "SwitchLine", args: {title: "Ext CLK", outvar: "ext_clk", fallback: {text: "125 MHz", checked: false}}},
        {type: "Radio", args: {title: "Variant", outvar: "variant", variants: ["Baseband", "Upconverter"], fallback: 1}},
      ],
      size: 'small',
      type: 'urukul',
      warnings: [
        "no_eem_source",
        "no_clk_source"
      ],
      consumes: {
        hp: 4,
        eem: 1,
        clk: 1
      }
    },
    'zotino': {
      id: 'zotino',
      name: 'DAC',
      name_number: '5432',
      name_codename: 'Zotino',
      price: 1600,
      image: '/images/shop/graphic-03_Zotino.svg',
      specs: [
        '32-channel DAC.',
        '16-bit resolution.',
        '1 MSPS shared between all channels.',
        'Output voltage +-10V.',
        'HD68 connector with all channels.',
        'Channels can also be broken out to BNC or SMA using IDC-BNC, IDC-SMA or IDC-MCX cards.',
        'DAC temperature can be stabilized using the Sinara 8451 Thermostat (sold separately).'
      ],
      options: [
        {type: "Switch", args: {title: "TEC", outvar: "tec", tip: "Used for stabilizing temperature with Sinara 8451 Thermostat"}},
      ],
      datasheet_file: '/docs/sinara-datasheets/5432.pdf',
      datasheet_name: '5432 Zotino datasheet',
      size: 'small',
      type: 'zotino',
      warnings: [
        "no_eem_source",
        "idc_resource"
      ],
      consumes: {
        hp: 4,
        eem: 1
      },
      resources: [
        {name: "idc", max: 4}
      ]
    },
    'fastino': {
      id: 'fastino',
      name: 'DAC',
      name_number: '5632',
      name_codename: 'Fastino',
      price: 3390,
      image: '/images/shop/graphic-03_Fastino.svg',
      specs: [
        '32-channel DAC.',
        '16-bit resolution.',
        '2 MSPS simultaneously on all channels (requires gateware acceleration).',
        'Output voltage +-10V.',
        'HD68 connector with all channels.',
        'Channels can also be broken out to BNC or SMA using IDC-BNC, IDC-SMA or IDC-MCX cards.'
      ],
      size: 'small',
      type: 'zotino',
      warnings: [
        "no_eem_source",
        "idc_resource",
      ],
      consumes: {
        hp: 4,
        eem: 1
      },
      resources: [
        {name: "idc", max: 4}
      ]
    },
    'idc-bnc-adapter': {
      id: 'idc-bnc-adapter',
      name: 'BNC-IDC',
      name_number: '5518',
      name_codename: '',
      price: 160,
      image: '/images/shop/graphic-03_IDC-BNC-adapter.svg',
      specs: [
        'Breaks out analog signals from Zotino or HD68-IDC to BNC connectors.',
        'Each card provides 8 channels.',
        'Breaking out all 32 channels from a Zotino requires 4 IDC-BNC cards.'
      ],
      size: 'big',
      type: 'idc-bnc',
      warnings: [
        "no_idc_source"
      ],
      consumes: {
        hp: 8,
        idc: 1
      }
    },
    'idc-sma-adapter': {
      id: 'idc-sma-adapter',
      name: 'SMA-IDC',
      name_number: '5528',
      name_codename: '',
      price: 160,
      image: '/images/shop/graphic-03_SMA-IDC.svg',
      specs: [
        'Breaks out analog signals from Zotino or HD68-IDC to SMA connectors.',
        'Each card provides 8 channels.',
        'Breaking out all 32 channels from a Zotino requires 4 SMA-IDC cards.'
      ],
      size: 'small',
      type: 'idc-bnc',
      warnings: [
        "no_idc_source"
      ],
      consumes: {
        hp: 4,
        idc: 1
      }
    },
    'idc-mcx-adapter': {
      id: 'idc-mcx-adapter',
      name: 'MCX-IDC',
      name_number: '5538',
      name_codename: '',
      price: 160,
      image: '/images/shop/graphic-03_MCX-IDC.svg',
      specs: [
        'Breaks out analog signals from Zotino or HD68-IDC to MCX connectors.',
        'Each card provides 8 channels.',
        'Breaking out all 32 channels from a Zotino requires 4 MCX-IDC cards.'
      ],
      size: 'big',
      type: 'idc-bnc',
      warnings: [
        "no_idc_source"
      ],
      consumes: {
        hp: 8,
        idc: 1
      }
    },
    'hd68-idc-adapter': {
      id:'hd68-idc-adapter',
      name: 'HD68-IDC',
      name_number: '5568',
      name_codename: '',
      price: 150,
      image: '/images/shop/graphic-03_HD68.svg',
      specs: [
        'Connects an external HD68 cable to IDC-BNC, IDC-SMA or IDC-MCX cards.',
      ],
      size: 'small',
      type: 'hd68',
      options: [
        {type: "Radio", args: {title: "Cable length", outvar: "cable_len", variants: ["1 M", "2 M", "3 M"], tip: "The desired length of the HD68 cable", fallback: 1}},
      ],
      options_class: "hd68-idc",
      warnings: [
        "idc_resource"
      ],
      consumes: {
        hp: 4
      },
      resources: [
        {name: "idc", max: 4}
      ]
    },
    'novo': {
      id: 'novo',
      name: 'Sampler',
      name_number: '5108',
      name_codename: '',
      price: 1600,
      image: '/images/shop/graphic-03_Sampler.svg',
      specs: [
        '8-channel ADC.',
        '16-bit resolution.',
        '1.5 MSPS simultaneously on all channels.',
        'When used with ARTIQ-Python driver, effective sample rate is lower.',
        'Digitally programmable input gain.',
        'Full-scale input ranges between +-10mV and +-10V.',
        'Supports SU-Servo laser intensity stabilization servo in conjunction with Urukul.'
      ],
      options: [
        {type: "Switch", args: {title: "1 EEM mode", outvar: "mono_eem"}},
        {
          "if": [
            {"and": [{"var": "ext_data.has_dds"}, {"!": {"var": "mono_eem"}}]},
            {type: "Switch", args: {title: "SUServo mode", outvar: "suservo"}},
            null
          ]
        },
        {type: "Switch", args: {title: "Configure termination", outvar: "config_term"}},
        {
          "if": [
            {"var": "config_term"},
            {type: "Group", items: [
              {type: "Switch", args: {title: "Termination #0", outvar: "term_0", tip: "Enable termination on channel #0"}},
              {type: "Switch", args: {title: "Termination #1", outvar: "term_1", tip: "Enable termination on channel #1"}},
              {type: "Switch", args: {title: "Termination #2", outvar: "term_2", tip: "Enable termination on channel #2"}},
              {type: "Switch", args: {title: "Termination #3", outvar: "term_3", tip: "Enable termination on channel #3"}},
              {type: "Switch", args: {title: "Termination #4", outvar: "term_4", tip: "Enable termination on channel #4"}},
              {type: "Switch", args: {title: "Termination #5", outvar: "term_5", tip: "Enable termination on channel #5"}},
              {type: "Switch", args: {title: "Termination #6", outvar: "term_6", tip: "Enable termination on channel #6"}},
              {type: "Switch", args: {title: "Termination #7", outvar: "term_7", tip: "Enable termination on channel #7"}},
          ]}]
        }
      ],
      size: 'big',
      type: 'novo',
      warnings: [
        "no_eem_source"
      ],
      consumes: {
        hp: 8,
        eem: 2
      }
    },
    'koster': {
      id: 'koster',
      name: 'Grabber',
      name_number: '6302',
      name_codename: '',
      price: 550,
      image: '/images/shop/graphic-03_Grabber.svg',
      specs: [
        'Camera input interface card.',
        'Supports some EMCCD cameras.',
        'Allows image processing to occur in the FPGA with lower latency.',
        'Existing stack supports summing over rectangular ROIs and reporting the result to ARTIQ kernels.',
        'Camera signal is entirely processed in the Kasli FPGA.',
      ],
      options: [
        {type: "Radio", args: {title: "Connectors", outvar: "n_eem", variants: ["1 EEM", "2 EEM", "3 EEM"], tip: "Number of EEM ports to use.", fallback: 1}},
      ],
      size: 'small',
      type: 'koster',
      warnings: [
        "no_eem_source"
      ],
      consumes: {
        hp: 4,
        eem: 2
      }
    },
    'clocker': {
      id: 'clocker',
      name: 'Clocker',
      name_number: '7210',
      name_codename: '',
      price: 525,
      image: '/images/shop/graphic-03_Clocker.svg',
      specs: [
        'Distribute a low jitter clock signal among cards.',
        '2 inputs.',
        '10 outputs including 4 SMAs.',
        'Frequency up to 1GHz.',
        'Low jitter <100fs RMS.'
      ],
      options: [
        {type: "Switch", args: {title: "Ext CLK", outvar: "ext_clk"}},
        {type: "Switch", args: {title: "Ext power", outvar: "ext_pwr", "tip": "Use external power supply in order to reduce number of used EEM connectors"}}
      ],
      options_class: "clocker",
      size: 'small',
      type: 'clocker',
      warnings: [
        "no_eem_source",
        "no_clk_source",
        "clk_resource"
      ],
      consumes: {
        hp: 4,
        eem: 1,
        clk: 1
      },
      resources: [
        {name: "clk", max: 6}
      ]
    },
    'stabilizer': {
      id: 'stabilizer',
      name: 'DSP',
      name_number: '8452',
      name_codename: 'Stabilizer',
      price: 2000,
      image: '/images/shop/graphic-03_Stabilizer.svg',
      specs: [
        'CPU-based dual-channel fast servo.',
        '400MHz STM32H743ZIT6.',
        'Dual 16bit ADC with x2, x5, x10 PGA (2MS/s).',
        '16bit AD5542A DAC (1us settling time).',
        '100Base-T Ethernet.',
        'Can be controlled by Kasli or work stand-alone with PoE supply.'
      ],
      options: [
        {type: "SwitchLine", args: {title: "IP", outvar: "ip", fallback: {text: "DHCP", checked: false}, tip: "Set up IP address used by the device"}},
        {type: "Switch", args: {title: "Ext power", outvar: "ext_pwr", "tip": "Use external power supply in order to reduce number of used EEM connectors"}},
        {type: "Switch", args: {title: "Term #0", outvar: "term_0", tip: "Enable termination on ADC channel #0"}},
        {type: "Switch", args: {title: "Term #1", outvar: "term_1", tip: "Enable termination on ADC channel #1"}}
      ],
      options_class: "stabilizer",
      size: 'small',
      type: null,
      warnings: [
        "no_eem_source"
      ],
      consumes: {
        hp: 4,
        eem: 1
      },
    },
    'mirny': {
      id: 'mirny',
      name: 'Synthesizer',
      name_number: '4456',
      name_codename: 'Mirny',
      price: 2660,
      image: '/images/shop/graphic-03_Mirny.svg',
      specs: [
        '4-channel Wide-band PLL/VCO-based microwave frequency synthesiser.',
        '53 MHz to >4 GHz.',
        'Up to 13.6 GHz when using the mezzanine.',
        'Much higher frequency resolution than Urukul.',
        'Lower jitter and phase noise.',
        'Large frequency changes take several milliseconds.',
      ],
      options: [
        {type: "SwitchLine", args: {title: "Ext CLK", outvar: "ext_clk", fallback: {text: "125 MHz", checked: false}}}
      ],
      size: 'small',
      type: null,
      warnings: [
        "no_eem_source",
        "no_clk_source"
      ],
      consumes: {
        hp: 4,
        eem: 1,
        clk: 1
      },
    },
    'almazny': {
      id: 'almazny',
      name: 'HF Synthesizer',
      name_number: '4457',
      name_codename: 'Mirny + Almazny',
      price: 3660,
      image: '/images/shop/graphic-03_Almazny.svg',
      specs: [
        'Mirny with high frequency mezzanine.',
        'Additional 4 channels up to 12 GHz.',
        'Each Almazny channel outputs twice the frequency of its corresponding Mirny channel.',
      ],
      options: [
        {type: "SwitchLine", args: {title: "Ext CLK", outvar: "ext_clk", fallback: {text: "125 MHz", checked: false}}}
      ],
      size: 'big',
      type: null,
      warnings: [
        "no_eem_source",
        "no_clk_source"
      ],
      consumes: {
        hp: 8,
        eem: 1,
        clk: 1
      },
    },
    'thermostat-eem': {
      id: 'thermostat-eem',
      name: 'Thermostat EEM',
      name_number: '8453',
      name_codename: '',
      price: 2600,
      image: '/images/shop/graphic-03_Thermostat-EEM.svg',
      specs: [
        '4 TEC channels.',
        'Sensor channel count: 8 differential, 16 single-ended.',
        'Output HD44 DSUB connector.',
        'Up to 8W (+/-2A with 4V compliance) heater/TEC drive from MAX1968 drivers.',
        'Up to 16W (+4A 4V) from MAX1969 drivers.',
        '100Base-T Ethernet with PoE.'
      ],
      options: [
        {type: "Switch", args: {title: "Ext power", outvar: "ext_pwr", "tip": "Use external power supply in order to reduce number of used EEM connectors"}}
      ],
      size: 'small',
      type: null,
      warnings: [
        "no_eem_source"
      ],
      consumes: {
        hp: 4,
        eem: 1,
      }
    },
    'shuttler': {
      id: 'shuttler',
      name: 'DAC',
      name_number: '5716',
      name_codename: 'Shuttler',
      price: 8500,
      image: '/images/shop/graphic-03_Shuttler.svg',
      specs: [
        '16-ch, 125 MSPS DAC EEM with remote analog front end board.',
        'High DC resolution (up to ~18 bits with sigma-delta modulation) for trap electrode bias.',
        '~15MHz default analog bandwidth.',
        'AD9117 DACs (14 bits @ 125 MSPS, <1 LSB DNL).',
        'Differential analog output via mini-SAS HD with shielded impedance-matched pairs.',
        'Included remote analog front-end (AFE) board converts differential signals to ±10V single-ended at the point of use, with additional gain and filtering.',
      ],
      size: 'big',
      type: null,
      warnings: [
        "no_eem_source",
        "no_clk_source"
      ],
      consumes: {
        hp: 8,
        eem: 1,
        clk: 1
      },
    },
    'pounder': {
      id: 'pounder',
      name: 'PDH lock generator',
      name_number: '4459',
      name_codename: 'Stabilizer + Pounder',
      price: 4460,
      image: '/images/shop/graphic-03_Pounder.svg',
      specs: [
        'Stabilizer with Pounder daughter card.',
        '2-channel Pound Drever Hall (PDH) lock generator.',
        'AD9959 DDS (500MSPS, 10-bit).'
      ],
      options: [
        {type: "SwitchLine", args: {title: "IP", outvar: "ip", fallback: {text: "DHCP", checked: false}, tip: "Set up IP address used by the device"}},
        {type: "Switch", args: {title: "Ext power", outvar: "ext_pwr", "tip": "Use external power supply in order to reduce number of used EEM connectors"}},
        {type: "SwitchLine", args: {title: "Ext CLK", outvar: "ext_clk", fallback: {text: "125 MHz", checked: false}}},
        {type: "Switch", args: {title: "Termination #0", outvar: "term_0", tip: "Enable termination on ADC channel #0"}},
        {type: "Switch", args: {title: "Termination #1", outvar: "term_1", tip: "Enable termination on ADC channel #1"}}
      ],
      size: 'big',
      type: null,
      warnings: [
        "no_eem_source",
        "no_clk_source"
      ],
      consumes: {
        hp: 4,
        eem: 1,
        clk: 1
      }
    },
    'eem_pwr_mod': {
      id: 'eem_pwr_mod',
      name: 'EEM AC Power Module',
      name_number: '1106',
      name_codename: '',
      price: 750,
      image: '/images/shop/graphic-03_eem_pwr_mod.svg',
      specs: [
        "EEM AC power module.",
        "400W with forced cooling (25CFM), 200W with free air convection.",
        "Universal input.",
        "IEC inlet on front panel.",
        "EMC filter.",
        "LED current indicator.",
        "6 rear side outputs.",
        "Mains circuit protected with steel cover.",
        "Optional - external power brick will be shipped free of charge if removed."
      ],
      size: 'big',
      type: null,
      warnings: [],
      consumes: {
        hp: 4,
      },
    },
  },

  columns: {
    /***
     * backlog is the column containing all items on left aside,
     * name should not change
     */
    'backlog': {
      id: 'backlog',
      title: 'Backlog',
      /* itemIds define items order - change order to suit your need */
      categories: [
        { name: 'Core',
          itemIds: [
              'kasli',
              'kaslisoc']},
        { name: 'TTL',
          itemIds: [
              'bnc-dio',
              'sma-dio',
              'mcx-dio',
              'rj45-dio']},
        { name: 'RF',
          itemIds: [
              'clocker',
              'urukul',
              'urukul_4412',
              'phaser',
              'mirny',
              'almazny',
              'pounder']},
        { name: 'DAC/ADC',
          itemIds: [
            'zotino',
            'fastino',
            'novo',
            'shuttler']},
        { name: 'Adapters',
          itemIds: [
              'idc-bnc-adapter',
              'idc-sma-adapter',
              'idc-mcx-adapter',
              'hd68-idc-adapter',
              'vhdcicarrier']},
        { name: 'Misc',
          itemIds: [
            'koster',
            'stabilizer',
            'pounder',
            'thermostat-eem',
            'eem_pwr_mod',
          ]}
      ],
    },

    "crates": [{
        id: "crate0",
        crate_mode: "rack",
        fan_tray: false,
        items: [],
        warnings: [],
        occupiedHP: 0,
    },
      {
        id: "spare",
        name: "Spare cards",
        crate_mode: "no_crate",
        items: [],
        warnings: [],
        occupiedHP: 0,
      }
    ]

  },
};


window.shop_data = shop_data;