Data Center & Facility Icons (facility & original_facility)

Drawlib provides two paired icon modules for physical data centers, colocation providers, internet exchanges (IXPs), telecom carriers, power/cooling infrastructure, semiconductor cleanrooms, and enterprise sites: drawlib.icons.facility (FacilityIcon, 49 official colocation, carrier, IXP, rack/power, and semiconductor equipment brand logos) and drawlib.icons.original_facility (OriginalFacilityIcon, 86 flat 2D pastel icons comprising all 49 brand twins plus 37 vendor-neutral data center, power, logistics, and building concept icons). Both modules share the unified coordinate contract documented in Icons Overview and integrate directly with Architecture Diagrams.

from drawlib.canvas import save, setup
from drawlib.icons import facility, original_facility
from drawlib.shapes import rectangle
from drawlib.styles import Styles
from drawlib.text import text

setup(width=148, height=68)

columns = [
    ("Colocation DC", "equinix", facility.equinix, original_facility.equinix),
    ("Internet IXP", "de_cix", facility.de_cix, original_facility.de_cix),
    ("Carrier Fiber", "ntt", facility.ntt, original_facility.ntt),
    ("UPS & Power", "apc", facility.apc, original_facility.apc),
    ("Foundry / Fab", "tsmc", facility.tsmc, original_facility.tsmc),
]

for col_idx, (cat_label, _, _, _) in enumerate(columns):
    cx = 43.0 + col_idx * 22.8
    text((cx, 62.0), cat_label, style=Styles.DarkBold.patch(text_size=10.5))

rows = [
    (43.5, "Official Suite", "facility (49)", Styles.Neutral),
    (17.5, "2D Pastel Suite", "original_facility (86)", Styles.PrimaryNeutral),
]

for row_idx, (cy, row_title, row_sub, row_style) in enumerate(rows):
    rectangle((16.5, cy), width=25.0, height=22.0, style=row_style.patch(shape_r=2))
    text((16.5, cy + 3.0), row_title, style=Styles.DarkBold.patch(text_size=10.0))
    text((16.5, cy - 3.5), row_sub, style=Styles.Muted.patch(text_size=10.0))

    for col_idx, (_, fn_name, fn_off, fn_orig) in enumerate(columns):
        cx = 43.0 + col_idx * 22.8
        rectangle((cx, cy), width=20.5, height=22.0, style=row_style.patch(shape_r=2))
        icon_fn = fn_off if row_idx == 0 else fn_orig
        icon_fn((cx, cy + 3.2), width=8.5, style=Styles.Primary)
        text((cx, cy - 6.8), fn_name, style=Styles.DarkBold.patch(text_size=10.0))

save()

1. API Signature & Twin Module Structure

Every icon in drawlib.icons.facility and drawlib.icons.original_facility renders a 512×512 RGBA PNG centered at xy=(cx, cy) with a 1:1 square aspect ratio:

from drawlib.diagrams.architecture import FacilityIcon, Node, OriginalFacilityIcon
from drawlib.icons import (
    facility,
    facility_icon,
    original_facility,
    original_facility_icon,
)
from drawlib.styles import Styles

# 1. Direct module function calls (49 shared brand icons + 37 concept icons in original_facility)
facility.equinix((30, 25), width=10.0, style=Styles.Primary)
original_facility.equinix((55, 25), width=10.0, style=Styles.Primary)
original_facility.datacenter((80, 25), width=10.0, style=Styles.Primary)
original_facility.rack_cabinet((105, 25), width=10.0, style=Styles.Primary)

# 2. Dynamic string lookup helpers
facility_icon((30, 10), width=9.0, name="megaport", style=Styles.Primary)
original_facility_icon((55, 10), width=9.0, name="ups_power", style=Styles.Primary)

# 3. Strongly typed Enums for ArchitectureDiagram & SequenceDiagram
colo_node = Node("Equinix IBX", icon=FacilityIcon.EQUINIX)
rack_node = Node("42U Cabinet", icon=OriginalFacilityIcon.RACK_CABINET)

2. Brand & Vendor Facility Icons (49 Icons in Both Modules)

Both facility and original_facility provide 49 canonical brand names covering global colocation operators, internet exchanges (IXPs) and NaaS fabrics, tier-1 telecom and satellite carriers, physical rack/power/cabling manufacturers, and semiconductor foundries:

from drawlib.canvas import save, setup
from drawlib.icons import facility
from drawlib.shapes import rectangle
from drawlib.styles import Styles
from drawlib.text import text

setup(width=144, height=66)

row1 = [
    ("equinix", "Colocation DC", facility.equinix, Styles.PrimaryNeutral),
    ("digital_realty", "Colocation DC", facility.digital_realty, Styles.Neutral),
    ("megaport", "NaaS Fabric", facility.megaport, Styles.Neutral),
    ("de_cix", "Internet IXP", facility.de_cix, Styles.SecondaryNeutral),
    ("ntt", "Global Carrier", facility.ntt, Styles.Neutral),
]

row2 = [
    ("starlink", "LEO Satellite", facility.starlink, Styles.Neutral),
    ("apc", "UPS & PDU", facility.apc, Styles.SecondaryNeutral),
    ("vertiv", "Thermal & Power", facility.vertiv, Styles.Neutral),
    ("corning", "Optical Fiber", facility.corning, Styles.PrimaryNeutral),
    ("tsmc", "Foundry Fab", facility.tsmc, Styles.Neutral),
]

for row_idx, items in enumerate([row1, row2]):
    cy = 48.0 if row_idx == 0 else 18.0
    for col_idx, (fn_name, cat, icon_fn, card_st) in enumerate(items):
        cx = 16.0 + col_idx * 28.0
        rectangle((cx, cy), width=25.5, height=26.0, style=card_st.patch(shape_r=2))
        icon_fn((cx, cy + 5.0), width=8.5, style=Styles.Primary)
        text((cx, cy - 3.2), fn_name, style=Styles.DarkBold.patch(text_size=10.0))
        text((cx, cy - 8.5), cat, style=Styles.Muted.patch(text_size=10.0))

save()

2.1. Complete Shared Brand Icon Reference (49 Canonical Names)

Every function name below is available identically as facility.<name>() (FacilityIcon.<NAME>) and original_facility.<name>() (OriginalFacilityIcon.<NAME>):

3. Vendor-Neutral Data Center, Power & Site Concept Icons (37 Icons in original_facility)

When illustrating physical data center layouts, power/HVAC redundancy, submarine fiber landings, enterprise branch offices, or industrial supply chains without vendor logos, drawlib.icons.original_facility (OriginalFacilityIcon) provides 37 vendor-neutral concept icons:

from drawlib.canvas import save, setup
from drawlib.icons import original_facility
from drawlib.shapes import rectangle
from drawlib.styles import Styles
from drawlib.text import text

setup(width=144, height=66)

row1 = [
    ("datacenter", "Hyperscale DC", original_facility.datacenter, Styles.PrimaryNeutral),
    ("colocation", "Carrier Hotel", original_facility.colocation, Styles.Neutral),
    ("rack_cabinet", "42U Rack", original_facility.rack_cabinet, Styles.Neutral),
    ("ups_power", "Battery UPS", original_facility.ups_power, Styles.SecondaryNeutral),
    ("cooling_hvac", "CRAC / Chiller", original_facility.cooling_hvac, Styles.Neutral),
]

row2 = [
    ("fiber_optic", "Dark Fiber", original_facility.fiber_optic, Styles.Neutral),
    ("cable_landing", "Subsea CLS", original_facility.cable_landing, Styles.SecondaryNeutral),
    ("headquarters", "Corporate HQ", original_facility.headquarters, Styles.PrimaryNeutral),
    ("semiconductor_fab", "Cleanroom Fab", original_facility.semiconductor_fab, Styles.Neutral),
    ("security_gate", "Mantrap Gate", original_facility.security_gate, Styles.Neutral),
]

for row_idx, items in enumerate([row1, row2]):
    cy = 48.0 if row_idx == 0 else 18.0
    for col_idx, (fn_name, cat, icon_fn, card_st) in enumerate(items):
        cx = 16.0 + col_idx * 28.0
        rectangle((cx, cy), width=25.5, height=26.0, style=card_st.patch(shape_r=2))
        icon_fn((cx, cy + 5.0), width=8.5, style=Styles.Primary)
        text((cx, cy - 3.2), fn_name, style=Styles.DarkBold.patch(text_size=10.0))
        text((cx, cy - 8.5), cat, style=Styles.Muted.patch(text_size=10.0))

save()

3.1. Complete Vendor-Neutral Facility Concept Reference (37 Canonical Names)

4. Practical Architecture Diagram

The following diagram models a Tier-IV colocation data center power, cooling, and optical interconnect topology using ArchitectureDiagram with OriginalFacilityIcon:

from drawlib.canvas import clear, save, setup
from drawlib.diagrams.architecture import (
    ArchitectureDiagram,
    Node,
    NodeGroup,
    OriginalFacilityIcon,
)
from drawlib.styles import Styles

clear()
setup(width=144, height=68)

d = ArchitectureDiagram(
    node_style=Styles.Primary,
    node_text_style=Styles.DarkBold.patch(text_size=10.0),
    edge_style=Styles.DarkBold,
    edge_text_style=Styles.DarkBold.patch(text_size=10.0),
    node_card_style=Styles.Neutral,
    title="Tier-IV Colocation Facility Power, Cooling & Fiber Interconnect",
)

substation = d.add(
    Node(
        "Utility Grid\nSubstation",
        width=24,
        height=18,
        icon=OriginalFacilityIcon.SUBSTATION,
        icon_size=7.5,
    ),
    xy=(10.0, 32.0),
)
cls = d.add(
    Node(
        "Subsea Cable\nLanding",
        width=24,
        height=18,
        icon=OriginalFacilityIcon.CABLE_LANDING,
        icon_size=7.5,
        card_style=Styles.PrimaryNeutral,
    ),
    xy=(10.0, 12.0),
)

dc = d.add(NodeGroup(title="Tier-IV Colocation Data Hall", padding=5.0), xy=(42.0, 4.0))

ups = dc.add(
    Node(
        "2N Battery\nUPS System",
        width=24,
        height=18,
        icon=OriginalFacilityIcon.UPS_POWER,
        icon_size=7.5,
        card_style=Styles.SecondaryNeutral,
    ),
    xy=(14.0, 28.0),
)
patch = dc.add(
    Node(
        "Meet-Me Room\nPatch Panel",
        width=24,
        height=18,
        icon=OriginalFacilityIcon.PATCH_PANEL,
        icon_size=7.5,
    ),
    xy=(14.0, 8.0),
)
rack = dc.add(
    Node(
        "High-Density\nRack Cabinet",
        width=25,
        height=18,
        icon=OriginalFacilityIcon.RACK_CABINET,
        icon_size=7.5,
        card_style=Styles.PrimaryNeutral,
    ),
    xy=(58.0, 18.0),
)

d.connect(substation, ups, label="480V Feed", padding=1.5)
d.connect(cls, patch, label="Dark Fiber", padding=1.5)
d.connect(ups, rack, label="A+B PDU", padding=1.5)
d.connect(patch, rack, label="400G SMF", padding=1.5)

d.draw(xy=(4.0, 4.0))
save()

[!TIP] Combine OriginalFacilityIcon site containers with Network & Cisco Topology Icons (network & original_network) and Server, OS & Virtualization Icons (server & original_server) to model end-to-end physical-to-virtual infrastructure.