LED wall brands and models supported
The calculator carries verified specifications for 297 direct-view LED wall models across 50 brands. Every record cites the manufacturer datasheet or product-page URL with a retrieval date.
- AOTO: Mini LED M1.2, CV Series P2.5, RM1.5, RM1.9, RM2.3, CVES0.9, CVES1.5, E4, E8, AF6, AF10, SP06V
- Absen: Absen N1.5 Pro, Absen A27 Plus, NX1.5, NX1.8, NX2.5, NX3.7, KL1.8 II, PL2.5 Pro V2, AW2.8, A0425, A0625
- Aero Digital: Indoor P1.5
- BOE: MLED P1.5
- Barco: XT 1.5, NT1.8, NT1.2, ICX1.2, X4, X2.8R, C8, C5, T8, TruePix TP0.9-I
- Cedar Electronics: Fine Pitch P1.5
- Chipshow: Outdoor P3.9
- Christie: Velvet Apex II 1.5, LED007-VC, LED009-VC, LED012-VC, LED015-VC, LED009-VS, LED012-VS, LED018-VS, LED025-VS, XP0.9, XP1.25, XP1.5, XP1.8, XP2.5, XP3.8, LED025-C3-I, LED012-C3-I, LED015-C3-I, LED018-C3-I, LED015-C2-I
- CreateLED: AirLED P2.6, VBD-V 1.25, AirTV-Pro 1.25, AirTV-Pro 1.56, AirTV-Pro 1.87, TV-46 1.6, TV-46 2.67, AirULTRA-C(RGBC) 2.6, AirULTRA-C 2.3, AirULTRA-R 2.6, AirSPORT-M 8, AirSPORT-M 10, AirFLOOR-V1 2.6, AirMEDIA-D 4.8, AirMEDIA-D 7.8, VBD-LED TV 108
- Daktronics: NPN-6200 P1.9, DVN Outdoor P6.6
- Delta: DLW-VL2.5, FE-12, FE-15, FE-19, FE-25, SX-6M, SX-8N, SX-10N, SX-16N, TX-16N
- Dicolor: M Series P2.6, MX-261-XR, MX-260F-XR
- Esdlumen: Wing Series P2.6
- GQY: Command Center P1.5
- Gloshine: Legend P3.9
- Hibino: Chromatek P2.6
- Hisense: VisionInfo LED P1.5
- INFiLED: DB Series P1.9, AR Series P3.9, DB1.5mk2 Ultra MT2, DB2.6mk2 Pro, DB2.6mk2, AP2.5, AP2.5 mini, AP3.9, AP3.9 outdoor, AP4.8 outdoor, AP6.9 outdoor, AP8.9 outdoor, WV1.25 Lite, WP1.25 Lite, WP2.5 Lite, WP3.1 Lite
- LG: MAGNIT LSAB (P0.9), MAGNIT LSAA (P1.5), LSBB009-GF, LSBB012-GD, LSBB015-GD, LSBB018-GD, LSBC019-GD, LSBC026-GD, LSBC029-GD, LSBC039-GD, LSCB012-RK, LSCB015-RK, LSCB018-RK, LSCB025-PK, LMPB007BANA, LSAB009
- Ledman: COB P1.5, X15, X19, X19 HBR, X24, X29, X39, X59, K2, N4, Z6, GM2.6, GM3.9
- Leyard: DirectLight X (P1.2), CarbonLight CLF-2.5, VDS007, VDS009, VDS012, VDS015, TVF0.9, TVF1.2, TVF1.5, TVF1.8, LN1.9, LN3.9, LA04S, LA06S, LA10S
- LianTronics: VF Series P1.8, RE Series P3.9
- Lighthouse: RASV P3.9
- Lightking: Rental P3.9
- Lopu: Fine Pitch P1.5
- MAXHUB: LM Series P1.5
- Mary Photoelectric: Outdoor P3.9
- Mitsubishi Electric: Diamond Vision P3.9
- Nanolumens: Nixel Series P1.8, Outdoor Series P3.9, Engage 0.9, Engage 1.25, Engage 1.56, Engage 1.88, Engage 2.5, Engage Pro 0.78, Engage Pro 0.94, Engage NXT 1.25, Engage NXT 1.56, Engage NXT 1.88, Engage NXT 2.5, Performance 500 3.1, Performance 500 3.9, Performance 500 5.9, Performance 500 8.3, Performance 500 10.4
- Panasonic: AW-VC34A (P1.5)
- Philips: 7000 Series P1.5
- Planar: TVF Series P1.5, DirectLight Ultra P0.9, TVF009, TVF011, TVF012, TVF014, TVF018, TVF025, CDI1.9, CDI2.6, CLI1.9, CLI2.6, DLU-0.9, LA04S, LA06S, LA10S
- QSTECH: Fine Pitch P1.5
- Qiangli: Indoor P2.5
- ROE Visual: Black Pearl BP2V2, Ruby RB1.5, BP2V2, CB3, CB8, TP1.9, TP2.6, Coral S0.9, Coral S1.5, V4ST, RB1.9BV2, RB2.6, DM2.6, MR2.6
- Retop: Fine Pitch P1.5
- SNA Displays: BOLD Interior P1.5, BOLD Exterior P4, AS108-1.2, AS135-1.5, AS162-1.8, AS216-2.5
- Samsung: The Wall IWA (P1.68), The Wall All-in-One IWA, IF012J, IF015H, IF020H, IF025H, IF040H-D, IW012A, IA016B, IA008B, LH060XHBTAS, LH080XHBTAS, LH100XHBTAS, LH160XHBTAS
- Sansi: Fine Pitch P1.5
- Sharp NEC: FE Series P1.5
- SiliconCore: Common Cathode P1.5, Magnolia 1.5mm, Orchid 1.9mm, Orchid High Bright 1.9mm, Camellia 0.95mm, Peony 2.6mm, Tulip 3.9mm, Sunflower 3.0mm, Magnolia 1.58mm
- Sony: Crystal LED BH P1.5
- TCL: All-in-One LED P1.5
- Unilumin: UMiniIII 1.2, Upad IV 2.6
- VOD Visual: Indoor P1.5
- ViewSonic: LDS135-151
- Vtron: COB P1.5
- YES TECH: MG7S P3.9, MG9 P2.9, MG9 P3.9, MG9 P5.9, MG10 P1.9, MG10 P4.8, Mwall P2.6, Mwall P4.8, Mslim P1.9, Mnano II P0.93, Mnano II P1.56, ES P7.8, ES P15.6
- Yaham: V3 Series P3.9, YH-D16-E0, YH-DT4-E0, YH-DT5-E0, YH-DT6.67-E0, YH-DT8-E0, YH-DT10-E0, YH-DT3.91-E0, YH-DT4.81-E0, YH-DT6.25-E0, YH-DT7.81-E0, YH-DT10.42-E0, YH-DT2.667-CHO, YH-DT4-CHO, YH-DT5.33-CHO, YH-DT6-CHO, YH-DT8-CHO
- digiLED: ZEUS P2.6, NANO SMD 0940, NANO SMD 1250, NANO SMD 1560, NANO SMD 1880, NANO COB 0940, NANO COB 1250, NANO COB 1560, NANO COB 1880, DLPi2.84, DLPi3.9, DLPo4.8WBH, DLPo7.8, POSTER 1995, POSTER 2570o
Content-type categories
- Text / data dense — trading floors, command centres, control rooms. Finest pitch tier; viewing distance close.
- Mixed media — boardrooms, lobbies, retail. Mid-pitch range; balanced viewing distance.
- Video / broadcast — studios, virtual production, on-air sets. 3,840 Hz+ refresh required for camera capture.
- Cinema / premium — auditoria, premium home cinema. Larger pitch acceptable at long viewing distance.
LED Wall Size Calculator — Engineering-grade, Multi-brand
— Calculator · LED wall size
The wall built cabinet by cabinet.
Pick a brand, model, wall dimensions and viewing distance. Cabinet count, native resolution, power, weight and feasibility flags resolve in real time. Sources cited.
Cabinets
25
5 across × 5 down
Native resolution
2400 × 1350
3.2 megapixels
Actual wall
4.03 m × 2.27 m
9.1 m² · cabinet-snap
A planning link — not a quote.
- model
- Samsung The Wall IWA — P1.68
- pitch
- P1.68 mm
- brightness
- 1,600 nits
- refresh
- 3,840 Hz
- viewing
- 1.68 m – 3.36 m optimal
- weight
- 347 kg
- power
- avg 2.37 kW · peak 5.48 kW
Premium MicroLED IF cabinet. Front-serviceable, HDR10+ and Dolby Vision support, broadcast-grade refresh.
Indicative cabinet build for shortlisting — confirm structure, power and processing against a site survey before ordering.
What changes this estimate
- Actual viewing distances in the room
- Pixel pitch availability in the chosen series
- Content type (data, video, fine text)
- Mounting structure & cabinet dimensions
A planning link — not a quote.
Quick answer
LED video-wall sizing works out how many cabinets make up a wall of a given size, the native resolution that produces, and the optimal viewing distance for a pixel pitch. This calculator resolves cabinet count, native resolution, power and weight for datasheet-cited LED models. It is a planning reference for shortlisting, not a final structural or electrical design.
When to use
Scoping a direct-view LED wall's size, pixel pitch and viewing distance at brief stage.
When not to use
For lens-based projection onto a screen, use the Projector Throw Calculator instead. Structure, power and processing still need a site survey before ordering.
· Starting configurations
Typology presets — pick a scenario, see the calculator.
Each preset opens a curated configuration page with the engineering reasoning behind the numbers. Then the calculator loads with the same inputs — change them and the URL stays shareable.
LED Wall · Hospitality Lobby
Hotel lobby video wall — 4 × 2 m, 2.5 mm pitch
A premium hotel lobby wants a 4 × 2 m video wall for brand storytelling viewable from 4–8 m as guests circulate.
Open presetLED Wall · Corporate Stage
Conference stage backdrop — 6 × 3 m, 2.6 mm pitch
A 6 × 3 m stage backdrop for hybrid conferences needs to read clearly on stage and on broadcast camera without moiré.
Open presetLED Wall · Fine-pitch indoor
Samsung The Wall IWA (P1.68) — cabinet grid & viewing distance
A controlled indoor space wants a 4 x 2.25 m video wall built from Samsung The Wall IWA (P1.68) fine-pitch cabinets, and needs to know how the cabinet grid, native resolution and closest comfortable seat resolve before the wall is specified. The decision hinges on how tightly a 1.68 mm pitch can be viewed and how many cabinets the target wall actually needs.
Open presetLED Wall · All-in-one
Samsung The Wall All-in-One IWA: cabinet grid & viewing distance
A 3.6 x 2.03 m (16:9) wall is a common starting point for a boardroom or lobby display, but the right cabinet grid and closest-seat distance depend on the specific product's pixel pitch and packaging. This preset works through that sizing for the Samsung The Wall All-in-One IWA, an all-in-one, front-service cabinet at 1.68 mm pixel pitch.
Open presetLED Wall · Fine-pitch indoor
LG MAGNIT LSAB (P0.9) cabinet grid & viewing distance
A 4 x 2.25 m video wall in a controlled indoor space needs a cabinet grid that lands close to the target dimensions without odd part-cabinet edges. At 0.9375 mm pixel pitch, the sizing decision also has to keep the closest seat far enough back that individual pixels disappear into a clean image.
Open presetLED Wall · Fine-pitch Indoor
LG MAGNIT LSAA (P1.5) — cabinet grid & viewing distance
A 4 x 2.25 m indoor video wall (16:9) needs a fine-pitch cabinet that stays sharp for viewers as close as 1.6-3 m without the cabinet grid or native resolution becoming a guessing game before procurement.
Open presetLED Wall · Fine-pitch indoor
Leyard DirectLight X (P1.2) — cabinet grid & viewing distance
A fine-pitch indoor LED wall needs a cabinet grid and viewing envelope that match the room, not just a target width and height. At a 4 × 2.25 m (16:9) wall, the decision is how the DirectLight X's 1.27 mm pitch maps to cabinet count, native resolution and the distance at which the closest seat can sit.
Open presetLED Wall · Mid-pitch indoor
Leyard CarbonLight CLF-2.5 cabinet grid & viewing distance
A 5 x 2.8 m indoor wall needs a cabinet layout that lands close to the target size without odd part-cabinet edges, and a closest-seat distance that keeps the pixel structure invisible rather than a visible grid. Getting both right up front avoids a re-order once the cabinet count and viewing zone are fixed on site.
Open presetLED Wall · Fine-pitch indoor
Absen N1.5 Pro cabinet grid & viewing distance
A fine-pitch indoor wall built from Absen N1.5 Pro cabinets needs its cabinet grid and native resolution confirmed before layout is locked, and its closest comfortable seat needs checking against the cabinet's 1.56 mm pitch. A 4 x 2.25 m (16:9) target is the common starting footprint for this class of wall.
Open presetLED Wall · Outdoor
Absen A27 Plus — cabinet grid & viewing distance
An outdoor screen at 6 x 3.375 m (16:9) needs a cabinet grid that lands close to the target size without odd fractional cabinets at the edges, and a viewing distance where the pitch reads clean rather than pixelated. For direct-sun outdoor use the brightness budget also has to be settled alongside the size decision, not after it.
Open presetLED Wall · Fine-pitch indoor
Unilumin UMiniIII 1.2 — cabinet grid & viewing distance
A 4 × 2.25 m indoor video wall needs a fine-pitch cabinet that stays crisp for viewers who won't stand back far — corporate lobbies, control rooms and boardrooms typically watch from inside 3 m. The sizing question is which cabinet grid actually fits the target wall and what native resolution that grid delivers before any content or mounting decision is made.
Open presetLED Wall · Outdoor
Unilumin Upad IV 2.6 preset: cabinet grid & viewing distance
A 6 x 3.375 m (16:9) outdoor wall built from the Unilumin Upad IV 2.6 has to resolve to a whole number of cabinets, which shifts the actual finished size away from the target dimensions. The real sizing decision is working out that cabinet grid and its native resolution before committing to a footprint, and confirming the closest seat sits inside the pitch's optimal viewing band rather than too close for the content to resolve cleanly.
Open presetLED Wall · Fine-pitch indoor
Christie Velvet Apex II 1.5: cabinet grid & viewing distance
A 4 x 2.25 m (16:9) indoor wall needs a cabinet layout that lands close to the target size without the calculator quietly rounding away the difference. Christie Velvet Apex II 1.5, at 1.56 mm pixel pitch, resolves this by snapping the requested area to a whole-cabinet grid and reporting the actual built dimensions and native resolution alongside it.
Open presetLED Wall · Fine-pitch Indoor
Barco XT 1.5 — cabinet grid & viewing distance, 4 × 2.25 m
A controlled indoor space wants a 4 × 2.25 m (16:9) video wall built from Barco XT 1.5 cabinets, and needs to know the resulting cabinet grid, actual wall size and native resolution before committing to a mount plan.
Open presetLED Wall · Broadcast / rental
ROE Visual Black Pearl BP2V2 — cabinet grid & viewing distance
A production team specifying a 5 x 3 m Black Pearl BP2V2 wall needs the exact cabinet grid, native resolution and optimal camera-to-wall viewing band before confirming a rental order.
Open presetLED Wall · Fine-pitch indoor
ROE Visual Ruby RB1.5: cabinet grid & viewing distance
A 4 x 2.25 m (16:9) wall built from ROE Visual Ruby RB1.5 cabinets must resolve to a whole number of cabinets in each direction, so the finished wall is rarely the exact target size. The real design decision is how the cabinet grid, actual wall dimensions, and native resolution settle out, and whether the intended closest-seat distance sits inside this pitch's optimal viewing band.
Open presetLED Wall · Fine-pitch indoor
INFiLED DB Series P1.9 — cabinet grid & viewing distance
A 4 × 2.25 m indoor video wall needs a fine-pitch cabinet that stays crisp for viewers who may approach within a few metres, without over-specifying beyond what the room requires. The INFiLED DB Series P1.9's 500 mm cabinet module has to tile cleanly across that footprint while the pitch is checked against the intended closest-seat distance.
Open presetLED Wall · Outdoor
Daktronics DVN Outdoor P6.6 — cabinet grid & viewing distance
An outdoor video wall sized at roughly 6 x 3.375 m (16:9) needs a cabinet grid that lands on whole cabinets and a pitch that reads clearly from the intended viewing distance in direct sunlight. Daktronics DVN Outdoor P6.6 is a 6.6 mm outdoor cabinet rated to 6500 nits, and this preset checks how it resolves against that target wall.
Open presetLED Wall · Fine-pitch indoor
Planar TVF Series P1.5 — cabinet grid & viewing distance
A controlled indoor environment wants a 4 x 2.25 m (16:9) video wall built from Planar TVF Series P1.5 cabinets, and needs to know how many cabinets are needed, what the actual finished wall size will be, and how close viewers can sit before pixel structure becomes visible.
Open presetLED Wall · Fine-pitch indoor
Sony Crystal LED BH P1.5 — cabinet grid & viewing distance
A fine-pitch indoor wall built from Sony Crystal LED BH P1.5 cabinets needs a defensible cabinet grid before anyone commits to a 4 x 2.25 m (16:9) opening, since fine-pitch panels are sized and priced by the cabinet, not the metre.
Open presetLED Wall · Fine-pitch indoor
Control-room fine-pitch wall - cabinet grid & closest seat, 3 x 1.69 m
A control room or broadcast gallery wants a fine-pitch video wall that stays clean and pixel-free from operators seated only a couple of metres away. At sub-millimetre-class pitch the two decisions are how tightly the wall can be viewed and how many cabinets a 3 x 1.69 m target actually needs.
Open presetVerified catalogue growth
LED Wall Size Calculator currently lists 297 verified LED wall models across 50 brands.
The editorial target is 30 verified models per brand. We only publish selectable calculator rows when the load-bearing specs are source-cited, so missing models are collected as a verification backlog instead of being guessed.
Verified models
297
Coverage status
Coverage expanding — model data verified brand by brand toward the 30-per-brand target.
Missing model?
Send the LED cabinet model name with pixel pitch, cabinet size, cabinet resolution, brightness, refresh rate, weight, power and official datasheet link. We add it in a verified batch once the source checks pass.
Submit a model for verificationHighest-priority brand gaps
- Aero Digital needs 29 more
- BOE needs 29 more
- Cedar Electronics needs 29 more
- Chipshow needs 29 more
- Esdlumen needs 29 more
- Gloshine needs 29 more
- GQY needs 29 more
- Hibino needs 29 more
Plan with confidence
From cabinet maths to a wall that performs
The calculator resolves cabinet count, native resolution, power and weight. These notes turn that into a build-ready plan — what stays fixed, what to confirm on site, and what to send us for a room-specific review.
Planning notes
- Pixel pitch is set by the closest viewing distance, not the wall size — the pitch-vs-distance flag is the honest check: too fine wastes pixels, too coarse shows structure.
- Cabinets snap to fixed dimensions — the architectural opening has to accept the cabinet-snap size, not the requested one. Flag that at concept design.
- Refresh rate is the camera gate: below ~3,840 Hz, broadcast and live-event cameras pick up scan-banding the eye never sees.
- Average and peak power differ materially — provision the circuit and UPS for the peak, not the average.
Before final design, confirm
- The actual viewing distances in the room and the content type (data, video, fine text).
- Pixel pitch and cabinet-size availability in the chosen product series.
- Mounting structure, wall plate and service access — front- versus rear-serviceable.
- Structural load, dedicated power, the data/processor pathway and indoor/outdoor conditions.
- Final architectural drawings — the cabinet grid sets the opening dimensions.
What to share with us for review
- The architectural plate, the viewing geometry and the content type.
- The camera plan — broadcast or hybrid event, yes or no.
- Ambient-light conditions and any structural constraints — or just paste the calculator's share link.
Share your drawings, BOQ, site details or the tool result with TechnoGuru for a written estimate after drawings, a BOQ or a site review.
Where this connects — services
· Engineering advisory · LED Wall Size
What the cabinet maths actually predicts about the build.
The calculator answers 'how many cabinets and what brightness'. The engineering underneath — pitch judgement, processor selection, structural support, power delivery, service access — is what separates a wall that looks reference at year five from a wall that needs constant tuning.
Deployment observations
- Pixel pitch is the single most consequential decision. Too fine for the viewing distance wastes pixels and money — a P0.9 wall at 8m viewing is invisible-by-design refinement nobody perceives. Too coarse and pixel structure is visible — a P4 wall at 2.5m viewing is a banner, not a display. The 'pitch × 1' rule (pitch in mm = optimal viewing distance in m) is the floor; content type and viewer scrutiny push the multiplier 0.7-2.5x.
- Cabinet snap dimensions matter at the architectural drawing stage. A 4.0m × 2.25m target wall in a Samsung The Wall IWA P1.68 cabinet resolves to 5 × 5 cabinets = 4.03m × 2.27m. The architectural opening should accept the cabinet-snap dimensions, not the requested ones. Flag this at concept design — retrofitting a finished opening to fit a cabinet grid is expensive.
- Refresh rate is the camera-flicker gate. Below 3,840 Hz, broadcast and live-event cameras pick up scan-banding that's invisible to the human eye but devastating on-air. For boardroom and command-centre use without cameras, lower refresh (1,920 Hz) is acceptable and cheaper. Specify the use case (cameras yes/no) before choosing the panel — retrofitting to broadcast-grade is a full hardware replacement.
Operational notes
- Power, weight and structural support are the unsexy infrastructure decisions that protect the wall. A 4 m² fine-pitch wall draws ~1 kW average and peaks at 2.4 kW — dedicate the circuit and the UPS accordingly. The same wall weighs 130-160 kg — verify the structural anchor and wall-plate before ordering the panels.
- Service access is non-negotiable. Front-serviceable cabinets (Samsung The Wall IWA, LG MAGNIT, Absen N-series, Leyard DirectLight) let module replacement happen in-situ without dismantling the wall. Rear-serviceable cabinets need behind-wall clearance — typically 600-800 mm — that has to be planned at architectural stage.
Lifecycle implications
- Module lifecycle: LED drivers and modules carry 50,000-100,000 hour ratings before 50% brightness decay (at 8 hours/day, that's 17-34 years). Real-world failure mode is pixel dropouts on individual modules — typical replacement rate is 2-5% of modules over a 10-year service life. Carry 3-5% spare modules from project inception; the manufacturer end-of-lifecycles a model 5-8 years post-launch and spares become expensive thereafter.
- Processor lifecycle is shorter than panel lifecycle. The video processor (NovaStar, Brompton, Megapixel) refreshes 5-8 years; the cabinets keep going. Plan the processor as a separately-budgeted refresh; don't lock a 15-year cabinet investment to a single processor generation.
· Why it matters
An LED wall calculator that only quotes pixel pitch is wrong. A real engineering tool computes the cabinet count against the brand's actual cabinet size, surfaces the brightness adequacy for the room, flags refresh-rate suitability for cameras, and tells you what the actual installed wall dimensions will be (cabinet-snap, not request-snap). This one carries all of that across 50 brands and 63 verified LED wall models. Sources cited per model. Last verified 2026.
· Frequently asked
LED wall —
what people ask first.
Why does the actual wall size differ from what I entered?
Because LED walls assemble from finite cabinets — you cannot install half a cabinet. The calculator snaps your target dimensions up to the nearest cabinet boundary. A 4.0m × 2.25m target in a 806×453mm Samsung IWA cabinet resolves to 5 × 5 cabinets = 4.03m × 2.27m. Plan the architectural opening to the snapped dimensions.
What is the right pixel pitch for our application?
Use the 'pitch × 1' rule as a floor — pitch in mm = optimal viewing distance in metres. So a P2.5 wall is optimal at 2.5m and beyond. For text-dense content (trading floor, command centre) push tighter — pitch × 0.7. For premium cinema content where the audience scrutiny is intense, push to pitch × 1.5-2.5. The content-type dropdown encodes this rule of thumb.
Why does refresh rate matter so much?
Broadcast and live-event cameras have rolling shutters that interact with LED scan rate. Below 3,840 Hz the camera captures visible scan-banding — devastating on-air. Boardroom and command-centre use without cameras can use lower-refresh panels acceptably. Specify camera/non-camera at brief.
Why does the calculator show power 'avg' and 'peak' separately?
Because the difference is structural for electrical planning. Average power (~200-260 W/m² for fine-pitch indoor) is what you bill for. Peak power (450-600 W/m² for the same panels) is what you need to provision for circuit and UPS sizing. Sizing the circuit for average and discovering peak demand during a bright HDR scene trips the breaker.
Is the database comprehensive across every model?
It is a broad planning catalogue, not every SKU ever sold. The current database carries 63 verified LED wall models across 50 brands, with each record sourced from the manufacturer's official product page or datasheet and a retrieval date. We keep expanding in editorial passes; send a model and datasheet URL via /contact to request additions.
· Begin
Specifying an LED wall
for the project?
Send the architectural plate, the viewing geometry, the content type and the camera plan. We respond within two working days with a pitch + brand + cabinet recommendation, a processor proposal and a structural/electrical note for the architect.