No Fiji AV supplier publishes a panel inventory, a pixel pitch or a day rate, so every screen is quoted job by job. One rule decides most of it: projection works indoors and after dark, while a daytime outdoor screen must be direct-view LED rated in thousands of nits. Whatever is not already in country arrives by air or sea, and that sets your lead time.
What screen sizes can you actually get in Fiji?
Nobody publishes it. Encore Event Technologies is the in-house AV provider at InterContinental Fiji, Grand Pacific Hotel and Crowne Plaza Nadi Bay; Microhire is named AV partner by the Sheraton Fiji Golf & Beach Resort. Neither lists a cabinet count, pitch, brightness figure or rate. Microhire describes "full high-definition LED walls – curved or flat displays" and captions photographs "Microhire Fiji-Outdoor Event Staging-LED Screen" — which tells you outdoor LED has been done here, not what is in a Nadi warehouse this week.
One hard number does sit in the public record. When the Asian Development Bank annual meeting ran at the Sheraton's convention centre in 2019, the build included a 30-metre LED video wall and more than 90 moving lights on a truss rig weighing over 6,000 kilograms. That is the scale Fiji can reach — not the scale Fiji keeps on the shelf. Treat screen size as a freight question, not a catalogue question.
Why does a projector fail on a Fiji lawn at 4pm?
This is arithmetic, not opinion. A projector adds light to a screen; the sun adds light to the same screen, and the sun wins by orders of magnitude.
Take a flagship large-venue projector. A Barco UDX-4K32 puts out 30,000 ANSI lumens and draws 2,900W nominal on a 20A, 200–240V supply. Put it on a 6 m wide 16:9 matte white screen (20.25 m², gain 1.0): screen illuminance is 30,000 ÷ 20.25 ≈ 1,480 lux, about 470 cd/m² of image luminance on a diffuse white surface.
Now the ambient. Full daylight out of direct sun measures 10,000–25,000 lux; direct sunlight is 32,000–100,000 lux. At just 10,000 lux, that white screen is already reflecting roughly 3,200 cd/m² before the projector does anything. System contrast lands near 1.2:1.
The AVIXA image system contrast ratio standard sets 7:1 as the floor for passive viewing, 15:1 for basic decision making, 50:1 for analytical decision making and 80:1 for full-motion video. A 1.2:1 image is not dim. It is a blank screen with a faint smear on it.
And Fiji is bright: Nadi averages 17.85 MJ/m² per day of global solar radiation with 6.83 hours of bright sunshine, and December–January means peak at 20.06–22.12 MJ/m². A 4pm session on an open lawn in November is not an edge case.
Which screen technology works where?
| Where the screen sits | Ambient on screen | Projection, 30,000 ANSI lm on a 6 m screen | LED brightness needed |
|---|---|---|---|
| Ballroom, lights dimmed over screen | ~50 lux | ≈30:1 — clears the 15:1 floor | 1,000–2,000 nits |
| Ballroom, house lights up | ~300 lux | ≈6:1 — under the 7:1 floor | 1,000–2,000 nits |
| Covered terrace or marquee, daytime | 10,000–25,000 lux | ≈1.2:1 — unusable | 4,000–6,000 nits, IP65 |
| Open lawn, direct sun | 32,000–100,000 lux | ≈1.0:1 — unusable | 6,000–10,000+ nits, IP65 |
| Open lawn, after sunset | near zero | Works — brightness no longer binds | Indoor panel fine; rain is the risk |
Contrast figures are our arithmetic from the sources below, not a measurement of any supplier's kit.
Is the LED wall you were quoted actually an outdoor LED wall?
This is where budgets break. "LED wall" on a quote usually means an indoor rental panel. A typical one — the Absen PL2.5 Pro, common across the Australian and New Zealand rental circuit — is 2.5 mm pitch, 500 × 500 mm, 8.6 kg, 1,200 cd/m², rated IP40 front and IP21 rear. That is a quarter of the brightness you need in shade, a tenth of what direct sun needs, and not weatherproof. A tropical downpour on an open lawn ends the show.
A genuine outdoor product is a different cabinet. Absen's outdoor AW series is specified at 5,000–5,500 nits, IP65, 26.8 kg/m². Samsung's outdoor rental XRB is 5,000 nit, IP65, 2.9 mm or 3.9 mm pitch. Industry specification guides put shaded outdoor at 4,000–6,000 nits and direct sun at 6,000–10,000+ nits.
Pitch is a separate decision, and it is about distance, not brightness. Christie's rule is roughly one metre of minimum viewing distance per millimetre of pitch; Daktronics puts optimal viewing at about three feet per millimetre. A 3.9 mm outdoor panel is fine when the back row is 30 m out, and wrong for delegates sitting at 4 m.
Outdoor LED also eats power: 200–360 W/m² average, 700–1,200 W/m² peak. Fiji supply is 240V on AS/NZS 3112 sockets, so settle distribution and generator backup with your staging and rigging plan.
What are the real lead times?
No Fiji supplier publishes one. The only published timing figure we found from a Fiji-registered AV company is Microhire Pacific Pte Limited's terms, which price in Fijian currency and impose full liability if an order is cancelled within 72 hours of the delivery date. That is a cancellation window, not a lead time. So work backwards from freight:
| Route | Mode | Published transit | Frequency |
|---|---|---|---|
| Auckland → Suva | Sea, LCL | 5 days | Weekly |
| Auckland → Lautoka | Sea, LCL | 7 days | Weekly |
| New Zealand → Suva, Lautoka | Sea (NPDL NZPAC) | Fixed-day weekly | Weekly |
| Australia → Fiji via Noumea | Sea (NPDL AUSPAC) | Fixed-day fortnightly | Fortnightly |
| Melbourne / Sydney / Brisbane → Suva | Sea | 15 / 18 / 21 days (older published table — confirm) | Per rotation |
| Melbourne → Suva, Lautoka | Sea, LCL consolidation | ~47 days, cut-off to arrival | Monthly |
| Sydney → Nadi, Suva | Air | Cargo available 5–7 days from cut-off | Weekly |
The lesson is the gap between sailing time and calendar time. Auckland to Suva is a four-to-five day voyage; a monthly Melbourne LCL consolidation is six or seven weeks from cut-off. The ocean is not the delay — the booking cycle, the consolidation window and clearance are. Air buys speed and costs volumetric weight, which is brutal for road-cased LED cabinets. Sea is the default for a full wall; air is for the processor, spares and the cabinet that failed pre-check.
Customs sits on top of all of it. Fiji Revenue & Customs Service allows temporary importation for exhibitions and entertainment, and instructs importers to contact FRCS or a local agent before the goods arrive. That is covered properly in can you bring AV equipment into Fiji — read it before you book freight. This is a guideline only: confirm current temporary-import requirements with the Fiji Revenue & Customs Service.
The verdict: which screen for which setting?
- Indoor ballroom: projection or indoor LED both work. Budget and sightlines decide.
- Covered terrace or marquee in daylight: LED only, 4,000–6,000 nits, IP65.
- Open lawn in daylight: LED only, 6,000–10,000+ nits, IP65, and budget the freight.
- Open lawn after dark: projection is viable again and usually cheaper — but you are betting on the weather. Pair it with a real wet-weather contingency plan.
What should you put in the brief?
Because nothing is published, your brief must ask for it. Request, per supplier, in writing:
- Cabinet make, model, pixel pitch, nit rating and IP rating.
- How many of those cabinets are physically in Fiji on your dates, and how many would be freighted.
- Origin port, mode, sailing or flight date, and the clearance agent.
- Is the wall rated to stay up in rain, and who makes that call.
- Power draw in kW, and whose generator covers it.
- Is the quote in FJD, duty and VAT included.
Then compare answers, not adjectives. Start at the AV and production hub, cross-check what is genuinely held in country in what's available in-country, and shortlist from the supplier directory — including hire firms such as Party & Events Fiji for the marquee, furniture and power around the screen.
