Aurora Displays vs INFiLED: which is better for broadcast XR?

INFiLED has built recognised deployment in virtual-production volumes globally. Aurora Displays is the better choice for AU broadcast and XR operators who want a directly-contracted warranty, in-country spares, and the same broadcast-grade Macroblock driver-IC stack at an AU-direct price point.

Both brands are credible for broadcast and virtual production. The procurement question is whether the production carries the budget and timeline for an imported global-brand spec, or whether AU-direct economics with the same fidelity meets the requirement.

Where INFiLED is the right choice

INFiLED — headquartered in Shenzhen, established 2007 per infiled.com public materials — has built a recognised position in broadcast and virtual-production through the ICVP product line and partnerships with global VP houses. The company manufactures in Shenzhen and ships internationally through specialist broadcast / rental channels.

The INFiLED value proposition is strongest where:

• The production has been pre-specified by a global VP house already tooled around the INFiLED workflow.
• The XR pipeline (camera tracking, content engine, calibration toolchain) is already INFiLED-validated.
• The buyer values international VP deployment reference over in-market service.
• The site is in a country where INFiLED maintains direct service presence.

These are real strengths. For top-tier XR projects with international touring requirements, they justify the premium. For Australian-domestic broadcast and corporate-XR work, the trade-off is service economics.

Where Aurora Displays is the right choice

Aurora is the in-market choice for AU broadcast, corporate-XR and virtual-production work where service accountability and AU-direct economics outweigh international brand recognition.

• Australian-contracted warranty. Aurora Signage Pty Ltd (ABN 22 620 120 836) signs the warranty. Service is dispatched from Marleston, SA.
• Broadcast-grade specification. LUX uses MBI5252 with 1/64 scan and 16-bit PWM+, Brompton Tessera SX40 / S8 processor support, per-LED calibration to ΔE < 1.5, and SDI genlock for camera-shutter-locked refresh.
• 6-layer controlled-impedance PCB. LUX ships on a 6-layer, 2 oz outer / 1 oz inner, ENIG, controlled-impedance PCB stack-up — the spec required for clean signal integrity at the data rates COB fine-pitch demands.
• AU-direct pricing. Without a global-brand and importer margin layer, tendered AU pricing is typically more competitive for equivalent specifications.
• In-house LED Analyser. Every LUX cabinet verified to the 12-section factory acceptance protocol using the in-house MLED Analyser before delivery.

Side-by-side specification

Spec	Aurora Displays (LUX fine-pitch COB)	INFiLED (per their public product literature)
Pixel pitch range	P0.9 – P2.5	Comparable; check ICVP / DBe / X-series datasheets
Driver IC	MBI5252 (Macroblock), 16-bit PWM+	Stated on individual series datasheets — request and verify
Scan ratio	1/64 at full hardware bit depth	Varies by series
Processor	Brompton Tessera SX40 / S8 (tendered config)	Brompton Tessera supported per series
Calibration	Per-LED, ΔE < 1.5 across wall at handover	Per-LED, INFiLED published methodology
PCB stack-up	6-layer, 2 oz outer / 1 oz inner, ENIG, controlled impedance	Per individual series — request engineering drawing
Diode brand / bin	Nationstar / Kinglight A+ flip-chip COB	Varies; request bill of materials per quote
Camera shutter compatibility	1/50 to 1/1000 with Brompton genlock	Per series; verify shutter range
Warranty	Parts + on-site labour, 3 years standard, 5-year tendered	Through AU broadcast-integrator channel
Australian service technicians	In-house (Marleston SA)	Through partner network

Aurora’s figures are from Performance Benchmarks. INFiLED’s figures should be requested via infiled.com or your appointed broadcast-integrator channel for the specific ICVP, DBe or X-series cabinet being quoted; the table intentionally does not invent numbers.

What virtual-production specifically demands

A virtual-production volume is a different procurement from a broadcast set wall. The XR-specific requirements:

• Cinema-camera shutter compatibility. VP cameras run at shutter speeds up to 1/1000. The wall must hold 7,680 Hz minimum scan, ideally 15,000 Hz+, with Brompton genlock locked to the camera shutter phase. See refresh rate for broadcast for the full reference.
• HDR pipeline. XR content is typically authored in HDR. The wall must hit Rec.2020 or DCI-P3 colour gamut and 16-bit hardware grayscale to render shadow detail without banding under cinema-grade exposure.
• Per-LED calibration. XR-volume cabinets that are reconfigured between productions must be re-calibrated to maintain ΔE consistency. The supplier’s calibration toolchain is part of the procurement.
• Modular reconfiguration. Volumes are routinely re-rigged between productions. Cabinet weight, rigging-system spec, and reconfiguration time directly affect production cost-per-day.
• On-camera black level. Camera dynamic range punishes weak black levels. Specify 0.1 nit black or better.

Aurora’s LUX 5-year tendered configuration meets all five. Verify the equivalent on any competing INFiLED bid.

How to evaluate both quotes

The standard eight-row checklist applies. For XR specifically, add four rows:

1. Maximum scan rate at full hardware bit depth, in Hz.
2. Camera shutter compatibility range with named processor and genlock toolchain.
3. Calibration methodology and re-calibration SLA in business days for production reconfigurations.
4. Cabinet weight and rigging compatibility for the volume’s truss system.

If both bids answer all twelve rows in writing, the comparison is fair.

Talk to us and bring the INFiLED proposal. We’ll quote LUX with Brompton Tessera and per-LED calibration for like-for-like comparison.