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VSG-RGB-0.5*2m
Vision
Designed for B2B deployments where reliability and speed matter, this LED RGB grid screen light turns blank winter nights into crisp motion and color. From five meters away, the mesh disappears and your content takes over—countdowns, snowfall, branded messages, or calm ambient waves that make pedestrians slow down. The light quality is clean and saturated: reds that punch through dusk, cool blues that feel like ice, and warm whites that soften storefront glass. Installers get a forgiving, flexible mesh that hugs curved surfaces and weaves through branches without fighting gravity. Content teams can work in familiar software, sequencing music-synced shows and scheduling playlists for peak footfall. Facilities teams benefit from low-voltage power, sealed connectors, and field-serviceable nodes that keep downtime low. When the season ends, coils stack flat, connectors lock dust-tight, and everything ships out in minutes. It’s the practical, high-impact alternative to heavy cabinets—lighter on structure, faster on labor, and built to handle real weather.
| Parameter | Details |
|---|---|
| Product name | Full Pixel Outdoor RGB LED Grid Screen Light |
| Panel size | 0.5 × 2 m (customizable) |
| LED / Driver IC | WS2811, full RGB |
| Input voltage | 12 V DC |
| Power consumption | 48 W per panel (typical) |
| Waterproof rating | IP65 standard (enhanced sealing available on request) |
| Pixel control | Individually addressable pixels; up to 400 LEDs per controller port |
| Control software | Compatible with xLights, Light-O-Rama; DMX/Art-Net via bridge |
| Materials | Flexible outdoor mesh, UV-resistant housing, waterproof quick-connects |
| Certifications | CE, RoHS (additional regional marks on request) |
| Life span | 50,000 hours (typical) |
| Warranty | 1 year standard |
| Typical applications | Christmas décor, parks, retail façades, outdoor events, media outlines |
What it does for your project
Pixel-level storytelling: Addressable nodes unlock scrolling copy, countdowns, and sponsor logos without adding pixel controllers per section. Results: more moments of attention, more photo-worthy scenes.
All-weather economics: IP65 sealing and UV-resistant materials sustain multi-month outdoor runs, lowering truck rolls and emergency revisits during peak season.
Fast rig-up, faster strike: Modular 0.5 × 2 m sections, keyed connectors, and intuitive mapping accelerate install and dismantle—ideal for compressed event calendars.
Safer power, longer runs: 12 V architecture reduces voltage drop and simplifies public-space compliance; fewer injection points mean cleaner cable plans.
Operational agility: With xLights and Light-O-Rama, teams reuse sequence libraries, sync to music, and batch-schedule shows—no proprietary lock-in.
Low wind load, high transparency: The mesh keeps sightlines open by day and glows at night, enabling media façades without heavy structural reinforcement.
A single view that helps your procurement and engineering teams evaluate options and build a clean spec.
| Dimension | Typical Market Range | Why It Matters | Our Position |
|---|---|---|---|
| Pixel pitch / density | 25–80 mm grid spacing | Balances resolution vs. cost and wind load | Offers common pitches; consult for site-distance mapping |
| Waterproof rating | IP65–IP67 | Determines season length and survivability in rain/snow | IP65 standard; higher sealing available |
| Voltage | 5 V or 12 V | Impacts run length, safety, and injection frequency | 12 V standard for outdoor runs |
| Power per pixel | ~0.2–0.3 W | Drives PSU sizing and thermal margins | Optimized for 12 V runs and clean wiring |
| Transparency | ≥60% | Reduces wind load; better permitting and daylight visibility | Lightweight, flexible mesh |
| Control stack | SPI/TTL, DMX/Art-Net via bridge | Determines ecosystem fit and programming tools | Native SPI/TTL; bridges available |
| Signal run length | Controller-dependent | Affects controller placement and cable gauge | Up to 400 LEDs per port; engineered per layout |
| Certifications | CE/RoHS common | Required for public installs and tenders | CE/RoHS listed; others on request |
| Warranty | 1–3 years | Lifecycle and TCO planning | 1 year standard, extendable |
Guidance: For plazas and building outlines, 50–80 mm pitch often wins on cost and wind load. For close-view retail windows and trees, 25–40 mm keeps logos legible at short distances.
For technical stakeholders
Signal & mapping: WS2811 pixels addressed in logical chains. Up to 400 LEDs per port; segment long runs with power injection to maintain uniform brightness.
Bridging options: Use compact SPI-to-DMX/Art-Net gateways to slot into architectural control systems without rewriting your show logic.
Clocking & integrity: Keep controller heads within recommended cable distances of first pixel; route data with shielded lines in high-EMI venues.
Power engineering: Plan injection roughly every 25–30 m depending on gauge and ambient temperature. Use fused injection points and weatherproof junctions.
Workflow: Import sequences into xLights or Light-O-Rama, assign universes, and preview on a virtual grid before site playback to reduce onsite programming time.
What risk owners want to see
Ingress protection: IP65 standard sealing for outdoor rain and snow; upgradeable gaskets and potting for harsher exposures or long-term façade duty.
Materials that last: UV-resistant housings and jacketed cables minimize yellowing and embrittlement across multi-season deployments.
Thermal envelope: Design for winter nights and shoulder-season days; allocate PSU headroom for cold-start inrush and hot-day derating.
Public-space safety: 12 V low-voltage architecture, locking connectors, and strain relief support compliance with typical municipal event guidelines.
Documentation: CE/RoHS documentation and testing data available for tenders; lot-level QC records supplied on request.
Practical notes that save hours
Mounting patterns: Zip-tie to wire-rope grids, clip to frames, or drape trees and archways. The mesh conforms to mild curves and uneven bark without bridging.
Rigging speed: Keyed, waterproof connectors reduce mis-wiring; pre-addressed segments accelerate mapping and onsite validation.
Cable discipline: Use daisy-chain harnesses with labeled injection tees; keep PSU bays accessible for inspections and mid-season swaps.
Serviceability: Field-replaceable nodes and accessible connectors prevent full-panel replacements; spares can be hot-swapped during dark hours.
Pack-down: Coils stack flat, connectors cap dust-tight, and labeled bins support repeatable redeployments year over year.
Choose the right grid for your audience distance
| Grid pitch | Recommended viewing distance | Typical use case | Transparency (indicative) |
|---|---|---|---|
| 25–40 mm | 8–25 m | Trees, retail windows, pedestrian corridors | 60–65% |
| 50–80 mm | 20–50 m | Building outlines, large façades, plazas | 62–75% |
Tip: Prioritize legibility of letters at your shortest expected viewing distance; for purely ambient “wash” content, larger pitches deliver lower cost and wind load without sacrificing perceived quality.
Tailor the system to the site
Form factor: Keep the 0.5 × 2 m baseline for fast rigging or request custom panel sizes for unusual curves and soffits.
Electrical: 12 V standard; mixed-voltage ecosystems can be supported with dedicated rails and injection plans.
Controls: Add gateways for DMX/Art-Net, time-of-day automation, and emergency messaging. Multi-zone behaviors are supported with separate ports and schedules.
Branding: Pre-build seasonal scenes (snowfall, candy-cane stripes, countdowns) to shorten creative schedules and align multiple sites.
Where it wins and why
Holiday districts & parks: Animated motifs that convert footfall into linger time and social shares—sponsorship sleeves pay for the media surface.
Retail & hospitality façades: See-through mesh delivers night-time media without blocking daylight views; program daypart content for promotions and events.
Event backdrops & pop-ups: Lightweight, modular, and fast to strike—ideal for touring calendars and tight venue windows.
City corridors & bridges: Outline lighting that remains legible at speed, with low wind load and simple attachment points.
A vendor you can trust for outdoor RGB light grids
Proven outdoor platform: The specification aligns to real-world municipal and retail requirements—12 V safety, IP-rated sealing, field-serviceable nodes, and modular sections.
Design-assist included: We provide pixel mapping, universe planning, cable schedules, PSU loading, and single-line diagrams to de-risk bids and accelerate approvals.
Open ecosystem: Compatibility with xLights and Light-O-Rama means your content and training investments keep paying off—no lock-in, no opaque controllers.
Speed to deploy: Standard 0.5 × 2 m modules, keyed connectors, and documented install playbooks compress labor hours on both install and strike.
Lifecycle economics: Replaceable nodes, common controllers, and off-the-shelf power gear keep spare parts simple and total cost of ownership in check.
Service posture: Pre-season burn-in, serialized QC, and responsive parts support help you make—and keep—holiday deadlines.
1) What controller and software does it support?
The grid uses WS2811-addressable pixels driven over SPI/TTL. It works out-of-the-box with xLights and Light-O-Rama for sequencing, scheduling, and music sync. If your venue standardizes on DMX/Art-Net, we add a compact bridge so you can program in the consoles you already own.
2) How weatherproof is it?
The standard assembly is IP65 for outdoor rain and snow. For extended façade duty or extreme climates, we can apply enhanced sealing and gasketing to achieve higher ingress protection. UV-resistant housings and jacketed cables maintain color and flexibility across multi-season deployments.
3) How many pixels can I run per port, and how should I plan power injection?
Plan up to 400 LEDs per controller port as a practical ceiling. For long chains, place fused power injection approximately every 25–30 meters depending on wire gauge and ambient temperatures. We include a cable schedule and injection plan with each project.
4) Which pixel pitch should I choose?
Select 25–40 mm when viewers are close and text/logo legibility is critical (trees, shopfronts). Choose 50–80 mm for large façades or bridge outlines where audience distance is longer and wind load matters more. We can simulate legibility in your CAD elevation.
5) What about structural load and permitting?
The mesh is lightweight and highly transparent, which typically reduces wind load and structural reinforcement versus solid LED cabinets. We provide approximate surface area and weight per square meter to support permit applications and rigging checks.
6) Can I sync content across multiple streets or buildings?
Yes. With synchronized controllers and a shared time source, you can trigger simultaneous sequences across zones. We’ll define universes, timecode, and network topology to keep complex districts in lockstep.
7) What is the warranty and service process?
A 1-year standard warranty is included, with extended options available. We stock spare nodes and connectors, provide serial-level QC records, and support hot-swap procedures so maintenance can happen during dark hours with minimal disruption.
8) How do I estimate power and PSU count?
Multiply the maximum wattage per panel by the number of panels in a chain, add 20–30% headroom for thermal and inrush, and select weatherproof PSUs accordingly. Our team will deliver a single-line diagram, BOM, and injection map during pre-con.
Designed for B2B deployments where reliability and speed matter, this LED RGB grid screen light turns blank winter nights into crisp motion and color. From five meters away, the mesh disappears and your content takes over—countdowns, snowfall, branded messages, or calm ambient waves that make pedestrians slow down. The light quality is clean and saturated: reds that punch through dusk, cool blues that feel like ice, and warm whites that soften storefront glass. Installers get a forgiving, flexible mesh that hugs curved surfaces and weaves through branches without fighting gravity. Content teams can work in familiar software, sequencing music-synced shows and scheduling playlists for peak footfall. Facilities teams benefit from low-voltage power, sealed connectors, and field-serviceable nodes that keep downtime low. When the season ends, coils stack flat, connectors lock dust-tight, and everything ships out in minutes. It’s the practical, high-impact alternative to heavy cabinets—lighter on structure, faster on labor, and built to handle real weather.
| Parameter | Details |
|---|---|
| Product name | Full Pixel Outdoor RGB LED Grid Screen Light |
| Panel size | 0.5 × 2 m (customizable) |
| LED / Driver IC | WS2811, full RGB |
| Input voltage | 12 V DC |
| Power consumption | 48 W per panel (typical) |
| Waterproof rating | IP65 standard (enhanced sealing available on request) |
| Pixel control | Individually addressable pixels; up to 400 LEDs per controller port |
| Control software | Compatible with xLights, Light-O-Rama; DMX/Art-Net via bridge |
| Materials | Flexible outdoor mesh, UV-resistant housing, waterproof quick-connects |
| Certifications | CE, RoHS (additional regional marks on request) |
| Life span | 50,000 hours (typical) |
| Warranty | 1 year standard |
| Typical applications | Christmas décor, parks, retail façades, outdoor events, media outlines |
What it does for your project
Pixel-level storytelling: Addressable nodes unlock scrolling copy, countdowns, and sponsor logos without adding pixel controllers per section. Results: more moments of attention, more photo-worthy scenes.
All-weather economics: IP65 sealing and UV-resistant materials sustain multi-month outdoor runs, lowering truck rolls and emergency revisits during peak season.
Fast rig-up, faster strike: Modular 0.5 × 2 m sections, keyed connectors, and intuitive mapping accelerate install and dismantle—ideal for compressed event calendars.
Safer power, longer runs: 12 V architecture reduces voltage drop and simplifies public-space compliance; fewer injection points mean cleaner cable plans.
Operational agility: With xLights and Light-O-Rama, teams reuse sequence libraries, sync to music, and batch-schedule shows—no proprietary lock-in.
Low wind load, high transparency: The mesh keeps sightlines open by day and glows at night, enabling media façades without heavy structural reinforcement.
A single view that helps your procurement and engineering teams evaluate options and build a clean spec.
| Dimension | Typical Market Range | Why It Matters | Our Position |
|---|---|---|---|
| Pixel pitch / density | 25–80 mm grid spacing | Balances resolution vs. cost and wind load | Offers common pitches; consult for site-distance mapping |
| Waterproof rating | IP65–IP67 | Determines season length and survivability in rain/snow | IP65 standard; higher sealing available |
| Voltage | 5 V or 12 V | Impacts run length, safety, and injection frequency | 12 V standard for outdoor runs |
| Power per pixel | ~0.2–0.3 W | Drives PSU sizing and thermal margins | Optimized for 12 V runs and clean wiring |
| Transparency | ≥60% | Reduces wind load; better permitting and daylight visibility | Lightweight, flexible mesh |
| Control stack | SPI/TTL, DMX/Art-Net via bridge | Determines ecosystem fit and programming tools | Native SPI/TTL; bridges available |
| Signal run length | Controller-dependent | Affects controller placement and cable gauge | Up to 400 LEDs per port; engineered per layout |
| Certifications | CE/RoHS common | Required for public installs and tenders | CE/RoHS listed; others on request |
| Warranty | 1–3 years | Lifecycle and TCO planning | 1 year standard, extendable |
Guidance: For plazas and building outlines, 50–80 mm pitch often wins on cost and wind load. For close-view retail windows and trees, 25–40 mm keeps logos legible at short distances.
For technical stakeholders
Signal & mapping: WS2811 pixels addressed in logical chains. Up to 400 LEDs per port; segment long runs with power injection to maintain uniform brightness.
Bridging options: Use compact SPI-to-DMX/Art-Net gateways to slot into architectural control systems without rewriting your show logic.
Clocking & integrity: Keep controller heads within recommended cable distances of first pixel; route data with shielded lines in high-EMI venues.
Power engineering: Plan injection roughly every 25–30 m depending on gauge and ambient temperature. Use fused injection points and weatherproof junctions.
Workflow: Import sequences into xLights or Light-O-Rama, assign universes, and preview on a virtual grid before site playback to reduce onsite programming time.
What risk owners want to see
Ingress protection: IP65 standard sealing for outdoor rain and snow; upgradeable gaskets and potting for harsher exposures or long-term façade duty.
Materials that last: UV-resistant housings and jacketed cables minimize yellowing and embrittlement across multi-season deployments.
Thermal envelope: Design for winter nights and shoulder-season days; allocate PSU headroom for cold-start inrush and hot-day derating.
Public-space safety: 12 V low-voltage architecture, locking connectors, and strain relief support compliance with typical municipal event guidelines.
Documentation: CE/RoHS documentation and testing data available for tenders; lot-level QC records supplied on request.
Practical notes that save hours
Mounting patterns: Zip-tie to wire-rope grids, clip to frames, or drape trees and archways. The mesh conforms to mild curves and uneven bark without bridging.
Rigging speed: Keyed, waterproof connectors reduce mis-wiring; pre-addressed segments accelerate mapping and onsite validation.
Cable discipline: Use daisy-chain harnesses with labeled injection tees; keep PSU bays accessible for inspections and mid-season swaps.
Serviceability: Field-replaceable nodes and accessible connectors prevent full-panel replacements; spares can be hot-swapped during dark hours.
Pack-down: Coils stack flat, connectors cap dust-tight, and labeled bins support repeatable redeployments year over year.
Choose the right grid for your audience distance
| Grid pitch | Recommended viewing distance | Typical use case | Transparency (indicative) |
|---|---|---|---|
| 25–40 mm | 8–25 m | Trees, retail windows, pedestrian corridors | 60–65% |
| 50–80 mm | 20–50 m | Building outlines, large façades, plazas | 62–75% |
Tip: Prioritize legibility of letters at your shortest expected viewing distance; for purely ambient “wash” content, larger pitches deliver lower cost and wind load without sacrificing perceived quality.
Tailor the system to the site
Form factor: Keep the 0.5 × 2 m baseline for fast rigging or request custom panel sizes for unusual curves and soffits.
Electrical: 12 V standard; mixed-voltage ecosystems can be supported with dedicated rails and injection plans.
Controls: Add gateways for DMX/Art-Net, time-of-day automation, and emergency messaging. Multi-zone behaviors are supported with separate ports and schedules.
Branding: Pre-build seasonal scenes (snowfall, candy-cane stripes, countdowns) to shorten creative schedules and align multiple sites.
Where it wins and why
Holiday districts & parks: Animated motifs that convert footfall into linger time and social shares—sponsorship sleeves pay for the media surface.
Retail & hospitality façades: See-through mesh delivers night-time media without blocking daylight views; program daypart content for promotions and events.
Event backdrops & pop-ups: Lightweight, modular, and fast to strike—ideal for touring calendars and tight venue windows.
City corridors & bridges: Outline lighting that remains legible at speed, with low wind load and simple attachment points.
A vendor you can trust for outdoor RGB light grids
Proven outdoor platform: The specification aligns to real-world municipal and retail requirements—12 V safety, IP-rated sealing, field-serviceable nodes, and modular sections.
Design-assist included: We provide pixel mapping, universe planning, cable schedules, PSU loading, and single-line diagrams to de-risk bids and accelerate approvals.
Open ecosystem: Compatibility with xLights and Light-O-Rama means your content and training investments keep paying off—no lock-in, no opaque controllers.
Speed to deploy: Standard 0.5 × 2 m modules, keyed connectors, and documented install playbooks compress labor hours on both install and strike.
Lifecycle economics: Replaceable nodes, common controllers, and off-the-shelf power gear keep spare parts simple and total cost of ownership in check.
Service posture: Pre-season burn-in, serialized QC, and responsive parts support help you make—and keep—holiday deadlines.
1) What controller and software does it support?
The grid uses WS2811-addressable pixels driven over SPI/TTL. It works out-of-the-box with xLights and Light-O-Rama for sequencing, scheduling, and music sync. If your venue standardizes on DMX/Art-Net, we add a compact bridge so you can program in the consoles you already own.
2) How weatherproof is it?
The standard assembly is IP65 for outdoor rain and snow. For extended façade duty or extreme climates, we can apply enhanced sealing and gasketing to achieve higher ingress protection. UV-resistant housings and jacketed cables maintain color and flexibility across multi-season deployments.
3) How many pixels can I run per port, and how should I plan power injection?
Plan up to 400 LEDs per controller port as a practical ceiling. For long chains, place fused power injection approximately every 25–30 meters depending on wire gauge and ambient temperatures. We include a cable schedule and injection plan with each project.
4) Which pixel pitch should I choose?
Select 25–40 mm when viewers are close and text/logo legibility is critical (trees, shopfronts). Choose 50–80 mm for large façades or bridge outlines where audience distance is longer and wind load matters more. We can simulate legibility in your CAD elevation.
5) What about structural load and permitting?
The mesh is lightweight and highly transparent, which typically reduces wind load and structural reinforcement versus solid LED cabinets. We provide approximate surface area and weight per square meter to support permit applications and rigging checks.
6) Can I sync content across multiple streets or buildings?
Yes. With synchronized controllers and a shared time source, you can trigger simultaneous sequences across zones. We’ll define universes, timecode, and network topology to keep complex districts in lockstep.
7) What is the warranty and service process?
A 1-year standard warranty is included, with extended options available. We stock spare nodes and connectors, provide serial-level QC records, and support hot-swap procedures so maintenance can happen during dark hours with minimal disruption.
8) How do I estimate power and PSU count?
Multiply the maximum wattage per panel by the number of panels in a chain, add 20–30% headroom for thermal and inrush, and select weatherproof PSUs accordingly. Our team will deliver a single-line diagram, BOM, and injection map during pre-con.
