A P10 outdoor LED display module is the 320 × 160 mm building block of a 10 mm pixel pitch outdoor screen, carrying 32 × 16 pixels and 512 LEDs on a sealed, weatherproof board. Excel LED builds the P10 outdoor LED display module in three series — OK, B and A960 — so what you specify is never a generic 10 mm board. For B2B buyers, that quotation line item decides more than price per square metre — it locks in brightness, refresh rate, service access and how long the screen survives on a pole.
Video: A960 Outdoor LED Display Waterproof Test — Legidatech LED screen
Procurement starts with pixel pitch and then narrows to module format, LED packaging, driver IC and control system. Get those four right and the screen behaves predictably for a decade; get one wrong and you inherit brightness patches, camera flicker or an unbudgeted service routine.
Quick Answer: What Is a P10 Outdoor LED Display Module?
A P10 outdoor LED display module is the 320 × 160 mm board that tiles into a 10 mm pixel pitch outdoor screen — 32 × 16 pixels, 512 LEDs, 0.0512 m² per module and 10,000 pixels per m². Excel LED supplies the line in three series: OK (960 × 960 mm aluminium cabinet, 6,500 nits, IP65), B (magnesium cabinet, 6,000 nits, IP65, universal 320 × 160 mm module) and A960 (die-cast, ≥6,500 nits with a 10,000-nit option, IP66, 1/2 scan). All three run a 3,840 Hz class refresh (1,920–3,840 Hz on B, 7,680 Hz option on A960) and carry a 2-year warranty.
Choose P10 when the audience stands roughly 10 m away or further and the site is weather-exposed — facades, billboards and stadium perimeters, where brightness and sealing matter more than pixel density. Choose a finer pitch only when viewers genuinely stand closer, and step up to DIP, GOB or COB where salt, dust or impact punish the hardware. Send your screen size, viewing distance and site conditions and we will specify the series, cabinet and control build that fits the project rather than the one that fits our stock list.
What Is a P10 Outdoor LED Display Module and Where Does It Fit?
An outdoor LED module is a self-contained PCB assembly — LEDs, driver ICs, mask, housing and waterproof connectors — sized to tile into a cabinet. On P10, each pixel sits 10 mm from its neighbour, coarse by indoor standards but right for viewing from roughly 10 m outward.
One module covers 0.0512 m², so a square metre needs about 19.5 modules. A 960 × 960 mm cabinet holds 18 modules in a 3 × 6 grid, while a 640 × 640 mm cabinet holds 8.
P10 is the outdoor workhorse because it balances cost per square metre against acceptable resolution at facade, highway and stadium distances. See where it sits in our outdoor LED display range and compare formats in the LED screen types overview. One point that decides the whole specification: a P10 outdoor LED display module is only one layer of a larger system, so the cabinet, power supply and control chain around it determine how the finished screen behaves.
P10 Outdoor LED Display Module Specifications You Should Verify
A P10 datasheet is short, but a few values decide whether the screen looks right in daylight and on camera. The figures below are the series values published for the P10 outdoor LED display series (OK, B and A960) — a P10 outdoor LED display module is specified per series, not as one industry-wide number, so treat any single “typical P10” column with suspicion.
| Parameter | Excel LED P10 value (per series) | What to verify |
|---|---|---|
| Pixel pitch | 10 mm centre-to-centre | True 10.0 mm, not a rounded nominal |
| Module size | 320 × 160 mm (standard, OK/B) · 480 × 320 mm (A960 die-cast) | Must match your cabinet tile grid |
| Module resolution | 32 × 16 pixels (512 pixels) | Fixed by pitch; processing cannot raise it |
| Module area | 0.0512 m² (≈19.5 per m²) | Drives module count and total cost |
| Brightness | 6,000 nits (B) · 6,500 nits (OK) · ≥6,500 nits (A960); 10,000-nit option on A960 | Ask for the calibrated value, not peak white |
| Refresh rate | 3,840 Hz class (OK, A960) · 1,920–3,840 Hz (B) · 7,680 Hz option (A960) | 3,840 Hz class minimum when the screen is filmed |
| Scan mode | 1/2 scan typical; 1/4 also built | Match receiving card and hub set-up |
| LED packaging | SMD 3535, DIP 346, GOB or COB | Sets viewing angle and robustness |
| Ingress protection | IP65 (OK, B) · IP66 (A960) | Sealing matters most on coastal and high-rainfall sites |
| Power consumption | B: 800/300 W/m² max/avg · A960: ≤550/≤186 W/m² max/avg · OK: 250 W avg / 650 W max per 960×960 cabinet | Size supplies and breakers on the series maximum, not the average |
Two rows deserve attention. Brightness is quoted at full white, and the value that survives calibration is often 20–30% lower — so a P10 outdoor LED display module should be specified on its calibrated figure, which is why high-ambient sites order the 10,000-nit option rather than the nominal class. Resolution of 32 × 16 per module is set by physics, and an article published by DAV01 explains why chasing resolution beyond a screen’s real viewing distance produces no visible gain in its analysis of LED resolution misconceptions.
Refresh rate is the value that most often gets quietly downgraded. The Excel LED P10 line runs a 3,840 Hz class refresh — 3,840 Hz on OK and A960, 1,920–3,840 Hz on B — with a 7,680 Hz option on the A960 platform, so treat 3,840 Hz as the floor on any screen that will be filmed. LEDinside reported Philips entering the outdoor market with a 7,680 Hz product, showing how far the ceiling has moved for broadcast-grade work — see the report on high-refresh outdoor LED displays.
SMD or DIP: Which P10 LED Module Packaging Suits Your Site?
Two packaging families dominate this pitch, and they behave differently outdoors. SMD places three chips inside one surface-mount package; DIP places three discrete lamps through the board. The choice is also the biggest single driver of how long a P10 outdoor LED display module survives salt, dust and UV.
- SMD 3535 (3-in-1): wider viewing angle, tighter colour mixing, better for street-level audiences and camera work.
- DIP 346 lamps: higher per-chip brightness, more tolerant of impact and UV, narrower viewing angle.
- GOB and COB builds: a protective resin layer or chip-on-board construction, worth specifying where moisture, salt spray or frequent cleaning is a factor.
Packaging changes little in the quotation but a great deal in the field. Editors at PjTime compare COB, GOB and conventional SMD builds in their guide to choosing between LED, COB and GOB displays, and the same reasoning applies one level down at module level. A supplier offering SMD, DIP, GOB and COB formats can advise against its own higher-margin option, which usually signals an honest quote.
How to Choose a P10 Outdoor Module 320x160mm for Your Project
Selection starts from the viewer, not the datasheet. Measure the closest realistic viewing point, then work outward to judge whether 10 mm is generous or marginal — our pixel pitch guide and viewing distance guide walk through that calculation.
| Buyer scenario | Typical viewing distance | Recommended P10 build | Illustrative cost band (USD) |
|---|---|---|---|
| Building facade advertising | 10–30 m | SMD 3535, 6,000–6,500 nits (B/OK series), 640 × 640 mm cabinets | $300–480 / m² |
| Highway and roadside billboard | 30–100 m | DIP 346, 6,000–10,000 nits, 960 × 960 mm cabinets | $320–520 / m² |
| Stadium perimeter, high ambient sun | 10–50 m | SMD, ≥6,500 nits (10,000-nit option on A960), 3,840 Hz class, front service | $380–650 / m² |
These are industry ranges for illustration, not a quotation. Once the scenario is fixed, confirm three mechanical facts:
- Cabinet count. Divide screen width and height by cabinet size and check the remainder — a screen needing 14.5 cabinets requires a design decision, not a rounding.
- Service direction. Front-service suits facades with no rear access; rear-service needs roughly 600–800 mm of walkway behind the screen.
- Spares ratio. Order 2–3% spare modules plus matched power supplies and receiving cards from the same batch.
Buyers weighing 10 mm against finer pitches should ask whether the site rewards the extra resolution. A 6 mm panel viewed at 60 m looks essentially identical to P10 while costing considerably more per square metre. One LED supplier, publishing on DAV01’s vendor channel, positions 10.0 mm as its standard choice for outdoor building and mall facades — read that supplier write-up on selecting LED display pixel pitch by scenario, then check cabinet counts against our LED screen size guide.
Request a P10 Module Specification Sheet
A Real P10 Installation: 220 m² of Stadium Screens in Jeddah
The clearest way to judge this pitch is to look at a delivered screen. In Q1 2026 Excel LED supplied an outdoor P10 LED display system to a multi-sport stadium in Jeddah, Saudi Arabia: 220 m² in total, built as two 110 m² end screens of 14.4 × 7.68 m each on the standard 960 × 960 mm cabinet platform, specified at 6,500 nits, IP66 protection and a 3,840 Hz refresh rate for broadcast.
The project shows what actually drives a P10 outdoor LED display module specification at scale: the screens sit at the open end of a stadium holding about 18,000 spectators, so wind load on a 110 m² vertical surface had to be engineered before the quotation was finalised. Because afternoon matches run with the sun behind one screen, the brightness class was fixed at 6,500 nits rather than the lowest compliant value, and service access from the bowl rim was settled at design stage rather than on site.
Read the full project — structural scope, specification and cost drivers — on the P10 stadium screen case in Jeddah (220 m²), or browse the LED display case gallery for other installed walls.
Cabinet, Driver IC and Control System: What Sits Behind the Module
The modules are only the visible layer. Cabinet, power supply, driver IC and control system decide whether the screen is still reliable in year three.
Driver IC choice sets refresh and grayscale behaviour: common parts in this class support 16-bit grayscale at 3,840 Hz, while budget ICs cap lower and reveal banding the moment a camera points at the screen. The LED control system then decides how content reaches those drivers, with NovaStar and Colorlight platforms the usual B2B choices.
Cabinet format governs service and weight. A 960 × 960 mm steel or aluminium cabinet is the outdoor default, while die-cast versions at 640 × 640 mm cut weight and suit rental or roof mounting. Front-service cabinets let technicians replace a module from the walkway side, and our outdoor LED display cabinets support either direction.
What a P10 SMD DIP Module Costs and Why Quotes Differ
A P10 SMD DIP module shows a wide price spread because one line item hides several variables. As an industry-range illustration rather than a quotation, a single 320 × 160 mm module typically lands between USD 8 and USD 20, and a finished outdoor screen between USD 300 and USD 700 per square metre.
Four cost drivers explain most of that spread:
- Driver IC and refresh target. Moving from the 1,920 Hz floor to the 3,840 Hz class adds a modest percentage but changes what the screen can do on camera.
- Control system brand. A genuine NovaStar or Colorlight platform costs more than a generic card set and is far easier to support later.
- Cabinet material. Rental-grade die-cast aluminium adds roughly 20–35% over a steel cabinet of the same size.
- Packaging. GOB or COB treatment raises unit cost while extending life in coastal, humid or heavily cleaned environments.
Ask for an itemised quote separating modules, cabinets, power supplies, receiving cards, control system and installation, because a blended per-square-metre figure cannot be compared across suppliers. For rental stock, our LED screen rental prices explain how build choices feed into daily rates.
How to Install a P10 Outdoor Module Without Breaking the Seal
Installation quality decides whether the screen stays waterproof, and most water ingress traces back to workmanship, not the module.
- Set the structure first. Mounting planes should hold roughly ±2–3 mm tolerance across the whole screen; cabinets are rigid and unforgiving, structures are not.
- Dress cabling before closing panels. Route cable entries so grommets face downward, and never trap a ribbon between cabinet and module.
- Manage voltage drop. P10 modules run on a 5V supply, so long or undersized feeds cause visible brightness gradients across a cabinet.
- Run a burn-in before calibration. A short period at elevated brightness exposes early driver or LED failures while the installer is still on site.
- Re-check sealing after first weather exposure. Inspect after heavy rain or a water test, and include seal torque in the handover.
Data follows the same order as power: sending card, receiving cards per cabinet, then hub board to each module. A module connected with reversed data direction still lights up but breaks the chain for everything downstream, so commissioning should walk the chain cabinet by cabinet — our control system wiring notes cover the standard signal path.
Mistakes That Waste Money on P10 Outdoor Modules
Most disappointing P10 projects fail on procurement shortcuts. These errors appear most often in tender reviews.
- Comparing peak brightness instead of calibrated brightness. A 10,000-nit module calibrated down to 6,000 nits is not the module the quotation implied.
- Accepting 1,920 Hz when 3,840 Hz was needed. The screen looks fine to the eye and flickers on every camera that films it.
- Mixing module batches. Colour and brightness shift between production runs, so a screen built from two batches shows patches even after calibration.
- Ordering spares that do not match. A spare module with a different driver IC, scan mode or hub interface may not work in the cabinet at all.
- Treating IP65 as permanent. Seals age and gaskets compressed by poor installation fail earliest, which is why LED displays stop working long before their rated lifespan.
Get a Factory-Direct P10 Module Quote
P10 Outdoor LED Display Module FAQ: Buyer Questions Answered
What exactly is a P10 outdoor module?
It is a sealed circuit board carrying a 10 mm pixel pitch LED array, typically 320 × 160 mm with 32 × 16 pixels and 512 LEDs. Modules tile into metal cabinets, and cabinets combine into the finished screen.
How many P10 modules do I need for one square metre?
Each module covers 0.0512 m², so one square metre takes roughly 19.5 modules. Round up per cabinet, because cabinets hold fixed grids such as 18 modules in a 960 × 960 mm cabinet.
Should I choose SMD or DIP packaging?
Choose SMD 3535 where viewing angles are wide or cameras are involved, and DIP 346 where maximum per-chip brightness and toughness matter more. Across the line the range is 6,000–10,000 nits — B at 6,000, OK at 6,500, A960 at ≥6,500 with a 10,000-nit option — and GOB or COB variants add protection on coastal sites.
Is 3,840 Hz refresh rate worth the extra cost?
Yes whenever the screen will be filmed, streamed or photographed. The Excel LED P10 line runs a 3,840 Hz class refresh (1,920–3,840 Hz on the B series), which removes scan banding from broadcast and social media footage, and the A960 platform adds a 7,680 Hz option for live camera work.
How bright does a P10 outdoor module need to be?
For shaded or north-facing facades, 6,000 nits (B series) is usually sufficient. Sun-facing walls take 6,500 nits (OK, and ≥6,500 on A960), while high-ambient markets generally need the 10,000-nit option on the A960 platform. Automatic dimming should cut brightness after dark on any of them.
What does a P10 outdoor LED module cost?
Industry ranges for illustration suggest USD 8–20 per 320 × 160 mm module, and USD 300–700 per square metre for a complete outdoor screen. The spread comes from driver IC grade, control system brand, cabinet material and packaging.
Can I replace P10 modules in an existing screen?
Only if the replacement matches the original driver IC, scan mode, hub interface and connector layout. Send a photo of the module’s rear label and hub board, because unmatched spares may light up but will not calibrate cleanly.
How long does a P10 outdoor module last?
Excel LED rates the P10 line at ≥100,000 hours to half brightness at factory-rated operating conditions. Real service life depends more on sealing, thermal management and power supply reliability than on the LED chip, so a 2-year warranty with documented QC is the practical measure.
Is a P10 Module the Right Choice for Your Outdoor Screen?
For facades, billboards and stadium perimeters viewed from about 10 m outward, a P10 outdoor LED display module remains one of the most cost-effective options in the outdoor market. It delivers proven brightness, mature packaging choices, and a wide, well-established supply base for spares, driver ICs and control hardware.
Choose a finer pitch only when the audience genuinely stands closer, and step up to DIP, GOB or COB construction when the site punishes hardware with salt, dust or impact. Fix the format first with our screen dimension guide, then match driver IC, refresh rate and cabinet type to the content plan before asking for prices.
Excel LED (excelleddisplay.com) manufactures the P10 outdoor LED display module and complete screens factory-direct across the OK, B and A960 series, with SMD, DIP, GOB and COB packaging, NovaStar and Colorlight control systems, 3,840 Hz class refresh (7,680 Hz option on A960), IP65/IP66 protection, UL, CE, FCC and RoHS certification, and a 2-year warranty. The cabinet, power and control detail behind the module is on the P10 outdoor LED display range. Send us your viewing distance, screen size and content type, and we will specify the P10 outdoor LED display module configuration that fits your project rather than the one that fits our stock list.
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