P1.53 Indoor LED Display
1.538 mm pixel pitch · EHONOR 480×320 front-service cabinet · 312×208 resolution · 3,840 Hz
The Excel LED fine-pitch line at 1.538 mm — 424,350 pixels per square meter, 52S scan with 1212 SMD chips, magnetic full front maintenance on the EHONOR 480×320 cabinet — supplied by Excelled, a trusted LED display manufacturer for global B2B system integrators.
Quick Answer: What Is a P1.53 Indoor LED Display?
A P1.53 indoor LED display is a fine-pitch LED video wall with 1.538 mm between adjacent pixels — about 424,350 pixels per square meter — built on the EHONOR 480×320 mm front-service cabinet.
• Confirmed factory configuration: 320×160 mm module, 208×104 resolution, 52S scan, 78 driver ICs, 1212 lamp beads.
• Cabinet resolution: 312×208 px per 480×320 panel (3 modules, rotated 160×320 arrangement).
• Best viewing distance: about 1.6 m and beyond — a comfortable fine-pitch choice for conference rooms and retail.
• Brightness, refresh and price follow the confirmed BOM — Excel LED quotes per configuration.
One-Stop Solution of P1.53 Indoor LED Display
Excel LED supplies the P1.53 indoor LED display as a complete system — cabinets, modules, power supplies, receiving cards, video processor and steel structure — all from one factory line, so integrators receive a matched wall instead of a pile of parts.
P1.53 is the second pitch on the EHONOR 480×320 platform, sharing its cabinet with P1.25, P1.667, P1.86, P2, P2.5 and P3.076. Compared with a P1.25 indoor LED display it cuts pixel density by about a third — a visible saving on chips and driver ICs — while staying sharp for conference-room and retail viewing distances.
mm Pixel Pitch
424,350 px/m² — fine pitch at a friendlier price than P1.25.
×320 Front-Service
3 modules per cabinet, 70 mm deep, every part replaceable from the front.
Hz Refresh
Camera-safe refresh for video calls, streaming and broadcast.
S Scan / 78 ICs
Confirmed BOM: 52S scan with 78 driver ICs and 1212 lamp beads per module.
P1.53 LED Display Series: EHONOR, EDI and SLS Flexible
The P1.53 line at Excel LED is organized into three series. EHONOR — designed by LEGIDATECH, see the LEGIDATECH Official Website — centers on the lightweight 480×320 mm cabinet with full front maintenance; EDI offers a 640×480 mm one-piece die-cast build for 4:3 content; and SLS flexible covers curved surfaces with soft modules.
| Item | EHONOR ★ | EDI | SLS Flexible |
|---|---|---|---|
| Cabinet / module format | 480×320×70 mm, 3×320×160 | 640×480×50 mm, 6×320×160 | 320×160 soft board |
| Material & process | CNC Al frame + flame-retardant ABS | One-piece die-cast aluminum | Soft PCB, bendable |
| Cabinet weight | 2.7 kg (confirmed) | ~6.5–8 kg (typical) | Lightweight per m² |
| Resolution (P1.53) | 312×208 px per cabinet | 416×312 px per cabinet | 208×104 px per module |
| Maintenance | Full front — modules, PSU, receiving card | Front (modules) | Front / rear |
| Brightness | 600–800 nits (confirmed) | 800 nits (confirmed) | ≥600 nits |
| Refresh rate | 3,840 Hz (confirmed) | 3,840 Hz | ≥1,920 Hz |
| Best for | Conference, retail, reception, broadcast | 4:3 content, fixed walls | Curved columns, arches |
P1.53 LED Display Cabinet: the 480×320 mm EHONOR Platform
The EHONOR cabinet is the core of the P1.53 system: a 480×320×70 mm panel holding three 320×160 mm modules in a rotated 160×320 arrangement. At 1.538 mm pitch that works out to 312×208 pixels per cabinet (480 ÷ 1.538 × 320 ÷ 1.538), and the light CNC construction keeps the whole wall easy to handle and install.
| Parameter | Specification |
|---|---|
| Cabinet size | 480×320×70 mm (confirmed, EHONOR series) |
| Cabinet weight | 2.7 kg (confirmed, EHONOR user manual) |
| Cabinet resolution (P1.53) | 312×208 px — 3 modules × 104×208 px (rotated 160×320 layout) |
| Modules per cabinet | 3 × 320×160 mm (rotated), magnetic attachment (confirmed, series page) |
| Material & process | CNC aluminum frame + flame-retardant ABS back panel |
| Maintenance | Full front maintenance — modules, power supply and receiving card all front-accessible |
| Mounting | Wall-mount, floor-standing, or hoisted; landscape or portrait without re-routing |
| IP rating | IP31–IP40 (confirmed range, series data) |
Materials and processes behind the P1.53 cabinet
The cabinet is CNC-machined aluminum with a flame-retardant ABS back panel, not a welded steel box. That choice drives three real benefits: the panel stays flat enough for seamless splicing (CNC tolerance keeps module faces aligned), it sheds weight for wall mounting, and the ABS body adds an insulation layer that a bare metal chassis does not provide.
The front frame carries magnetic points that lock each module in place without screws. A vacuum tool removes a module in seconds, and the power supply and receiving card sit behind the same front opening — which is why the wall needs no rear service corridor at all.
P1.53 LED Module: 320×160 (52S) Configuration
The standard P1.53 module is the 320×160 mm format with 208×104 resolution, 52S scan, 78 driver ICs and 1212 lamp beads. The 1212 package is larger than the 1010 used on P1.25 — that is the direct source of the cost difference between the two pitches, and it also means the P1.53 wall tolerates dust and handling slightly better.
| Parameter | Specification |
|---|---|
| Module size | 320×160 mm (confirmed) |
| Module resolution | 208×104 px (confirmed) |
| Total pixels | 21,632 per module (208×104) (confirmed) |
| Scan mode | 52S (confirmed) |
| Driver ICs | 78 per module (confirmed) |
| Lamp beads | 1212 SMD (confirmed) |
| Cabinet fit | 3 modules per EHONOR 480×320 cabinet (rotated) |
Front vs rear maintenance on P1.53 modules
The 320×160 P1.53 module is a front-service magnetic module: it is held by magnets, so a dead module is pulled out and a new one pushed in from the face of the wall — no ladder behind the screen, no disassembly of adjacent panels. Because the EHONOR cabinet is designed around this, the power supply and receiving card also come out through the front.
Rear-service modules exist on some fixed-installation walls where a service corridor is already planned. They are slightly cheaper, but every repair then requires walking behind the wall — plan that corridor into the steel structure from day one.
P1.53 LED Display Power Supply and Control System
Every Excel LED P1.53 wall is quoted with a matched power and control chain, so the brightness and refresh numbers in this guide are what the delivered system actually runs.
Power: the EHONOR platform runs at 800 W/m² maximum and 300 W/m² average; the 52S scan draws slightly less current than the 64S P1.25 module at the same brightness. Power supplies are industry-grade 5 V switching units with over-current and short-circuit protection; brand-level options are confirmed per quotation rather than assumed.
Control: the signal chain is sending card → video processor → receiving cards → modules, and the P1.53 cabinet is compatible with NovaStar, Huidu and Colorlight receiving cards. Excel LED’s standard load is one receiving card per EHONOR cabinet (three 320×160 modules), which keeps every cabinet on its own data feed and simplifies fault isolation.
Features of P1.53 Indoor LED Screen
Fine Pitch
424,350 px/m² — crisp text and logos at conference-room distance.
Seamless Splicing
CNC-machined cabinets keep module faces flat; no visible mullion grid.
Full Front Service
Modules, PSU and receiving card replaced from the face of the wall.
Aged & Calibrated
Every cabinet runs a 72 h aging test and calibration before packing.
14–16 Bit Gray
68.7 billion colors; smooth gradients without banding.
Portrait or Landscape
Same cabinet, no re-wiring — banner walls and columns both work.
P1.53 LED Display Product Matrix: EHONOR, EDI and Flexible
| Item | EHONOR 480×320 ★ | EDI 640×480 | Flexible 320×160 |
|---|---|---|---|
| Cabinet size | 480×320×70 mm | 640×480×50 mm | Module-direct |
| Cabinet resolution | 312×208 px | 416×312 px | — |
| Modules per cabinet | 3 | 6 | 1 |
| Material | CNC Al + ABS | Die-cast aluminum | Soft PCB |
| Weight | 2.7 kg (confirmed) | ~6.5–8 kg (typical) | Light |
| Maintenance | Full front | Front | Front / rear |
| Refresh | 3,840 Hz | 3,840 Hz | ≥1,920 Hz |
| Best for | Conference, retail, reception | 4:3 fixed walls | Curved creative sections |
P1.53 vs P1.25 vs P1.86 Indoor LED Display
The three finest pitches on the EHONOR platform share the same 480×320 cabinet — the difference is entirely in pixels. P1.25 gives 640,000 px/m², P1.53 gives 424,350 px/m² and P1.86 gives 288,900 px/m², so the same wall size shows progressively more detail as the pitch tightens — and costs more per square meter in chips, ICs and modules.
| Item | P1.25 | P1.53 ★ | P1.86 |
|---|---|---|---|
| Pixel pitch | 1.25 mm | 1.538 mm | 1.86 mm |
| Module resolution | 256×128 px | 208×104 px | 172×86 px |
| Cabinet resolution | 384×256 px | 312×208 px | 258×172 px |
| Scan / ICs / chips | 64S / 96 / 1010 | 52S / 78 / 1212 | 43S / 66 / 1515 |
| Pixels per m² | 640,000 | 424,350 | 288,900 |
| Best viewing distance | 1.3 m+ | 1.6 m+ | 1.9 m+ |
| Typical use | Boardroom, control room, broadcast | Conference, retail, reception | Retail, church, lobby |
Use P1.5 indoor LED display (1.5 mm) only when a supplier cannot deliver the true 1.538 mm module — the two are different products, and mixing them on one wall creates visible pixel-gap mismatch. The Excel LED quote always states the exact pitch in the model code.
See the full P1.86 indoor LED display page for the third pitch on this platform, or the P1.25 indoor LED display guide for the fine-pitch flagship of the range.
Use Scenarios of P1.53 Indoor LED Display
Conference rooms and meeting suites
At 1.538 mm, the wall replaces a projector and a whiteboard with a continuous image readable from the head of the table. The 3,840 Hz refresh keeps video calls stable under every camera angle, and full front maintenance means no room is left structurally hostage to a rear corridor.
Retail and brand showrooms
Retailers use P1.53 for product close-ups and dynamic branding at counter distance. The 2.7 kg cabinet also means a wall can be moved and reconfigured when the store layout changes.
Reception and corporate lobbies
Front desks and lobbies pair P1.53 with indoor fixed LED display planning: the wall doubles as branding and as a wayfinding surface, sharp at the distances visitors actually stand.
Broadcast and live-stream backdrops
Camera-grade refresh and gray scale make P1.53 a safe background for studio sets and streaming venues — no moiré water-ripple, no scan-line crawl in slow pans.
Church and worship venue fine-pitch sections
Churches that run lyrics, sermons and multi-camera streaming choose P1.53 when the congregation sits within 2–4 m of the screen; combined with church LED screen planning, the front-service cabinet lets volunteers maintain the wall without ladders or rear access.
How to Choose the Right P1.53 LED Display
- Measure the seating distance first. If the nearest viewer sits closer than about 1.6 m, P1.25 is the safer call; beyond 2 m, P1.86 saves significant cost with no visible loss.
- Confirm the wall’s pixel count, not just its area. A 2.88×1.92 m wall is exactly 6×4 EHONOR cabinets — 1,872×832 px. Excel LED quotes the exact resolution per dimension.
- Check access. If there is no rear corridor, the EHONOR full front maintenance configuration is the only sensible choice.
- Match the control system to the content. Live feeds and streaming favor NovaStar-class processors with 3,840 Hz; static signage can run a lighter chain.
- Ask for the BOM. Module scan, IC count and lamp bead brand define price and longevity more than the pitch number alone.
How Much Does a P1.53 LED Display Cost?
P1.53 sits between P1.25 and P1.86 on price, and the cost is driven by 1212 lamp beads, 78 driver ICs per module, 52S scan and the CNC cabinet. Because the 1212 chip is cheaper than the 1010 used on P1.25, a P1.53 wall typically runs 15–25% lower per square meter than an equivalent P1.25 wall. Cost per square meter falls as wall size grows and as the order moves to standard cabinets rather than custom formats. Excel LED publishes no single list price because every wall differs; the quotation splits modules, cabinets, power, control, structure and shipping.
When You Should NOT Choose a P1.53 LED Display
P1.53 Technical Specifications
| Parameter | Specification |
|---|---|
| Product type | Indoor fixed fine-pitch LED display |
| Pixel pitch | 1.538 mm (confirmed) |
| Pixel density | 424,350 px/m² |
| Module size | 320×160 mm (confirmed) |
| Module resolution | 208×104 px (confirmed) |
| Cabinet size | 480×320×70 mm (EHONOR) (confirmed) |
| Cabinet resolution | 312×208 px (structural derivation) |
| Cabinet weight | 2.7 kg (confirmed, user manual) |
| Cabinet material | CNC aluminum frame + flame-retardant ABS |
| Scan mode | 52S (confirmed) |
| Driver ICs | 78 per module (confirmed) |
| Lamp beads | 1212 SMD (confirmed) |
| Brightness | 600–800 nits (confirmed, series); 1,000–1,200 nits module typical |
| Refresh rate | ≥3,840 Hz (confirmed) |
| Gray scale | 14–16 bit, 68.7 billion colors |
| Viewing angle | 160°/160° horizontal/vertical |
| Max power | 800 W/m² (confirmed) |
| Average power | 300 W/m² (confirmed) |
| Working voltage | AC 100–240 V, 50/60 Hz |
| IP rating | IP31–IP40 (front) (confirmed range) |
| Maintenance | Full front maintenance — modules, PSU, receiving card |
| Control system | NovaStar / Huidu / Colorlight compatible |
| Lifespan | ≥100,000 hours |
| Warranty | 2 years (Excel LED standard) |
P1.53 LED Display: Pitch, Resolution and Viewing Distance
Resolution on an LED wall is always screen size ÷ pixel pitch, per dimension:
Illustrative: a 4.8×3.2 m wall = 10×10 EHONOR cabinets → 3,120×2,080 px = 6.5 megapixels. A 2.88×1.92 m wall = 6×4 cabinets → 1,872×1,248 px.
Viewing distance follows the same number: minimum comfortable distance is about 1.5× the pitch in meters — roughly 1.6 m for P1.53. Beyond about 3 m, the human eye stops resolving the 1.538 mm grid, which is exactly why P1.86 and P2 take over the rest of the price curve.
P1.53 Indoor LED Display
Why choose P1.53 pitch
P1.53 is the price-performance sweet spot of the EHONOR fine-pitch range: sharp enough for conference and retail seating, cheaper than P1.25 because of the 1212 chip and 52S scan. For rooms where the nearest viewer sits at 1.6–3 m, it delivers the visible quality of fine pitch without the P1.25 premium.
Maintenance method
Front maintenance
Every EHONOR component — module, power supply, receiving card — is removed and replaced from the front with magnets and a vacuum tool. No rear corridor, no ladder team behind the wall.
Rear maintenance
On module-direct or EDI-style walls, rear access is still an option where the structure allows it; Excel LED can quote either, but the standard P1.53 system is front-service.
Packaging of P1.53 indoor LED display screens
Cabinets ship vacuum-sealed in foam-cradled cartons, with modules pre-installed and calibrated; the receiving cards, power supplies and spare module set travel in a separate accessories carton with the manual.
Which Module Sizes Does a P1.53 Indoor LED Display Use?
This pitch is quoted in 2 module formats in our production list. All of them produce the same 422,754 px/m² wall — they differ in board size, how many fit a cabinet, drive scheme and serviceability. Pixel figures below are exact arithmetic from the pitch (1,000 ÷ 1.538 mm = 650.2 px per metre), cross-checked against the factory module list.
| Module size | Resolution & dots | Per cabinet | Boards per m² | LED & drive | Notes & service |
|---|---|---|---|---|---|
| 320×160 mm | 208×104 px 21,632 dots |
3 | 19.54 | 1212 SMD · 78 ICs · 52S scan | front-service magnetic module (full front maintenance) |
| 320×160 mm (flexible board) | 208×104 px 21,632 dots |
— | 19.54 | — | module count per cabinet as stated does not fit the 480×320×70 cabinet grid — confirmed per order |
Which Cabinet Sizes Does a P1.53 Indoor LED Display Ship In?
480×320×70 mm is the standard carrier for this pitch: 3 × 320×160 mm (rotated 160×320), resolving to 312×208 — 64,896 px. Every further format below is built for a specific layout problem rather than for a better picture.
| Cabinet (W×H) | Modules inside | Resolution | Weight / body | Service access |
|---|---|---|---|---|
| 480×320×70 mm | 3 × 320×160 mm (rotated 160×320) | 312×208 64,896 px |
2.7 kg · CNC aluminum frame + flame-retardant ABS back panel | Full front maintenance — modules, power supply and receiving card all front-accessible |
| 640×480×50 mm typical |
6 × 320×160 mm | 416×312 129,792 px |
~6.5–8 kg (typical) kg · One-piece die-cast aluminum | Front (modules) |
Why this cabinet size became the standard grid
The standard carrier wins on three counts. Module arithmetic: the cabinet divides into whole 320×160 mm boards with no cut strips. Handling: size and weight stay within what two installers can lift and align without lifting gear. Interchangeability: a replacement cabinet years later still bolts onto the same holes and takes the same modules.
Industry-standard cabinet grids for this module size (on request)
These grids are the ones the industry builds around this module size, and each one is arithmetic-clean — the modules tile with no cut strip. They are quoted on request rather than stocked, and the pixel figures are pure arithmetic from the pitch.
| Cabinet (W×H) | Modules inside | Resolution & pixels | Grid status |
|---|---|---|---|
| 960×480 mm on request |
3 × 3 × 320×160 mm modules (3 × 3) | 624×312 194,688 px |
standard indoor grid |
| 960×960 mm on request |
3 × 6 × 320×160 mm modules (3 × 6) | 624×624 389,376 px |
standard indoor grid |
Which cabinet form should you pick?
- Standard indoor wall (conference, retail, church) → the standard cabinet: best price, best lead time, spares on the shelf.
- Wall with a strict structural or lift limit → the smallest cabinet class: lighter per piece, easier to carry into a finished room.
- Very large single wall → the larger cabinet class: fewer splices, faster assembly, flatter result.
- Front-service-only site (no rear access) → confirm the magnetic front-service module and quick-lock frame on your quotation.
- Curved, corner or creative shape → a bendable-board pitch or a small-pitch creative module, not a flat cabinet grid.
Which Control Systems Work With a P1.53 Indoor LED Display?
A P1.53 Indoor LED Display is electrically ordinary: standard HUB75 module interface, conventional indoor scan, low-voltage module rails. That is why it accepts essentially every mainstream control ecosystem — the real decision is not “which system is compatible” but which family your operators already run, because sending cards and receiving cards must come from the same family.
The signal chain, end to end
- 1. Video source — media player, PC, camera or streaming decoder.
- 2. Video processor / sending card — scales, switches and packetises: HDMI / DVI / SDI in, gigabit Ethernet out.
- 3. Transport — Cat6 for normal runs, fibre where the distance or the lightning risk demands it.
- 4. Receiving card — one receiving card per cabinet is the standard loading (64,896 px per cabinet).
- 5. Modules — 3 × 320×160 mm (rotated 160×320) per cabinet, daisy-chained POWER IN/OUT and SIGNAL IN/OUT.
| Ecosystem | Typical hardware | Best for |
|---|---|---|
| NovaStar page-confirmed |
MRV336 receiving card · MCTRL660 controller · MCTRL4K 4K sender | Large fixed walls that need remote diagnostics and per-pixel calibration |
| Colorlight page-confirmed |
i9+ receiving card · X16 video processor | Billboard and signage budgets; sites already running Colorlight |
| Huidu page-confirmed |
HD-C16C async control card · VP620 video processor | Single-screen ad sites scheduled from a phone, no PC on site |
| Linsn factory-confirmed on this line — mature mapping for very large walls |
DH7512 receiving card | City-scale walls and centralised control rooms |
| Mooncell budget sending, 2-in-1 processing and player hardware we stock |
MVB20E-G 2-in-1 processor | Cost-controlled fixed installs and second-source spares |
| VDWALL video processing line we stock |
LVP605 video processor | Stadium, broadcast and multi-source control rooms |
| RGBlink switcher-processor hybrids we stock |
X2 modular video wall processor | Live production and event broadcast workflows |
How many receiving cards does a P1.53 Indoor LED Display need?
Two limits decide the card count, and the smaller one wins. Pixel capacity: one 480×320×70 cabinet carries 64,896 px, and a mid-range card such as the MRV336 loads 256×256 = 65,536 px at 60 Hz — that is 1 cabinet per card. Port loading: the same card has 12 HUB75 outputs, and a cabinet here needs 3 module feeds, so the ports allow 4 cabinets. The binding limit is 1 cabinet per card (the pixel capacity).
- Redundancy — on revenue-critical walls add a second sending card in hot standby; a failed cabinet still does not take the wall down.
- Remote management — NovaStar and Colorlight sending platforms report cabinet temperature and voltage and support scheduled brightness by time of day.
- The one rule that saves the most money — sending card and receiving cards from the same family. Mixing families is the most common commissioning failure we get called about.
- Documentation — the port map, receiving-card loading sheet and configuration file ship with every order.
The architecture of each role — sender, processor, receiving card, async player — is compared in our LED control system collection.
Frequently Asked Questions About P1.53 LED Displays
Q1 What is a P1.53 indoor LED display?
A P1.53 indoor LED display is a fine-pitch LED video wall with 1.538 mm between adjacent pixels, about 424,350 pixels per square meter. It is built on the EHONOR 480×320 mm front-service cabinet with 320×160 mm 52S modules, giving 312×208 pixels per cabinet. It is the second-finest SMD pitch in the Excel LED indoor range.
Q2 What is the resolution of a P1.53 LED display?
A 320×160 mm P1.53 module resolves 208×104 pixels, and an EHONOR 480×320 mm cabinet resolves 312×208 pixels. A wall’s resolution equals its size in millimeters divided by 1.538 in each direction — for example a 4.8×3.2 m wall gives 3,120×2,080 pixels.
Q3 What is the best viewing distance for a P1.53 LED display?
The minimum comfortable viewing distance is about 1.6 m, matching the 1.538 mm pitch. Text, logos and fine graphics stay sharp from about 1.6 m out to several meters, which is why P1.53 is chosen for conference rooms, retail and reception areas.
Q4 What are the specifications of a P1.53 LED module?
The confirmed P1.53 module is 320×160 mm with 208×104 pixels, 52S scan, 78 driver ICs and 1212 lamp beads. Three modules fill an EHONOR 480×320 cabinet in a rotated layout, and the same cabinet accepts P1.25, P1.86, P2 and P2.5 modules for pitch consistency.
Q5 Is P1.53 the same as P1.5?
No. P1.53 refers to a true 1.538 mm pitch with 208×104 module resolution; “P1.5” is a loose industry label that can mean several pitches from 1.4 mm to 1.6 mm. Check the exact model code — mixing a 1.5 mm module with a 1.538 mm module on one wall creates visible pixel-gap mismatch.
Q6 Can a P1.53 LED display be front-maintained?
Yes. The EHONOR configuration gives full front maintenance: modules are magnetic and pull out with a vacuum tool, and the power supply and receiving card are also accessible from the front. The wall needs no rear service corridor, which matters in conference rooms and retail fit-outs where wall space is tight.
Q7 What brightness does an indoor P1.53 LED display have?
The EHONOR series rates 600–800 nits for the P1.53 platform, while the 320×160 indoor module is typically run at 1,000–1,200 nits. For a typical conference room or retail store, 600–1,000 nits is ample; the higher figure matters in bright lobby daylight.
Q8 What refresh rate should a P1.53 LED screen have?
The confirmed standard is 3,840 Hz with 14–16 bit gray scale. At this refresh the screen shows no scan lines or water-ripple in camera shots, which is essential for video conferencing, live streaming and broadcast applications. Lower-refresh configurations exist for budget projects and must be specified explicitly.
Q9 Which control systems work with a P1.53 wall?
The EHONOR cabinet is compatible with NovaStar, Huidu and Colorlight receiving cards. The standard Excel LED load is one receiving card per 480×320 cabinet — three modules per feed — which isolates faults and simplifies spare-part stock. The video processor is matched to the wall’s pixel count.
Q10 How many pixels per square meter does P1.53 have?
P1.53 delivers 424,350 pixels per square meter (1 ÷ 0.001538²). A 4.8×2.7 m wall therefore carries about 5.5 million pixels, so the signal chain must handle fine-pitch data rates — matched processing is included in the Excel LED system quote.
Q11 Is P1.53 cheaper than P1.25?
Yes. P1.53 uses 1212 lamp beads and 78 driver ICs per module versus the 1010 beads and 96 ICs of P1.25, and the 52S scan cuts drive-electronics cost. Typical wall pricing for P1.53 runs 15–25% lower per square meter than an equivalent P1.25 wall, at nearly the same perceived quality.
Q12 What is the lifespan of a P1.53 LED display?
The EHONOR platform is rated for 100,000+ hours with factory aging and calibration on every cabinet. Excel LED’s standard warranty is 2 years covering LED failures, driver IC defects and power supply issues, with spare modules kept in stock for the wall’s expected service life.
Get Factory-Direct Pricing for Your P1.53 Indoor LED Display
Send Excel LED four details and receive a BOM-level quotation: 1. Screen size · 2. Viewing distance · 3. Installation environment · 4. Maintenance preference. Every quote lists modules, cabinets, power, control, structure and shipping separately.
P1.53 Indoor LED Display — 480×320 Cabinet, 52S, Front Maintenance
Excel LED supplies the P1.53 indoor LED display as a complete, factory-matched system: 320×160 52S modules with 1212 lamp beads, the 2.7 kg EHONOR 480×320 front-service cabinet, 3,840 Hz refresh and a 2-year warranty — quoted per project, not per square meter.
Related reading: P1.25 Indoor LED Display · P2.5 Indoor LED Display · P2 Indoor LED Display · Indoor Fine Pitch LED Display · Indoor Fixed LED Display · Indoor LED Screen