球体／半球型LED

LED球体ディスプレイ

Full Sphere · Hemisphere Outward / Inward · Mooncell

LED球体および半球体のカタログ。屋内用SS-1.25～SS-2.5（P1.25～P2.5）、標準直径はピッチ別にØ0.3m～Ø4m。屋外用P2.5～P5、Ø1～6m、IP65。丸ごと梱包で出荷する場合は、Ø2m以下を推奨します。ムーンセル。最小注文数量1。

詳細情報 Why Sphere 仕様を表示

Indoor Pitch

P1.25〜P2.5

SS-1.25～SS-2.5

直径の測り方

Ø0.3–6 m

indoor / outdoor catalog

アウトドア

IP65

P2.5〜P5

管理

ムーンセル

sync & async

Refresh

3,840 Hz

indoor catalog

認定および準拠

FCC

EMC

TÜV

RoHS指令

ETL

証明書のコピーは、発注書を添えてご請求いただければ入手可能です。

意思決定ガイド

Sphere is the right choice for

他の製品も検討してください

製品ギャラリー

LED Sphere Display — Physical Overview

Mapped globe content, a production aging rack, and a hemisphere frame during assembly.

Small catalog spheres — factory aging rack

Data mapped onto a globe

Hemisphere frame — modules going on

概要

How LED Sphere Displays Are Engineered

A sphere is not a round picture on a wall. The frame, the poles, and the pixel map are one drawing.

Science halls, atriums, and brand objects need a surface people walk around. An LED球体ディスプレイ — also called a spherical LED screen or LED video ball — puts pixels on a globe, a hemisphere, or a dome. Content has to close at the seam and still read at the poles.

それはではありません円形LEDスクリーン (a flat disc),not a リング (a hollow halo), and not a キューブ (flat faces at 90°). If the brief is a globe in theatrium, this is the page.

The product catalog lists five indoor models — SS-1.25 / SS-1.5 / SS-1.875 / SS-2 / SS-2.5(P1.25–P2.5) — each with its own standard diameter list (from Ø0.3 m on SS-1.25 up to Ø4 m on SS-2.5).Indoor builds typically run Ø0.3–5 m (larger on request). Outdoor spheres useP2.5〜P5、約 Ø1–6 m, IP65. Indoor catalog brightness is1,000のシラミ、リフレッシュ 3,840 Hz、コントロール ムーンセル. Prefer ≤ ~Ø2 m when you want the sphere to ship whole.

Hemisphere work splits into Outward Display (convex face to the room) and Inward Display (concave face toward the viewer). Those are different frames, not the same half-ball flipped. CAD follows within 72 hours of a complete inquiry.

一目でわかる

✓ フォーム：Full / Hemisphere–Outward / Hemisphere–Inward
✓ Indoor models:SS-1.25 to SS-2.5 (P1.25–P2.5)
✓ Indoor diameters:Ø0.3–4 m standard by pitch · Ø0.3–5 m range
✓ アウトドア：P2.5–P5 · Ø1–6 m · IP65
✓ コントロール：Mooncell · sync & async
✓ ゴブ：Optional · recommended when public can touch
✓ マウント：Hanging or floor stand · front service

ポジショニング

Why a Small Sphere Costs More Than a Flat Wall

Buyers often ask why a 1.5 m ball at a mid pitch is priced far above the same square metres of flat cabinet. The answer is the bill of materials — not a markup story.

ベースライン

推奨されるアップグレード

プレミアムティア

並んで

あなたのプロジェクトに最適なのはどれですか？

選定に関する提案を行い、代替シリーズ（内部チェーン）を示し、最後にエンジニアからの24時間以内の回答を記載してください。

エンジニアリング

Packing, Touch, Poles, Control, and Mount

These are the decisions that decide whether a sphere project lands — or stalls on site.

01 — Ship-whole vs kit

~Ø2 m Is the Packing Line

Below about 2 m diameter, a sphere can leave Shenzhen as one assembled unit (typical asks: 1.0 / 1.5 / 1.8 m). Above that, crates must ship as a modular kit. On-site reassembly is where modules get cracked, corners misaligned, and schedules slip — and most venue techs are not trained for it. That is why many large-ball projects fail after they look fine on a render.

Soft rule: we still build >2 m when the brief needs it. Expect extra engineering support, a reassembly plan, and a higher damage risk budget.

02 — GOB (optional)

People Touch Spheres

A glowing ball in a lobby or museum is a magnet for hands. GOB (glue-on-board) puts a protective resin over the LEDs — not stock on every sphere, but strongly recommended when the public can reach the surface. Specify GOB at quote time; it is harder to add after the modules are built.

Integrator note: if the brief has a glass rail but guests still lean in, treat it as touch-prone.

03 — Poles and seams

Poles Are a Design Item

Slice-style PCB sets look simple and then fail at the poles. A segmented set can cover the poles and costs more PCB types. The seam and the poles belong in the drawing — not as a surprise on site. Flat 16:9 timelines stretched over a ball warp logos.

Integrator note: plan artwork against the spherical map we ship with Mooncell.

04 — コントロール

Mooncell, With a Map

Sphere and hemisphere forms use Mooncell only on this line. We ship the mapping file for the built diameter so the processor plays a closed image.

Lead time: standard builds ~25–30 days; custom R&D ~45–60 days after drawing lock.

アプリケーションシナリオ

Where a Sphere Earns the Rigging

Use it when the object has to read from several directions. A flat wall still wins if the audience sits in one seat.

01 — Museums

Science and Planetarium Halls

Earth, weather, and ocean datasets need a closed surface. Viewers stand in a circle. Pitch is chosen for the closest guest, not the brochure.

02 — Atriums

Hanging Brand Globes

Lobby and hall hangs need a rated point, a cable path, and a service radius. Tell us ceiling height and point load before we draw the hanger.

03 — Immersive portal

Hemisphere – Inward Display

Concave immersive portals for brand floors and exhibits. Guests stand at the bowl. Specify GOB when they can reach the face. Frame is not a flipped Outward dome.

どの設定が適切か分からない？

お部屋の寸法、オペレーターからスクリーンまでの距離、周囲の光環境（ルクス値推奨）をお送りください。当社のエンジニアが24時間以内にピッチと輝度に関する推奨事項をご提案いたします。料金は一切かかりません。プロジェクト仕様書のご提出はこちら →

技術仕様

Catalog Specs by Model

Figures below match the Sphere brochure / parameter sheet (SS-1.25 to SS-2.5 indoor; outdoor P2.5–P5). Power Max/Ave is the catalog reference — we confirm wattage for the selected diameter on the quote.

屋内モデル

SS-1.25 → SS-2.5

Indoor Pitch

P1.25〜P2.5

アウトドア

P2.5–P5 · IP65

管理

ムーンセル

→ 完全なデータシートをリクエストする全モデル · 明るさレベルガイド · 電力とBTUの計算 · ブラケットCAD · 校正方法 · エンジニアが24時間以内に送信

視距離

画素ピッチ別推奨視聴距離

モデル	画素ピッチ	最小表示距離	最適な視聴距離	一般的なアプリケーション	相対解像度
型号1	ピッチ	最小視聴距離	最高の視聴距離	典型的なアプリケーション
型号2	ピッチ	最小視聴距離	最高の視聴距離	典型的なアプリケーション

梱包と配送

インストールケース

Small Catalog Spheres on the Aging Rack

The brochure covers Ø0.3–4 m indoor (and larger). This photo is burn-in of small production spheres — proof the form is manufactured, not a one-off render.

Factory QA · small indoor spheres · Shenzhen

Catalog Sizes Start Small — Then Scale by Pitch

課題

Indoor SS-1.25 already lists Ø0.3 and Ø0.6 m among standard diameters. SS-2 / SS-2.5 extend through Ø2.5–4 m. Outdoor jobs use P2.5–P5 up to about Ø6 m. Pick pitch from viewing distance, then lock diameter on the drawing.

解決策

Mooncell mapping for the built diameter, front service, optional GOB when the public can touch the surface. Indoor catalog brightness 1,000 nits · refresh 3,840 Hz · iron frame.

エンジニアノート

Do not treat a small aging-rack ball as the only available size. If your brief is Ø1.5 m or Ø3 m, we quote that catalog diameter — the module set and steel change with the sphere, not a scaled photo.

展開状況

新技術・導入準備完了

Sphere — Engineered, Validated, Awaiting Its First Field Installation

Is your project the first Sphere deployment?

検証データや工場ビデオ接続について話し合うには、クリス・リャンに直接連絡してください。

WhatsApp Kris Liang — Discuss Sphere →

ダウンロード

システム設計ツール

Sphere Wall Calculator

壁の寸法を入力するだけで、キャビネットの数、総解像度、必要な電力などが瞬時に計算されます。登録は不要です。

壁幅（mm）壁の高さ（mm）ピクセルピッチモデル

結果はここに表示されます

キャビネット（幅×高さ） -

キャビネット合計数 -

トータルレゾリューション -

壁面積 -

最大消費電力 -

平均消費電力 -

熱負荷（BTU/時） -

正式な見積もりを依頼する →

結果はキャビネット数の概算値です。正確なキャビネット数と構造荷重計算については、弊社のエンジニアまでお問い合わせください。

FAQ

インテグレーターからよく寄せられる質問

A spherical LED display is a curved LED screen built as a full globe, hemisphere, or dome, so the picture reads from more than one direction. It is not a flat circular disc and not a hollow ring. DOIT VISION engineers the steel frame, the module set, and the pixel map to the diameter you specify. It is a project-built product, not a stock cabinet size you pick from a list.

Indoor catalog models are SS-1.25, SS-1.5, SS-1.875, SS-2, and SS-2.5 (P1.25 / P1.5 / P1.875 / P2 / P2.5). Standard diameters depend on pitch — for example SS-1.25 covers Ø0.3–2.0 m; SS-2.5 covers Ø0.4–4.0 m. Overall indoor range is about Ø0.3–5 m (larger on request). Outdoor models use P2.5 / P3 / P4 / P5 with standard diameters about Ø1–6 m. Refresh is 3,840 Hz on the indoor catalog; control is Mooncell. Send diameter, indoor or outdoor, and closest viewing distance for a drawing-backed pitch.

LED spheres use Mooncell only. They do not use Novastar, Colorlight, or Brompton. Those systems are used on other DOIT VISION lines, but spherical geometry needs Mooncell mapping. We ship the calibration file for your exact diameter so the image closes at the seam. Do not specify a Novastar processor on a sphere bid unless we have confirmed an exception in writing — we have not.

Indoor fine-pitch spheres use IP3X / IP31 on the catalog sheet. Outdoor models are specified IP65 front and back and typically start at P2.5, with P3 / P4 / P5 also available. Standard outdoor diameters run about Ø1–6 m; custom sizes are quoted. We do not publish an IP68 rating for this series. Tell us the site (lobby, plaza, or facade) so we lock enclosure and brightness on the drawing.

A flat video stretched over a sphere warps logos and breaks at the poles and the seam. Content needs a spherical map matched to diameter and pixel pitch. DOIT VISION supplies the mapping file for the built sphere so Mooncell plays a continuous image. Plan artwork against that map, not a 16:9 timeline. We can review a test frame before you lock the content schedule.

Standard mounts are hanging or a floor stand, both front-service. A hang needs a rated suspension point and a defined cable path. A floor stand needs a level base and room to pull a module. Access is from the outside. Send ceiling height, point load, and service clearance with the inquiry so the frame drawing matches the site. Custom lead time is 4–6 weeks after CAD approval.

MOQ is 1 sphere. Warranty is 2 years. Custom spheres are scheduled at 4–6 weeks after CAD approval — not the 15–25 day window used for standard flat cabinets. Pricing is EXW Shenzhen and depends on diameter, pitch, indoor or outdoor, and mount. We do not publish a unit price here because those variables change the bill of materials on every job.

A sphere uses many custom-shaped modules, a diameter-specific steel frame, and a spherical pixel map — not stock rectangular cabinets. Yield on curved seams is lower than on flat walls. Optional GOB adds protection because guests touch glowing spheres. The price tracks that BOM, not a premium for the word "creative." Send diameter and pitch and we show the line items on the quote.

Usually no. Above about Ø2 m the sphere must ship as a modular kit and be reassembled on site. That restack is where modules get damaged and where untrained crews struggle — a common reason large-ball projects stall. We recommend Ø1.0 / 1.5 / 1.8 m when the brief allows. Larger diameters remain available with an engineered reassembly plan and support.

Hemisphere–Outward faces the room with a convex display — a luminous half-globe people see from outside. Hemisphere–Inward faces the viewer with a concave portal — guests look into the bowl. They need different frames, module sets, and service paths. Do not bid one as the other with the bottom omitted.

Yes. A flat MP4 stretched onto a sphere warps at the poles and breaks at the seam. Content must follow the spherical map matched to diameter and pitch. We ship the Mooncell mapping file with the build so playback closes correctly. Plan artwork against that map — not a 16:9 timeline. Sync or async modes are both available; we can review a test frame before you lock the show.

GOB is optional, not stock on every sphere. Order it when the public can reach the surface — lobbies, museums, and retail floors. Glue-on-board resin reduces damage from touch, dust, and light impact. Specify GOB at quotation; it is harder to add after modules are built. Barriers help, but guests still lean in.