PT-RQ13K | Panasonic 雷射高階工程投影機 產品介紹 - 晟弘科技
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PRODUCT DETAILS 產品詳細

雷射PT-RQ13K 雷射高階工程投影機


投影距離測試

Panasonic PT-RQ13K
雷射高階工程投影機

10000 流明
4K 解析度
DLP
保固說明

-3片DLP
-雙雷射光引擎
-解析度可達5120x3200
-對比度20,000:1
-支援360度安裝
-可另選購各焦段鏡頭

$ 建議售價:2,800,000

產品介紹

Extremely Compact 10,000 lm Laser Projection at 4K+

Add filmlike projection to any venue with the PT-RQ13K, the world’s most easily handled 3-Chip DLP™ 4K+ projector. With Quad Pixel Drive rendering pixels invisible in 5120 x 3200 video, and outputting 10,000 lm of consistently high brightness, performance is spectacular. Pair with any lens from Panasonic’s 3-Chip DLP™ family and see how the PT-RQ13K’s small size and 360° installation saves time and money. And expect up to 20,000 hours*1 of maintenance-free operation at full power—just one of the ways we lower TCO for business operators.

SOLID SHINE Laser Technology

Bright and Vivid Picture Quality from 3-Chip DLP™ SOLID SHINE Laser

Combining 3-Chip DLP™ imaging with original SOLID SHINE Laser Phosphor technology, Panasonic 3-Chip DLP™ SOLID SHINE Laser Series produces vividly colored pictures rich in detail with excellent brightness. Solid-state laser light sources and specially engineered heat-resistant phosphor wheels work together with three discrete DLP™ modules (R/G/B) for high brightness, true color accuracy, and high contrast in large venues.

Precision Color Reproduction

3-Chip DLP™ SOLID SHINE Laser projectors capture a more accurate color space than comparable laser projectors. Blue lasers ensure greater precision while an expanded color gamut improves white-balance accuracy.

Lower Total Cost of Ownership

Projector delivers up to 20,000 hours*1 maintenance-free service at full power with no filters to clean or replace*2 thanks to a fully sealed optical block and redesigned air intake. Energy consumption has also been reduced.

*1 At this time the brightness will have decreased to approximately half of its original level. Please refer specification for detail condition.

*2 Usage environment may affect filter maintenance cycle.

Dual-Laser Optical Engine Assures Failsafe Reliability

Dual-Drive Laser Optical Engine groups laser diodes into two discrete modules. A redundancy circuit works to minimize brightness- and color-uniformity loss should a laser diode fail, making supported products ideal for applications where picture presentation must be maintained.

Dustproof Optics Extend Longevity

Hermetically sealed laser modules and a refined air-intake system work to extend life and maintain picture quality in dusty locations. SOLID SHINE Laser products are tested against more severe guidelines than other projectors for stable operation in dusty environments containing 0.150 mg of particulate matter per cubic meter*.

* Dustproof tests are conducted to confirm operational effectiveness under conditions with 0.15 mg/m3 of particulate matter (based on tests by the American Society of Heating, Refrigerating, and Air-Conditioning Engineers [ASHRAE], and the Japanese Building Maintenance Association). Measurements are made using acceleration tests.

Efficient Cooling System Enhances Reliability

A liquid cooling system for the light source features a new air intake and solid aluminum radiator to suppress temperature rises, allowing stable operation in high temperatures while reducing noise*.

* Please refer to product specifications for more details.

Eco Filter Extends Replacement Cycle to 20,000 Hours

The Eco Filter incorporates an electrostatic Micro Cut Filter that collects minute dust particles using an ion effect. It joins with a dust-resistant cabinet to enable long-term use even in punishing conditions. A long maintenance cycle of up to 20,000 hours*1 reduces hassle, while the eco-friendly washable filter*2 can be reused.

*1 Usage environment may affect filter maintenance cycle.

*2 Please follow the procedures listed in the operating instructions when washing filter with water. Replacement is recommended after filter has been washed and reused twice, or if filter is not sufficiently clean after washing.

Brilliant Image Quality and Reliability

Quad Pixel Drive Goes Beyond 4K

Better-than-4K resolution is achieved by employing a high-speed 2560 x 1600-pixel (WQXGA) DMD chip that shifts each pixel vertically and horizontally, quadrupling the pixel-count. Working in concert with Real Motion Processor 240 Hz frame-creation, Quad Pixel Drive technology produces film-like 5120 x 3200-pixel (4K+/16:10) images. As well as silk-smooth video, this powerful processing engine renders text in the finest detail for lectures and presentations.

Pixel Quadrupling Technology

Shifting pixels vertically and horizontally creates ultra-high-resolution pictures that exceed standard Ultra HD resolution.

Real Motion Processor

High-speed 240 Hz frame creation supports images up to 5120 x 3200 pixels (16:10) resolution.

* Resolution 5120 x 3200 pixels (maximum physical resolution).

240 Hz Real Motion Processor Reduces Motion Blur

Real Motion Processor uses sophisticated algorithms to create three additional frames for each image, boosting native 60 fps footage to 240 frames per second*1. The result is smooth and realistic motion rendering, particularly useful for broadcasting sporting events and other fast-paced video. Further, images can be displayed with SDI, DVI-D, and HDMI simultaneous inputs*2. A refined optical engine enhances focus performance for a lifelike sense of resolution, contrast, and fluidity.

*1 Refresh rate varies depending on vertical scanning frequency. Note that 240 Hz frame rate is downsampled to 60 Hz when projecting at 4K+ resolution.

*2 Geometric Adjustment and Upgrade Kit functions are not supported with simultaneous video signal input.

Detail Clarity Processor 5+

Panasonic’s next-generation circuit technology analyzes individual images frame by frame to clarify areas containing fine details and textures. Algorithms extract hidden information from super-high to low-frequency video bands, sharpening outlines, correcting contours, and reducing ringing noise to improve the sense of resolution. The technology includes an exclusive Refine Enhancer algorithm to further optimize detail reproduction in 4K+ images.

Dynamic Contrast Function for High 20,000:1 Contrast

Direct laser power output modulation achieves high contrast with less power consumption. Digitally controlled frame-by-frame scene-linking modulation ensures precise output adjustment, while accurate 20,000:1* contrast is delivered even when bright and dark scenes frequently interchange.

* Please refer to the specification page for detail condition.

System Daylight View 3

Panasonic’s premium System Daylight View 3 stops pictures washing out in bright light and enhances impact in mapping and multi-projector applications. It uses sensor information to adjust sharpness, manipulate gamma curves, and correct colors to suit on-site conditions.

Long Life Modes for Continuous Operation

Select your preferred operational mode to balance control brightness decline with brightness output according to the specific requirements of individual applications.

Installation Flexibility and Powerful Functionality

Free 360-degree Installation

SOLID SHINE Laser technology enables free 360-degree installation through any axis. Together with powered lens shift and a wide range of optional lenses, the projector can be mounted in any way desired without picture distortion temporarily or in permanent applications.

Contrast Sync and Shutter Sync Function

Contrast Sync function, designed for multi-screen applications, allows dynamic contrast control to be synchronized for consistent picture quality across screens. Shutter Sync, meanwhile, synchronizes shutter on/off timing.
* Includes fade-in and fade-out effects. Projector shutter functions can be set to operate individually if desired.

Single-Cable 4K DIGITAL LINK Connection

Based on HDBaseT™ technology, DIGITAL LINK supports transmission of video, audio*1, and control commands through a single CAT 5e or higher STP cable for distances of 150 m (492 ft) for Full HD video and 50 m (164 ft) for 4K*2 video. An optional DIGITAL LINK Switcher or Digital Interface Box further simplifies installation in large venues while reducing cost and improving reliability.

*1 Audio transmission depending on model’s audio capability.

*2 ET-YFB200G/YFB100G is not compatible with 4K signals. 150 m (492 ft) transmission available only with ET-YFB200G DIGITAL LINK Switcher for signals up to 1080p in Long Reach Mode.

Backup Input Setting Assures Picture Display

Projectors switch instantaneously to a backup input signal should the primary input signal be disrupted*, assuring image display is maintained at all times in venues such as control rooms and adding insurance at events where projection must not be interrupted.
* Combination of primary/secondary input terminals is fixed. Switching to secondary input (or primary input) occurs automatically when the input signal for primary input (or secondary input) is disrupted. The Backup Input Setting is enabled only when the input signal to primary and secondary terminals is the same.

Geometry Manager Pro Software and Upgrade Kits

Download free Geometry Manager Pro software to expand geometric and multi-screen setup and calibration capabilities via PC. The suite includes two upgrade kits that can be optionally unlocked with paid key codes. ET-UK20 adds uniformity correction and extensive creative masking capabilities. ET-CUK10 features Auto Screen Adjustment which enables simultaneous setup (including curved-screen correction) of multiple projectors for multi-screen applications using a compatible camera. This streamlines edge-blending, color-matching, black-level, stacking, and brightness uniformity calibration.

Note: Requires the latest firmware. Register your projector at PASS to update firmware, get free Geometry Manager Pro software for PC, obtain activation keys for ET-UK20 and ET-CUK10, and download a plug-in for ET-CUK10. Compatible cameras for ET-CUK10 comprise Panasonic AW-HE70/ AW-UE70 and Nikon D5200/D5300/D5500/D5600.
Visit PASS at https://panasonic.net/cns/projector/pass for more information.

Early Warning Software ET-SWA100 Series (Optional)

Early Warning Software monitors the status of projectors and displays connected to an intranet, and informs the operator when an abnormality is detected or predicted, or when there are symptoms of trouble. This minimizes downtime to provide more stable operation.

Common Lenses for Panasonic 3-Chip DLP™ Projectors

Panasonic 3-Chip DLP™ projectors share a range of optional lenses, including ultra-short-throw lens and zoom lens for long throw distances, reducing cost of ownership for staging and event companies with large projector inventories.
 

常見問題

▪ 投影技術DLP與LCD的比較

現今市面上投影機主要採用之投影技術可分為DLP及3LCD兩種。

此兩種投影技術各有優缺點,挑選投影機前應先了解需求,選擇適合的投影機機種。


DLP及3LCD兩種技術之介紹

DLP投影技術介紹

DLP(Digital Light Processing)是德州儀器公司(Texas Instruments, TI)自1987年開始發展的技術,由於DLP所使用的光學元件為數位微鏡元件DMD(Digital Micromirror Device)。

以單片DLP技術為例,成像原理如 圖一 所示,是由光源透過光罩聚光後、經透鏡聚焦通過高速旋轉之色輪分色、再射入DMD晶片。藉由DMD晶片記憶體上記錄之訊號數位值使微小反射鏡產生角度偏轉,形成影像。

DLP投影技術示意圖
圖一 DLP投影技術示意圖

3LCD投影技術介紹

LCD(liquid crystal display)投影技術為結合液晶顯示技術以及投影技術下的產物。按內部液晶板的數量可分為單片式和三片式,現代液晶投影機大都採用3片式LCD板,也就是常見的3LCD投影技術。

3LCD投影技術的成像原理如 圖二 所示,是利用LCD面板來調變由光源發射出來欲投影至螢幕的光訊號,為準確投影出影像的色彩,需先將光源分離成R(紅)、G(綠)、B(藍)三色,再利用三片LCD分別對R、G、B三種顏色的光作調變,最後再將R、G、B三色合併成影像色彩,透過投影鏡頭投射至螢幕。

3LCD投影技術示意圖
圖二 3LCD投影技術示意圖

DLP及3LCD投影技術比較

投影技術 單片DLP 3LCD
優點
  1. 明暗對比度表現良好
  2. 像素緊密銳利清晰
  3. 機身尺寸較小
  1. 色彩表現較飽和
  2. 顏色較準確鮮豔
  3. 顏色變化較細膩
缺點
  1. 色彩準確度較差
  2. 可能會產生「彩虹效應」(看見彩虹殘影)
  1. 明暗對比度較差
  2. 機身體積較大
使用環境 辦公會議室等需投影簡報、文件之商務環境 觀看電影、照片及電玩娛樂等家庭用途
品牌 ViewsonicBenQCASIOOptoma...等 EPSONPanasonicHITACHI...等

我們提供完整的投影機規格資料以及細項篩選功能,您可以快速比較各品牌投影機之規格差異:

家用投影機產品頁面

商用投影機產品頁面

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▪ 投影機亮度-流明介紹及選購指南

投影機亮度-流明(lumen)介紹

投影機普遍使用的亮度標準「流明」,指的是美國國家標準協會(American National Standards Institute)所制定的「光通量」(單位時間內光源發出光的總能量)衡量標準,英文為「lumen」,簡寫為「lm」,指的是投影機發出的光能強弱的指標。

簡單來說「流明」度越高,該投影機的亮度越亮

然而,並非只要挑選亮度越高的投影機就越好。應該要考量到投影機設置的環境狀況、距離、以及投影畫面大小。

舉例來說,若是使用高流明的機種投影短距離小畫面,就會因畫面太亮而造成觀看者眼睛不適,長久下來甚至會對眼睛造成傷害。反之,若需要投影大畫面,就必須選擇高流明的投影機,以避免亮度不夠,使投影畫面灰暗不易觀看。

投影環境也是必須考量的重要因素,在會議室教室等需要開燈、或光害較嚴重的環境,若選擇亮度不高的機種,投影光源就很容易被環境光蓋過,導致看不清楚投影畫面的狀況。

投影機亮度選購建議表:

  • 家庭劇院:1000-2000流明機種
  • 中小型會議室:3000-5000流明機種
  • 大型會議室及禮堂等室內空間:5000流明以上機種
  • 戶外夜間活動:10000流明以上機種

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▪ 解析度介紹與規格對照表

影像解析度,指的是用以描述影像細節分辨能力。

通常,解析度表示每一個方向上的像素數量,例如640x480,代表橫向有640像素,縱向有480像素,因此其總數為640×480=307,200像素。

單位面積內的像素越多代表解析度越高,所顯示的影像就會越接近真實物體。

▲同樣的面積下容納越多像素,解析度就越高,所呈現的影像也越細緻


此外,解析度越高,能顯示的範圍越寬廣。以下圖為例,同樣的Excel表單在縮放100%檢視模式下,XGA解析度只能顯示表單部分內容,Full HD解析度則可顯示完整的表單內容。

因此,如果有需要投影完整長形圖表、日程表、工程圖等需求時,建議選擇高解析度的投影機種,會議中無須縮放或移動,即可呈現完整內容。

然而,並非只要選擇越高的解析度就好。從上圖可以發現,雖然解析度提高後,可以看到的範圍變寬廣了,但同時顯示的文字及圖形大小也縮小了。在實際投影畫面尺寸不夠大的狀況下,使用高解析度投影機投影密集的文字報表資料,有可能會出現文字過小,導致遠方人員難以辨識的狀況。

雖然文字圖表等資料,可以透過檢視縮放或修改字型大小等方式解決,但應用程式介面的文字大小等就只能靠修改電腦系統或程式的顯示設定來改善此問題,在會議進行中不免需多花費時間做調整,降低會議效率。


因此,在選擇投影機時,也要將平時需投影的內容、實際投影畫面大小、觀看人數以及空間距離等因素考量進去,才能找到適合的投影機種。


投影機的原生解析度(真實解析度)以及支援解析度

原生解析度(又稱真實解析度),指的是投影機實際具備的解析度

支援解析度,則是指投影機能夠接收的解析度,通常會是一個範圍,且有可能高過原生解析度。

只要傳給投影機的訊號在支援解析度的範圍內,投影機都可以顯示畫面。然而,若傳輸的訊號解析度高於投影機本身的原生解析度,便可能出現畫面模糊或是不清晰的狀況。此外,若訊號解析度或畫面比例與投影機的原生解析度不一致時(即使低於原生解析度),也會出現畫面失真,或是稍微模糊的狀況。因此,如果要得到最完美清晰的投影畫面表現,投影時務必將電腦或筆電等設備的解析度調整至與投影機完全相同。


部分投影機具備梯形修正功能,在有距離限制或是其他障礙的環境下可協助修正投影畫面,是非常方便的功能。然而,由於梯形修正屬於數位修正方法,會影響畫面的清晰度。若過度使用,也會造成畫面出現模糊以及失真的狀況。


以下案例便為本公司協助客戶將失真的畫面調整回原本解析度的實例:

商務會議室

地點: 台北市

投影機重新安裝


投影機常見的解析度有1024x768(XGA)、1280x800(WXGA)、1920*1080(又稱1080p或Full HD)、1920*1200(WUXGA)等。

投影機解析度規格對照表:

常見投影機解析度比較圖
  比例 解析度
SVGA 4:3 800*600
XGA 4:3 1024*768
WXGA 16:10 1280*800
480P 16:9 720*480
720P 16:9 1280*720
1080P
(Full HD)
16:9 1920*1080
WUXGA 16:10 1920*1200

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▪ 選購投影機時要先確認的事項

選購投影機時,要注意的幾個重點:

1. 亮度(流明度) : 亮度部分需要按照規劃畫面大小場地燈光做判斷,可以參考投影機亮度-流明介紹及選購指南

2. 尺寸與距離 : 預計要投影多大的畫面,最遠與最近可擺放的距離,這二者必須要先測量好,因為每台投影機的鏡頭縮放倍率與投射比都不同,並非每台投影機都能符合場地的限制。投影距離計算可參考各廠牌投影機計算公式

3. 解析度與畫面比例 : 這部分要看我們的訊號源,也就是我們要播放的影片或照片的解析度是多少,畫面比例是一般的4:3,還是寬螢幕的16:9,因為每台投影機都有他最適合的標準解析度與比例,以免壓縮了畫面,導致影像變形模糊。解析度介紹可參考解析度介紹與規格對照表

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▪ 投影機投射比介紹

投射比(Throw Ratio)為投影機至螢幕的距離,相對於螢幕上投影畫面寬度的比例。為計算投影距離及畫面大小時所需之重要數值。

透過此投射比,可計算出欲投影之畫面大小,其所需之投影距離。或是利用所知的投影距離,計算出投影畫面大小。

計算公式如下圖所示:

投射比公式

各品牌廠商皆有提供官方投影距離計算器,可進一步針對各型號投影機做計算。並能將投影機本身之鏡頭位移功能,或更換選購鏡頭等要素考量進去,使計算結果更貼近準確值,對規劃及選擇投影機有很大助益。

詳細可參考 各廠牌投影機距離計算公式 頁面。

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▪ 投影機光源介紹-燈泡、LED、雷射光源

現今投影機的發光源以燈泡LED以及雷射三種為主。

這三種光源各有優缺點,被應用在不同的領域上。


傳統燈泡光源

傳統投影機燈泡光源以超高壓汞燈泡和氙氣燈為主。在市場上發展時間最久,是技術面上比較成熟的投影光源,目前在市場上仍佔有十分大的比重。被廣泛應用在商務、家庭劇院、工程等領域上。

燈泡光源可提供高達上萬流明的高亮度,且相較之下價格低廉,可降低成本。缺點則是與其他光源相比使用壽命短(一般落在4000-6000小時),且使用過程中會出現亮度衰退及畫面變黃、色彩飽和度降低等現象。應用在需要長時間投影或是電影院等重視畫面表現等領域時,不免需花費較高的燈泡更換維護成本。


LED光源

LED燈泡光源與傳統燈泡光源相比,具備省電、低發熱、壽命長等優點。不會產生大量的熱量,降低對投影機散熱系統的需求,可簡化投影機內部光路結構並縮小投影機的體積。然而,LED光源在提升亮度方面仍有難以突破的瓶頸,因此目前LED光源主要被應用在低亮度的微型投影機上。


雷射光源

雷射投影光源近年來漸漸地從專業領域延伸到一般家用領域。雷射光源能提供高亮度,且光源壽命可達約20,000小時,大幅降低維護成本。相較傳統燈泡投影機在開關機上需等待散熱時間,雷射投影機可達到瞬時啟動,大幅提升工作效率。安裝上無方向限制,大幅提升設置彈性。然而,由於技術及成本問題,雷射光源機種普遍定價偏高,短期內想取代傳統投影光源仍有困難。

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