background image

18 

1

/

2

" | 472

3

/

16

" | 5

17 

7

/

8

" | 455

13 

1

/

4

" | 

337

11 

7

/

16

" | 290

9

/

16

91

 4 

9

/

16

"

117

1

/

4

" | 58

1

/

8

" | 

79

7

/

8

" | 

48

9

/

16

" | 

41

1

/

2

" | 

37

1

/

8

" | 55

1

/

4

"

45

1

/

4

"

45

 

7

/

16

" | 11

5" | 128

1

/

2

"

80

18 

9

/

16

" | 

472

ø60

1" 24

7" | 179

Top

Front

Bottom

Side

External Dimensions 

(unit: inches | mm)

Optional Equipment

Connectors

■ 

PK-L2312U 

User replaceable Lamp 

■ 

PK-AG3

RF 3D Glasses
Battery-operated

■ 

PK-AG2

IR 3D Glasses

Rechargeable Type

■ 

PK-EM2

RF 3D Synchro
Emitter

■ 

PK-EM1

IR 3D Synchro
Emitter

 

Display size (16:9)

Projection distance

Screen diagonal (In.)

Width (mm)

 Width (In.)

Height (mm)

Height (In.)

Wide (m)

Wide (Feet)

Tele (m)

Tele (Feet) 

60

1,328

52.28

747

29.41

1.78

5.84

3.66

12.01

70

1,549

60.98

872

34.33

2.09

6.86

4.28

14.04

80

1,771

69.72

996

39.21

2.40

7.87

4.89

16.04

90

1,992

78.43

1,121

44.13

2.70

8.86

5.51

18.08

100

2,214

87.17

1,245

49.02

3.01

9.88

6.13

20.11

110

2,435

95.87

1,370

53.94

3.31

10.86

6.75

22.15

120

2,656

104.57

1,494

58.82

3.62

11.88

7.36

24.15

130

2,878

113.31

1,619

63.74

3.92

12.86

7.98

26.18

140

3,099

122.01

1,743

68.62

4.23

13.88

8.60

28.22

150

3,320

130.71

1,868

73.54

4.53

14.86

9.22

30.25

160

3,542

139.45

1,992

78.43

4.84

15.88

9.84

32.28

170

3,763

148.15

2,117

83.35

5.14

16.86

10.45

34.28

180

3,984

156.85

2,241

88.23

5.45

17.88

11.07

36.32

190

4,206

165.59

2,366

93.15

5.75

18.86

11.68

38.32

200

4,427

174.29

2,490

98.03

6.06

19.88

12.30

40.35

Lens Zoom Range: 1.4 - 2.8:1  ± 5%  Design Tolerance

Projector Throw Distance = Screen Width x Zoom Lens Setting

DISTRIBUTED BY

pro.jvc.com

Printed in the U.S.A.

"JVC" is the trademark or registered trademark of JVC KENWOOD Corporation.

JVC e-shift 2 Projection 4K Precision

JVC’s totally revamped optical engine incorporating 
three D-ILA imaging devices and new 4K e-shift 2 
technology provides improved contrast and natural 
color tones. New 4K e-shift 2 samples a much 
wider area (12X more pixels) which results in 
improved edge transitions, zero aliasing and stair 
stepping for an image with 4X the pixel density of the original content. 

D-ILA 3D Projection*

There's nothing like 3D to immerse you into the scene and the DLA-RS48 uses the 
frame sequential method which provides separate left-eye and right-eye images 
through synchronized active shutter glasses. This year 3D performance has been 
significantly improved with a new cross-talk canceler. Images are nearly 20% brighter 
than previous models thanks to improvements in the optical system. 

• Crosstalk Cancelling: 

This function significantly reduces 
crosstalk from critical intensity levels 
that are likely to cause crosstalk. 
The video signal is analyzed for the 
left and right eyes, and a correction 
utilizing a proprietary JVC algorithm 
is applied making pictures easier on the eyes.

• 2D-3D Conversion: The DLA-RS48 performs real-time conversions of 2D high

definition video sources into high-quality, impactful 3D thanks to JVC’s 2D-3D converter. 
This converter is the same used in the IF-2D3D1 Professional 3D Image Processor that
is used in the conversion of films and TV shows. This means that 2D video recorded 
on camcorders and TV broadcasts can be converted into 3D video instantaneously for 
home stereoscopic viewing enjoyment. Other adjustment functions are available such 
as Depth Adjustment for matching 3D effects to the original source or viewer preferences, 
and adjustment of subtitle distortion can be chosen during 2D-3D conversion.

                                                                 *An optional 3D Synchro Emitter and 3D glasses are required to view 3D images.

Crosstalk Cancelling OFF

Crosstalk Cancelling ON

External Dimensions 

(unit: inches | mm)

Projection Distance Chart

Specifications

• The projector is equipped with a new super high pressure mercury lamp, which may break, emitting a loud noise, when it is subjected to shock or after it has been used for some length of time. • Please note that, depending on how the 
projector is used, there can be considerable difference between individual lamps regarding how many hours they will operate before requiring replacement. • An additional payment is required for installation of a new lamp, if necessary. 
• The projector lamp requires periodic replacement and is not covered by warranty. • Please be aware that, because the D-ILA device is manufactured using highly advanced technologies, 0.01% or fewer of the pixels may be 

non-performing (always on or off).

Design and specifications are subject to change without notice. All pictures on this brochure are simulated. Adobe is a trademark or registered trademark of Adobe Systems Incorporated in the U.S. and/or other countries. HDMI, the 
HDMI logo and High-Definition Multimedia Interface are registered trademarks of HDMI Licensing LLC. All other brand or product names may be trademarks and/or registered trademarks of their respective owners. Any rights not 
expressly granted herein are reserved.

Copyright © 201

3

, JVC KENWOOD Corporation. All Rights Reserved.

Notes about viewing 3D video content

• The optional 3D Synchro Emitter and 3D glasses are required to view 3D images. 3D video software (3D media or 

output of 3D broadcasts) and a 3D-compatible video player are also required.  • Perception of 3D images will vary 

with individual viewers.  • Stop viewing 3D images immediately if any discomfort such as headaches, dizziness, eye 

fatigue, etc. occurs.  • Viewing of 3D images by children under the age of five is not recommended.  • Read the 

Safety Precautions in the User Manual carefully before viewing any 3D source.

DLA-RS48

Device

e-shift 2 Technology

0.7 inch Full HD D-ILA (1920 x 1080) x3

Resolution

1920 x 1080

Yes

 

Lens

2X Zoom & Focus: Motorized

f=21.4-42.8mm / F=3.2-4

Lens Shift

±80% Vertical and ±34% Horizontal (motorized)

Light Source Lamp

NSH 230W (Part # PK-L2312U)  

 

(lamp life: approx. 4000 hours when the lamp is in normal mode)

Contrast Ratio

Native: 50,000:1

 

Connectors

Component

1 (RCA; Y, P

B

/C

B

, P

R

/C

R

)

HDMI

2 (3D/Deep Color/CEC compatible)

LAN (RJ-45)

1

RS-232C

1 (D-sub 9pin)

Control and Firmware Upgrade

1

Trigger

1 (Mini jack, DC12V/100mA)

Remote

1 (Stereo Mini jack)

3D Sync  

1 (Mini Din 3pin)

Video Input
Signal Format

Digital

480i/p, 576i/p, 720p 60/50, 1080i 60/50,

1080p 60/50/24

Analog

480i/p, 576i/p, 720p 60/50, 1080i 60/50

PC Input Signal
Format

HDMI

VGA/SVGA/XGA/WXGA/WXGA+/SXGA/WSXGA+/WUXGA

Multiple Pixel Control (Upscaling engine for 4K e-shift 2)

Multiple Pixel Control expands the detection range 10 times more than conventional
models making it possible to detect a much wider range of signal bands — from 2 
bands to 8 bands — and delivers much more accurate smoothing and enhancements.

 

 

High-performance

filtering

High-performance filtering

with refined bandwidth

division from a conventional 

2 bands to 8 bands.

Controls background blur and

applies focus for each pixel

through results achieved from

wide-range detection and 

optimum filtering to generate

character optimized images.

Equipped with a newly developed high-performance 4K scaling engine

Effects Achieved with Multiple Pixel Control

 e-shift 2 Technology's Image Processor: Multiple Pixel Control

Input

2K image 

Output

4K Precision

JVC’s advanced high-resolution 

technology reproduces 4K images

that look more natural 

and dimensional.

By detecting focus and out-of-focus areas in real time

images can be reproduced with a clear foreground

and added depth to the background.

Facial tones with unnatural, rough gradations are

reproduced as smooth and realistic facial tones.

Scenes are reproduced with more impactful contrast

 as lights are brighter and crisper while blacks are

deeper with more detail.

Precise signal detection in 

wide-range — 10 times the

conventional model — is

performed within a frame.

Wide-range picture

element detection

Generation of

character optimized

images

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