Jvc Stereo Receiver Rx D401 Users Manual Microsoft RX_D702_tec_guide [Read Only]

JVC Stereo Receiver RX-D401 RX-D702 - Tech Guide

RX-D702 to the manual f7e34256-a745-4e42-bcff-d61f793cfce2

2015-01-23

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< 2 >

High

High-

-Power 7.1

Power 7.1-

-Channel A/V Control Receivers

Channel A/V Control Receivers --

A Host of Digital Technologies Applied for

Superior Sound, Pictures, and Style.

JVC now offers the latest-generation of AV control receivers -- RX-D702, RX-D402, and RX-D401 --

which feature a sleek profile to complement today’s and future home cinema systems.

But what gears the units for the future home cinema is not only the stylish design.

Despite the slim dimensions, the units are ready to deliver powerful, high-quality sound from

various sources -- including PC music files -- and provide superior picture quality, too.

What’s more, their expanded connectivity lets you easily connect the units with your PC, and

even permits HDMI connections -- the latest interface for transmitting audio/video signals.

Enabling these and many other feats are a host of advanced

digital technologies newly incorporated into the units.

In this technical guide, you will see the details of those technologies and find

how the advanced A/V receivers will upgrade your digital home theater systems.

< 3 >

High-Quality Pictures -- Advanced Technologies that Even Permit HDMI

Compatibility

PC Link -- USB Connection for Receiving Uncompressed PCM Data from

CC Converter -- A JVC-Original Technology for Superior Sound

Aureus™ -- High-Performance DSP for Superior Sound Quality

Design Concepts

Hybrid Feedback Digital Amplifier Ver.III -- An Upgraded Version of

JVC-Trademark Digital Amp for Unmatched Sound Quality

< 4 >

High-Quality Pictures

HDMI

DCDi

DCDi by FAROUDJA

by FAROUDJA

HDMI -- The Next-Generation Digital Interface

HDMI -- Easy Connections for All-Digital Transmission

Connection Example -- RX-D702

Effect Examples (1) 10

Effect Examples (2) 11

The JVC A/V receivers deliver not only

superior sound, but also superb pictures with

a host of advanced technologies. The units

feature HDMI terminals and use of DCDi by

FAROUDJA.

Connection Example -- RX-D402/RX-D401

Connection Example -- RX-D402/RX-D401 08

What is DCDi by FAROUDJA?

What is DCDi by FAROUDJA? 09

< 5 >

HDMI

HDMI -- The Next-Generation Digital Interface

HDMI Founders

Hitachi

Matsushita (MEI)

Philips

Silicon Image

SONY

Thomson Multimedia

Toshiba

Digital

Analog

Consumer AVPCConsumer AVApplication

YPbPr/RGBRGBYPbPrSignal Format

YesYes-Content Protection

Yes--Remote Control

22Audio

Video

YesYes-PC Compatibility

Cable

HDMIDVI

Component Video

HDMI (High-Definition Multimedia Interface) -- An

Industry-Supported, Digital Audio/Video Interface

Developed for Next-Generation Home AV Devices.

Its remarkable benefits include:

1. All digital provides the highest quality available --

HDMI is the only interface in the industry that can handle both

uncompressed high-definition video and uncompressed multi-

channel audio. Supported HD video formats include 720p, 1080i

and even upcoming 1080p.

2. A single-cable connection for transmission of high-quality

audio and video signals

3. HDCP (High-bandwidth Digital Content Protection) is

supported

RX-D702 RX-D402

*Also applies to RX-D401

< 6 >

HDMI

HDMI -- Easy Connections for All-Digital Transmission

D/A

Converter

Digital

Display

Digital

A/D

Converter

Receiver

All-Digital Transmission of

High-Quality Video & Audio

Even System Control is

available

3 HDMI Cables

DVD Player

STB

Receiver

Display

10 Audio + 9 Video Cables Receiver

Display

5.1-ch Audio

2-ch Audio

Component Video

DVD Player

STB

Single-Cable Connections

RX-D702 RX-D402

*Also applies to RX-D401

< 7 >

DCDi

DCDi by FAROUDJA

by FAROUDJA

DSP

FAROUDJA

Display

Converter

I/P

Conversion

HDMI

Component

A/D

Converter

OSD

S-Video

Composite

480pHD, 480p

480i/p

Y Pb Pr

Speakers

480i/p, 720p, 1080i

PCM (DVD-Audio) / DD / DTS

DVD/VDR/D-VHS/STB

DVD-Audio

SPDIF

....

Component Component

HDMI HDMI

S-Video S-Video

Composite Composite

Inputs Outputs

Connection Example -- RX-D702

RX-D702

Hybrid Feedback

Digital Amplifier

< 8 >

DCDi

DCDi by FAROUDJA

by FAROUDJA

FAROUDJA

Display

HDMI

Component

Video

Decoder

480p

480i

480i/p, 720p, 1080i

PCM (DVD-Audio) / DD / DTS

DVD/VDR/D-VHS/STB

DVD-Audio

SPDIF

S-VideoComposite

....

Connection Example -- RX-D402/D401

RX-D402

DSP

Speakers

Hybrid Feedback

Digital Amplifier

Component Component

HDMI HDMI

S-Video S-Video

Composite Composite

Inputs Outputs

I/P

Conversion

A/D

Converter

*Also applies to RX-D401

< 9 >

DCDi

DCDi by FAROUDJA

by FAROUDJA

What is DCDi by FAROUDJA?

The new A/V receivers can convert video signal format to

HDMI for display on a compatible monitor, whether the

signals are from Composite, S-Video, or Component input.

In this process, the unit converts interlaced pictures to

progressive ones -- a process known as “IP conversion” --

using “DCDi by FAROUDJA”, a renowned, high-performance

device. It features a host of advanced technologies for

noise reduction and reproduction of high-definition pictures,

including:

Film Mode: Recreates the original film frames by

accurately blending the fields back together in

progressive scanning -- for images free of motion

artifacts and with full vertical resolution.

3D Cross Color

Suppression

3D Noise Reduction Fleshtone Adaptive

Noise Reduction

RX-D702 RX-D402

Video Mode: Delivers pictures from video

sources by eliminating jagged edges on

diagonal lines.

3D Deinterlacer

Filters out the noise temporally,

without smearing or ghosting of

moving objects in the image. Controls noise reduction

coefficient to deliver optimum

human flesh color.

Prevents leakage of color

information to chroma

channels.

*Also applies to RX-D401

< 10 >

DCDi

DCDi by FAROUDJA

by FAROUDJA

Effect Examples (1)

VISUAL PROOF

3D Deinterlacer

A unique algorithm that identifies all the moving

edges in a scene and adjusts the angle of

interpolation at each pixel so that the interpolation

always follows the edge instead of crossing it,

eliminating staircasing or jagged edge artifacts.

Smooth Diagonal Edges

Jagged Edges on

Diagonal Lines

Smooth diagonal lines are also

delivered by the 3D Deinterlacer.

Cross-Color Suppression

While composite signals are decoded,

high-frequency luma information leaks into

the chroma channel, generating noise that

looks like flashing colors or rainbow

patterns.

The Cross-Color Suppression effectively

eliminates the noise with high-performance

chroma processing.

RX-D702 RX-D402

*Also applies to RX-D401

< 11 >

DCDi

DCDi by FAROUDJA

by FAROUDJA

Effect Examples (2)

VISUAL PROOF

Fleshtone Adaptive Noise Reduction

Noise reduction applied on overall picture may cause

an adverse effect -- unnatural flesh color.

The Fleshtone Adaptive NR detects flesh color

contained in a picture and controls noise reduction

coefficient to deliver optimum human flesh color.

RX-D702 RX-D402

*Also applies to RX-D401

Red Cr

CbMi

Magenta

Fleshtone

CbCrdif

CbMa

CrMa

CbCrdiff

Corner Cutouts Defined by

ABS(Cb-Cr)=CbCrdiff

Definition of Fleshtone Area in Color Vector Field

Yellow

Blue

Green

Cyan

< 12 >

Transmission of Stereo Audio Signals from PC

PC Link -- USB Connection for Receiving Audio Signals from PC

Wireless USB Connection

USB Connection

Superior Sound Quality Matching CD/DVD

User ID Learning Function & Auto Scan

Comparison of Signal Formats

The RX-D702 permits transmission of stereo

audio signals from your PC (MP3, WMA,

Linear PCM, etc.) for listening via your audio

system. The unit even permits wireless USB

transmission, which ensures superior, near-

CD sound quality as well as enhanced

convenience.

< 13 >

(((( ))))(((( ))))

Wireless USB Connection

Superior Sound Quality Matching CD/DVD

(1) The 2Mbps high transmission rate using the 2.4GHz band permits transmission of uncompressed

signals for lossless reproduction.

(2) Input signals are free of D/A or A/D conversion until just before output, which prevents

conversion loss.

(3) Use of DSSS (Direct Sequence Spread Spectrum) modulation technology enables transmission of

uncompressed signals with superior resistance against noise, which retains superb sound

quality.

(4) Corresponds to 16-bit, 32kHz/44.1kHz/48kHz sampling rates.

(5) Almost real-time data transmission -- delay time is only 2msecor less.

Note PC or

Desk-Top PC

USB Connection

( ( (( ( ( (

(

Max. reach is 30m,

but this depends

on the environment.

RX-D702

< 14 >

User ID Learning Function

To ensure security, the wirelss USB transmitter and

the RX-D702 share a specific “user ID”. This means

devices without the same ID cannnot receive signals

from the transmitter. And when you replace the

transmitter, “User ID Learning Function” would be

convenient. This function lets you easily set up a new

user ID, so that the unit can receive signals from the

new transmitter.

Wireless USB Connection

User ID Learning Function & Auto Scan

2,442 MHz7

2,472 MHz132,437 MHz6

2,467 MHz122,432 MHz5

2,462 MHz112,427 MHz4

2,457 MHz102,422 MHz3

2,452 MHz92,417 MHz2

2,447 MHz82,412 MHz1

Center FrequencyChannel No.Center FrequencyChannel No.

Transmitter

Channel Key ID Key

Auto Scan

The Wireless USB additionally features “Auto Scan”,

which stops interruption from other signals in the same

room. When the system is turned on, this function

automatically detects electric waves from other

devices -- wireless LAN, for example -- and selects a

band that won't be interrupted by the other signals.

When the signal transmission is interfered by other

waves while using the unit, simply press and hold the

“Channel Key” (on the transmitter) for a few seconds.

The transmitter automatically switches the band to a

one that won’t be interfered by the waves.

RX-D702

< 15 >

Model BModel A

EthernetEthernetWiredFeature

Wireless LAN （Optional）

PCMCIA Card Slot:

for still pictures from

digital cameras

Control with OSD:

= Movie, Music, Pictures

Wireless LAN （Optional）

Exclusive Network Only

Wireless

Wireless USB Connection

Comparison of Signal Formats

Approx. 600msecUnder 2msecApprox. 400msecDelay Time

Compression

No Compression

11Mbps

No Compression

2Mbps

Compression

(due to low data rate)

1Mbps

Format

Data Rate

Wifi/802.11bJVCBluetooth

Our Outstanding Points (Compared with Other Wireless Products）

RX-D702

JVC Advantages

ONo optional device

required.

OReceives signals

from any PC

(including Mac).

OCC Converter improves the sound

quality of compressed music files

from PC.

< 16 >

USB Connection

Transmission of Stereo Audio Signals from PC

(1) Corresponds to 16-bit, 32kHz/44.1kHz/48kHz sampling rates for superior sound.

(2) Permits playback of any music files that can be played on the connected PC, regardless of

the software (Windows Media Player, iTunes, etc).

(3) All-digital transmission --> No D/A or A/D conversion.

Note PC or

Desk-Top PC

USB Connection

RX-D702 RX-D402

(((()

)))(((()

)))

*Also applies to RX-D401

< 17 >

CC Converter -- A JVC-Original Technology for Superior Sound

CC Converter

P.E.M. D.D. Converter

Background

Problems with Digital Conversion

CC Converter

Comparison of -90dB, 1kHz Sine Waves: Bit Expansion On vs. Off

D.D. Converter

Noise Shaping Response/Noise Spectrum

Problem: An analog signal of a very faint strength cannot be

accurately recreated by A/D and D/A conversion. (1)

Problem: A high-frequency analog signal cannot be accurately

recreated by A/D and D/A conversion. (2)

Bit Expansion Section

Frequency Conversion Section/Range Expansion Section

Comparison of Frequency Spectra: Range Expansion On vs. Off

CC Converter: How its workings differ from other

high-bit/upsampling systems

K2 Processing is the result of a close

collaboration among JVC studio engineers,

producers and hardware engineers,

embodying the elaborate algorithms for a

sound quality that is close to the master by

professional standards. The CC Converter is

one of its applications to improve the sound

quality of not only pure audio sources but

also compressed files, such as dts, Dolby

Digital, and MP3. The CC Converter lets you

experience a sound that is truer to the original

master than ever. With the RX-D702,

front L/R channels are processed by the CC

Converter.

192kHz/24-bit and 96kHz/24-bit A/D Converters -- RX-D702 29

192kHz/24-bit and 96kHz/24-bit A/D Converters -- RX-D402/D401 30

< 18 >

Digital audio started with

Compact Disc and has since

given birth to such super

high-fidelity formats as DVD

Audio and SACD. There’s

another trend in digital audio:

compressed data formats.

Music distribution over the

Internet, silicon audio using

compact IC cards, and digital

broadcast by satellite -- all

these formats take advantage

of audio compression

technology. This means there

are two diverging trends in

digital audio -- higher fidelity

and higher compression.

Sound Formats and Media: Quality vs. Compression

CC Converter

Background

24-bit

176.4/192kHz

Telephone

AAC

DVD Audio

MP3

MDLP

Higher

Sound Quality

Higher

Compression

20-bit

16-bit

12-bit

8-bit

8kHz 44.1kHz

dts

Cellular

COMPRESSION

MODE

(for MP3, WMA, etc.)

LINEAR MODE

(for CDs, DVDs, etc.)

RX-D702

JVC is not only a hardware maker but also a software producer as well, so there

has been a close collaboration between the hardware engineers and studio

engineers for all aspects of digital sound production. “K2 Processing Technology”

is one of the many improvements developed by this collaboration to achieve

higher sound quality. It was implemented as the “Extended K2 Processing,” a

critically acclaimed application to pure audio. The CC Converter is an adaptation

of this technology for compressed music. Therefore, it improves the sound quality

of both hi-fi sources such as CD and DVD (Linear Mode) and compressed music

formats including MP3 and WMA (Compression Mode), benefiting a wide range of

digital audio contents.

< 19 >

In digital audio, music is processed in digital form. The music played by musicians in a

recording studio or a concert hall is picked up by a microphone and recorded in digital form,

to be released for sale as packaged media, including CD. The consumers buy the CD to play

on a CD player: the recorded music is converted from digital to analog for playback through

an amplifier and speakers. The process of playing digital music involves analog/digital

conversion and digital/analog conversion as shown below.

Process of Playing Digital Music

The sound quality of a signal depends on the following two factors when the signal

is converted from analog to digital.

• Quantization wordlength (bits), which determines resolution or the expression of

music in the amplitude domain.

• Sampling frequency, which determines the frequency response or the expression

of music in the frequency domain.

CC Converter

Problems with Digital Conversion

RX-D702

< 20 >

When its level is high, a 1kHz signal can produce a smooth waveform after the A/D and D/A

conversion. When the level is low, however, a stepped waveform results due to the limitation

in the resolution of a digital signal. This phenomenon occurs because digital quantization

distortion increases as the levels are reduced.

A/D and D/A Conversion in Amplitude Domain

CC Converter

Problem: An analog signal of a very faint strength cannot be

accurately recreated by A/D and D/A conversion. (1)

Problem: An analog signal of a very faint strength cannot be

accurately recreated by A/D and D/A conversion. (1)

RX-D702

< 21 >

The “sampling theorem” says that, if the sampling frequency is more than twice as high as

the maximum frequency of original signal, then the original signal can be retrieved by A/D

and D/A conversion. With CDs, the sampling frequency is 44.1kHz, meaning the maximum

frequency is band-limited to 22.05kHz. Therefore, the information on the waveform for over-

22.05kHz frequencies is not transmitted.

Unless it’s sinusoidal, a signal contains multiple high-order harmonics. So does a square

wave. If the input is a 1kHz square wave signal, it retains its shape because much of the

information on the waveform for harmonics is retained after the A/D and D/A conversion.

But if the input is a square wave of a high frequency, the converted signal presents

a rounded shape because of the absence of information on high frequencies.

A/D and D/A Conversion in Frequency Domain

CC Converter

Problem: A high-frequency analog signal cannot be accurately recreated by A/D and D/A conversion. (2)

RX-D702

< 22 >

The CC Converter was developed to solve the problems with digital conversion by (1)

increasing quantization resolution for low-level signals and (2) increasing the sampling

frequency for high-frequency signals. Because bit expansion and oversampling alone do not

guarantee better sound quality, the CC Converter features JVC’s original, advanced digital

signal processing.

CC Converter Block Diagram

CC Converter

RX-D702

< 23 >

In the bit expansion section, the JVC-exclusive hi-fi processing generates a high-resolution

24-bit digital signal from a 16-bit signal. The process first analyzes the 16-bit digital signal to

deduce the original analog signal before A/D conversion, and then applies hi-bit expansion to

smooth the signal waveform. What’s more, the process ensures that the 24-bit signal

preserves the same sound energy of the 16-bit digital signal.

Hi-bit Expansion Processing

CC Converter

Bit Expansion Section

RX-D702

< 24 >

The frequency conversion section doubles or quadruples the sampling frequency for playback

of high-frequency signals that a following stage generates.

The range expansion section applies the JVC-exclusive range expansion processing to

compensate for the conversion distortion that occurs when the analog signal is converted into

a digital signal.

The human ear, it is said, cannot hear frequencies above 20kHz, but removing frequencies

higher than 20kHz changes the waveform of audible frequencies, resulting in a signal that

sounds different from the original. The range expansion section overcomes this problem by

deducing the original waveform of a signal before A/D and D/A conversion and modifying the

signal’s waveform accordingly. For playback of frequencies above 20kHz generated by this

waveform processing, the range expansion section has a frequency conversion section

preceding it.

Range Expansion Block Diagram

Range Expansion Section

CC Converter

Frequency Conversion Section

RX-D702

< 25 >

There are several high-bit/upsampling processing

systems on the market that claim to offer the same

benefits as the CC Converter. They are all designed to

create and add frequencies (harmonics) over 20kHz

deriving from an input signal.

But we do not believe the mechanical addition of

harmonics can ensure the faithful recreation of

“musicality.” The sound generated by an instrument

contains harmonic components. And it is the harmonic

components that determine the tone of an instrument.

The harmonic components of one violin are different

than those of another. One player’s phrasing produces

different harmonic components from one by others.

Some instruments feature rich resonance, while others

produce hardly any.

CC Converter

Accurate D/A conversion and reproduction of the recreated

data requires a process to expand the frequency range of the

analog signals. The frequency-range expansion of the analog

signals to beyond 20kHz results in improved music data for

the audible range. The CC Converter expands CD’s frequency

range fourfold to 88.2kHz using 176.4kHz (44.1kHz x 4)

sampling frequency. With DVD-Video, the frequency range is

expanded to 96kHz, while the sampling frequency is 192kHz

(48kHz x 4).

Therefore, applying the same process for adding

harmonic components is not proper in view of

“musicality.” Reviewers of European audio magazines

are highly critical of this approach. Moreover, the existing

high-bit/upsampling processing systems use 2x sampling

frequencies -- 88.2kHz for CDs to achieve a 44.1kHz

frequency range, or 96kHz for DVD Video to achieve a

48kHz frequency range.

JVC’s CC Converter does not simply create and add harmonic

components. It computes the data that was lost during the D/A

conversion by taking advantage of JVC’s exclusive algorithms.

This means the CC Converter has the processing power to

recreate the original signal that should have been recorded --

based on the digital signals for the audible range recorded on

a CD.

CC Converter

CC Converter: How its workings differ from other high-bit/upsampling systems

RX-D702

< 26 >

The figure shows the actual measured

waveform of a bit-expanded -90dB

sinusoidal signal.

-90dB, 1kHz Sine Wave: Bit Expansion Off

The figure shows the frequency spectra of a music signal with the range expansion on

and off. With the expansion off, the level is sharply reduced beyond 22kHz. But with

the expansion on, the level is naturally extended beyond 22kHz and higher.

-90dB, 1kHz Sine Wave: Bit Expansion On

Expansion ON

Expansion OFF

Level (dB)

Frequency (kHz)

VISUAL PROOF

CC Converter

Comparison of -90dB, 1kHz Sine Waves: Bit Expansion On vs. Off

Comparison of Frequency Spectra: Range Expansion On vs. Off

CC Converter

OFF

Frequency (Hz)

COMPRESSION MODE

COMPRESSION MODE (for MP3, WMA, etc.)

LINEAR MODE

LINEAR MODE (for CDs, DVDs, etc.)

Level

RX-D702

< 27 >

P.E.M. D.D. Converter

D.D. Converter

RX-D702 RX-D402

The JVC exclusive D/A converter turns the

192kHz/24-bit output into an analog signal

with impeccable accuracy.

*Also applies to RX-D401

< 28 >

P.E.M. D.D. Converter

Noise Shaping Response/Noise Spectrum

Conventional D/A Converter

Noise Shaping Response (Theoretical) Noise Spectrum

P.E.M. D.D. Converter

VANS=JVC Advanced Noise Shaper

Response (dB)

Frequency (Hz)

Response (dB)

Frequency (Hz)

VISUAL PROOF

RX-D702 RX-D402

*Also applies to RX-D401

< 29 >

P.E.M. D.D. Converter

192kHz/24-bit and 96kHz/24-bit A/D Converters -- RX-D702

VISUAL PROOF

RX-D702

P.E.M. D.D.

Converter

A/D

Converter

DSP

Aureus

Aureus™

™

TMS320DA601

Dolby Digital/

Dolby Digital/PLIIx

PLIIx/DTS

/DTS

DAP/3D

DAP/3D-

-H/GEQ/

H/GEQ/

DRC/BM

DIT

DIR

Digital IN

Analog IN

L/R

HDMI

L/R

Ls/

Ls/Rs

C/LFE

SurrBackL

SurrBackL/R

Digital Out

HDMI

USB

Wireless

USB

Opti

Opti 2

Opti

Opti 1

Coax

DVD Audio IN

Converter

Opti

Opti 3

P.E.M. D.D.

Converter

P.E.M. D.D.

Converter

D/A

Converter

< 30 >

P.E.M. D.D. Converter

192kHz/24-bit and 96kHz/24-bit A/D Converters -- RX-D402/D401

VISUAL PROOF

P.E.M. D.D.

Converter

P.E.M. D.D.

Converter

P.E.M. D.D.

Converter

D/A

Converter

A/D

Converter

DSP

Aureus

Aureus™

™

TMS320DA601

Dolby Digital/

Dolby Digital/PLIIx

PLIIx/DTS

/DTS

DAP/3D

DAP/3D-

-H/GEQ/

H/GEQ/

DRC/BM

DIT

DIR

Digital IN

Analog IN

L/R

HDMI

L/R

Ls/

Ls/Rs

C/LFE

SurrBack

L/R

Digital Out

HDMI

USB

Opti

Opti 2

Opti

Opti 1

Coax

Coax DVD Audio IN

RX-D402

*Also applies to RX-D401

< 31 >

Aureus™ -- High-Performance DSP for Superior Sound Quality

JVC exclusive DSP

Texas Instruments Floating-Point DSP -- Aureus™ (TMS320DA601)

JVC’s DSP

Sound Field Analysis (Ray Tracing)

JVC exclusive DSP -- implemented by the

Texas Instruments “Aureus”™ DSP --

simulates the acoustics of music venues.

In doing so, it makes use of a vast amount of

DSP-computed data for the creation of sound

field patterns that conventional processing

systems, based on field-measured impulse

responses, have difficulties recreating.

With JVC’s DSP, the sound fields are

reproduced most naturally, with early

reflections simulated realistically. More than

ten years ago, JVC sent engineers worldwide

to measure the acoustics of famous theaters

and concert halls. JVC exclusive DSP

embodies both the old know-how and latest

technologies to make you feel you are there.

The reason why sound field simulation by DSP produces better

results than one based on actual measured environments.

DAP Modes (1)

5-Band Graphic Equalization

3D Headphone

Midnight Mode

Center-Channel Alignment

Smart Surround Setup

DAP Modes (2) 37

< 32 >

Features

• 1,800MIPS* or 1,350MFLOPS** (at 225MHz clock speed) -- one of the

highest processing power ratings on the market

• 32-bit (64-bit double precision) accurate operations

• Decode formats: Dolby Digital, Dolby Digital EX, Dolby Pro Logic IIx,

DTS, DTS-ES, DTS 96/24, DTS NEO:6

• Functions: DAP, 3D-PHONIC, 3D Headphone, DSP Digital Equalizer,

Dynamic Range Control, Bass Management

Advantages

• A single chip performing DTS 96/24 processing

and DAP (Digital Acoustics Processing) with

power to spare

• More accurate implementation of simulated DAP

sound fields

• Compact size conducive to reduction in digital

noise

• Floating-point operations for more accurate

calculations with an expanded range of numbers

* FLOPS (Floating Point Operations per Second): the number of floating-point calculations per second performed with real numbers.

** MIPS (Million Instructions per Second): A 1MIPS computer processes 1 million instructions per second. An “instruction” is a command

sent out to a DSP to directly control and operate it. A DSP executes instructions stored in memory, makes calculations and outputs the

result. The number represents a DSP or CPU’s capability of computing -- the greater the power of processing.

JVC exclusive DSP

Texas Instruments Floating-Point DSP -- Aureus™ (TMS320DA601)

At the heart of the RX-D702/D402/D401’s DSP is a new high-performance Texas Instruments

DSP -- Aureus™. It’s the world’s fastest, highest-performing chip of its kind now, replacing two

conventional DSP chips. The JVC receiver is the world’s first to feature this LSI.

RX-D702 RX-D402

*Also applies to RX-D401

< 33 >

Listening to the 7.1-channel surround as processed by the

JVC DAP (Digital Acoustics Processor) evokes a totally

different surround sound experience from what you get

from stereo or 5.1-channel sound. Listen carefully to the

5.1-channel sound of a DVD in its recorded form and

you’ll notice it does not produce the sensation of being

surrounded by sound.

JVC developed the DAP for one objective: to make the

home theater audience feel as if they were in the best

movie theater surrounded by an array of speakers to the

left and right, and behind. Then they would feel enveloped

in sound, with a helicopter, for instance, moving left to

right, or front to back.

JVC exclusive DSP, as implemented by the TI Aureus™

chip -- embodies the algorithms of sound field recreation

that are developed specifically for advanced home theater

receivers. The sound field patterns are created on the

basis of the computer sound field simulation technology

developed by a leading concert hall construction company.

Patterns of reflections are calculated based on the data of

the sound fields of the concert halls, theaters and movie

theaters.

*To verify simulated halls, the contractor creates a precision scaled-down

miniature hall using the same materials for walls, seats, etc., in the same

shape. A second larger scaled-down model will then be made to further

refine the data.

5.1-channel Playback

Stereo Playback

7-Channel DAP Playback

JVC exclusive DSP

JVC’s DSP

RX-D702 RX-D402

*Also applies to RX-D401

< 34 >

The figure shows the paths of the “sound rays” as they propagate from a sound

source (red, black and brown balls) to the receiver (blue ball). The DSP

calculates the properties of a reflection sound (time delay and direction) from the

paths of the sound rays. The simulation computations it does for 7.1-channel

surround are different from those for 5.1-channel surround or for stereo.

This means the DSP does optimal simulation computations according to the

configuration of speaker setting.

Blue ball: receiver’s position (seating

position)

Brown ball up front: sound source (stereo

2-channel)

3 red balls up front: sound source (left,

right and center channels)

2 red balls in the rear: sound source

(surround left and right channels) (5.1-

channel surround consists of five red balls.)

4 green balls to the sides and in the rear:

7.1-channel surround consists of three red

balls and four black balls.

Rear

Front

JVC exclusive DSP

Sound Field Analysis (Ray Tracing)

RX-D702 RX-D402

*Also applies to RX-D401

< 35 >

To recreate an environment’s sound field, a real hall or

cinema’s sound field is measured for data. For

measurements, a pulse noise is emitted, its direct and

indirect sounds are picked up by microphones, and their

data is recorded. This is the approach adopted by other

home theater receiver/processor manufacturers.

But measuring the sound field of an existing environment

entails inaccuracies in the methodology. For instance,

microphones have different characteristics, from model to

model and from unit to unit. The measured data gives

clues to time and level of a sound, but not to the direction.

Measurements are made only at selected spots. Softest

sounds are not captured accurately.

Impulse Response

Time Series Analysis of

Simulated Hall Acoustics

Sound field simulation by DSP, on the other hand, can

produce accurate data by supplying parameters, such as

the shape of a hall, the shape and acoustic properties of

interior materials, and the presence/absence of an

audience. Because this data is not based on actual

measurements that could be affected by the measuring

equipment used or its inaccuracy, it allows the accurate

recreation of the frequency response and even the

direction of each reflection.

Direct Sound

Early Reflections

Reverberations

Level

Time

JVC exclusive DSP

The reason why sound field simulation by DSP produces better results than

one based on actual measured environments.

The reason why sound field simulation by DSP produces better results than

one based on actual measured environments.

RX-D702 RX-D402

*Also applies to RX-D401

< 36 >

THEATER 1

Capacity: 6,500m3Seats: Approx. 600

Reverberation: 1.23 sec.

THEATER 2

Capacity: 2,000m3Seats: Approx. 300

Reverberation: 0.55 sec.

LIVE CLUB

Capacity: 400m3Seats: 70

Reverberation: 0.35 sec.

DANCE CLUB

Capacity: 2,200m3Seats: 240

Reverberation: 0.55 sec.

PAVILION

Capacity: 549,700m3

Reverberation: 5.22 sec.

JVC exclusive DSP

DAP Modes (1)

RX-D702 RX-D402

*Also applies to RX-D401

< 37 >

*When the SURR. BACK SPK. setting is “ON”, the DAP performs 7-channel processing,

outputting reverberation components to Surround Back channels.

JVC exclusive DSP

DAP Modes (2)

---

THEATER 2

OOOOOO

All Ch. Stereo

OOOOOO

3D Phonic

OOOOOO

3D Headphone

O*O*O*

-MONO FILM

O*O*O*

-PAVILION

O*O*O*

-DANCE CLUB

O*O*O*

-LIVE CLUB

O*O*O*

-HALL 2

O*O*O*

-HALL 1

DAP

O*O*O*

-THEATER 2

O*O*O*

-THEATER 1

Pro Logic II

Movie+DAP

---

THEATER 1

---

PAVILION

---

DANCE CLUB

---

LIVE CLUB

---

HALL 2

---

HALL 1

Multi-Channel DAP

PCM2 ch5.1 ch2 ch5.1 ch

Mode Signal AnalogLinearDolby DigitalDTS

For 3D-like reproduction of classic movies with mono soundtracksMONO FILM

Small movie theaterTHEATER 2

Large movie theaterTHEATER 1

Exhibition hall with a high ceilingPAVILION

Rocking dance clubDANCE CLUB

Live music club with a low ceilingLIVE CLUB

Large vineyard-shaped hall designed primarily for classical concertsHALL 2

Large shoebox-shaped hall designed primarily for classical concertsHALL 1

For Recreation of Spatial Feel of :Mode

RX-D702 RX-D402

DAP Modes for

RX-D702/D402/D401

*Also applies to RX-D401

< 38 >

JVC exclusive DSP

5-Band Graphic Equalization

Frequency (Hz)

Response (dB)

Frequency (Hz)

250

16k

Center Frequency (Hz)

RX-D702 RX-D402

A graphic equalizer lets you adjust the levels of

center frequencies.

An analog equalization circuit is built from resistors and

capacitors, therefore noise and phase reversal are

inevitable. A digital equalization circuit performs its

function in the entirely digital domain. Clarity and

consistent definition are its advantages.

The TI Aureus™ chip ensures high-speed processing

for equalization, while it executes various decode

processing (Dolby Digital, dts, etc.)

Center Frequencies: 63Hz, 250Hz,

1kHz, 4kHz, 16kHz

Level: ±8dB, 2dB steps

1 manual EQ setting for each source

100101102103104105

102103104

-4

-8

-5

-10

*Also applies to RX-D401

< 39 >

JVC exclusive DSP

3D Headphone

In a typical listening room, sound from

speakers you perceive consists of three

elements: direct sound, early reflections

(echoes from walls/ceiling/floor), and

reverberation. These elements let you

locate the sound source and recognize

its size. This is called Head Related

Transfer Function (HRTF).

Direct Sound

Reflections Reverberations

In developing the 3D

Headphone technology,

JVC has applied an

exclusive algorithm that

divides the audio signals

into the same three

elements and conducts

processing individually

(convolution processing).

This ensures that sound

from headphones has the

same realism, dynamism,

and localization as that from

multi-channel speakers.

Direct Sound

Reflections

RX-D702 RX-D402

Delay

Direct Sound

Processing

Early

Reflection

Processing

Delay

Delay Reverberation

Reverberation

Processing

IN OUT

OUT

Block Diagram of Convolution Processing

Sound Frequencies Detected in

a Typical Listening Room

Virtual Sound Field Created by

the 3D Headphone Technology

*Also applies to RX-D401

< 40 >

JVC exclusive DSP

Midnight Mode

The DSP divides input signals into three bands (LOW/MID/HIGH),

and processes the signals so that low-level sound in each band will

get louder and loud sound will be moderated. This makes the output

sound clear across the range, regardless of the original levels.

In addition, the unit individually controls the sound compression level

of each band. When the sound level is low, the compression levels of

high and low frequencies are raised to deliver enough loudness.

When the sound level is high, the gains of the two frequencies are

moderated to prevent excessive bass and treble output.

These technologies combine to retain the excitement of multi-channel

sound and keep dialog sound clear even at low sound levels.

The technologies are applied even when the sound level is lowered

suddenly, which is especially useful for midnight viewing, for example.

RX-D702 RX-D402

Frequencies of Input/Output Audio Signals

Frequency of Output Signals

Frequency

Level

Low Mid High

OUTPUT

Midnight Mode

Processing

Frequency

Level

High Sound Levels

Low Sound Levels

Frequency

Level

INPUT

Low Mid High

*Also applies to RX-D401

< 41 >

JVC exclusive DSP

Center-Channel Alignment

The center speaker is usually placed on top of or under the display, while

the front speakers are set at or near ear level. The result is that dialog,

carried by the center speaker, seems out of place relative to music and

sound effects. JVC's exclusive DSP application virtually positions the

center speaker to align it with other speakers with respect to height.

The dialog simply sounds more natural.

RX-D702 RX-D402

Virtual Repositioning of the Center Speaker with Center Channel Alignment

*Also applies to RX-D401

< 42 >

JVC exclusive DSP

Smart Surround Setup

Setting up a home theater can be time-consuming and even confusing. Normally, you have to check which

speaker channels (front, center, surround, and surround back) you have installed, the distance of each

speaker from the listening position, and the level of each speaker.

But with JVC's Smart Surround Setup Version 3.0, it takes just seconds to set up the acoustic environment

of your home theater. Clap your hands, and the delay times of all channels are set individually, and the

level of each speaker is automatically trimmed -- optimized for your listening position. You can even fine-

tune the settings if you prefer. Setup information is displayed on-screen for easy confirmation.

RX-D702

< 43 >

Hybrid Feedback Digital Amplifier

Background -- What is PWM?

Evolution of Hybrid Feedback Digital Amplifier (1)

JVC-exclusive Hybrid Feedback Digital Amplifier

enables a lot more than the compact dimensions

of the A/V receivers. Featuring dual analog

feedback and digital feedback circuits, this

device significantly “brushes up” the input signals,

which ensures significantly lowered total

harmonic distortion -- to 0.004% -- and superior

speaker driveability. The result is high-quality

sound matching that from a high-grade analog

amp.

The RX-D702 and RX-D402/D401 come with an

upgraded “Ver. III” device, which incorporates a

wide range of technological improvements for

even better sound quality.

Problems of Digital Amplifiers

Hybrid Feedback Digital Amplifier

Hybrid Feedback Digital Amplifier Ver

Ver. III

. III --

Technological Improvement for Even

Better Sound

Low-Voltage Power Supply

One-Chip Solution with JCV8015

JCV8015 Benefits (2) -- PWM Modulator/External Clock

JCV8015 Benefits (1) -- Operational Amp

JCV8015 Benefits (3) -- ±2.5V Regulator

Quality Parts for Superior Sound Reproduction

Comparison of Speaker Driveability

T.H.D. Comparison of Digital Amplifiers

Evolution of Hybrid Feedback Digital Amplifier (2) 47

Evolution of Hybrid Feedback Digital Amplifier (3) 48

< 44 >

JVC technologies for satisfying the THX Ultra2 certification

Hybrid Feedback Digital Amplifier

Background -- What is PWM?

ON +1

-1

OFF

-1

OFF

PWM (Pulse Width Modulation)

RX-D702 RX-D402

Pulse Width Modulation (PWM) is a method of digitally encoding analog

signal levels. In the process, continuously varying value of input audio

signals is detected based on the reference voltage (Vref) by comparing

the signals with triangular waves. When the value is higher than Vref

level, the pulse is switched “ON”, and when it gets below Vref, it’s turned

“OFF”. The higher than Vref the value is, the longer the pulse is kept

“ON”. The lower than Vref the value is, the longer the pulse is left “OFF”.

Thus, square-shaped waves are generated, representing either “ON” or

“OFF” state of the pulse -- length of the “ON” and “OFF” pulses

expresses the value of audio signals with respect to the Vref levels.

These waves are called “PWM signals”. Precision of the PWM signals is

one of the elements that determine the sound quality delivered by a

digital amplifier. This is why “feedback” process is essential for delivering

high-quality sound.

Switching Power Supply with

Highly-Efficient Operations

OFF ON

Power MOS FET

Switch

●Heat Generation

1. Loss from ON Impedance

2. Switching Loss

PWM

Generation of PWM Signals

1. Values of input audio signals are detected by

comparison with triangular waves.

2. High-precision triangular waves are necessary.

Comparator

Input Audio

Signals

Triangular

Waves

*Also applies to RX-D401

< 45 >

Analog

Digital ●PCM-PWM

●Analog-PWM

PWM

JVC technologies for satisfying the THX Ultra2 certification

Hybrid Feedback Digital Amplifier

Problems of Digital Amplifiers

Signal

Processor

Processor Power

Power

Stage

Stage LC type

LC type

LPF

RX-D702 RX-D402

With conventional amplifiers, the mechanism for digital signal processing

tends to cause a wide range of noise.

■Slew Rate Fluctuation

■Power Supply Noise

■Dead Time

■EMI

■Magnetic

Distortion

Error & Distortion

Caused at Power Stage and After

*Even when the PWM signals are accurate, a wide range of

noise is generated at power stage and after.

*Also applies to RX-D401

< 46 >

JVC technologies for satisfying the THX Ultra2 certification

Hybrid Feedback Digital Amplifier

Evolution of Hybrid Feedback Digital Amplifier (1)

PWM

Modulator

Pre-

Driver Demodulator

(LPF)

Phase Shift

Master Clock

RX-D702 RX-D402

Hybrid Feedback Digital Amplifier

Use of two feedback loops eliminates the noise generated at each process:

Digital feedback -- for significantly improving the precision of PWM signal generation.

Analog feedback -- for “brushing up” the waveform of the analog signal at output to match the original.

Digital feedback -- for significantly improving

the precision of PWM signal generation

Analog feedback -- for “brushing up” the waveform of

the analog signal at output to match the original

PWM

*Also applies to RX-D401

< 47 >

JVC technologies for satisfying the THX Ultra2 certification

Hybrid Feedback Digital Amplifier

Evolution of Hybrid Feedback Digital Amplifier (2)

PWM

Modulator

Pre-

Driver Demodulator

(LPF)

Phase Shift

Master Clock

RX-D702 RX-D402

Hybrid Feedback Digital Amplifier Ver. II

Double analog feedback ensures even lower distortion.

Double analog feedback ensures

even lower distortion.

PWM

*Also applies to RX-D401

< 48 >

JVC technologies for satisfying the THX Ultra2 certification

Hybrid Feedback Digital Amplifier

Evolution of Hybrid Feedback Digital Amplifier (3)

PWM

Modulator

Pre-

Driver Demodulator

(LPF)

Phase Shift

Master Clock

-PWM

RX-D702 RX-D402

Hybrid Feedback Digital Amplifier Ver. III

Double analog & digital feedback loops for even lower total harmonic distortion.

Use of newly-developed “JCV8015” for containing all the circuits.

Double analog & digital

feedback loops for even lower

total harmonic distortion

JCV8015

*Also applies to RX-D401

< 49 >

JVC technologies for satisfying the THX Ultra2 certification

Hybrid Feedback Digital Amplifier

Hybrid Feedback Digital Amplifier Ver

Ver. III

. III

Low-Voltage Power Supply

Large-Capacity

Power

Transformer

High-Efficiency

Stabilized

Power Supply

Circuit

- Power Supply

+ Power Supply

Digital

Amp

Stabilized

Quality

Sound

RX-D702 RX-D402

Hybrid Feedback Digital Amplifier Ver. III also features low voltage power supply,

which ensures stable signal transfer.

*Also applies to RX-D401

< 50 >

JVC technologies for satisfying the THX Ultra2 certification

Hybrid Feedback Digital Amplifier

Hybrid Feedback Digital Amplifier Ver

Ver. III

. III

One-Chip Solution with JCV8015

The Hybrid Feedback Digital Amplifier Ver. III features use of a new IC dubbed

“JCV8015”. This superior device, developed by JVC, contains all the circuits necessary

for digital signal processing, including dual audio input circuits, the Hybrid Feedback

Signal Processing Circuit, and PWM modulators. In addition to allowing a drastic

reduction in parts and a smaller “footprint”, JCV8015 comes with the following features:

Superior operational amp for low

distortion and low noise

High-precision PWM modulator --

featuring synchronization by

external clock

Built-in ±2.5V regulator

separated from analog GND

RX-D702 RX-D402

*Also applies to RX-D401

< 51 >

JVC technologies for satisfying the THX Ultra2 certification

Hybrid Feedback Digital Amplifier

Hybrid Feedback Digital Amplifier Ver

Ver. III

. III

JCV8015 Benefits (1) -- Operational Amp

Superior Operational Amp for Low Distortion and Low Noise

High Slew Rate

The operational amp comes with a higher slew rate -- two times higher than the previous

types of devices -- to eliminate instantaneous “cross-modulation distortion”.

JCV8015 -- Layout of Parts and Devices

Interference-Free

Layout

The operational amp

features a symmetrical

layout of parts and

devices, which are

completely separated

for left and right

channels. This prevents

signal interference

between the two

channels (see the figure

at right).

L-ch

R-ch

PAD

L-ch out

R-ch out

Operational

Amp with

High Slew

Rate

Circuit for

Selecting

Max.

Modulation +2.5V

Regulator Symmetrical

Layout

Operational

Amp with

High Slew

Rate

Circuit for

Selecting

Max.

Modulation

Ultra-High-

Speed

Comparator

High-

Precision

Triangular

Waves

Ultra-High-

Speed

Comparator

High-

Precision

Triangular

Waves

-2.5V

Regulator

Parts and devices for left

and right channels are

completely separated.

--> Superior sound

quality with no signal

interference.

RX-D702 RX-D402

*Also applies to RX-D401

< 52 >

JVC technologies for satisfying the THX Ultra2 certification

Hybrid Feedback Digital Amplifier

Hybrid Feedback Digital Amplifier Ver

Ver. III

. III

JCV8015 Benefits (2) -- PWM Modulator/External Clock

RX-D702 RX-D402

High-Precision PWM Modulator

PWM

Input Audio

Signals

Ultra-High-Speed

Comparator

High-Precision

Triangular Waves

Synchronization by an External Clock

Slight gap of frequencies among channels causes specific noise. To prevent this, the JVC amplifier uses

an external clock, which synchronizes the operations of all channels. Noise is also generated when the unit

receives AM signals whose frequency overlaps that of audio signals. The external clock detects this and

automatically modifies the audio signal frequency of all the channels simultaneously, thus preventing the

noise generation.

High-Precision Triangular Waves

Distortion or irregular angles of the triangular waves

lower the precision of PWM signals, which results in

lower sound quality. The JCV8015 uses high-precision

triangular waves to prevent the problem.

Ultra-High-Speed Comparator

Comparison of audio signals with the triangular waves

is done by “comparator”. The JVC amp features an

ultra-high-speed comparator. This prevents the

possible delay of PWM signals with respect to audio

signals, which causes distortion.

*Also applies to RX-D401

< 53 >

Use of built-in ±2.5V

regulator separates the path

of current in digital circuits

from analog GND.

JVC technologies for satisfying the THX Ultra2 certification

Hybrid Feedback Digital Amplifier

Hybrid Feedback Digital Amplifier Ver

Ver. III

. III

JCV8015 Benefits (3) -- ±2.5V Regulator

Analog Signals

Analog GND

PWM

VCC (Analog)

Power supply to digital

circuits causes the current to

interfere with analog GND,

which generates noise.

Digital Circuits

(PWM)

Analog Circuits

(Operational Amp)

PWM

Digital Circuits

(PWM)

Analog Circuits

(Operational Amp)

+2.5V Regulator

-2.5V Regulator

Use of the built-in ±2.5V regulator prevents digital

noise interference to analog GND.

RX-D702 RX-D402

Analog Signals

Analog GND

VCC (Analog)

Improved

Sound Quality

VDD (Digital, 5V)

*Also applies to RX-D401

< 54 >

JVC technologies for satisfying the THX Ultra2 certification

Hybrid Feedback Digital Amplifier

Hybrid Feedback Digital Amplifier Ver

Ver. III

. III

Quality Parts for Superior Sound Reproduction

The superior technologies applied for the digital amp combine to lower the total harmonic distortion by a

specific ratio (see the following pages for details). This means when the distortion of input signals are lower,

that of output signals are lower than when input signals have higher distortion. This is why JVC engineers

applied a wide range of quality parts for the A/V receivers. These devices ensure even better sound quality by

sending low-distortion signals to the Hybrid Feedback Digital Amplifier Ver. III.

RX-D402

Power MOSFET used for

the 150W digital amplifier

of the RX-D702.

2SK3770-01MR

IRS20124

IRFB4212

ETQA15

Power MOSFET used for

the 110W digital amplifier

of the RX-D402/D401.

High-performance Driver

IC incorporated in the

digital amplifiers of all

the units.

All the units feature high-

quality coils incorporated

in the output low-pass filter,

which help deliver superior

sound.

RX-D702 RX-D402

RX-D702

RX-D702 RX-D402

< 55 >

JVC technologies for satisfying the THX Ultra2 certification

Hybrid Feedback Digital Amplifier

Hybrid Feedback Digital Amplifier Ver

Ver. III

. III

Comparison of Speaker Driveability

RX-D702 RX-D402

Usually, speaker impedance

fluctuates according to the

frequencies of audio signals.

This “frequency response” of the

speaker in turn fluctuates the

levels of audio signals. How

effectively an amplifier can control

these fluctuations is called

“speaker driveability”.

The feedback processes of the

Hybrid Feedback Digital Amplifier

significantly improve the speaker

driveability, retaining the same

output level across the

frequencies.

VISUAL PROOF

*Also applies to RX-D401

Speaker Impedance with a Typical 2-Way Speaker

RX-D702

Non-Feedback Amp

< 56 >

JVC technologies for satisfying the THX Ultra2 certification

Hybrid Feedback Digital Amplifier

Hybrid Feedback Digital Amplifier Ver

Ver. III

. III

T.H.D. Comparison of Digital Amplifiers

RX-D702 RX-D402

VISUAL PROOF

*Also applies to RX-D401

0.004%

0.01

0.1

0.001 0.01 0.1 1 10 100

Output Power [W] /6Ω

THD + N [%]

Non-Feedback Amp

Hybrid Feedback

Digital Amp (RX-D702)

< 57 >

Supplementary Information

OSD Superimposed on Screen

RX-D402B Audio/Video Control Receiver

RX-D702B Audio/Video Control Receiver

Rear Panel

Rear Panel 62

Multi-Brand A/V-STB (CATV/DBS) Glow Remote Control

Multi-Brand A/V-STB (CATV/DBS) Glow Remote Control 61

< 58 >

JVC technologies for satisfying the THX Ultra2 certification

OSD Superimposed on Screen

The RX-D702 displays a wide range of

information -- including the Smart Surround

Setup processes -- superimposed on your

monitor screen to ensure easy recognition

and control.

OSD for Smart Surround Setup

Setting Menu Screen Digital EQ and Bass Boost Setup Speaker Setup

RX-D702

< 59 >

JVC technologies for satisfying the THX Ultra2 certification

RX-D702B Audio/Video Control Receiver

Basic Features

• Stereo: 150 watts per channel, 6 ohms, from

20Hz to 20kHz, with 0.8% THD

• Surround: (Front) 150 watts per channel,

6 ohms at 1kHz, with 0.8% THD; (Center)

150 watts, 6 ohms at 1kHz, with 0.8% THD;

(Surround) 150 watts per channel, 6 ohms at

1kHz, with 0.8% THD; (Surround Back) 150

watts per channel, 6 ohms at 1kHz, with 0.8%

THD

• Dolby Digital EX/Dolby Digital/Dolby Pro Logic

IIx/Dolby Pro Logic II

• DTS/DTS-ES/DTS NEO:6/DTS 96/24

• DVD Multi-Channel Audio Compatible

7-Channel Receiver Featuring HDMI, New Digital Amplifier, and Wireless PC Connectivity

Product Highlights

• Hybrid Feedback Digital Amplifier Ver. III

• HDMI – for single-cable, all-digital

transmission of audio and video signals

• Wireless Connection with PC -- enjoy

playback of music files from PC

• CC Converter (2 Modes, Front Channels) --

offers two modes for improving the sound

quality of compressed audio and non-

compressed sources, respectively

• USB Input for receiving audio signals from PC

• SIRIUS Input and SIRIUS Control on Remote

• On-Screen Display

• Center-Channel Alignment

• Virtual Surround Back for creating even wider

sound field without a surround back speaker

• 3D-PHONIC

• DAP for Multi-Channel Digital Sources:

THEATER 1/THEATER 2/HALL 1/ HALL 2/

DANCE CLUB/LIVE CLUB/PAVILION

• DAP for 2-Channel Sources: MONO

FILM/THEATER 1/THEATER 2/HALL 1/

HALL 2/DANCE CLUB/LIVE CLUB/

PAVILION/ALL CH STEREO

• 3D Headphone

• 192kHz/24-bit P.E.M. D.D. Converter

(Front/Center/Surround Channels)

• Video Signal Up-Conversion (to HDMI) for

single-cable output of high-quality video from

any input terminals

• Smart Surround Setup (Ver. 3.0) -- easy

handclap setting up of the acoustic

environment

• One-Touch Operation

• DSP Digital Equalizer

• AV COMPU LINK

• Multi-Brand A/V-STB (CATV/DBS) Glow

Remote Control

< 60 >

JVC technologies for satisfying the THX Ultra2 certification

RX-D402B Audio/Video Control Receiver

Basic Features

• Stereo: 110 watts per channel, 6 ohms, from

20Hz to 20kHz, with 0.8% THD

• Surround: (Front) 110 watts per channel,

6 ohms at 1kHz, with 0.8% THD; (Center)

110 watts, 6 ohms at 1kHz, with 0.8% THD;

(Surround) 110 watts per channel, 6 ohms at

1kHz, with 0.8% THD; (Surround Back) 110

watts per channel, 6 ohms at 1kHz, with 0.8%

THD

• Dolby Digital EX/Dolby Digital/Dolby Pro Logic

IIx/Dolby Pro Logic II

• DTS/DTS-ES/DTS NEO:6/DTS 96/24

• DVD Multi-Channel Audio Compatible

7-Channel Receiver with HDMI, PC Connection via USB and New Digital Amplifier

Product Highlights

• Hybrid Feedback Digital Amplifier Ver. III

• HDMI -- for single-cable, all-digital

transmission of audio and video signals

• Video Up-Conversion (to HDMI) for single-

cable output of high-quality video from any

input terminals

• USB Input for receiving audio signals from PC

• Center-Channel Alignment

• Virtual Surround Back for creating even wider

sound field without a surround back speaker

• 3D-PHONIC

• DAP for Multi-Channel Digital Sources:

THEATER 1/THEATER 2/HALL 1/HALL 2/

DANCE CLUB/LIVE CLUB/PAVILION

• DAP for 2-Channel Sources: MONO

FILM/THEATER 1/THEATER 2/HALL 1/

HALL 2/DANCE CLUB/LIVE CLUB/

PAVILION/ALL CH STEREO

• 3D Headphone

• 192kHz/24-bit P.E.M. D.D. Converter

(Front/Center/Surround Channels)

• Quick Speaker Setup

• One-Touch Operation

• DSP Digital Equalizer

• AV COMPU LINK

• Multi-Brand A/V-STB (CATV/DBS) Glow

Remote Control

< 61 >

JVC technologies for satisfying the THX Ultra2 certification

Multi-Brand A/V-STB (CATV/DBS) Glow Remote Control

For RX-D702B For RX-D402B/RX-D401S

< 62 >

JVC technologies for satisfying the THX Ultra2 certification

Rear Panel

RX-D702B

RX-D402B/RX-D401S

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Jvc Stereo Receiver Rx D401 Users Manual Microsoft RX_D702_tec_guide [Read Only]

JVC Stereo Receiver RX-D401 RX-D702 - Tech Guide

RX-D702 to the manual f7e34256-a745-4e42-bcff-d61f793cfce2

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