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

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.

CC Converter

Background

18

 

 

Problems with Digital Conversion

19

 

 

 

 

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

20

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

 

 

 

Problem: A high-frequency analog signal cannot be accurately

21

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

 

 

 

CC Converter

22

 

 

Bit Expansion Section

23

 

 

Frequency Conversion Section/Range Expansion Section

24

 

 

CC Converter: How its workings differ from other

25

high-bit/upsampling systems

 

 

 

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

26

 

 

Comparison of Frequency Spectra: Range Expansion On vs. Off

26

P.E.M. D.D. Converter

D.D. Converter

27

 

 

Noise Shaping Response/Noise Spectrum

28

 

 

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

< 17 >

Page 17
Image 17
JVC RX-D401, RX-D702, RX-D402 manual CC Converter

RX-D401, RX-D402, RX-D702 specifications

The JVC RX-D702, RX-D402, and RX-D401 are remarkable receivers that exemplify JVC's commitment to delivering high-quality audio and advanced technology for home entertainment. Each model presents distinct features while maintaining a strong foundation of performance, making them suitable for various listening needs.

The JVC RX-D702 serves as a flagship model, offering exceptional audio quality and a plethora of connection options. It supports Dolby Atmos and DTS:X, providing an immersive sound experience that enhances movies, music, and games. The receiver supports 4K HDR video pass-through, ensuring high-resolution visuals. Featuring Wi-Fi connectivity, the RX-D702 allows instant streaming from various music services and seamless integration with smart home devices. The intuitive on-screen interface and remote app make navigation simple, providing users with easy access to settings and configurations.

In standby mode, the RX-D702 features low power consumption, a key consideration for eco-minded consumers. The model also showcases a robust power rating, ensuring it delivers dynamic sound with strength and clarity across different audio formats. Equipped with multiple HDMI inputs, audio and video signal routing becomes effortless, making it a perfect solution for multi-device setups.

The JVC RX-D402 is designed for users who desire powerful audio features without the extensive capabilities of the RX-D702. While it doesn’t support the latest surround sound formats like Dolby Atmos, it provides excellent stereo sound with a solid power output. The RX-D402 includes essential streaming services and Bluetooth connectivity, allowing users to enjoy music wirelessly from devices. Its compact size makes it ideal for smaller rooms where space may be a limitation.

Lastly, the RX-D401 remains a user-friendly receiver, appealing to budget-conscious consumers who still want quality performance. It offers essential audio performance and basic connectivity options, including Bluetooth and USB inputs. The RX-D401 is perfect for casual listeners who enjoy music without the complexity of advanced surround sound formats.

In summary, the JVC RX-D702, RX-D402, and RX-D401 offer a variety of features and technologies, catering to all kinds of audio preferences. From the high-end capabilities of the RX-D702 to the straightforward functionality of the RX-D401, JVC's receivers ensure impressive sound quality tailored to different environments and user needs.