Comparison Panasonic SC-PMX90EE vs Panasonic SC-PMX7
Add to comparison | ![]() | ![]() |
|---|---|---|
| Panasonic SC-PMX90EE | Panasonic SC-PMX7 | |
| Outdated Product | from $254.00 | |
| TOP sellers | ||
| Features | music center | music center |
| Number of channels | 2.0 | 2.0 |
Playback | ||
| Media | USB port CD | USB port CD |
Radio | ||
| Tuner bands | FM | FM |
| Radio Data System (RDS) | ||
Tech specs | ||
| Hi-Res Audio | ||
| System power | 120 W | 120 W |
| Power per channel | 60 W | |
| Number of bands | 3 | 3 |
| Phase inverter | ||
| Equalizer | ||
| Bass Boost | ||
Interfaces and features | ||
| Interfaces | Bluetooth | Bluetooth |
| More features | time alarm | time alarm |
Connectors | ||
| Inputs | mini-Jack (3.5 mm) optical | RCA |
| Outputs | on headphones | on headphones |
General | ||
| LCD display | ||
| Remote control | ||
| Speaker dimensions (HxWxD) | 238x161x262 mm | 238x160x262 mm |
| Central unit dimensions (HxWxD) | 114x211x267 mm | 120x210x266 mm |
| Weight | 8 kg | 6.2 kg |
| Color | ||
| Added to E-Catalog | november 2019 | october 2014 |
Compare Panasonic SC-PMX90EE and SC-PMX7
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Glossary
Hi-Res Audio
The speaker supports high-resolution audio Hi-Res Audio. The corresponding format is designed to provide sound close to that recorded in the studio. Hi-Res Audio refers to a digital signal with parameters starting from 96 kHz/24 bits, and for analogue equipment there is a requirement for an extended frequency response - from 40 kHz. Audio tracks in this format sound as close as possible to the original ideas of the authors of the compositions. The Hi-Res license marks premium solutions for avid audiophiles.
Power per channel
Nominal sound power (see "System power") on each of the main channels of the audio system. This indicator is most often indicated in models with a subwoofer (see "Number of channels"); knowing it, you can estimate the power distribution between the main speakers and the subwoofer.
Bass Boost
Bass boost function for powerful and rich bass. Often implemented as a single button, with which you can actually "turn the bass on and off." This is more convenient than adjusting the low frequencies using the equalizer; in addition, various special technologies can be used to enhance the bass.
Inputs
— RCA. The RCA interface uses coaxial cables with characteristic tulip plugs and corresponding connectors. It can be used to transmit different types of data, but in this case it is meant to connect an audio signal from a preamplifier in analog format, one audio channel per connector. RCA is widely used in modern audio equipment, but its resistance to interference is very modest.
— Mini-Jack(3.5 mm). Standard connector for most modern portable audio equipment. In audio systems, it is mainly used to connect such equipment — primarily pocket media players. It uses analog signal transmission, but its resistance to interference, like that of RCA, is low, and the quality may be even lower due to the fact that both stereo sound channels are transmitted via one cable.
— Coaxial S/PDIF. An electrical variation of the S/PDIF standard that uses a coaxial cable with a tulip connector to transmit the signal. This interface should not be confused with the analog RCA described above — despite the identity of the connectors, these standards are fundamentally different: “coaxial” operates in digital format and allows for the transmission of even multi-channel sound over a single cable. Compared to optical S/PDIF, this interface is less resistant to interference, but more reliable, since the electrical cables are not as delicate.
— Optical. One of the varietie...s of the S/PDIF standard — along with the coaxial one described above. In this case, the signal is transmitted via a TOSLINK fiber-optic cable. The main advantage of this interface is its complete insensitivity to electrical interference, while its capabilities are sufficient even for working with multi-channel sound. Among the disadvantages, it is worth noting the high price of connecting cables, as well as the need for careful handling of them.
— For microphone. Input for connecting a microphone to an audio system; can use different types of connectors (3.5 mm mini-Jack, 6.35 mm Jack, etc.). This function is mandatory for models with karaoke (see "Additional"), but can also be used for other purposes.
— Instrumental. Connectors used to connect musical instruments (acoustic or bass guitars, keyboards, etc.). Most often, they are made in the form of 6.35 mm Jack sockets. The audio signal from the pickups has its own specifics, so the instrument input is usually characterized by a higher input signal level and special impedance matching to ensure optimal sound quality.
— Mini-Jack(3.5 mm). Standard connector for most modern portable audio equipment. In audio systems, it is mainly used to connect such equipment — primarily pocket media players. It uses analog signal transmission, but its resistance to interference, like that of RCA, is low, and the quality may be even lower due to the fact that both stereo sound channels are transmitted via one cable.
— Coaxial S/PDIF. An electrical variation of the S/PDIF standard that uses a coaxial cable with a tulip connector to transmit the signal. This interface should not be confused with the analog RCA described above — despite the identity of the connectors, these standards are fundamentally different: “coaxial” operates in digital format and allows for the transmission of even multi-channel sound over a single cable. Compared to optical S/PDIF, this interface is less resistant to interference, but more reliable, since the electrical cables are not as delicate.
— Optical. One of the varietie...s of the S/PDIF standard — along with the coaxial one described above. In this case, the signal is transmitted via a TOSLINK fiber-optic cable. The main advantage of this interface is its complete insensitivity to electrical interference, while its capabilities are sufficient even for working with multi-channel sound. Among the disadvantages, it is worth noting the high price of connecting cables, as well as the need for careful handling of them.
— For microphone. Input for connecting a microphone to an audio system; can use different types of connectors (3.5 mm mini-Jack, 6.35 mm Jack, etc.). This function is mandatory for models with karaoke (see "Additional"), but can also be used for other purposes.
— Instrumental. Connectors used to connect musical instruments (acoustic or bass guitars, keyboards, etc.). Most often, they are made in the form of 6.35 mm Jack sockets. The audio signal from the pickups has its own specifics, so the instrument input is usually characterized by a higher input signal level and special impedance matching to ensure optimal sound quality.











