OpenAudio Speaker has a wider sound field, delivering the ultimate sound effects that linger throughout the entire audience. The bi-drive unit system can maintain a striking and balanced sound, with clear and loud high notes and moderate bass relaxation. The dynamic loudness built into the speaker helps adjust the EQ of the sound, ensuring excellent quality at various volumes.
Speaker series includes LE Audio Speaker Jacob II and Wi-Fi Speaker Isaac II.
| Acoustic characteristic | |
|---|---|
| Power amplifier | One 50W class D power amplifier to drive the subwooferTwo 15W class D power amplifiers to drive the treble unit |
| Box principle | Bass reflex |
| Maximum loudest pressure level | 97db@1m |
| Frequency response range | 45-20,000HZ |
| Treble and bass adjustment | User the speaker adjustment Knob to adjust your own music |
| Stereo/Mono | Stereo |
| Control and connection | |
| Wireless connection | Bluetooth 5.2, Wi-Fi (Wi-Fi version) |
| Bluetooth connection range | 10m |
| Wired connection | 3.5mm audio input & RCA inputHDMI ARC (Wi-Fi version)SPDIF (Wi-Fi version)USB (Wi-Fi version)Ethernet (Wi-Fi version) |
| WiFi Audio | AirPlay, Spotify, DLNA(Wi-Fi version) |
| Top Panel controls | Source buttonVolume controlKnob Bass controlKnob TrebleControl KnobPlay/Pause buttonFast back/fast forward buttonPower switch |
| Physical Property | |
| Physical Dimensions | 350mm*203mm*188mm |
| Weight | About 4.25kg |
| Colour | Black & White |
| Power supply | |
| Power input | 100-240v |
| Power frequency | 50-60Hz |
| Specification | Marshall stanmore3 | Open Audio LE Audio Speaker and WiFi Speaker |
|---|---|---|
| Launch Year | 2022 | 2024 |
| Frequency Range | 45-20,000Hz | 45-20,000Hz |
| Maxium Sound Pressure Level | 97 dB@1m | 97 dB@1m |
| Power Amplifiers | One 50W class D(Woofer),Two 15 Watt class D(tweeters) | One 50W class D(Woofer),Two 15 Watt class D(tweeters) |
| Wattage | 80W | 80W |
| Controls and Connectivity | Bluetooth 5.2, 3.5mm input, RCA input, Customize sound in app | Bluetooth 5.2, 3.5mm input, RCA input, Customize sound in app Wi-Fi audio Ethernet audio |
| Dimensions | 350*203*188mm | 380*198*188mm |
| Weight | 4.25kg | 4.1kg |
| Colorways | Black & White | Black & White |
| Additional Features | Adjustable bass and treble controls, No water resistance | Adjustable bass and treble controls, No water resistance |
| Wifi audio | Nono | AirPlay, Spotify, DLNA(Wi-Fi version) |
| Ethernet | None | 1000Mbps |
| Wire connects | 3.5mm audio input & RCA input USB (Wi-Fi version) Ethernet (Wi-Fi version) | 3.5mm audio input & RCA input HDMI ARC (Wi-Fi version) SPDIF (Wi-Fi version) |
Apparently, there are two advantages: Bandwidth and range. (1). High bandwidth of Wi-Fi over Bluetooth: Sound quality Bluetooth speakers sound great. But, when playing over Bluetooth, audio data often gets compressed. In that process, some gets lost, meaning your content might not sound as crisp or clear as it might over Wi-Fi. Wi-Fi's higher bandwidth means you can listen in high resolution, up to 24-bit/192kHz. (2). Range: Of the two, Bluetooth generally has a shorter range, often around 10-20m, and walls and furniture might reduce that further. So, Bluetooth speakers work best when your device is nearby. Wi-Fi speakers work wherever there’s a good Wi-Fi connection. As long as both your speaker and device are connected to the same network, you’re good to go. That’s handy because it means you can place speakers in any room and control them from wherever you are. If you want to switch rooms—say you’re playing music from your phone in the living room and want to head to the bathroom—you can take your phone with you without the sound cutting out.
There are five advantage point as below. (1).Extended Battery Life: One of the most significant advantages in audio devices is their ultra-low power consumption – hearing aids, headphones, and speakers can operate for extended periods on a single charge or battery. Users can enjoy their music or conversation without the constant worry of running out of power. (2). Low Latency: Bluetooth Classic normally has a significant associated latency, which is fine for listening to music or having a phone call but causes problems when you’re listening to live content, such as a speech and trying to lip-read, or hearing a mix of acoustic and Bluetooth audio simultaneously. LE Audio allows much lower latency, which enables a whole range of new use cases. (3). Improved Audio Quality: LE Audio included a new audio codec, LC3, which is a significant improvement from the SBC codec which was standard in Bluetooth Classic. Previously, to benefit from lower latency or high-quality audio you were reliant on both devices supporting third party codecs. Listening tests showed that the new codec provides better sound quality even at much lower data rates which means everyone gets these benefits as standard. (4). Broadcast Audio: Everyone is used to the idea of pairing two Bluetooth devices before being able to use them together. LE Audio adds Auracast™, which allows a single transmitter to broadcast to an unlimited number of receivers simultaneously without an unwieldly pairing process. This unlocks a whole new world of audio sharing possibilities. (5). Futureproofing: As technology advances, Bluetooth Low Energy is poised to keep up. Updates and enhancements can be delivered remotely through smartphone apps, ensuring that users have access to the latest features and improvements in their audio devices.
Yes, OpenAudio Wi-Fi Speaker also have an ability of Classic Bluetooth Audio.
Yes, OpenAudio Wi-Fi Speaker also have an ability of LE Audio.
Beside Wi-Fi, LE audio, OpenAudio speaker also support HDMI ARC, SPDIF (optical & coax), USB, RCA, etc.
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