New WiiM Vibelink Amp Adds More Power in a Tiny, Feature-laden Package

WiiM just introduced the Vibelink Amp—a powerful 100W per channel amplifier designed for high-fidelity sound across digital and analog sources. Ideal for passive speakers and existing streamers, it seamlessly integrates into any setup. The Vibelink Amp delivers rich, dynamic audio with nearly 67% more power than the WiiM Amp Pro. A premium built-in DAC supports up to 192kHz/24-bit Hi-Res audio for optimal clarity, and unlike many powered amplifiers, its digital optical and coaxial inputs also support a wide range of variable sample rates and bit depths, ensuring maximum compatibility and audio flexibility. Beyond digital sources, it effortlessly handles analog inputs, making it a versatile solution for any system.

Designed for efficiency and longevity, it also features advanced heat dissipation, an anti-pop noise design, and the same compact dimensions as the WiiM Ultra for easy stacking. 

“As our user base continues to grow, we’ve listened closely to the needs of our community,” said Dr. Lifeng Zhao, CEO of WiiM. “Many audio enthusiasts love the flexibility of streaming but don’t always want or need a connected amp, and who were also frustrated with the digital audio limitations of other powered amps in the market. For those using devices like the WiiM Mini, Ultra, Pro, or other streaming solutions, we wanted to offer an amp that delivers exceptional sound quality and power without the need for Wi-Fi connectivity. This new design gives our customers more choice—allowing them to integrate the Vibelink Amp seamlessly into their setup and enjoy the rich, pure audio experience we’re known for.”

Premium Audio Quality

Boasting a 100 W/channel (8 ohms) or 200 W/channel (4 ohms), the 2.0 CH Class-D amplifier provides room-filling sound, capable of handling complex soundscapes and details without distortion. Featuring a premium built-in ESS ES9038Q2M DAC, the Vibelink Amp ensures the highest fidelity from your digital sources, dynamically supporting variable sample rates and bit depths for optimal sound. Beyond digital sources, it also handles analog inputs with ease, offering a versatile solution for any audio setup. The resulting clean, rich sound brings out the nuances of every note – ideal for audio enthusiasts who appreciate lifelike, studio-quality sound. 

Versatile Connectivity & User-Friendly Features

• Flexible Options for Seamless Integration: Analog (RCA), or digital (Optical, Coaxial) ports allow users to connect with a range of audio sources, from classic turntables to the latest streaming devices, and support up to 24-bit/192kHz.
• Smooth, Uninterrupted Listening Experience: Anti-pop noise design prevents sound interruptions when switching inputs or adjusting settings, a feature that many powered amplifiers in the market suffer from the lack of. Achieved through hardware optimizations like ramping circuits and software sequencing, ensuring no pop noise even when audio resolution changes.
• Heat Dissipation: exclusively designed with copper heat pipes, a large aluminum heatsink, and a heat-spreading case to reduce hot spots and evenly distribute heat. PID-based thermal management software ensures optimal temperature regulation and prevents overheating.
• Easy, Secure Connections: Standard stereo banana plug output ensures a solid connection to speakers, delivering high-quality sound without signal loss or dropouts. 
• Quality, Long-Lasting Design: The durable, high-end design enhances sound by minimizing interference. The aluminum oxide casing also dissipates heat efficiently, so the amp runs cool even during extended listening sessions. You can easily activate or put the amplifier in standby mode, helping save energy and extending the amp’s lifespan.
• Built-in DAC and Amp Chip: Packed with a high-quality built-in DAC ESS ES9038Q2M, one TI PCM9211 digital and analog front end, six TI OPA1612 Op-amps, and a TI TPA3255 Amp Chip, the Vibelink Amp supports up to 24-bit/192kHz high-res music allows you to optimize beloved, decades-old, high-quality audio systems or connect current speakers with your favorite platforms effortlessly.
• Compact Form Factor: One of the smallest power amplifiers delivering up to 100W per channel at 8 ohms, with innovative thermal design.

The WiiM Standard

The Vibelink Amp delivers exceptional audio performance with both digital and analog inputs, offering versatility for any setup. Engineered for seamless integration into the WiiM ecosystem, it pairs effortlessly with all WiiM streamers—including the WiiM Ultra, which shares the same compact design for easy stacking, as well as the Pro Plus, Pro, and Mini—to deliver outstanding multi-room audio. Committed to high-fidelity sound, the Vibelink Amp ensures seamless connectivity and upholds the WiiM audio standard, whether paired with another streaming device or analog gear.

Pricing and Availability
High-quality audio is now more accessible than ever with the WiiM Vibelink Amp. It will be available on Amazon US on March 18th for $299, with international availability soon to follow.

Additional WiiM Options & Learn More
WiiM also offers the WiiM Amp and WiiM Amp Pro for those looking for a connected amp option. For more information about the WiiM Vibelink Amp or other WiiM products, please visit www.wiimhome.com.

The Audiophile History of WiiM

WiiM is a relatively new name in the audiophile and streaming audio space, but in a short amount of time, the company has established itself as a go-to solution for affordable, high-performance streaming components. While many audiophile brands built their reputations over decades with loudspeakers, amplifiers, or analog sources, WiiM came into the industry through the door that represents the current and future state of audio: digital streaming.

WiiM is a brand owned by Linkplay Technology Inc., a company with roots in developing smart audio platforms, voice assistant integration, and wireless streaming solutions. Before it launched consumer-facing products under the WiiM name, Linkplay was already providing embedded technology and software platforms for other audio companies. That backend expertise gave the company a strong technical foundation to build upon when it decided to bring its own hardware to market.

WiiM’s breakout product was the WiiM Mini, a small, inexpensive wireless streaming puck that could add networked audio capability to any system with a standard 3.5mm or optical input. Despite its compact size and entry-level price, the Mini supported high-resolution audio, voice control through Alexa, and integration with a wide array of streaming services. It didn’t have a screen or flashy cosmetics, but it worked reliably and offered features typically found in more expensive streamers.

The Mini gained traction not only among casual listeners but also in the audiophile community, where users began incorporating it into systems that far exceeded its price class. Part of its appeal was the support for lossless and high-res audio formats, but the key to its success was the company’s firmware support. WiiM updated its software frequently, often responding directly to user feedback. As a result, the product improved over time, gaining new features and broader compatibility.

Following the Mini, WiiM released the WiiM Pro, which expanded on the original concept with additional connectivity and flexibility. The Pro added stereo RCA outputs, coaxial digital output, and Ethernet connectivity for users who wanted a more stable network connection. It also supported more advanced protocols, including Roon Ready certification, which brought WiiM into the conversation among serious digital audio enthusiasts.

For systems that needed a higher-quality analog output stage, WiiM introduced the WiiM Pro Plus. It retained the form factor and core functionality of the Pro but added an upgraded DAC (digital-to-analog converter) stage using an ESS chip and improved analog circuitry. The Pro Plus was aimed at users with systems that relied on analog input and who wanted better sound quality without moving to much more expensive streamers.

One of the strengths of WiiM’s approach is that it delivers features that scale well with a wide range of systems. The gear is affordable enough to be used in bedroom or office setups, but stable and flexible enough to serve as a main digital front end in a full-size stereo system. The user experience is also consistent, with a single app controlling all WiiM devices, allowing for multi-room audio, grouping, and seamless switching between services.

In terms of functionality, WiiM supports all the major streaming services, including Spotify, TIDAL, Qobuz, Amazon Music, and Deezer, along with legacy options like DLNA and AirPlay 2. The units also integrate with voice assistants such as Alexa and Siri, allowing hands-free playback control in a smart home environment.

While WiiM does not position itself as a traditional audiophile brand, its products have gained interest among hi-fi users looking for simple, reliable networked solutions without large price tags or complex setups. Its focus is clearly on utility and performance, not luxury branding or boutique appeal. That has made it an interesting disruptor in a market often dominated by larger and more expensive streaming components.

The company’s rapid firmware development cycle and commitment to updates has been a significant part of its growth. Users have seen new features roll out post-purchase, including parametric EQ, gapless playback, and support for high-resolution files up to 24-bit/192kHz. That ongoing support has helped establish trust with its customer base.

Today, WiiM continues to develop products aimed at filling gaps in the streaming audio market. Their hardware lineup remains focused on standalone streamers, but rumors of integrated amplifiers or more audiophile-specific products have occasionally surfaced. While the company has not expanded into other audio categories just yet, its growth and user base suggest that there is demand for a wider ecosystem of products based on the same platform.

In a crowded streaming market, WiiM has carved out a niche by offering well-executed, software-driven audio components that meet the needs of both casual users and value-conscious audiophiles. It’s not trying to replace high-end DACs or compete directly with flagship streamers, but it’s shown that digital audio doesn’t have to be expensive or complicated to sound good and function reliably.