T+A is a German high-end audio equipment manufacturer known for producing premium quality amplifiers, speakers, and digital audio players.

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The SRC 1 IR Remote Control is designed specifically to enhance the user experience with units possessing streaming clients in the R- and E-series. It allows comprehensive control over all functions of the connected devices, including the streaming client. This remote is also capable of controlling amplifiers from the same series through a system bus connection, integrating all controls into one device for convenience and ease of use.

The layout of the SRC 1 is thoughtfully organized into logical function blocks, facilitating intuitive interaction and ensuring that all features are easy to access. It boasts a design that focuses on practicality, particularly in the selection of sources, which correlates directly with the Multi Source Player, making the switching and control processes seamless and straightforward.

In terms of build quality, the SRC 1 stands out with its use of premium materials. The front panel is crafted from 4mm thick metal, ensuring durability and a solid feel, while the rear housing is made from high-quality plastic for a comfortable hold. The aesthetic appeal is maintained with flat, metallic surface buttons that not only add to the visual charm but also guarantee an effortless operation.

The SRC 1 IR Remote Control is available in two finishes: black anodized and silver anodized, allowing users to choose according to their style preferences or to match with their existing audio equipment setup. This blend of functional design, high-quality materials, and user-friendly interface makes the SRC 1 a standout accessory for any audiophile with compatible R- and E-series devices.

SRC 1 IR Remote control


When it comes to setting up audio equipment in your home, the type of cables you use can be just as critical as the hardware itself. One common question for DIY enthusiasts is whether it’s better to run a long RCA cable from the source to an amp located next to the speakers or use a long speaker cable from the amp to the speakers.

## Signal Susceptibility and Interference

There's a general consensus that speaker wire signals are less susceptible to interference compared to RCA cables. This can be especially significant if you are running the cables behind walls where they might be exposed to electromagnetic noise from other electrical lines.

## Gauge and Material Matters

When opting for long runs of speaker cables, it's crucial to choose a suitable gauge and material. Oxygen-free copper is often recommended over aluminum-clad copper for better signal quality. The thickness (gauge) of the wire can also play a role; a thicker wire may be more effective for longer runs, reducing signal loss and potential degradation of audio quality.

## The Balanced Option

Some argue that using balanced cables like XLR instead of RCA is the "correct" way to tackle this problem. However, it's important to note that balanced connections require compatible outputs on the device, something not common on consumer-level devices. Even though balanced cables offer significant advantages in minimizing interference and delivering a clearer signal over longer distances, they might not be applicable to all setups.

## Alternatives and DIY Solutions

For those who love tinkering, DIY solutions such as using baluns for long cable runs have been reported to be effective. These can run over distances as long as 300 ft with minimal signal drop-off and noise reduction. Ethernet to RCA boxes using audio-grade transformers have also been used successfully. However, the performance of such DIY solutions in an audiophile system might vary and warrant careful consideration.

## Audio Roll-offs and Industry Insights

Some professionals in the broadcast sector have noted that long runs of RCA cables could lead to high-frequency roll-offs, affecting the sound quality. On the other hand, they've successfully run speaker cables for approximately 100 feet without any discernible degradation in sound quality.

## The Bottom Line

If you're dealing with a domestic setup, and you don't have the option for balanced outputs, the safe bet is to go with a long run of good-quality speaker wire. This approach seems to be the best compromise between maintaining sound quality and minimizing interference, especially if the amp is placed close to the source. If the Wife Approval Factor is crucial, this method also allows for a more discreet setup. However, if your system allows for balanced connections and you're after the pinnacle of audio fidelity, XLR cables would be the recommended path.

raw high-fidelity speaker cable without any connectors. The cable should display a detailed braided sheath

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RCA vs Speaker Cables: The Best Choice for Long Runs in Home Audio

Choosing the right cable can be a game-changer for your home audio setup. Explore the debate between RCA and speaker cables for long distances.

Let's discuss this new thing that recently appeared - the FiiO CP13 cassette player. It's really something unusual, if you think about it. In a world where everything has become digital and streaming dominates, FiiO made an unexpected move by bringing back cassette players.

Remember the Walkman? That little gadget from the past? The CP13 is a kind of salute to this old Sony classic. It has a vintage look with a silvery-blue case and a design straight from the late 70s. But not only the appearance is important - FiiO added modern elements, such as a USB-C port for charging and a headphone jack. True, there is no Bluetooth in it. Apparently, they really wanted to keep the retro style.

But here's what's interesting - people are really talking about this device. Some admire the nostalgia, contemplating the possibility of using their old cassette collections again. Others are skeptical about it. They wonder why go back to cassettes in an era when you can play millions of songs on your phone. And let's be honest, cassettes weren't known for their high sound quality.

There are also questions about what's inside this player. There are concerns that it may use the same cheap mechanisms as many modern cassette players, which are not considered to be the best. I think we just have to wait and see how it performs.

So yes, it's definitely a "didn't expect that" moment. The return of cassette players in the digital age is like choosing between a horse-drawn carriage and a Tesla. But, you know, everyone has their own tastes. Some people love that nostalgia, the feeling of inserting a cassette, pressing the play button, and simply enjoying music in the old-fashioned way. Let's see if this will be the start of a new/old trend or if it's just a passing interest in retro.


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FiiO CP13 Launches, Reviving the Classic Cassette Era

Reviving the classic cassette player, FiiO's CP13 offers a unique mix of old-school charm and modern functionality.

## The Dawn of Digital Audio Conversion: A Luxury For Audiophiles

### The Genesis of DACs

In the early years of digital audio, the conversion process from digital to analog signals was performed by rudimentary chips embedded within audio playback devices like CD players. These inbuilt DACs were often basic, utilizing Pulse-Code Modulation (PCM) to transform the 1s and 0s of digital audio into an electrical signal that could be amplified and played through speakers. However, the quality of these early DACs left much to be desired, especially when you consider factors like bit-depth, sampling rate, and the presence of digital artifacts like jitter.

### The Audiophile's Holy Grail

For audiophiles, the ultimate goal has always been an unparalleled auditory experience. In this pursuit, standalone DACs became highly coveted. These were specialized devices built with superior chipsets that employed intricate algorithms for Digital Signal Processing (DSP). In terms of technical details, early high-end DACs were often based on R-2R Ladder or multibit architectures and could support high-resolution audio formats like DSD (Direct Stream Digital). Moreover, premium DACs would have options for oversampling and noise-shaping, which could significantly improve audio fidelity by reducing digital noise and harmonic distortion.

### Cost vs. Quality

High-quality standalone DACs were initially expensive due to the costly components like Burr-Brown or ESS Sabre chipsets, capacitors, and even specialized power supplies designed to reduce electrical noise. Furthermore, they often included multiple inputs such as Coaxial, Optical, and USB, each requiring its own dedicated circuitry. All these factors contributed to the high cost, making these DACs a luxury reserved for those who could afford them.

### Democratization Through Technology

Over the years, the cost of manufacturing complex chipsets and other components has reduced, partly due to advancements in semiconductor technology. This has led to a wave of affordable yet high-quality DACs entering the market. Even DACs under the $100 mark today offer features like 32-bit processing and compatibility with high-resolution audio formats. The result is a broader range of options for consumers, making high-quality audio more accessible than ever before.

## The Evolution of Music Servers

### The Complexity of Early Systems

In the nascent stages, setting up a music server was no small feat. It often involved linking a Network Attached Storage (NAS) to a computer running server software like JRiver Media Center or Roon. Metadata management, network configurations, and compatibility with various file formats like FLAC, WAV, or ALAC were all hurdles to be overcome by the user. These setups were usually restricted to those with an in-depth knowledge of computer networking and audio file management.

### Seamless Integration and User-Friendly Options

Companies recognized the growing demand for simpler solutions and began to design dedicated music servers with built-in DACs. These were plug-and-play devices with pre-installed server software and an intuitive user interface. Some of these servers even offer built-in streaming service integration, and they support a wide range of audio formats including lossless and high-resolution options like FLAC and DSD.

### Technological Breakthroughs: From S/PDIF to USB-C

Over the years, the interfaces and connections employed by music servers have evolved dramatically. Earlier, the S/PDIF (Sony/Philips Digital Interface Format) was commonly used for transmitting audio data. Now, we see USB-C connections becoming the standard, offering faster data transfer rates and lower latency. Some high-end music servers even offer I2S connections for a purer, more direct digital signal path.

## The Compact Revolution: Enter Mini PCs and Portable DACs

### The Trend of Miniaturization

If you look at the market trends, miniaturization stands out as a defining characteristic of modern Hi-Fi devices. Companies are increasingly investing in R&D to fit more features into smaller packages without sacrificing audio quality. This is made possible by advancements in microprocessor technology, which allows for more efficient data processing in a smaller space.

### Portable DACs: High-End Audio On-The-Go

The Dragonfly DACs by AudioQuest or the Mojo by Chord Electronics are prime examples of how compact these devices have become. Despite their small size, they offer features like MQA decoding and compatibility with high-resolution audio formats. In terms of technical details, these portable DACs often incorporate advanced chipsets like the ESS Sabre ES9038 or AKM AK4490, which are capable of 32-bit processing and sample rates of up to 768kHz for PCM and DSD512 support for DSD files.

### Mini PCs and All-in-One Solutions

Beyond DACs, we are seeing the rise of mini PCs capable of serving as both music servers and playback devices. Take the Beelink U59 Pro mini PC, for instance. Despite its compact form, it can handle 1080p video streaming, has 4K support, and can even run full-fledged server software. These PCs often come with Optical and Coaxial outputs, allowing them to be connected to external DACs for even better audio quality.

In sum, the landscape of high-fidelity audio is undergoing a transformation. The transition from bulky, specialized, and expensive setups to compact, user-friendly, and high-quality devices has made premium audio experiences accessible to a wider audience than ever before. Whether you're a seasoned audiophile or a casual listener, there's never been a better time to dive into the world of high-quality audio.

## Streaming Services: The Cloud-Based Revolution in Hi-Fi Audio

### A Digital Odyssey: From MP3 to FLAC and MQA

One can't talk about the evolution of high-fidelity audio without mentioning the rise of streaming services like Tidal, Qobuz, and Amazon Music HD. Gone are the days when compressed MP3 files were the standard. Today's top-tier streaming services offer FLAC (Free Lossless Audio Codec) files with bit rates up to 1411 kbps, ensuring CD-quality audio. For those who demand even more, Tidal's Master Quality Authenticated (MQA) technology promises to deliver audio as the artist intended, using a form of "audio origami" to fold high-resolution files into more manageable sizes without sacrificing quality.

### Adaptive Streaming and Bitrate

One of the challenges in streaming high-quality audio is the need for high bandwidth. However, adaptive streaming technology has made it possible to stream high-quality audio even on slower connections by dynamically adjusting the bitrate. Services like Spotify use the Ogg Vorbis format, which offers variable bitrate streaming, adjusting between ~24 kbps to ~320 kbps depending on network conditions.

### Native Integration and Exclusivity Modes

The advent of native integration within DACs and music servers has enhanced the usability of streaming services. Users can now stream directly from services like Tidal or Qobuz, bypassing the need for a separate streaming device. Exclusive Mode, often found in streaming service apps, allows the DAC to take control of the system’s audio driver to minimize jitter and other distortions, ensuring that the audio path is as unadulterated as possible.

## The Future is Modular: Upgradability and Firmware Updates

### Modular Designs for Longevity

The modular nature of modern Hi-Fi equipment means that components like DACs and AMPs can often be upgraded without needing to replace the entire system. Companies like Schiit Audio are leading the charge in offering modular, upgradable designs. For instance, DACs like their Yggdrasil model feature replaceable USB boards, allowing users to keep up with technological advancements without the need to purchase a new DAC entirely.

### Firmware Upgrades

In addition to hardware modularity, firmware upgrades are making it possible to continually enhance the capabilities of existing devices. These updates often bring support for new audio formats, improved digital signal processing algorithms, and sometimes even entirely new features, adding longevity to your Hi-Fi setup.

### DIY Solutions

The DIY community has also been a significant contributor to the Hi-Fi scene. Open-source software platforms allow users to transform even a Raspberry Pi into a powerful music server. Custom firmware solutions like Rockbox can breathe new life into older devices, extending their utility and upgrading their audio capabilities.

## Bridging the Gap: From Audiophiles to the Everyday Listener

### Mainstreaming High-Resolution Audio

As high-resolution audio moves from the realm of audiophiles to mainstream consumers, device manufacturers are now integrating high-quality DACs even in mid-range smartphones and laptops. Whether it's Sony's LDAC codec offering high-resolution audio over Bluetooth or Apple's spatial audio feature, premium audio is no longer a niche market.

### Universal Compatibility and User Experience

The user experience has significantly improved, with many modern devices offering plug-and-play functionality. The USB Audio Class 2.0 standard, for example, has made it significantly easier to connect DACs to a wide range of devices without requiring specialized drivers.

### Concluding Thoughts: An Audiophile's Paradise

The technology driving high-fidelity audio has evolved tremendously over the years, resulting in a landscape that offers both luxury and accessibility. From standalone DACs and dedicated music servers to integrated streaming solutions and portable devices, there's an array of options to fit every budget and preference. While the journey towards audio nirvana is never-ending, there's never been a better time to be an audiophile or even just someone who appreciates good sound. The future promises even more exciting advancements, making high-quality audio an increasingly integral part of our digital lives.

Thus, whether you're just beginning your Hi-Fi journey or are a seasoned audiophile looking for the next upgrade, the burgeoning world of high-quality audio holds something for everyone.

physical representations of different music eras arranged in a straight timeline on a neutral background

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DACs, Music Servers, and the Rise of Compact Streaming Devices

What's next for high-fidelity audio? From modular designs to firmware upgrades, get a glimpse into the future of high-quality sound

SRC 1 IR Remote control

by T+A

Interesting articles

RCA vs Speaker Cables: The Best Choice for Long Runs in Home Audio

FiiO CP13 Launches, Reviving the Classic Cassette Era

DACs, Music Servers, and the Rise of Compact Streaming Devices