At its core, the Beepboop Electronics Mixtape Sampler V1 is an ISD sampler focused on delivering bit-crushing glitchy sounds, a beautiful alternative to the LOFI Tape Sampler. It features an entirely new ISD chip that brings not just improvements but a whole new realm of enhancement and innovation over the original LOFI Tape Sampler. And the best part? It has a completely different vibe.
One of the most exciting features of the Mixtape Sampler V1 is the addition of a new mixing circuit. This has been included in response to popular demand allowing users to listen to an audio mix from the output that includes both the input and the sampler playback. This effectively illuminates the need for any extra patching and you can enjoy real-time listening of what you are sampling. There is also an option to mute the audio through by toggling the switch to the lower position.
A significant update is the doubling of sample length from the predecessor. This sampler offers 40 seconds at 4KHz and 13 seconds at 12KHz. This expanded length influences the playback range of a sample, opening up more extensive modulation possibilities. Adding to this is the improved recording stability, courtesy of the new logical section at the heart of the module. However, to prevent recording cut-out at extreme pitches, you need to operate the pitch knob between the 3 and 9 o'clock positions while recording and attenuating extreme modulation.
Taking control precision to another level, the Mixtape Sampler V1 comes with inputs for REC, START / STOP and GATE, all designed for use with gate signals. Apply a 5V gate signal to the REC input for recording, and the orange backlight indicates the module's entry into the recording mode. It will remain in this mode as long as the input signal is held high until it exceeds the sample length.
The pitch knob when placed at the centre position exhibits its magic. Experiment with recording at lower and higher pitches, but remember that the sample rate of the recording will directly affect its quality and tone. Crisp, glitchy bit crush effects are achieved by syncing sample playback with gates for definite playback lengths.
The GATE is transformative as it allows the sample playback for the length a gate is held until the sample finishes. Coupling this with LFOs to modulate the pitch during this gating gives you results resembling 90's house sample stabs.
The CV input plays a pivotal role in modulating the sample playback speed. Interestingly, the audio input normalizes to CV input allowing for Frequency Modulation when recording and playback. A worthy note for users is that when the CV attenuverter is in either entirely clockwise or counter-clockwise positions, BIT sampling is achievable, attracting glitchy 1-bit clicks and pops.
The sampler's built-in tape saturation and clipping system set it apart. Using standard modular audio signal levels of 10V P-P brings about soft clipping of the recorded sample. If you are looking for cleaner, more accurate sampling, you are provided with the choice to attenuate the audio input signal down, although this will take away a bit of the cherished tape saturation character.
In a nutshell, the Beepboop Electronics Mixtape Sampler V1 is a power-packed, user-friendly module designed for those seeking longer record time with wider range, improved recording stability, precise gate control with granular possibilities, a new mixing system with the ability to kill the FT mix, and an exclusive micro-looping feature that allows it to be used as low pitch Osc. This tool is a gem for those seeking to blend their creativity in glitch music with the freedom of crafting unique sound textures within their eurorack environment.
Remarkably versatile and profoundly creative, the Beepboop Electronics Mixtape Sampler V1 is without question a compelling tool for musicians and experimental sound designers alike. Happy sampling!
Example Usage
The Beepboop Electronics Mixtape Sampler V1 invites novice users to dive into the world of sampling with its user-friendly features and intuitive design. To get started, connect your audio source to the audio input. This could be anything from a microphone to an instrument or even an external drum machine. Once your audio is routed through the sampler, you can engage the REC function simply by applying a gate signal to the REC input. The orange backlight will illuminate, signaling that the module is in record mode.
Begin by experimenting with the pitch knob positioned around the center. This will provide a baseline for your samples without introducing too much extreme modulation initially. As you gain confidence, try recording at different pitch levels to see how the sample rate alters the tone and character. Lower sample rates can add a pleasing lo-fi quality akin to low pass filtering, giving your recordings that glitchy vibe.
After recording your sample, you can start playback using a gate signal at the START / STOP input. This allows for precise triggering aligned with your clock, making it easy to synchronize with other modules. Don't hesitate to modulate the playback speed using the CV input. By applying varying control voltages, you can explore a wide range of effects, from subtle pitch shifts to dramatic sound excisions.
Utilize the new mixing circuit to blend the sampled audio with the incoming audio signal. This innovative feature allows you to hear what you’re sampling without additional patching, making the entire process seamless. Remember, the toggle switch has three positions: in the lower position, the audio through is muted; while in the middle and top positions, you'll enjoy the full mix.
For those looking to explore micro-looping, the Mixtape Sampler allows you to loop small sections of the sample, essentially transforming it into a low-pitch oscillator. Adjust the audio input levels for tape saturation effects; higher levels might introduce soft clipping, while attenuating the signal will yield cleaner recordings.
By taking advantage of these features, novice users will find an expansive canvas for their creativity, allowing them to craft uniquely glitchy sounds that are both engaging and musically compelling.
To harness the full potential of the Beepboop Electronics Mixtape Sampler V1, start by patching the audio input with a sound source, whether it's a synth, drum machine, or recorded audio. Set the pitch knob to the center position to establish a baseline for your recording. Apply a gate signal—perhaps from a sequencer or trigger module—to the REC input to initiate sampling.
As the orange backlight signals that the Mixtape Sampler is in record mode, monitor the audio mix at the output. With the toggle switch set to the middle position, you'll hear a blend of the sampled audio alongside the incoming audio. This feature allows you to capture the essence of the audio source while in the act of recording, resulting in a unique interplay of sounds.
After securing your first sample, experiment with the playback dynamics. Apply a clock signal to the START / STOP input; this will give you precise control over sample playback, allowing you to trigger samples in time with your music. By utilizing gates, the sample will play back only as long as the gate is held, opening avenues for varied playback lengths. To delve deeper, you can modulate the playback speed using the CV input, resulting in tempo shifts and pitch variations that can add a chaotic, glitchy flair to your sound.
For even more creative possibilities, experiment with the Bit Sampling feature. With the CV attenuverter positioned fully clockwise or counterclockwise, you can explore granular textures that produce delightful clicks and pops at audio rates. Pushing the pitch knob towards maximum while in Microloop mode transforms the sampler into a low-range oscillator, yielding unexpected sonic results perfect for glitch-oriented tracks.
Moreover, consider how the tape saturation and soft clipping characteristics come into play. If you run the audio input at standard modular levels, you will achieve a warm saturation that adds character, but keep in mind that you can attenuate the input signal for clearer samples.
Finally, don’t shy away from breaking the rules—experiment with varying sample rates by adjusting your pitch or by incorporating LFOs modulating the pitch during playback. This can yield effects reminiscent of classic 90s house samples, ringing in creative explorations that push the boundaries of both sound design and musical composition.
Further Thoughts
The Beepboop Electronics Mixtape Sampler V1 invites users to explore its intuitive features that unlock a realm of glitchy creativity. To harness the full potential of its capabilities, let's delve into an expert-level usage example.
Begin your journey by patching an external audio source, such as a guitar or synth, into the audio input. Engage the REC input with a gate signal to initiate recording. As you capture, manipulate the pitch knob to explore different tonal qualities—set it to the center to achieve a balanced harmonic profile or push it toward the extremes for lo-fi textures. Keep in mind the recording stability that allows impressive sonic integrity even as you modulate frequency.
Once you've secured your sample, toggle the START/STOP function for precise playback control. When activating the GATE input, consider using a clock signal at a rate synced to your other sequences. This enables the sampler to play back samples at half-time, producing delightful glitchy effects that are characteristic of underground house and experimental genres.
Enhance your sampling experience using the new mixing circuit. Flip the toggle to the upper position to monitor real-time audio input while sampling, creating a seamless integration of the sampled and live audio. This setup makes it easy to layer textures without needing additional patching. Experiment by alternating between the middle and lower toggle positions to hear how the mix evolves—muting the audio through when you wish to focus on the sample's playback without external interference.
Take full advantage of the Mixtape Sampler's CV modulation potential. Route a control voltage (CV) to modulate the playback speed for dynamic textural shifts. As the CV attenuverter rotates, experiment with its extremes; at fully clockwise or counterclockwise positions, achieve glitchy bit-crushed sounds that push the boundaries of typical sampling.
Don’t overlook the capabilities of audio feedback through the normalized CV input. While recording, this can foster FM-like characteristics as your input audio interacts with its playback rate, yielding extraordinary results. When experimenting with microloops, use the toggle to engage microloop mode, allowing you to generate high-frequency oscillations that can be processed further for rich, complex layers.
Additive experimentation could involve the cunning use of tape saturation, which occurs with more aggressive input levels, leading to soft clipping effects that can enhance the recorded sample's sonority. Dial back the gain for clearer results, noticing how each change in your input signal transforms the final output.
As you navigate these components, keep track of the sample length capabilities; the Mixtape Sampler boasts a considerable duration of up to 40 seconds, inviting expansive exploration. With each twist of the knobs and patching of cables, you'll unlock a new dimension of sonic possibilities that captures the essence of glitch-based creativity. Get ready to dive deep and let the Beepboop Electronics Mixtape Sampler V1 redefine your sonic landscape.