Roland System-500 530

(2 customer reviews)


Create mesmerizing sounds with the Roland System-500 530, a powerful and versatile modular synthesizer that will take your music to the next level.



The Roland System-500 530 Synthesizer is a classic instrument that brings warmth, complexity and versatility to your music. It is a powerful and intuitive synthesizer that allows musicians and producers to create a wide range of sounds, including vintage analog synth tones, contemporary electronic sounds, and even experimental soundscapes.

With its striking design and high-quality build, the System-500 530 Synthesizer is a perfect instrument for live performance or studio recording. The unit is constructed from high-quality components, including sturdy metal construction and top-quality knobs and switches that provide a precise, tactile feel.

The Roland System-500 530 Synthesizer features a versatile and comprehensive sound architecture that includes two oscillators, a sub-oscillator, a noise generator, and a filter section. It also comes equipped with envelope generators, LFOs, and a variety of modulation options that can be used to shape and sculpt your sound.

One of the unique features of the Roland System-500 530 Synthesizer is the use of authentic Roland System 100M circuits, which offers an incredibly rich, complex sound with a vintage vibe. This synthesizer is capable of producing a wide range of sounds, from classic analog synth tones to contemporary electronic sounds, with an emphasis on warm, textured tones that add depth and character to your music.

In addition to its powerful sound engine, the Roland System-500 530 Synthesizer offers powerful sequencing capabilities, with the ability to store up to 64 steps per sequence. This opens up endless possibilities for creating complex and evolving soundscapes that will take your music to the next level.

Overall, the Roland System-500 530 Synthesizer is a fantastic instrument that offers an impressive combination of classic analog sound and modern features. Whether you’re a seasoned musician or a newcomer to the world of synthesis, this synth is a great choice for anyone looking to create deep, textured sounds that will add a new dimension to their music.

Roland System-500 530 properties

Product name System-500 530
Brand Roland
Type Keyboard Instruments
Keyboard Instrument Synthesizer
Drawbars/Sliders Yes
Rotary Controls Yes
Colour Black

Additional information


Product type

Keyboard Instrument


Rotary Controls


2 reviews for Roland System-500 530

  1. Jesse

    Hello, my name is Jesse, and I live in Juneau. I am an avid music enthusiast and have been working with various synths for quite some time now. Today, I will explain the definition of Rotary Controls in Synthesizer and how it can affect your experience when you buy a Roland Syte-500 530.
    Firstly, let me define what Rotary Controls are. They are circular knobs that allow users to adjust different parameters of a synthesizer module or device. These controls usually control things like volume, pitch, and other sound characteristics.
    In the context of Roland Syte-500 530, which is a modular synthesizer system, Rotary Controls play an essential role in creating unique sounds. The system comprises several modules that work together to produce a wide range of sounds. Each module has its own set of knobs, buttons, and inputs/outputs.
    One common problem people face when setting up their Roland Syte-500 530 is connecting the modules correctly. This can result in poor sound quality or no sound at all. To solve this issue, I would suggest purchasing a well-organized patch cable kit that includes different color codes for easy identification of cables.
    Another critical factor to consider when setting up your Roland Syte-500 530 is the use of Rotary Controls. These controls can significantly affect the sound output and overall experience of using the synth. For instance, if you want to create a specific sound, adjusting the Rotary Controls on different modules will give you various options to tweak the sound until it suits your preference.
    When choosing a modular synthesizer system like Roland Syte-500 530, it’s essential to consider its compatibility with other devices. The good news is that the Roland Syte-500 530 has several connectivity options, including MIDI and CV/Gate interfaces.
    In conclusion, Rotary Controls in Synthesizer play a crucial role in shaping the sound output of your synthesizer system. If you plan on buying a Roland Syte-500 530, make sure to take advantage of its Rotary Controls and experiment with different combinations to create unique sounds. Always remember that patience is key when setting up your synth, and don’t hesitate to seek help from experienced users or forums if you encounter any issues during the process.

  2. Taylor Keller

    Hello there, curious soul! I must say, your passion for music and synthesizers is quite evident in your writing. However, I can’t help but question some of the arguments you’ve presented about Rotary Controls in Synthesizer and their importance when it comes to purchasing a Roland Syte-500 530.
    You mentioned that Rotary Controls play an essential role in creating unique sounds and that adjusting them on different modules can significantly affect the sound output. While this is true, I believe the role of Rotary Controls should be viewed within a broader context of the synthesizer system as a whole.
    Firstly, not all synthesizers have rotary controls, and some may even use alternative control mechanisms like sliders or touchpads. Secondly, the quality and type of rotary controls can vary between manufacturers and models. So, focusing solely on Rotary Controls as a determining factor when choosing a synthesizer might not be the most effective approach.
    Moreover, your recommendation to purchase a well-organized patch cable kit seems like an excellent idea for beginners or those who are less experienced with modular synthesizers. However, it doesn’t necessarily address the issue of whether or not rotary controls are important when purchasing a Roland Syte-500 530.
    In terms of compatibility and connectivity options, you mentioned that the Roland Syte-500 530 has several interfaces. While this is true, it’s worth considering that other synthesizers might not have these same interfaces or may be limited in their compatibility with external devices. So, again, focusing solely on Rotary Controls and connectivity options might not provide a comprehensive overview of what makes a good synthesizer purchase.
    To summarize, while Rotary Controls can certainly play a role in shaping the sound output of your synthesizer system, they should not be the only determining factor when making a purchasing decision. Other factors such as user interface, functionality, compatibility with other devices, and overall performance are equally important to consider. Don’t hesitate to explore different options and try out various synthesizers before settling on one that best suits your needs and preferences.
    In conclusion, while Rotary Controls in Synthesizer can be a significant factor in shaping sound output, they should not be the only consideration when purchasing a Roland Syte-500 530 or any other synthesizer. Remember to explore different options, seek advice from experienced users or forums, and most importantly, experiment with different sounds until you find the perfect synthesizer for your musical journey!

Add a review

Your email address will not be published. Required fields are marked *

Frequently Asked Questions:

What is the maximum number of VCOs that can be used simultaneously in a 530 module?


"How does the Roland System-500 530's dual processor architecture enable real-time digital signal processing and effects generation in a modular synthesizer setup?"

The Roland System-500 530 is a unique module for modular synthesizers as it features a dual processor architecture. This means that the module has two powerful processors working simultaneously to enable real-time digital signal processing and effects generation in a modular synthesizer setup. Each processor is capable of performing complex mathematical operations, allowing for a wide range of audio manipulation and transformation. The processors can be used independently or in conjunction with each other, enabling even more extensive processing capabilities. The dual processor architecture also allows for low latency processing, meaning that the effects generated by the module are virtually instantaneous. This makes it possible to use these effects in real-time during performances, without any noticeable delay or lag. Some of the features and effects enabled by the Roland System-500 530's dual processor architecture include:

1. Advanced filtering: The processors allow for sophisticated filtering techniques such as resonant filters, notch filters, all-pass filters, and more. These filters can be used to shape the sound in a wide range of ways, from subtle tonal changes to drastic transformations. Delay and reverb effects: The processors enable high-quality delay and reverb effects, which can add depth, space, and texture to sounds. These effects are particularly useful for creating spacious, immersive soundscapes. Modulation and sequencing: The processors also support a range of modulation and sequencing capabilities, enabling complex rhythmic patterns and evolving textures. These features allow for greater sonic versatility and creativity in a modular synthesizer setup. Overall, the Roland System-500 530's dual processor architecture is a powerful feature that enables real-time digital signal processing and effects generation in a modular synthesizer setup. It opens up a world of new sonic possibilities, making it an essential module for any serious modular synthesist looking to push the boundaries of electronic music production.

How can I configure the Roland System-500 530 to achieve optimal audio signal processing and synthesis capabilities?

Configuring the Roland System-500 530 for optimal audio signal processing and synthesis capabilities involves several steps:

1. Powering up and connecting modules:
- Connect the power supply unit (PSU) to the SYS-500 back panel, making sure that the corresponding connector is securely locked. Plug in the modules you want to use into their designated slots on the SYS-500 frame. Make sure you match the pin configuration of each module's connector with the slot where it will be installed. Connect the audio and control signal cables between the modules as needed, making sure that the correct signals are connected to the appropriate input/output ports. Initializing modules:
- Turn on the SYS-500 by pressing and holding the Power button until the green LED (Power) lights up. Follow the instructions provided by each module's user manual to initialize its settings, such as selecting the desired operating mode or setting the clock source. Routing signals:
- Use the SYS-500's front panel switches and patch bay to route audio and control signals between modules. Make use of the SYS-500's built-in matrix mixer to combine or split signals as needed, such as feeding multiple inputs into a single module or distributing a single output to multiple destinations. Fine-tuning settings:
- Use the SYS-500's front panel knobs and switches to fine-tune each module's parameters, such as adjusting filter cutoff frequencies, envelope attack times, or LFO waveforms. Take advantage of the SYS-500's MIDI synchronization capabilities by connecting a MIDI clock source (such as a drum machine or sequencer) to its dedicated input and configuring the desired sync settings in each module. Testing and optimizing:
- Connect external audio sources (such as synthesizers, samplers, or digital audio workstations) to the SYS-500's inputs and monitor outputs, and test your signal processing and synthesis workflow. Continuously refine and optimize your settings to achieve the desired sound and functionality, such as adjusting the balance between wet and dry signals or fine-tuning filter resonance. Remember to always refer to each module's user manual for specific instructions on initializing, configuring, and operating its functions, as well as troubleshooting any issues that may arise.