Guitar signal splitter pedals are a must-have for any guitarist who wants to use multiple amplifiers or effects pedals. They allow you to split your guitar signal into two or more separate signals, which can then be sent to different amps or pedals. This can create a wide range of different sounds and effects, from simple stereo panning to complex multi-amp setups.
Editor’s Note:Guitar signal splitter pedals are an essential tool for any guitarist who wants to expand their sonic palette. They are relatively inexpensive and easy to use, and they can open up a world of new possibilities for your playing.
We’ve done the research and dug through the information to put together this guide to help you make the right decision.
Here are some of the key differences between guitar signal splitter pedals:
| Feature | Value |
|---|---|
| Number of outputs | 2, 4, or 8 |
| Input impedance | High (1 MOhm) or low (10 kOhm) |
| Output impedance | Low (100 Ohms) or high (10 kOhm) |
| Buffering | Yes or no |
| Ground lift | Yes or no |
Once you’ve considered the key differences between guitar signal splitter pedals, you can start to narrow down your choices. Here are some of the most popular guitar signal splitter pedals on the market:
- Boss LS-2 Line Selector
- MXR M80 Dual Channel Line Selector
- Lehle P-Split II
- Radial Big Shot ABY
- Voodoo Lab GCX Audio Switcher
1. Number of outputs
The number of outputs on a guitar signal splitter pedal determines how many different amps or effects pedals you can connect to it. Pedals with two outputs are the most common and are suitable for most guitarists. Pedals with four or more outputs are less common but can be useful for guitarists who need to connect to multiple amps or effects pedals.
The number of outputs on a guitar signal splitter pedal is important because it determines the number of different sounds and effects you can create. For example, a pedal with two outputs can be used to create a simple stereo panning effect. A pedal with four outputs can be used to create a more complex multi-amp setup. And a pedal with eight outputs can be used to create even more complex setups, such as a wet/dry/wet rig.
When choosing a guitar signal splitter pedal, it is important to consider the number of outputs you need. If you only need to connect to two amps or effects pedals, then a pedal with two outputs will suffice. However, if you need to connect to more than two amps or effects pedals, then you will need a pedal with more outputs.
Here is a table summarizing the key differences between guitar signal splitter pedals with different numbers of outputs:
| Number of outputs | Suitable for |
|---|---|
| 2 | Most guitarists |
| 4 | Guitarists who need to connect to multiple amps or effects pedals |
| 8 | Guitarists who need to create complex setups, such as a wet/dry/wet rig |
2. Input impedance
The input impedance of a guitar signal splitter pedal is the resistance that it presents to the signal coming from your guitar. A high input impedance (1 MOhm) will not load down your guitar’s pickups as much as a low input impedance (10 kOhm). This means that a pedal with a high input impedance will preserve the natural tone of your guitar more than a pedal with a low input impedance.
However, a pedal with a low input impedance can be useful in some situations. For example, if you are using a long cable to connect your guitar to the pedal, then a low input impedance pedal will help to reduce the amount of signal loss. Additionally, a low input impedance pedal can help to tame the output of a particularly hot pickup.
Ultimately, the best way to choose the right input impedance for your guitar signal splitter pedal is to experiment with different pedals and see what sounds best with your guitar and rig.
Here is a table summarizing the key differences between guitar signal splitter pedals with high and low input impedance:
| Input impedance | Advantages | Disadvantages |
|---|---|---|
| High (1 MOhm) | Preserves the natural tone of your guitar | Can load down your guitar’s pickups |
| Low (10 kOhm) | Reduces signal loss over long cables | Can tame the output of a particularly hot pickup |
3. Output impedance
The output impedance of a guitar signal splitter pedal is the resistance that it presents to the signal going out to your amps or effects pedals. A low output impedance (100 Ohms) will drive the signal more strongly than a high output impedance (10 kOhm). This means that a pedal with a low output impedance is less likely to lose signal over long cables or when driving multiple pedals.
- High output impedance (10 kOhm)
A high output impedance pedal is best suited for short cable runs and for driving a single amp or effects pedal. It will preserve the natural tone of your guitar and will not load down your pickups.
- Low output impedance (100 Ohms)
A low output impedance pedal is best suited for long cable runs and for driving multiple amps or effects pedals. It will help to reduce signal loss and will ensure that your signal is strong and clear.
Ultimately, the best way to choose the right output impedance for your guitar signal splitter pedal is to experiment with different pedals and see what sounds best with your guitar and rig.
4. Buffering
Buffering is an important consideration when choosing a guitar signal splitter pedal. A buffer is an electronic circuit that isolates the input signal from the output signal, preventing the output signal from being affected by the input signal. This can be important in a guitar signal splitter pedal, as it can help to prevent signal loss and noise.
There are two main types of buffers: active and passive. Active buffers use transistors to amplify the signal, while passiv
e buffers use capacitors and resistors to isolate the signal. Active buffers are generally more effective at preventing signal loss and noise, but they can also add some coloration to the signal. Passive buffers are less effective at preventing signal loss and noise, but they do not add any coloration to the signal.
Whether or not you need a buffer in your guitar signal splitter pedal depends on a number of factors, including the length of your cables, the number of pedals you are using, and the type of pedals you are using. If you are using long cables or a large number of pedals, then a buffer can help to prevent signal loss and noise. If you are using a high-quality pedal with a low output impedance, then you may not need a buffer.
Here is a table summarizing the key differences between buffered and unbuffered guitar signal splitter pedals:
| Buffering | Advantages | Disadvantages |
|---|---|---|
| Yes | Prevents signal loss and noise | Can add coloration to the signal |
| No | Does not add coloration to the signal | Can cause signal loss and noise |
5. Ground lift
Ground lift is an important consideration when using a guitar signal splitter pedal. A ground lift is a switch that isolates the ground connection between the input and output of the pedal. This can be useful in eliminating ground loops, which are caused by differences in electrical potential between two or more pieces of equipment.
- No ground lift
If the ground lift switch is in the “no” position, the input and output of the pedal are connected to the same ground. This is the most common configuration and is usually fine for most applications. However, if there is a ground loop, it can cause hum or buzz in the signal.
- Ground lift
If the ground lift switch is in the “yes” position, the input and output of the pedal are isolated from each other. This can be useful in eliminating ground loops. However, it can also cause the signal to be noisier, as the pedal is no longer able to filter out noise from the ground.
Whether or not you need to use a ground lift depends on your specific setup. If you are experiencing ground loops, then using a ground lift can be a helpful way to eliminate the hum or buzz. However, if you are not experiencing any problems, then you can leave the ground lift switch in the “no” position.
6. Size
The size of a guitar signal splitter pedal is an important consideration, as it can affect the portability and ease of use of the pedal. Smaller pedals are more portable and easier to fit on a pedalboard, while larger pedals may offer more features and flexibility.
The size of a guitar signal splitter pedal is typically determined by the number of outputs it has. Pedals with two outputs are typically the smallest, while pedals with four or more outputs are typically larger. The size of the pedal can also be affected by the type of circuitry used, with pedals that use active circuitry typically being larger than pedals that use passive circuitry.
When choosing the size of a guitar signal splitter pedal, it is important to consider the number of outputs you need and the amount of space you have on your pedalboard. If you only need a few outputs, then a smaller pedal will be a good choice. However, if you need more outputs, then you will need a larger pedal.
Here is a table summarizing the key differences between small, medium, and large guitar signal splitter pedals:
| Size | Number of outputs | Circuitry type |
|---|---|---|
| Small | 2-4 | Passive |
| Medium | 4-6 | Active |
| Large | 6+ | Active/Passive |
7. Weight
The weight of a guitar signal splitter pedal is an important consideration, as it can affect the portability and ease of use of the pedal, especially for guitarists who perform live or travel frequently with their gear.
- Lightweight pedals (under 1 pound) are easy to carry around and can be easily mounted on a pedalboard. They are a good choice for guitarists who need a portable and compact pedal.
- Medium-weight pedals (1-2 pounds) are a bit heavier than lightweight pedals, but they are still relatively easy to carry around and can be mounted on a pedalboard. They offer a good balance between portability and features.
- Heavyweight pedals (over 2 pounds) are the heaviest type of guitar signal splitter pedal. They are typically made of durable materials and offer a wide range of features. However, they can be difficult to carry around and may not be suitable for mounting on a pedalboard.
Ultimately, the best way to choose the right weight for your guitar signal splitter pedal is to consider your needs and preferences. If you need a portable and compact pedal, then a lightweight pedal is a good choice. If you need a pedal with more features and durability, then a medium-weight or heavyweight pedal may be a better option.
8. Price
The price of a guitar signal splitter pedal can vary significantly depending on the features, brand, and quality of the pedal. Affordable pedals typically cost less than $50, while mid-priced pedals typically cost between $50 and $100. Expensive pedals can cost upwards of $200.
- Affordable guitar signal splitter pedals are a good option for guitarists who are on a budget or who do not need a lot of features. These pedals typically have a limited number of outputs and may not have some of the more advanced features found on more expensive pedals.
- Mid-priced guitar signal splitter pedals offer a good balance of features and price. These pedals typically have more outputs than affordable pedals and may have some additional features, such as a ground lift switch or a buffer. They are useful for a larger range of guitarists, from beginners to experienced players.
- Expensive guitar signal splitter pedals offer the most features and the highest quality components. These pedals typically have a large number of outputs and may have a variety of additional features, such as a built-in tuner or a noise gate. They are a good choice for professional guitarists who need the best possible sound quality and features.
Ultimately, the best way to choose a guitar signal splitter pedal is to consider your needs and budget. If you are on a budget or do not need a lot of features, then an affordable pedal may be a good option. If you need more features or a higher quality pedal, then a mid-priced or expensive pedal may be a better choice.
FAQs about Guitar Signal Splitter Pedals
Guitar signal splitter pedals are a valuable tool for guitarists who want to use multiple amplifier
s or effects pedals. They allow you to split your guitar signal into two or more separate signals, which can then be sent to different amps or pedals. This can create a wide range of different sounds and effects, from simple stereo panning to complex multi-amp setups.
Question 1: What are the benefits of using a guitar signal splitter pedal?
Answer: Guitar signal splitter pedals offer a number of benefits, including the ability to:
- Use multiple amplifiers or effects pedals
- Create stereo panning effects
- Set up complex multi-amp rigs
- Increase the versatility of your guitar rig
Question 2: What are the different types of guitar signal splitter pedals?
Answer: There are two main types of guitar signal splitter pedals: passive and active. Passive pedals do not require power to operate, while active pedals require power from a battery or power supply. Active pedals typically offer more features and flexibility than passive pedals, but they can also be more expensive.
Question 3: How do I choose the right guitar signal splitter pedal for my needs?
Answer: When choosing a guitar signal splitter pedal, you need to consider the following factors:
- The number of outputs you need
- The input and output impedance of your pedals
- The size and weight of the pedal
- The price of the pedal
Question 4: How do I use a guitar signal splitter pedal?
Answer: To use a guitar signal splitter pedal, simply connect your guitar to the input of the pedal and then connect your amps or effects pedals to the outputs of the pedal. You can then use the pedal to control the level of each output signal.
Question 5: What are some tips for using a guitar signal splitter pedal?
Answer: Here are a few tips for using a guitar signal splitter pedal:
- Experiment with different combinations of amps and effects pedals to create new and interesting sounds.
- Use the pedal to create stereo panning effects by sending your signal to two different amps.
- Use the pedal to set up complex multi-amp rigs for live performances.
Question 6: What are some of the best guitar signal splitter pedals on the market?
Answer: Some of the best guitar signal splitter pedals on the market include the Boss LS-2 Line Selector, the MXR M80 Dual Channel Line Selector, the Lehle P-Split II, the Radial Big Shot ABY, and the Voodoo Lab GCX Audio Switcher.
Summary:
- Guitar signal splitter pedals are a valuable tool for guitarists who want to use multiple amplifiers or effects pedals.
- There are two main types of guitar signal splitter pedals: passive and active.
- When choosing a guitar signal splitter pedal, you need to consider the number of outputs you need, the input and output impedance of your pedals, the size and weight of the pedal, and the price of the pedal.
- To use a guitar signal splitter pedal, simply connect your guitar to the input of the pedal and then connect your amps or effects pedals to the outputs of the pedal.
- Experiment with different combinations of amps and effects pedals to create new and interesting sounds.
Transition:
Now that you know all about guitar signal splitter pedals, you can start shopping for the perfect pedal for your needs.
Guitar Signal Splitter Pedal Tips
Guitar signal splitter pedals are a valuable tool for guitarists who want to use multiple amplifiers or effects pedals. They allow you to split your guitar signal into two or more separate signals, which can then be sent to different amps or pedals. This can create a wide range of different sounds and effects, from simple stereo panning to complex multi-amp setups.
Here are a few tips for getting the most out of your guitar signal splitter pedal:
Tip 1: Experiment with different combinations of amps and effects pedals.
One of the best things about guitar signal splitter pedals is that they allow you to experiment with different combinations of amps and effects pedals. This can be a great way to find new and interesting sounds. For example, you could try sending your signal to two different amps, each with a different EQ setting. Or, you could try sending your signal to a distortion pedal and a reverb pedal, creating a unique and overdriven sound.
Tip 2: Use the pedal to create stereo panning effects.
Another great use for guitar signal splitter pedals is to create stereo panning effects. This can be a great way to add width and depth to your sound. To create a stereo panning effect, simply send your signal to two different amps, each placed on a different side of the stage. You can then use the pan knob on your guitar signal splitter pedal to control the level of each output signal.
Tip 3: Use the pedal to set up complex multi-amp rigs.
If you’re looking to create a complex multi-amp rig, a guitar signal splitter pedal is a must-have. With a signal splitter pedal, you can send your signal to multiple amps, each with its own unique sound. This can be a great way to create a truly unique and powerful sound.
Tip 4: Use high-quality cables.
When using a guitar signal splitter pedal, it’s important to use high-quality cables. This will help to ensure that your signal is clean and free of noise. Cheap cables can introduce noise and distortion into your signal, which can ruin your sound.
Tip 5: Experiment with different pedal placement.
The order in which you place your pedals can have a significant impact on your sound. Experiment with different pedal placements to find the order that works best for you. For example, you might try placing your distortion pedal before your wah pedal, or vice versa.
Summary:
Guitar signal splitter pedals are a valuable tool for guitarists who want to expand their sonic palette. They are relatively inexpensive and easy to use, and they can open up a world of new possibilities for your playing. By following the tips in this article, you can get the most out of your guitar signal splitter pedal and create amazing sounds.
Guitar Signal Splitter Conclusion
Guitar signal splitter pedals are a powerful tool that can help guitarists achieve a wide range of sounds and effects. They are relatively inexpensive and easy to use, making them a great option for guitarists of all levels. Whether you are looking to create simple stereo panning effects or complex multi-amp rigs, a guitar signal splitter pedal can help you get the sound you want.
When choosing a guitar signal splitter pedal, it is important to consider the number of outputs you need, the input and output impedance of your pedals, the size and weight of the pedal, and the price of the pedal. By following the tips in this article, you can choose the right guitar signal splitter pedal for your needs and get the most out of your pedalboard.
