
( Brand: Kef ), ( Manufacturer Part Number: 100795 ), ( Type: Crossover ), ( Compatible Model: 105.2 ), ( Country/region Of Manufacture: United Kingdom )
The KEF SP105.2 Crossovers, with the model number 100795, are a crucial component in the high-fidelity sound reproduction of KEF's renowned speaker systems. These crossovers are designed to seamlessly divide the audio frequency range into three distinct bands, ensuring each driver in your KEF speakers delivers optimal performance within its designed frequency range.
The SP105.2 Crossover is a 2-way crossover network, designed specifically for use with KEF's Uni-Q drivers. It employs a carefully engineered LF (Low Frequency) network, a meticulously tuned midrange section, and a high-frequency section that ensures the smooth transition between drivers. The crossover uses air-core inductors and metallized polypropylene capacitors, which are known for their superior sonic characteristics and long-term stability.
The SP105.2 Crossovers are designed with a purpose-built, low-loss, high-quality circuit board to minimize distortion and signal loss. The components are carefully selected for their high-quality and low-noise characteristics, ensuring that the audio signal remains pure and unaltered as it travels from the amplifier to the speakers.
The crossovers are easy to install, with clear and easy-to-follow instructions included. They are also designed to be easily upgraded or swapped out, allowing for customization and the ability to upgrade your system as technology advances.
In summary, the KEF SP105.2 Crossovers are a crucial component in delivering the high-fidelity sound that KEF speakers are known for. Their meticulously engineered design, high-quality components, and ease of installation make them an excellent choice for those looking to get the most out of their KEF speaker system.
The KEF Spaces (crossovers sp 105.2 100795) are a high-end wireless speaker system designed for home use. Here are some pros and cons to consider before making a purchase:
Pros:1. High-quality sound: KEF is known for its high-quality audio products, and the Spaces system is no exception. It delivers clear, detailed, and balanced sound that is ideal for music, movies, and games.
2. Wireless convenience: The system is wireless, which means you can place the speakers anywhere in your room without worrying about cables.
3. Versatile setup: The Spaces system can be set up in a variety of configurations, including stereo, 5.1, and multi-room.
4. Easy to use: The system is easy to set up and use, with a simple app that allows you to control the volume, EQ, and other settings.
5. Attractive design: The Spaces system has a sleek and modern design that looks great in any room.
Cons:1. Expensive: The KEF Spaces system is one of the more expensive wireless speaker systems on the market, which may be a deterrent for some buyers.
2. Limited connectivity options: The system only supports wireless connections, which may be a disadvantage for users who prefer wired connections.
3. Limited range: The wireless connection may not be as reliable or have as much range as a wired connection, especially if the speakers are placed far from the receiver.
4. Limited customization options: While the app allows for some customization, the Spaces system does not offer as many customization options as some other high-end wireless speaker systems.
In conclusion, the KEF Spaces system is a high-quality wireless speaker system that delivers excellent sound quality and is easy to use. However, it is expensive and has limited connectivity options. If you are looking for a high-end wireless speaker system with great sound quality and wireless convenience, the Spaces system is a good choice. However, if you are on a budget or prefer wired connections, you may want to consider other options. Overall, if the price is not a concern and you value wireless convenience and high-quality sound, the KEF Spaces system is a great choice.
Matching pair of vintage Kef crossovers. No traces of damage leaks to condensers. Not tested but all resistors seem to read correct value.