Cambridge Audio Azur 540A

The Cambridge Audio Azur 540A is a versatile integrated amplifier that balances practicality, musicality, and modest power in a compact, stylish aluminum chassis. Engineered for entry-to-mid level hi-fi systems, the 540A offers clean circuitry, dual speaker outputs, bypassable tone controls, and an optional MM phono board for vinyl integration. It is built with a low-resonance, acoustically damped chassis and a toroidal transformer to deliver stable power with minimal noise. Among enthusiasts, it’s appreciated for its ability to drive a variety of speakers gracefully while offering flexibility in connection and control.

Review

Echo Price $175.00
Retail Price
Echo Price $175.00
Condition: 8.5/10

Return Policy

We offer a 3-day return window on all purchases. Returns made to a credit or debit card will incur a 5 percent processing fee. Shipping costs, both to and from, are the responsibility of the customer if applicable.

After the 3-day window and up to 3 weeks from the date of purchase, items may still be returned, subject to a 20 percent restocking fee.

For shipped orders, customers must notify us within 3 days of receiving the item to initiate a return. Once the item is received back in the same condition it was sent, we will issue a refund minus all shipping charges and a 5 percent credit card processing fee.

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Echo Price $175.00
Retail Price
Echo Price $175.00
Condition: 8.5/10

The Cambridge Audio Azur 540A is a versatile integrated amplifier that balances practicality, musicality, and modest power in a compact, stylish aluminum chassis. Engineered for entry-to-mid level hi-fi systems, the 540A offers clean circuitry, dual speaker outputs, bypassable tone controls, and an optional MM phono board for vinyl integration. It is built with a low-resonance, acoustically damped chassis and a toroidal transformer to deliver stable power with minimal noise. Among enthusiasts, it’s appreciated for its ability to drive a variety of speakers gracefully while offering flexibility in connection and control.

Review