Unsupported Browser
The web browser that you are currently using is no longer supported, and as such features of this website may not work as expected. We advise you to update to a currently supported browser (such as Chrome, Edge, or Firefox) to improve your security, speed, and overall experience.
We currently have this product in stock and available for dispatch.
Stock Location
| UK Distribution Hub: | 20+ |
| German Distribution Hub: | 20 |
"Get it" shows the next available date that we will be able to deliver this item to you on, depending on the delivery option you select, and the stock availability of anything else that you add to your shopping basket.
5-year warranty & 30-day money-back guarantee included
If you decide your order isn't suitable for any reason you can return it - just let us know within 30 days of receiving it. Please keep hold of all the original packaging until you're sure you want to keep the order.
Eligibility for Money Back Guarantee
For hygiene and software licensing reasons, some items are only eligible for our Money Back Guarantee if they are returned to us unused and sealed in the original packaging with all software still "unregistered."
Details of exclusions are shown within the product descriptions.
Products include:
- Monitors and Headphones
- Earplugs and Ear Protection
- Reeds and mouthpieces for woodwind and brass instruments
- Mouth and Lip-Care Products
- CDs, DVDs and Software
We can collect your return for a small fee, or you can send it back to us yourself. The collection fee can be found in the returns information on each product's page on Gear4music.
In the unlikely event that any item in this order is faulty, damaged or incorrect on receipt, notify us within 14 days and we'll arrange a free collection.
When returning an order please ensure products are appropriately packaged and protected, to prevent them from getting damaged.
This table provides an overview of your statutory consumer rights, compared with our standard returns policy and optional extended money back guarantee and warranty.
| UK & Europe | EU Standard | Gear4music Standard | Gear4music Optional |
|---|---|---|---|
| Return Period | 14 days | 30 days | up to 180 days |
| Standard delivery charges refunded? | Yes | Yes | Yes, up to 30 days |
| Upgraded delivery charges refunded? | Standard costs only | Standard costs only | Standard costs only |
| Free collection on cancellation | No | No | Yes, up to 30 days |
| Free collection if defective, delivered damaged or incorrect item | Yes, within 14 days | Yes, within 14 days | Yes, within 30 days |
We are unable to accept returns of any custom made items designed to work together as a unique package and some items are only eligible for money back guarantee if they are returned to us unused and sealed in the original packaging. For full information on our returns policy, please refer to our returns and refunds information guide.
Spread your payment with Klarna. No fees.
Split the cost into 3 equal monthly payments of €14.10 - interest free
Key Features
The Behringer ECM8000-U Measurement Microphone is a USB microphone designed for acoustic calibration, PA tuning and monitor alignment. With the 6mm omnidirectional electret capsule, it captures sound evenly around the room, creating dependable measurements throughout rooms. A 20 Hz ? 20kHz frequency response makes up the audible spectrum with less than 2 dB deviation for the accuracy required for EQ and alignment choices.
The direct USB connectivity keeps setup simple, allowing you to connect to your computer, open compatible software and get started without additional audio interfaces or phantom power supplies. This makes the ECM8000-U useful for studio monitors, live PA systems, car audio, and home theatre calibration, while supporting software including REW, FuzzMeasure, Smaart, and Dirac Live.
Product Ref: 367705
For accurate calibration, you first need an accurate measurement. The ECM8000-U uses a 6 mm electret capsule with a 20 Hz–20 kHz frequency response, which covers the audible range needed for analysing speakers and acoustic spaces. Deviation stays below 2 dB across this range, so you get a consistent reference for identifying frequency-response issues and making informed EQ corrections. This precision is handy whether checking a studio room, setting up a home theatre, or working on a car audio system. This lets you measure what your system is actually doing and adjust it accordingly.
The ECM8000-U features a true omnidirectional pickup pattern, allowing sound capturing from all directions. This is well suited to acoustic measurement where assessing overall response at a listening or measurement position instead of one source is necessary. Use it for room calibration, monitor alignment, and live PA tuning, with the linear response helping measurement software build an accurate picture of your setup. This gives you necessary information for spotting problem areas and making targeted changes without introducing a directional pickup pattern into the measurement process.
With the ECM8000-U, there’s no need to build an additional analogue signal chain. Its direct USB connection lets you connect the microphone to a computer without a separate audio interface or phantom power supply. This allows for less components for a setup involving measurement runs, reaching the calibration stage sooner. Just connect the microphone, launch your measurement software, and begin testing. This workflow is especially useful when you need to move between different spaces or systems, such as studio rooms, live venues, home theatres, and car audio installation.
The ECM8000-U slots into computer-based acoustic measurement workflows and is designed for use with applications including REW, FuzzMeasure, Smaart, and Dirac Live. This gives you plenty of scope for different calibration jobs, whether you’re correcting room EQ, aligning studio monitors, or tuning a live PA system. Its USB connection keeps the hardware side simple, while the calibrated, linear capsule supplies the accurate measurement signal your software needs. As a result, you can concentrate on analysing the response and making practical adjustments rather than managing extra interfaces, power supplies, and analogue connections.
