Choose sound equipment as a complete system: a microphone or player supplies the signal, a mixer manages sources, and amplification and loudspeakers provide the required coverage. SoundsGood can help select components for live performance, recording, presentations, home listening and installed audio. Start with the application, source count and working environment to build a compatible setup and allocate your budget.
Check the intended use, connections and component compatibility.
Warranty conditions depend on the individual product.
PrivatBank and monobank; confirm available terms when ordering.
Nova Poshta delivery and Kyiv collection by prior arrangement.
Choose a category by its role in the system. Each section lets you compare formats, connections and the specifications of individual models.
Professional sound equipment is easier to select when you think of it as a sequence of tasks. First, a microphone, electronic instrument, computer or player supplies the signal. Next, its level needs to be matched, mixed with other sources and routed to the appropriate output. A loudspeaker system then converts the electrical signal into sound in the room. For recording, part of the chain ends at an audio interface and recording application; for headphones, it ends at a suitable headphone output or amplifier. One device may perform several roles, but each required function still needs to be available.
For example, a performance with two singers, stereo keyboards and a backing track needs two microphone inputs and enough line channels. If the musicians need different instrument balances, separate monitor buses are required. If the performance will be recorded for mixing later, check whether individual tracks can reach the computer. Write down these requirements before choosing a mixer: an extra adapter cannot create a missing microphone preamp, independent mix or recording channel.
Power in watts describes only one aspect of system performance. It does not directly tell you whether a speech will be clearly audible in the back row. When comparing loudspeakers, consider maximum sound pressure level, coverage pattern, operating frequency range and measurement conditions as well. Peak and continuous power figures should not be treated as interchangeable measurements. Even similar numbers need closer examination when two manufacturers use different measurement methods.
In a long, narrow hall, the challenge is to deliver enough direct sound to distant seats without making the front rows uncomfortably loud. In a wide room, side areas may need particular attention. In a space with glass, concrete and strong reverberation, increasing the level can make speech less intelligible. A fixed installation therefore benefits from a room plan, ceiling height, audience locations and possible mounting positions. For outdoor use, distances, background noise and protection from the weather also need to be considered.
A powered loudspeaker contains its own amplifier and can be connected to a suitable line output on a mixer. This makes a portable system easier to assemble because a separate amplifier does not have to be selected for each cabinet. However, both signal and electrical power must reach the loudspeaker position. An integrated mixer, microphone input, Bluetooth connection or battery is a feature of an individual model, rather than a standard feature of every powered speaker.
A passive system allows the amplification to be located centrally, which can be useful in an installation or rental system. Check the load, amplifier channels, recommended operating modes and speaker cables together. Add a subwoofer when the programme needs lower-frequency reproduction with adequate level headroom, such as electronic music or amplified rhythm instruments. A subwoofer does not fix unclear speech or replace correct placement of the main speakers. Crossover frequency, level and alignment between components must be set for the particular system.
A singer on stage, a teacher giving a presentation and a musician playing an acoustic instrument need different ways of working with a microphone. A handheld microphone allows the performer to control the distance to the capsule. A headworn microphone leaves the hands free and moves with the head. A lavalier is less conspicuous, but its position relative to the voice changes when the speaker turns. For instruments, consider the mounting method, maximum sound pressure level and frequency range that needs to be captured. Decide whether a stand is practical and whether it would obstruct the performer.
The polar pattern describes sensitivity from different directions and affects stage-monitor placement. Transducer type alone does not determine which microphone will work best in your room. For wireless systems, check transmitter and receiver compatibility, the available frequency version, simultaneous channel requirements and power arrangements. A professional system also requires suitable antennas and antenna placement. If the only requirement is to let a presenter move freely, a more complex system should have a clear practical benefit before you pay for its additional features.
A mixer is useful when several source levels need to be adjusted quickly during a performance. An audio interface is primarily selected around the signals you need to record and play through a computer. A device can combine both roles, so check the actual workflow: which inputs operate simultaneously, how many physical microphone preamps are present and which outputs are available for headphones, speakers and separate mixes. The advertised channel total may include digital inputs or stereo pairs that cannot accept another XLR microphone.
A podcast with several guests benefits from separate recording tracks and comfortable headphone monitoring. A guitarist needs an appropriate instrument input and acceptable latency in the intended monitoring setup. A livestream needs a reliable way to combine the voice and application audio. Direct monitoring and loopback perform different jobs; having one does not establish support for the other. Also check operating-system support, computer connections and compatibility with the required applications. Expanding through digital inputs only works when the formats and operating modes of both devices are compatible.
For every connection, list the source, destination, signal type, connector and cable length. XLR and jack describe connector formats, but do not establish the purpose of every input and output using them. Microphone, line-level and amplified speaker signals require appropriate connections. A cable between a power amplifier and a passive loudspeaker must be selected as a speaker cable; an ordinary instrument cable is not a universal substitute. Digital connections also require attention to the supported standard and permitted cable run.
A DI box provides appropriate signal matching for an instrument or another source, rather than merely changing the shape of a plug. An equalizer changes frequency balance, a compressor controls dynamics, and a loudspeaker processor may provide crossover and other system functions. Identify what the existing equipment lacks before adding another unit: some processing may already be available in a digital mixer or powered speaker. Unnecessary conversions and duplicated functions can increase cost and make the system harder to configure without providing a clear benefit.
For a useful equipment recommendation, describe the programme, how many people will use microphones simultaneously, where the audience will be and who will operate the system. Include the model names of existing devices. For a fixed installation, provide a plan, photographs of mounting locations and a list of zones that must operate independently. For a portable system, specify weight, transport and setup-time limits. Separate essential functions from features that can be added later. This helps prevent spending on capabilities that will not be used.
Compare quotations for a complete, working system. The main equipment price may need to be supplemented by microphone and speaker cables, stands, mounting hardware, cases, charging components and configuration. Check package contents to avoid ordering an accessory that is already included or missing a necessary adapter. Institutional customers should agree on the specification, number of systems, documents and delivery schedule. A useful selection process produces a clear equipment list explaining the role of each item and how the system can be expanded.
| Equipment | Purpose | What to check |
|---|---|---|
| Loudspeaker systems | Sound reproduction for audiences or performers | Coverage, sound pressure level, frequency range and powered or passive operation. |
| Mixing consoles | Combining sources and controlling levels | Microphone input count, monitor buses, outputs and recording capabilities. |
| Microphones and wireless systems | Capturing voices and instruments | Capsule type, pickup pattern and power; transmitter and receiver compatibility for wireless systems. |
| Power amplifiers | Driving passive loudspeakers | Load, channel count, operating mode and the loudspeaker manufacturer’s recommendations. |
| Audio interfaces | Computer recording and playback | Simultaneous inputs and outputs, drivers, operating system and monitoring. |
| Processors and DI boxes | Signal processing and matching | Levels, connectors, required functions, power and the device’s place in the signal path. |
Speech needs intelligibility; music also calls for suitable bandwidth and level headroom. Consider room geometry, noise, listening distance and outdoor use. Floor area alone does not determine the required power.
Count microphones, instruments, players and computers that will operate at the same time. Separately define monitor mixes, zones and recording channels; a mixer’s headline channel count does not replace checking its actual inputs.
Powered speakers contain amplification and need a power supply. Passive speakers connect to a suitable amplifier using speaker cable. Compare the complete system, its weight and how easily it can be set up.
Matching connector shapes do not guarantee compatibility. Check microphone, line or instrument levels, balanced connections and output functions. Enable microphone power according to the microphone’s documentation.
Decide whether you need physical controls, scene recall, remote operation or multitrack recording. A USB or network connector alone does not establish these capabilities; check the supported functions.
Include cables, stands, mounts, cases and power arrangements alongside the main components. Fixed installations may require design, installation and commissioning. Agree on the complete system and expansion needs before buying.
Microphones, a mixer and loudspeakers are the starting point. Monitor quantity and subwoofer requirements depend on the performers, programme material and venue. Check that the system has enough inputs for the whole group.
Begin with the number of simultaneous sources: one voice, several guests or instruments. Select microphones, an audio interface and headphones; room conditions and microphone placement also have a substantial effect on the recording.
Priorities include clear speech, predictable controls and connections for presentation sources. Establish participant numbers, microphone formats and any requirements for remote communication or recording.
Plan even coverage, music and announcement zones, and staff access to controls. A consumer speaker and a distributed audio system serve different purposes; selection depends on the room plan and daily operation.
Choose headphones, a soundbar, audio streamer or AV receiver around the sources, room and required connections. Check compatibility with your television, computer and existing speakers.
Alongside sound performance, assess weight, setup time, transport and access to mains power. Check the power arrangement for autonomous use: not every portable loudspeaker contains a battery.
Write down the path from source to loudspeaker and identify every connection type. This helps select the required cables and adapters before setup.
Performers and operators may need separate monitoring. Match the number of independent mixes to mixer outputs, stage monitors or personal monitoring systems.
Match load ratings, dimensions and fixing methods. For suspended equipment, use manufacturer-approved hardware and professional installation.
Before an event, test every source, output and cable, save settings and prepare consumables. For recording, make a short test and listen back to the result.
Define required functions and compatibility first, then compare models in the same class. A single brand can offer consumer, live sound and installation ranges with different connections and operating requirements. Check product pages for the available selection, included accessories and price; the manufacturer’s name alone does not establish suitability for your application.
We can help match sources, channels, speakers, connections and budget. Provide a list of existing devices and describe where the system will operate. Confirm the warranty period and included accessories for each product.
Free delivery applies to online-paid orders from UAH 4,000. Promotional items, promo codes, special-order items and instalment payments are excluded. See the payment and delivery page for full conditions.
SoundsGood supplies sound equipment for educational institutions, studios, concert halls, conference rooms, and public and private organisations. A technical brief can be used to agree on system components, specifications, a commercial quotation, documentation and delivery arrangements.
Describe the application, room, simultaneous source count and budget for the complete system. Then establish loudspeaker, input, output and control requirements.
Powered speakers already contain amplification. Passive loudspeakers need a compatible amplifier selected according to the equipment documentation.
Yes, if the destination has a suitable microphone input with the required gain and power. Multiple sources or separate monitor mixes usually require more control options.
Assess coverage, sound pressure level, distance and programme material rather than wattage alone. Complex rooms call for system design and an assessment of loudspeaker positioning.
No. Some transfer only a stereo mix, while others support multitrack recording. Check the USB channel count and software compatibility.
Cables of the correct type and length, stands or mounts, transport protection and power arrangements. The exact list depends on the signal and installation plan.
Yes. Send the technical brief, required quantities and documentation requirements so that the quotation and supply arrangements can be agreed.
Check the individual product page or contact a consultant before ordering. For a complete system, confirm the availability of all components together.
Tell us about the room, sound sources, number of performers or participants, and existing equipment so we can help select compatible components.
