Professional Audio and Video Solutions

This depends entirely on the acoustic properties, size, and intended use of your space. There are various options available, such as ceiling-mounted, wall-mounted, column, or line-array speakers. We determine the most suitable speaker type after conducting a detailed acoustic analysis.

Laser projectors have a lifespan of 20,000 hours, turn on and off instantly, and do not lose brightness over time. Traditional models have a lower initial cost, but the cost of lamp replacement and maintenance requirements are high.

By analyzing your existing infrastructure, it is often possible to improve performance through strategic enhancements rather than a complete overhaul. Options such as adding a DSP, repositioning speakers, or implementing acoustic adjustments are considered.

Lumen output, resolution, contrast ratio, lamp life, and connectivity options are key criteria. If ambient light is high, you’ll need a high lumen output. Projection distance and lens selection are also important.

Although it varies depending on the complexity of the project and the size of the space, a typical installation takes between 1 and 3 weeks to complete.

DSP (Digital Signal Processor) calibration involves optimizing the sound system based on the room’s acoustic characteristics. Critical adjustments such as frequency response correction, time alignment, and feedback suppression are performed using the DSP.

Interactive displays are LCD/LED panels that feature a built-in computer and touchscreen capabilities. Today, interactive flat-panel displays (IFPDs) are the preferred choice.

Projection mapping is a technique for creating three-dimensional visual illusions by projecting images onto irregular surfaces (such as building facades, sculptures, and stage sets) using specialized software.

Line array systems that can deliver high sound pressure levels (SPL) and cover a wide area are preferred for open spaces. In addition, selecting weather-resistant equipment is of critical importance.

Yes, modern AV systems are designed to work in full integration with one another. With central control systems, audio, video, and lighting can be managed from a single interface.

It depends on the acoustic properties of the existing space. While some spaces naturally have good acoustics, others may require additional measures such as acoustic panels, diffusers, or bass traps. At Koz Teknoloji, we first analyze the current situation and recommend a solution that will provide maximum improvement at minimal cost.

Professional wireless microphone systems feature frequency scanning and automatic frequency management. The system scans available frequencies, identifies interference-free channels, and automatically assigns microphones to those channels. This feature is particularly critical at events where a large number of wireless microphones are used.

Yes, at Koz Teknoloji, we use EASE and other professional acoustic simulation software for sound system design. Before starting a project, we create a digital model of the space, simulate the speaker placement and sound distribution, and thus determine the most suitable configuration.

Yes, it is possible to retrofit existing buildings with a sound system. Thanks to wireless technologies and surface-mount solutions, construction work is kept to a minimum. Existing ceiling voids, cable channels, or dedicated cable ducts are used for wiring. At Koz Teknoloji, we have a team with extensive experience in retrofit projects.

When selecting speaker cable, important factors include cable gauge (AWG rating), conductor material (oxygen-free copper is recommended), distance, and impedance matching. Thicker cable should be used for longer distances. Additionally, care should be taken to ensure that the cables comply with fire safety regulations (plenum-rated).