Facilities

                       
Brain Products GmbH LiveAmp 32 Channel Wireless EEG System
Brain Products GmbH LiveAmp 32 Channel Wireless EEG System
                      The LiveAmp is a wearable, 24-bit amplifier - with 32 channels and also upgradable to 64 channels. 
 As it is wireless and allows you to store your recorded data internally (i.e. on an exchangeable memory card), there are no mobility limitations.
                      
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Noraxon Ultium 6 Channel Wireless EMG System
Noraxon Ultium 6 Channel Wireless EMG System
                      The Ultium EMG sensor system is a multi-modal device that delivers high-fidelity data and flexible measurement options. 
 Ultium EMG sensors sample up to 4,000 times per second, synchronize in real-time, and demonstrate low baseline noise (<1 μV RMS) with minimal native artifacts. 
 The implementation of IMU enables you to record both EMG and movement data.
                      
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Noraxon NiNOX 125 camera
Noraxon NiNOX 125 camera
                      The NiNOX cameras provide synchronized video for reference and 2D marker tracking. 
 Its small size and aluminum housing make the camera highly portable and functional in many demanding environments. 
 The NiNOX cameras stream real-time color video to the host computer through a USB3 connection.
                     
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Anechoic Chamber

An anechoic chamber (an-echoic meaning "non-reflective, non-echoing, echo-free") is a room designed to completely absorb reflections of either sound or electromagnetic waves. They are also often isolated from waves entering from their surroundings. This combination means that a person or detector exclusively hears direct sounds (no reverberant sounds), in effect simulating being inside an infinitely large room
Anechoic chambers are commonly used in acoustics to conduct experiments in nominally "free field" conditions, free-field meaning that there are no reflected signals. All sound energy will be traveling away from the source with almost none reflected back. Common anechoic chamber experiments include measuring the transfer function of a loudspeaker or the directivity of noise radiation from industrial machinery. In general, the interior of an anechoic chamber is very quiet, with typical noise levels in the 10–20 dBA range. In 2005, the best anechoic chamber measured at −9.4 dBA. In 2015, an anechoic chamber on the campus of Microsoft broke the world record with a measurement of −20.6 dBA. The human ear can typically detect sounds above 0 dBA, so a human in such a chamber would perceive the surroundings as devoid of sound. Anecdotally, some people may not like such quietness and can become disoriented.[1] The mechanism by which anechoic chambers minimize the reflection of sound waves impinging onto their walls is as follows: In the included figure, an incident sound wave I is about to impinge onto a wall of an anechoic chamber. This wall is composed of a series of wedges W with height H. After the impingement, the incident wave I is reflected as a series of waves R which in turn "bounce up-and-down" in the gap of air A (bounded by dotted lines) between the wedges W. Such bouncing may produce (at least temporarily) a standing wave pattern in A. During this process, the acoustic energy of the waves R gets dissipated via the air's molecular viscosity, in particular near the corner C. In addition, with the use of foam materials to fabricate the wedges, another dissipation mechanism happens during the wave/wall interactions. As a result, the component of the reflected waves R along the direction of I that escapes the gaps A (and goes back to the source of sound), denoted R', is notably reduced. Even though this explanation is two-dimensional, it is representative and applicable to the actual three-dimensional wedge structures used in anechoic chambers.
src: Wikipedia

Facilities

Brain Products GmbH LiveAmp 32 Channel Wireless EEG System

Noraxon Ultium 6 Channel Wireless EMG System

Noraxon NiNOX 125 camera

VisiSonics Realspace Audio/Visual Camera (Being Acquired)

Anechoic Chamber

Bruel & KjaerType 4958

M-Track Eight - M-Audio

TMS320C6748, TMS320C6713

Bruel & Kjaer
Type 4958