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Merging Man and Machine - the Bionic Age

Systems

Mobita

Mobita

Mobita® is the new compact 32-channel physiologic signal amplifier system from TMSi. Mobita® brings new meaning to flexibility, starting with an impressive set of specifications wrapped in a battery operated, palm sized package. This makes the Mobita® perfectly suitable for mobile EEG or BCI applications.

Mobita® features proprietary TAS2 (True Active Signal Shielding) technology from TMSi for clean signals and data completely free of mains interference and cable movement artifacts.

The key to Mobita® its flexibility lies in its impressive technical capabilities coupled with our new and patented ConfiCapTM headers. ConfiCapTM allows you to quickly change the configurations of the inputs for specific applications (i.e. EEG or EMG), customize your own design or create research protocol driven configurations. Simply disconnect one header and snap on a new configuration for a completely different application. With ConfiCapTM, one system can be quickly reconfigured to do the work of multiple systems without the added cost of multiple amplifiers.

Mobita® is battery operated, rechargeable and its compact size, integrated WiFi connectivity and impressive flexibility combined to create ultimate solution in a mobile physiologic measurement device. Rugged construction coupled with TMSi TAS2 technology make Mobita® uniquely suited for tough and demanding measurement situations like sports, movement analysis, brain-computer interfacing, home-based ambulatory testing and many more.

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Porti

Porti

The Porti is a 32-channel ambulatory and stationary system for physiological research. The Porti is a multifunctional system and can have unipolar electrophysiological inputs (ExG), bipolar electrophysiological inputs (BIP) and auxiliary inputs (AUX) for measuring EEG, ECG, EMG, but also movement, position, respiration, etc.

The Porti includes TMSi's proprietary TAS2 (True Active Signal Shielding) technology for clean signals and data completely free of mains interference and cable movement artifacts. It does not include hardware filters (other than anti-aliasing) so the raw data is always available and quick recovery ensured. The ExG inputs are configured as a reference amplifier: all channels are amplified against the average of all connected inputs. The BIP inputs are used to measure two physiological signals differentially to each other. Using these ExG and BIP channels, signals like EEG, EMG, ECG, EOG, EGG etc. can be measured. The AUX inputs can be used for measuring sensor signals like temperature, pH, respiration, movement, force, angle etc. Each of these channels has a +5 V and -5 V supply in order to accommodate active sensors or sensor modules. For the measurement of oxygen saturation a special serial input is available. An isolated digital trigger input is also included.

The Porti system can be equipped having different number of input channels. Porti's with 16 and 32 channels are available.

The Porti can be used for both stationary as well as ambulatory measurements. In stationary setup an external power supply which plugs into the mains socket, powers the Porti. The Porti is connected to a PC by means of a bi-directional optical fiber. It is also possible to use a built-in Bluetooth telemetry module to send the data directly to a PC. Please note that the bandwidth may be limited when using the telemetry option. When the Porti is used in ambulatory mode, it is always powered by batteries. 

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Refa

Refa

The Refa is a 72- or 136-channel stationary system for measuring EEG or HD EMG. The Refa always includes unipolar electrophysiological inputs (ExG) but can also include four bipolar electrophysiological inputs (BIP) and four auxiliary inputs (AUX).

The Refa includes TMSi's proprietary TAS2 (True Active Signal Shielding) technology for clean signals and data completely free of mains interference and cable movement artifacts. It does not include hardware filters (other than anti-aliasing) so the raw data is always available and quick recovery ensured. The ExG inputs are configured as a reference amplifier: all channels are amplified against the average of all connected inputs. The BIP inputs are used to measure two physiological signals differentially to each other. Using ExG and BIP channels, signals like EEG, EMG, ECG, EOG, EGG, etc. can be measured. The AUX inputs can be used for measuring sensor signals like temperature, pH, respiration, movement, force, angle, etc. Each of these channels has a +5 V and -5 V supply in order to accommodate active sensors or sensor modules.

The Refa system can be delivered with 24, 32, 40, 72 or 136 channels (The Refa High Rate is available with 8, 16, 32, 40 and 72 channels). It is also possible to cascade two Refa's, resulting in a total channel count of 272 channels.The Refa is delivered including an external power supply which plugs into the mains socket. The Refa is connected to a PC by means of a bi-directional optical fiber.

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