Artificial Intelligent Chip CEREBUS: 128 Channel Data Acquisition System One Technology, Changing a patient's life-BrainGate neural interactive interface system, changing human life Cyberkinetics Description: Cyberkinetics is located in Foxborough, Maryland, USA, is a fast-haired human-computer interaction Leaders in the technical field. Cyberkinetics technology has an epoch-making creativity, which has a direct bio-adaptive technology bridge with a high brain, nervous system and computer, and reveals more complex brain information coding by recording and / or stimulating the large cerebral codes. Therefore, it has laid a solid technical foundation for the mystery of human beings to unveil the human brain. The Branguate system is a technology platform for Cyberkinetics, which converts people's thinking direct translation into computer instructions and operates in terms of instructions, which makes a breakthrough, forward-looking application results. These applications not only provide a new interactive platform due to patients who cannot communicate with the outside world, but also monitor the treatment of epilepsy, depression, such as such psychiatric diseases. In 2002, Cyberkinetics merged with Bionic. Bionic is the main manufacturer of neuron records, stimuli, and signal processing equipment for neuroscience research. Through this merge, Cyberkinetics has a world-class engineer team, high-end manufacturing technology, and core intellectual property rights. The merged companies continue to engage in the manufacturing and sale of crown with Bionic logo and data acquisition system. At the same time, the famous Massachusetts University, MIT, Emerai University and Utah provide all-round technical support for the company, so that Cyberkinetics's product level is always in the world's tip. System Components:
Cerebus multi-channel data acquisition system is a high-precision density technology device developed by the US Cyberkinetics, which can record and process neuronal signals in real time. Due to the implementation of modular design, it can be gradually upgraded from 16 channels to 32. 48, 64, 96 and even 128 channels. The Cerebus multi-channel data acquisition system includes two parts: hardware, including multi-electrode arrays, pre-amplifiers, processors, independent regulator power supplies, PC workstations, etc., software include Soft Client / Activity Map / NevPlayer. The CEREBUS multi-channel data acquisition system can not only be recorded in a brain signal, such as the sensory cortex and the sports skin layer, can also be used to record outer peripheral neurons, such as spinal cord, retinal cells, and even record the vicinity, such as brain, etc. Replacing traditional diaphragm clamp techniques (single electrodes, dual electrodes and three electrodes) and brain tablets technology. The Cerebus multi-channel data acquisition system is highly affinity with other research methods, including fluorescence micro technology, laser confocal technology, etc., together to build a huge technical platform to complete complex scientific research. Cerebus 128 Channel Data Acquisition System Main Features: Compact Design 2. Optical fiber connection, maximum possible to reduce noise in digital neuron data transmission 3. Record peak potential and local field potential 4. Online real peak potential classification 5. In experimental information, two inputs can be included 6. Each channel sampling frequency is high, the sample point is 30,000 points / sec 7.16 port analog input, 4 port analog output, 2 port digital input, 5 ports Digital output 8. The amplifier uses the same reference electrode to perform the differential amplifying microdode array main description: 1. The electrode material is single crystal silicon, the array is 10 * 10, the number is 96-100 2. The length is 0.5 mm, 1.0 mm and 1.5 Merter inequality 3. The electrode bottom is 80 microns 4. The electrode tip radius is 1-3 micri-meter 5. The electrode tip signal acquisition area is a platinum coating, the length is 35-75 microns 6. The electrode resistance is 100-600 km 7 Both the bottom and electrodes are polyethylene coating electrical insulation 8. The bottom of the main, wide, and high respectively 4.2, 4.2, 0.25 mm software graphical user interface includes 6 main windows: 1. Settings window can be configured A separate channel 2. Window for the moderate power potential for selective channels 3. Two separate windows for viewing the kinetic changes of the action potential of the individual channels and local field potentials of all channels 4. A activation topographic window Collecting and watching the distribution frequency of all channels 5. One window is used to control data acquisition and storage air push force pulse microelectrode array implant gun main description: 1. Implantation of high-density micro-electrode arrays into neural tissue 2. Implantation The depth is adjustable, the standard is 0.5, 1.0, 1.1.5 mm 3. Remote implant gun trigger 4. Implantation time is less than 1 second 5. Implant and trigger can make sterilization Neuroport chronic experiment connector main description: 1. Main For chronic experiments 2. Biosyability materials 3. Super compact design 4. High density -128 channel connector 5. Ultra-low implantation 6. Indicate needle correction implantation orientation 7. Data display records Recording primate signal reliable Applications: Cyberkinetics has announced that the US Food and Drug Administration (FDA) has approved the company's BrainGate neural interaction interface system as an emerging technique for initial clinical trials. The Branguate neural interactive interface system is provided to those who cannot communicate with their hands and the outside world, completely rely on their thinking and computers. Currently, this study is still in the clinical trial stage and is not used for commercial purposes. However, we have reason to firmly believe that in the near future, this technology must go to a comprehensive clinical application treatment stage, will be a thousands of millions due to various reasons, and cannot communicate with others. Patients who deliver ideas provide a platform for communicating, thereby achieving their dreams and improving their quality of life.
