Other than our Utah Array, Blackrock is perhaps best known for advanced data acquisition systems. These instruments have made their mark through use in countless experiments and citation in ...
CerePlex™ Direct is a data acquisition system that delivers unprecedented low-noise recording in a simple, plug-and-play package. The system is designed for use with any of Blackrock’s C...
CerePlex W is the first step towards making one of mankind’s dreams come true: enabling the paralyzed to walk and the blind to see – outside of a hospital environment. If you share this ...
The Cerebus™ System is a multichannel data acquisition system for animal neurophysiology experiments that is highly configurable and easy to use. The Cerebus™ Neural Signal Processorcap...
The NeuroPort™ system is a highly configurable, easy to use, multichannel data acquisition system used for recording and monitoring brain electrical activity. It can record both high-frequ...
Optogenetics Starter Kit BlackRock The Optogenetics Starter Kit from Thorlabs is an optical stimulation starter kit capable of controlling targeted cells of living tissue. This enables rese...
The Utah Array has become the industry benchmark for recording large populations of neurons. Over the past two decades, this patented microelectrode array technology has undergone numerous r...
At the home of the Utah Array, we pride ourselves on innovation in electrodes for electrophysiology. At any given time, our engineering and R&D teams are pursuing many electrode developm...
CEREPLEX µ ULTRA LIGHT HEADSTAGE The CerePlex µ is a very small and lightweight digital headstage that provides a platform for simple stimulation and tracking in freely moving rodents. It...
The CerePlex M is a small, lightweight digital headstage. It provides an extremely low-noise, 7-wire, all-digital link from up to 128 neural microelectrodes to the Cerebus data acquisition s...
CerePlex W is the first step towards making one of mankind’s dreams come true: enabling the paralyzed to walk and the blind to see – outside of a hospital environment. If you share this ...
CerePlex™ E is the next-generation noise-free link between the Utah Array™ and the Cerebus™ or CerePlex™ Direct data acquisition systems. Smaller and more powerful than ever, this he...
Blackrock analog headstages provide an isolated low-impedance output that guarantees signal integrity and minimizes noise pickup by cables up to three meters. These factors ensure maximum co...
NeuroMotive Monitor Behavior NeuroMotive enables researchers to simultaneously monitor behavior and neurophysiology. NeuroMotive is a sophisticated tracking system for capturing video, tra...
BOSS is a standalone software package that facilitates offline spike sorting. It enables you to read continuous and neural-event data contained in a variety of file formats. Features include...
NeuroExplorer from Nex is the industry-leading neurophysiological data analysis package and supports sophisticated analyses and professional presentation of results. Blackrock works closely ...
Our Matlab development kits enable researchers to develop custom programs for visualization and analysis of neurophysiology data. Matlab scripts can also be used to control analog and digita...
CerePlex™ I is a fully implantable digital headstage and amplifier that provides a platform for recording from electrode arrays with 96 electrodes in acute human recordings with a standard...
As the provider of one of the most widely used and documented ephys electrode in the world, the Utah Array, Blackrock has been recognized as a leader in electrode technology for some time. T...
Analog and digital ephys headstages Blackrock offers analog headstages for recording distortion-free spikes and field potentials from high-impedance micro electrodes. Models are available...
Optomotor response (OMR) is a reflex used to assess vision in mice. In order to evoke OMR, a mouse watches a rotating cylinder with a striped pattern. Stimulus correlated head movements are ...
CereStim™ 96 is a fully programmable, 96-channel neurostimulator that can produce up to 16 concurrent stimuli. These biphasic current pulses in turn stimulate neurons via implanted electro...
Surgical implantation and recording of high-channel count microelectrodes can be very challenging—even for experienced teams of surgeons, physiologists and engineers. In order to guarantee...