The Next Generation of
Human
Cortical
Exploration
High Definition
High Density
Clinically Validated*
Mission Critical
Human Subdural Micro/Macro Single Unit Recording

MISSION CRITICAL—The bedside is no place for chance  
or adventure in neural recording.

  • Lowest noise at 1.3 μV rms
  • Extremely high common mode rejection.
  • Connect to the electrodes and get signal not noise.
  • Buffered leads with active shields, fiber optic links.
  • Unparalleled flexibility in signal filtering and reference selection.
  • Designed Reliability
  • Serviced Reliability – Mission Critical Service Plans, Instant ATLAS Loaner

Neuralynx Understands
Mission Critical

Space Flight Certified 160 channel system

STS-90 Neurolab 1998

PERFORMANCE—Record neural activity with the highest fidelity.

  • Highest Definition recording at 24 bit resolution.
  • Highest Density of electrodes.
  • Widest Dynamic Input Range prevents signal clipping. Directly samples all signal types from Stimulus, EMG, EEG, to small Extracellular Single Action Potentials.
  • Records DC potential shifts.
  • Highest clinical sampling rate at 40 kHz.

SAFETY—The patient comes first.

  • Designed to Recognized Standards (EN, IEC, UL).
  • Cleared for human use in USA and EU (FDA, MDD, CE).
  • Manufactured under ISO 13485 Certification.
  • Crafted in USA with twenty years of experience in research systems.

EASE OF USE—Eliminate bottlenecks in the data workflow.

  • Easy patient connection.
  • Easy acquisition monitoring.
  • Easy experimental control and data analysis.
  • Easy Training, on site or in Bozeman, MT.
  Last Generation Next Generation - The ATLAS Neurophysiology System
Channels 128 512 4 times more channels!
Analog to Digital 16 bits 24 bits 8 more bits
Precision/Accuracy 14 bit linear 19 bits linear 32 times more range/resolution
AC Input Range -8.1 mV to 8.1 mV -132 mV to 132 mV 16 times more input range - "throw away the gain knob"
DC Input Range N/A -1V to 1V Record DC shifts
Common mode rejection 90 dB 110 dB How well the amplifier extracts signal from noise
Sample Rate 32 kHz 40 kHz Highest sampling rate
Noise 3 μV rms 1.3 μV rms Half the noise
System Configuration Stand-alone Stand-alone
Parallel operation with clinical EEG Networked operation with NetCom nodes		 Neuralynx ATLAS gets you to
PUBLICATION FASTER!
* Stead et al., (2010) Microseizures and the spatiotemporal scales of human partial epilepsy. Brain 133: 2789-97.
  Quiroga et al., (2005) Invariant visual representation by single neurons in the human brain. Nature 435:1102-1107.