RZ2

RZ2 Z-Series Base Station

 

 

 

 

 

 

 

 

 

 

 

 

 


 

   

 

The RZ2 processes and filters acquired signals and can be used to control digital I/O and/or generate analog signals. Designed for up to 256-channel data acquisition, the RZ2 is the first in TDT’s Z-Series line of ultra high performance processors. Z-Series processors feature two, four or eight ultra fast digital signal processors networked on a novel bus architecture that speeds both onboard communication and memory access. Faster clock speeds and enhanced processing power not only improve channel count, but also allow for simultaneous acquisition on all 256 channels at sampling rates up to ~25 kHz and up to ~50 kHz on up to 128 channels. High bandwidth data is streamed from a Z-Series PreAmp to the RZ2 over a fast fiber optic connection. Our innovative Optibit optical PC interface ensures fast and reliable data transfer from the RZ2 to the PC. The RZ2 also features 16 channels of analog I/O, 24 bits of digital I/O, two legacy optical inputs for Medusa PreAmps, and an onboard LCD for system status display.

The RZ2 is rack mountable in a standard 19" rack and is 3 U (5 1/4") tall.

Technical specifications:

DSPs

two, four or eight 400 MHz DSPs, 2.4 GFLOPS peak

Memory: 64 MB SDRAM per DSP
Max sampling rate: ~50 kHz
D/A 8 channels 16-bit PCM
A/D: 8 channels 16-bit PCM
Digital I/O: 24 bits programmable
Fiber optic ports(new): one 256-channel input
(~50 kHz maximum sample rate)
Fiber optic ports (legacy): two 16-channel inputs
(~25 kHz maximum sample rate)

Dimensions:

19 inches wide, 5 1.4 inches tall, 12 inches deep

RZ2 Base Station part numbers:
RZ 2-2 Two DSPs
RZ 2-4 Four DSPs
RZ 2-8 Eight DSPs

 

 

 

  TDT systems are compatible with a wide variety of electrode types, including stereotrodes and tetrodes, microwire arrays, metal microelectrodes, acute and chronic NeuroNexus probes, surface electrodes, multi-electrode caps, and needle electrodes.
   
 
The RZ2 is a highly optimized version
of our very successful RA16 and RX5 BioAmp processors. More power? The numbers
speak for themselves…