ICS-645B

32-ch., high-speed acoustic ADC card with high bandwidth I/O is ideal for applications in high frequency sonar (littoral and mine hunting), vibration analysis, and jet engine testing. The ICS-645B provides an in increase in throughput and memory.
ICS-645B

This product entered a Restricted Production Phase (RPP) on December 1, 2011

Please refer to downloads section below if you require documentation or software. If you have any questions or require product support, including help migrating to our latest products, please contact us.
To see all end of life products CLICK HERE.

We recommend the following alternative solutions:

Overview

Derived from the popular ICS-645 product, the ICS-645B offers a cost effective solution for high frequency sonar (littoral and mine hunting applications) and test and measurement (vibration analysis, and jet engine testing) applications.

The ICS-645B provides synchronous sampling at up to 20 MSPS across all channels. It also features 16 MBytes of onboard storage, making it ideal for transient capture and high data throughput applications using non real-time operating systems such as Windows or Linux. The ICS-645B is a direct replacement for the earlier ICS-645 product that provides a 4x improvement in PCI throughput and memory capacity, and 2.5x improvement in FPDP throughput. Based on the Analog Devices AD9260 oversampling ADC, the ICS-645B can be configured for up to 32 channels of output at sampling frequencies of up to 20 MSPS. The PCI Bus is compatible with PCI 2.2 (64-bit, 66 MHz) and supports universal signaling (5V/3.3V). The PCI bus master interface on the board provides chained (scatter-gather) and non-chain mode burst transfers. As an alternative to the PCI bus, data may be routed through an FPDP II output port at up to 400 MBytes/second. When working with FPDP devices that do not support FPDP II, the interface will revert to ANSI/VITA 17 FPDP operation at up to 160 MBytes/second.

 

 

  • Thirty two 16-bit ADC channels sampling at up to 20 MSPS
  • 8x, 4x, 2x, 1x oversampling modes
  • 16 MBytes of onboard storage
  • 64-bit, 66 MHz PCI interface (PCI 2.2 compliant), 400 MBytes/second FPDP II interface
  • Simultaneous sampling across all channels, even in multi-card systems
  • Windows, Linux device drivers and MatLab libraries available
  • Sensor Processing Resource Center

 

 

Specifications

Channels
32
Form Factor
PCI
Function
Analog Input
Max. Sampling/Conversion Frequency
20 MHz/ch.
Memory
16 MB
Resolution
16-bit

Request A Quote

ICS-645B

32-ch., high-speed acoustic ADC card with high bandwidth I/O is ideal for applications in high frequency sonar (littoral and mine hunting), vibration analysis, and jet engine testing. The ICS-645B provides an in increase in throughput and memory.
ICS-645B
Mailing List
CAPTCHA
This question is for testing whether or not you are a human visitor and to prevent automated spam submissions.

Your information will be used in accordance with our privacy policy.

Contact An Expert

Looking for help with ICS-645B

32-ch., high-speed acoustic ADC card with high bandwidth I/O is ideal for applications in high frequency sonar (littoral and mine hunting), vibration analysis, and jet engine testing. The ICS-645B provides an in increase in throughput and memory.

Please enter your location

ICS-645B

Get Support

Looking for help with ICS-645B

32-ch., high-speed acoustic ADC card with high bandwidth I/O is ideal for applications in high frequency sonar (littoral and mine hunting), vibration analysis, and jet engine testing. The ICS-645B provides an in increase in throughput and memory.
ICS-645B
CAPTCHA
This question is for testing whether or not you are a human visitor and to prevent automated spam submissions.

Your information will be used in accordance with our privacy policy.

Can’t find what you’re looking for? Need help?

Head on over to our support pages, where you’ll find key contacts, how to obtain documentation, information on warranty and repairs, contract samples, details of our Product Lifecycle Management and Configuration Management programs – and much more.