RADSTONE SENSOR PROCESSING

Radstone Sensor Processing
5430 Canotek Road
Ottawa, ON K1J 9G2, Canada
Telephone: (800) 267-9794 (USA only)
Telephone: (613) 749-9241 (Canada & Int'l.)
Fax: (613) 749-9461
Email: sales@ics-ltd.com

Radstone Embedded Computing
296-300 Concord Road
Corporate Center, Suite 120
Billerica MA 01821, USA
Telephone: (978) 671-9490, (800) 368-2738 (sales only)
Fax: (978) 671-9488
E-mail: sales@radstone.com
http://www.radstone.com

Radstone Sensor Processing - a member of Radstone Embedded Computing - is a leading provider of open-architecture data acquisition products for the high-end embedded sensor processing market. Radstone products are used in Sonar, Acoustic Test and Measurement, Radar, Military and Commercial Wireless, and, RF Test and Measurement applications. The combination of our data acquisition technology and applications expertise in DSP and software radio with Radstone's broad range of rugged computer products, enable us to provide a complete system solution from data acquisition through to operator displays. Radstone customers include: all major US and international defense and aerospace companies; Government laboratories and major telecom equipment manufacturers.

Analog I/O

Function Description Software
Support Form
Factor

32-Channel
Data
Acq;uisition Complete data acquisition solution. 32 differential input channels, on-board programmable anti-aliasing and gain, 24-Bit Sigma-Delta ADCs, simultaneous sampling at rates of up to 108 kHz/channel and over 90 dB signal-to-noise ratio, including harmonics, crosstalk and spurs. Model No. ICS-610 Windows
LabView
MatLab
Linux
Solaris Full
Length
PCI

32-Channel
24-Bit
DAC Uses one of a new generation of multi-bit Delta-Sigma DAC chips (Analog Devices AD1852) that offers very high precision over a wide bandwidth. Features the new FPDP II 400 MBytes/s front panel interface in addition to 64-Bit, 66 MHz PCI 2.2 interface. Model No. ICS-625B Windows
LabView
MatLab
Linux Full
Length
PCI

Analog Input 32 16-bit channels sampling at up to 20 MHz, 8x, 4x, 2x, 1x oversampling modes, 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, 16 Msamples on onboard storage. Model No. ICS-645B Windows
MatLab
Linux Full
Length
PCI

4-32 Channels
Up to 20MHz
16-bit ADC commercial grade PCI board designed for high speed sonar with other uses including radar and test & measurement; up to 32 channels, intelligent signal conditioning in a mating daughtercard, Oversampling ADC chips; up to 16MB onboard memory to overcome data transfer rate problems common to other fast sampling boards, 4 - 32 channels with rates up to 20 MHz per channel or down below 1kHz for acoustic applications; true simultaneous sampling, FPDP I/II interface or fast 64-bit/66 Mz universal signaling PCI interface. Model No. ICS-645D Windows
Linux Full
Length
PCI

4-Channel
14-Bit
105MHz/ch
DAC Includes a large swing buffer that can be operated in continuous, one-shot or loop mode, the latter being ideal for periodic waveform generation. All channels are simultaneously updated and multiple boards can be synchronized. In addition to a fast PCI interface, the ICS-660B also includes a 400 MBytes/s FPDP II input port for rapid data transfer. can be fitted with an optional, programmable, digital modulator daughter card (DC-60-M2) for radar and wireless transmit operations. Transmit waveforms can be supplied at a much lower rate, since the modulator performs the up-conversion to IF. Model No. ICS-660B Windows
LabView
MatLab
Linux Short
Length
PCI

32-Channel
Data
Acquisition 32 differential input channels, onboard programmable anti-aliasing filter and gain, 24-Bit Sigma Delta ADCs, simultaneous sampling at rates of up to 216 kHz/channel and a signal-to-noise ratio of close to 90 dB. FPDP II 400 MBytes/s front panel interface in addition to a 64-Bit/66 MHz CompactPCI PICMG 2.0 R3.0 Hot-Swap interface. Model No. ICS-710 Windows
LabView
MatLab
Linux
Solaris 6U
cPCI

32-Channel
24-Bit
DAC Uses one of a new generation of multi-bit Delta-Sigma DAC chips (Analog Devices AD1852) that offers very high precision over a wide bandwidth. Features the new FPDP II 400 MBytes front panel interface in addition to a 64-Bit/66 MHz CompactPCI PICMG 2.0 R3.0 Hot-Swap interface. Model No. ICS-725 Windows
LabView
MatLab
Linux 6U
cPCI

Analog Input 8-channels (Analog Devices AD9260) - 16 bits @ 2.5 MSPS, 3U CompactPCI format, onboard signal conditioning with programmable gain, four input voltage ranges: 20 Vpp, 2 Vpp, 0.2 Vpp, 0.02 Vpp differential, 8 MSample onboard memory in two banks. Model No. ICS-1745 Windows
Linux 3U
cPCI

Function	Description	Software Support	Form Factor
32-Channel Data Acq;uisition	Complete data acquisition solution. 32 differential input channels, on-board programmable anti-aliasing and gain, 24-Bit Sigma-Delta ADCs, simultaneous sampling at rates of up to 108 kHz/channel and over 90 dB signal-to-noise ratio, including harmonics, crosstalk and spurs. Model No. ICS-610	Windows LabView MatLab Linux Solaris	Full Length PCI
32-Channel 24-Bit DAC	Uses one of a new generation of multi-bit Delta-Sigma DAC chips (Analog Devices AD1852) that offers very high precision over a wide bandwidth. Features the new FPDP II 400 MBytes/s front panel interface in addition to 64-Bit, 66 MHz PCI 2.2 interface. Model No. ICS-625B	Windows LabView MatLab Linux	Full Length PCI
Analog Input	32 16-bit channels sampling at up to 20 MHz, 8x, 4x, 2x, 1x oversampling modes, 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, 16 Msamples on onboard storage. Model No. ICS-645B	Windows MatLab Linux	Full Length PCI
4-32 Channels Up to 20MHz 16-bit ADC	commercial grade PCI board designed for high speed sonar with other uses including radar and test & measurement; up to 32 channels, intelligent signal conditioning in a mating daughtercard, Oversampling ADC chips; up to 16MB onboard memory to overcome data transfer rate problems common to other fast sampling boards, 4 - 32 channels with rates up to 20 MHz per channel or down below 1kHz for acoustic applications; true simultaneous sampling, FPDP I/II interface or fast 64-bit/66 Mz universal signaling PCI interface. Model No. ICS-645D	Windows Linux	Full Length PCI
4-Channel 14-Bit 105MHz/ch DAC	Includes a large swing buffer that can be operated in continuous, one-shot or loop mode, the latter being ideal for periodic waveform generation. All channels are simultaneously updated and multiple boards can be synchronized. In addition to a fast PCI interface, the ICS-660B also includes a 400 MBytes/s FPDP II input port for rapid data transfer. can be fitted with an optional, programmable, digital modulator daughter card (DC-60-M2) for radar and wireless transmit operations. Transmit waveforms can be supplied at a much lower rate, since the modulator performs the up-conversion to IF. Model No. ICS-660B	Windows LabView MatLab Linux	Short Length PCI
32-Channel Data Acquisition	32 differential input channels, onboard programmable anti-aliasing filter and gain, 24-Bit Sigma Delta ADCs, simultaneous sampling at rates of up to 216 kHz/channel and a signal-to-noise ratio of close to 90 dB. FPDP II 400 MBytes/s front panel interface in addition to a 64-Bit/66 MHz CompactPCI PICMG 2.0 R3.0 Hot-Swap interface. Model No. ICS-710	Windows LabView MatLab Linux Solaris	6U cPCI
32-Channel 24-Bit DAC	Uses one of a new generation of multi-bit Delta-Sigma DAC chips (Analog Devices AD1852) that offers very high precision over a wide bandwidth. Features the new FPDP II 400 MBytes front panel interface in addition to a 64-Bit/66 MHz CompactPCI PICMG 2.0 R3.0 Hot-Swap interface. Model No. ICS-725	Windows LabView MatLab Linux	6U cPCI
Analog Input	8-channels (Analog Devices AD9260) - 16 bits @ 2.5 MSPS, 3U CompactPCI format, onboard signal conditioning with programmable gain, four input voltage ranges: 20 Vpp, 2 Vpp, 0.2 Vpp, 0.02 Vpp differential, 8 MSample onboard memory in two banks. Model No. ICS-1745	Windows Linux	3U cPCI

Integrated Systems

System Type Description Software
Support Form
Factor

Data
Recorder
Analog
Input/Output PCI-based high performance digital data recorder, many available configurations, options include: analog input, analog output, digital input, data time-stamping, real-time processing via DSP, FPGA or post-processing via multi-GHz dual Xeon CPUs, GigaBytes or TerraBytes data storage options, sustained data recording speeds of up to 600 MegaBytes per second. Model No. DaqPC Windows
LabView
MatLab
Linux PCI

PC-Based
Signal
Analyzer PC-based system designed to monitor, record and playback broadband IF signals. Housed in a shoebox-size all-steel rugged case, 3 in. high, 7 in. wide, and 15 in. deep. Provides external connections for a mouse, keyboard and video display. IF signal analysis system, either hard-wired or wireless. The ICS SignIFy's user-programmable SW and FPGA capability, make it ideal for a range of demanding applications, including ELINT and SIGINT. ICS SignIFy Windows PCI

System Type	Description	Software Support	Form Factor
Data Recorder Analog Input/Output	PCI-based high performance digital data recorder, many available configurations, options include: analog input, analog output, digital input, data time-stamping, real-time processing via DSP, FPGA or post-processing via multi-GHz dual Xeon CPUs, GigaBytes or TerraBytes data storage options, sustained data recording speeds of up to 600 MegaBytes per second. Model No. DaqPC	Windows LabView MatLab Linux	PCI
PC-Based Signal Analyzer	PC-based system designed to monitor, record and playback broadband IF signals. Housed in a shoebox-size all-steel rugged case, 3 in. high, 7 in. wide, and 15 in. deep. Provides external connections for a mouse, keyboard and video display. IF signal analysis system, either hard-wired or wireless. The ICS SignIFy's user-programmable SW and FPGA capability, make it ideal for a range of demanding applications, including ELINT and SIGINT. ICS SignIFy	Windows	PCI

Mezzanine Carrier Boards

Function Description Form
Factor

Dual
PMC
Carrier Carries two single-width PCI Mezzanine Card (PMC) modules. Allows the User I/O (Pn4) connectors of the two sites to be interconnected, or to be connected to external equipment in a flexible fashion. Incorporates a PCI bridge capable of 64-bit, 66 MHz operation on both its host and local sides. Model No. ICS-7002A Full
LENGTH
PCI

PCI Express
Dual
PMC
Carrier Adapts two PMC cards to x8 PCI Express, Each PMC site supports PCI-X 133 MHz allowing data rates up to 1 Gbyte/second, Intelligent switch matrix provides user defined Pn4 connections between PMCs, or to FPDP II peripherals, transparent installation into PCIe systems - no additional drivers needed. Model No. ICS-7003A Full
LENGTH
PCI

Function	Description	Form Factor
Dual PMC Carrier	Carries two single-width PCI Mezzanine Card (PMC) modules. Allows the User I/O (Pn4) connectors of the two sites to be interconnected, or to be connected to external equipment in a flexible fashion. Incorporates a PCI bridge capable of 64-bit, 66 MHz operation on both its host and local sides. Model No. ICS-7002A	Full LENGTH PCI
PCI Express Dual PMC Carrier	Adapts two PMC cards to x8 PCI Express, Each PMC site supports PCI-X 133 MHz allowing data rates up to 1 Gbyte/second, Intelligent switch matrix provides user defined Pn4 connections between PMCs, or to FPDP II peripherals, transparent installation into PCIe systems - no additional drivers needed. Model No. ICS-7003A	Full LENGTH PCI

Return to List of Vendors / Go to Product Function Index