New! Low Latency and Time-Stamp Features Now Available:
Low Latency and Timestamp features are now BOTH (simultaneously) available as standard features on two products:
XMC-16AI32SSC1M - provides 32 channels of 16-bit simultaneous sampled analog inputs in a PMC form factor.
CCVPX-16AI32SSC1M - provides 32 channels of 16-bit simultaneous sampled analog inputs at 1M SPS in a conduction cooled VPX form factor.
The Low Latency feature is available as options on four products:
PMC-16AI32SSC - provides 32 channels of 16-bit simultaneous sampled analog inputs in a PMC form factor.
PMC-16AI64 - provides 64 channels of scanned analog inputs in a PMC form factor.
xxxx-16AI64SSC (All) - (not the 16AI64SSA) provides 64 channels of 16-bit simultaneous sampled analog inputs in various form factors.
PMC66-18AISSC6C - provides 6 channels of 18-bit simultaneous sampled analog inputs in a 66 Mhz PMC form factor.
Both Low-Latency and Time-stamping can be added to most simultaneously-sampled analog input products. Contact Sales for availability with specific products.
The 64-channel PCIe-24DSI64C200K analog input module provides high-density 24-bit analog input
resources on a standard PCI Express module. Optimized for flexibility and performance, the board is ideal
for a wide variety of applications, ranging from precision voltage measurements, to the analysis of complex
acoustic signals and waveforms.
New! Conduction Cooled VPX Boards for Ruggedized Applications:
CCVPX-16AI32SSC1M - 32-Channel, Differential, 16-Bit Simultaneous Sampling With 1.0MSPS Sample Rate per Channel, Time-tagging and Low-latency access
CCVPX-16AO16C - 16-Channel,16-Bit High-Speed Conduction-Cooled 3U VPX Analog Output Board with 450,000 Samples per Second per Channel
CCVPX-16AISS8AO4C - 12-Channel,16-Bit, 2-MSPS Conduction-Cooled, 3U VPX Analog Input/Output Board with Eight Simultaneously Sampled Analog Inputs, Four Analog Outputs, and Input Sampling Rates to 2.0 MSPS per channel
New! Products for SONAR Applications:
cPCI6U64-20AOF16C500KR - 20-Bit 16-Output 500KSPS Precision Wideband cPCI 6U Analog Output Board with Rear-Panel I/O and 8th-Order reconstruction output filters
cPCI6U64-24DSI20C500k - Multi-Range 24-Bit, 20-Channel, 500KSPS cPCI 6U Analog Input Module With 20 Multirange Delta-Sigma Input Channels
PCIe-16AO64C (Chirp Generator) - 16-Bit, 64/32-Channel, 500KSPS PCIe Analog Output Board
PCIe-24DSI64C200K - 24-Bit, 64-Channel, 200KSPS, PCI-Express Module With 64 Differential Delta-Sigma Input Channels
View more new products!
Free Drivers and Loaner Boards!
(Please Contact our Sales Team About Our Loaner Board Offer!)
View a Free Report on The Top
10 Things to Remember Before Specifying a Data Acquisition Board!
General Standards Corporation develops and manufactures the highest-performance Analog I/O, Digital I/O and Serial I/O products, based upon a variety of buses such as PMC, PCIe, PCI, PC104Plus, VME, and cPCI, etc. Our extensive product line includes I/O boards, cables, and software drivers.
In all of our interactions, our goal is 100 percent customer satisfaction. Our technical staff is available to discuss your needs and explain our products. We take great pride in providing excellent support for your system integration effort.
New Product Development:
At General Standards Corporation, we are committed to your success. We continuously improve our existing products and deliver innovative new products. We pay close attention to customer needs to provide the best products in the business. If you have an interesting or unique product idea, we would like to discuss it with you. Please give us a call.
General Standards' high-performance bus interfaces have been clocked at the highest speeds in the industry - your interface to the real world in real time. As a leading supplier of interface cards, we offer unique ultra-fast, high-quality bus interfaces for Analog I/O, Digital I/O, and Serial I/O applications.
So call and talk to some of the most knowledgeable I/O interface
people in the business.
Most of the the documentation on the General Standards website
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