The Spectrum data acquisition card driver allows to allocate continuous memory at boot time to increase DMA transfer speed.
Shows a regularly updated list of precompiled and tested kernel driver modules and customer installed systems that ar eknown to be running.
This article describes the driver installation for old (obsolete) ISA and PCI cards from Spectrum for Windows operating systems. The article covers all legacy PCI.xxx cards and all ISA cards PADxxxx and DAPxxx
This article explains the differences between driver types MICX and SPCM and what hardware series is covered by what driver.
Drivers for Windows 2000 based systems
How to avoid driver signature error on Windows 7 systems
A Windows system with installed Spectrum cards is not shutting down properly -> how to repair this behaviour
Description of the compilation and installation of the Spectrum Linux Kernel Driver
Spectrum drivers for fast Digitizers and AWG's support all Windows Server operating systems
Showing how to sort multiplexed data from Digitizers using SSE2 SIMD commands
See how to develop a 64 bit application under Windows using the Visual Studio C++ examples provided by Spectrum
For applications requiring high powered signal and data processing Spectrum offers SCAPP (Spectrum CUDA Access for Parallel Processing). The SCAPP SDK allows a direct link between Spectrum digitizers and CUDA based GPU cards. Once in the GPU users can harness the processing power of the GPU?s multiple (up to 5000) processing cores and large (up to 24 GB) memory.
This article explains closed-loop setups using a Spectrum Digitizer and a Spectrum AWG. It shows latency measurement results using the plain PC and also using a CUDA-based GPU for calulcation. This results can be used as a base for own latency-depending setups.