ATE UPGRADES
ATE Instruments for ADVANTEST and TERADYNE platforms
For higher Test Density and reduced Cost of Test
Challenged by the power requirements of high parallel testing? Limited in your abilities to test multi-gigabit SerDes applications at full speed? Need instruments unique to your own products? Salland Engineering recognizes that there are multiple alternatives for solving most challenges in test. No single solution fits all. We are committed to providing the best in hardware upgrades and applications services.
We have a long history of developing high quality instruments that may be used to upgrade the capabilities of your testers. Today, we have several lines of instruments focused on the challenges of power density and multi-gigabit testing:
Tailor-made for the TERADYNE platform
Tailor-made for the ADVANTEST platform
BENCH TOOLS
The ATX7006A platform
A modular and fully integrated Data Converter Test Solution
The ATX7006A is a fully integrated solution for testing ADCs, DACs and other Analog functions. It combines very high accuracy, low noise and fast sampling with an exceptional ease of use. Traditionally data converters are tested using a whole stack of bench instruments, filters, switch matrices and user made software. Many engineering hours are needed to get reliable results. The ATX7006A is a single instrument for all your data converter testing and test methods. Read more...
PIN ELECTRONICS
Post-Silicon validation & DFT engineering Tools
A digital IO instrument with flexible timing, based on PXIe form factor and ATE instrument quality.
SE-DPin is platform independent and has a scalable architecture for post-silicon validation & DFT engineering. It is based on ElevATE’s Mystery ASIC, providing the capacity for high-density digital chip testing in any test environment.
SOFTWARE
DPlus
The best tool for product and test engineers.
Our new data analysis software DPlus has been built for (product) engineers with the latest and newest software technologies. It features a modern and intuitive, context-driven user interface and the predefined building blocks help you quickly understand complex data analysis.
