News

We are pleased to present Ken and Larry your main Acqiris contacts covering APAC and based in Guangzhou, China. Ken Chen is managing all the business in APAC and is the first point of contact for any inquiries concerning signal acquisition needs in applications including Ultrasound, Mass Spectrometry (MS-TOF), Non Destructive Test (NDT), Swept Source Optical [...]

In 2018, Acqiris engaged with two organizations acting for the social integration of young people in Cameroon: Jeunesse Active pour le Développement du Cameroun (JADC) and Village Suisse ONG (ECOSOC-ONU). Acqiris contributed by donating computers and IT material. More about these organizations: JADC’s initiative aims to teach young people to use a computer and train them [...]

To start this new year 2019 at full speed and achieve higher resolutions, Acqiris is pleased to announce the new SA220 14-bit ADC card, the first addition to our new exciting SA2 platform, specifically designed to uniquely address OEM application needs without compromise. The SA2 platform is first on the market to be especially optimized for [...]

San Francisco, California, USA, 2 - 7 February 2019 Robin Hassell, Acqiris Vice President, Sales & Business Development, and Giovanni Lucia, R&D Application Architect, will introduce you our solutions for Swept-Source OCT (SS-OCT) applications and the first 14-bit platform of signal acquisition components (ADC cards) specially designed for OEM applications.   Robin Hassell’s contact details: US Cell +1 [...]

Acqiris Japan Corporation has been our strategic partner since its founding in 2006. Acqiris SA became independent in August 2017 and has tightened this remarkable collaboration ever since. Led by Ichiro Suganuma, Acqiris Japan provides comprehensive measurement solutions and services to customers requiring high-speed / high-resolution data acquisition. The team is dedicated to enable Japanese customers [...]

Acqiris in LIDAR Systems   The signal fidelity is one of the key challenge when conceiving a new LIDAR system. For monitoring applications requiring high dynamic range and data throughput, Acqiris provides data acquisition solutions.   Our ADC cards are used in LIDAR systems, especially for the following applications: Industrial measurement such as product line monitoring, [...]

Originally formed in February 1998, the Acqiris team celebrates 20 years of experience and first-class expertise in signal data acquisition. This recognized leadership, acknowledged by the original success of the company and later its acquisition by Agilent (2006) and Keysight Technologies (2014), has established Acqiris as an eminent player in its market. Acqiris was reborn as [...]

The FAE, Fondation d’Aide aux Entreprises (Swiss Business Assistance Foundation) has just published its yearly report, available here (French) – See article about Acqiris on page 11. Acqiris SA is one of the 67 companies supported by the foundation in 2017. Contacted by Acqiris founders in July 2017, the foundation agreed to support Acqiris SA and endorses an investment with a bank (BCGE) of the order of one [...]

Meet both Acqiris Vice President, Sales & Business Development, Robin Hassell and Acqiris Manager of R&D Product Development, Pierre-François Maistre at ASMS. Discover behind closed doors the latest optimal ADC card developments and signal acquisition processing techniques for mass spectrometry. For more information about ASMS exhibition: https://www.asms.org/conferences/annual-conference/annual-conference-homepage   Robin Hassell’s contact details: Europe Mobile +41 78 [...]

We appreciated the very fruitful and exciting discussions with customers and partners who met with Robin, Giovanni and Bill at Photonics West. We’re looking forward continuing our developments, collaboration and expanding focus in the SS-OCT domain. The Acqiris Team

GENEVA, Switzerland, August 1, 2017 – Acqiris SA today announced it has become the sole provider of Keysight Technology’s PCIe-based digitizer for OEM business. PCIe-based digitizers are used as embedded OEM components in industries such as life sciences, imaging, and environmental monitoring. Acqiris worked with Keysight to acquire their PCIe-based digitizers and will own all aspects [...]

Up to 10 GS/s and more than 2 GHz Instantaneous Bandwidth per Channel Key Features: -One channel at 10 GS/s or two channels at 5 GS/s, DC up to 2.5 GHz bandwidth -Dual full scale range 250 mV and 1 V -Low noise density, low distortion and optimized frequency response flatness Our High-Speed Digitizers Team announces [...]

Swept laser source non-linearity and k-clock instability compensation Swept source OCT lasers are non-linear. This non-linearity must be compensated to improve both resolution and sensitivity. Non-linearity correction can be done in two ways: Direct ADC clocking: the ADC capturing the OCT interference is clocked directly with a clock signal that contains the information of the laser [...]

Real-time data processing after analog-to-digital conversion at multi-gigasamples per second on digitized data can’t be performed on a host computer as the backplane is not fast enough to extract the samples at full speed. In addition, a modern multi-processor workstation can’t perform real-time operations at such rates. Hence, an FPGA with enough available resources for customization [...]

Following the announcement of our Swept Source OCT option now available on the U5303A high-speed data acquisition PCIe card , more news about SS-OCT: System architecture The SS-OCT system includes a swept source laser, a balanced optical receiver, and a fast and high-resolution data acquisition card (i.e. DAQ or ADC card) that captures the raw OCT signal. As illustrated in [...]

Unique Digitizer Combines High Performance in a Very Small Form Factor Key Features: -New 10 GS/s high-speed digitizer -10-bit resolution, DC up to 2.5 GHz bandwidth, very small form factor -Ideal for applications requiring a high sampling rate and a large bandwidth, such as medical research, MS-TOF, LiDAR, NDT and DSTS Our High-Speed Digitizers Team launched the U5310A [...]

DC  up to 1.4 GHz Bandwidth and Resolution of 97 kHz per Spectrum Line Key Features: -New fast Fourier transform (FFT) application option now available on the 12-bit high-speed data acquisition PCIe® card -Highly improved fixed point arithmetic that eliminates deteriorating effects -Targeting applications in astronomy, physics and environmental measurements using FFT spectrometer Our High-Speed Digitizers Team introduces [...]

Continuously Acquiring Up to 200 kHz A-Scan Rate While Maximizing Superior Image Resolution, Performance Key Features: -New swept source optical coherence tomography options now support up to 1 GS/s on the 12-bit high-speed data acquisition PCIe card -Faster image acquisition up to 200 kHz A-scan rate, continuously -Targeting applications in various non-invasive medical imaging Our High-speed [...]

U5309A 8-bit 8 channels PCIe high-speed digitizer with on-board signal processing has been selected as one of the finalists for the prestigious ECN IMPACT Awards that recognizes and celebrates the top products and services of 2014 in the electronic components industry. This competition seeks to honor the best and most innovative in the design engineering world. [...]

Our High-Speed Digitizers Team announces the introduction of New Streaming Capapbility for its U5303A 12-bit and U5309A 8-bit ADC Cards. The U5303A and U5309A ADC card option CSR allows engineers to perform acquisition and readout simultaneously and in a continuous way. They can use several mechanisms to adapt the acquisition data rate to the targeted application. [...]

Keysight today announced that the U5309A 8-bit 8 channels PCIe high-speed digitizer with on-board signal processing has been selected as a Golden Mousetrap Winner in the category Electronic Test & Measurement. The Awards celebrate the companies, products, and people who are energizing North American design, engineering, and manufacturing. The Golden Mousetrap Awards were announced at the [...]

With optical swept sources in the longer wavelength range, new imaging capabilities exist that have not been addressable with time domain or camera based OCT systems. The solution was designed using an FPGA, allowing portability of the OCT signal processing IP to other data acquisition cards, including future releases. There is no need for internal circuitry [...]