Atrust Announces Its Participation at HIMSS14 Show in Orange County Convention Center, Orlando, FL, February 23rd-27th, 2014

Share Article

Atrust Computer Corp., the leading manufacturer of thin clients and servers, today announced its participation at HIMSS14 show in Orange County Convention Center, Orlando, FL, February 23rd-27th, 2014. At booth #4211, Atrust promises a display of brand new thin clients and a secure solution for health care industry.

News Image

Atrust is please to announce its first attending at HIMSS14 show. After focusing on providing cost-effective and proficient solutions to small and medium enterprise (SME) for many years, Atrust decides to head to medical field with the support of advanced security and efficiency.

New Thin Clients with Windows® Embedded 8
At this conference, Atrust will showcase two brand new models: the t180W and t220W based on Quad Core CPU. Both of them are Windows® Embedded 8 based devices, supporting all major protocols, such as VMware® Horizon™ View, Citrix® XenDesktop, Citrix® XenApp and Microsoft® RDP (with RemoteFX).

Like all Atrust products, they come with Atrust self-developed management software, Atrust Client Setup, to allow secure and easy maintenance. They both feature DVI-I and DVI-D ports to support dual display, delivering more flexibility in the working process.

With its commitment to introduce safe IT solutions, Atrust will present its w100, a100W and t170W, certified by Imprivata® OneSign™ to ensure the secure access to virtual desktops and clinical applications. This so-called No Click Access™ technology eliminates the need for manually typing usernames and passwords. With a swipe of an ID card or even just the touch of a finger, users can immediately access the full database.

Atrust PCoIP zero client w100, PCoIP All-in-One a100W and WES7-based t170W provide medical personnel a protected collaboration between diverse workforces and shift staff. These devices are not just saving space, but also saving time. Atrust will have a hands-on demonstration at the event to showcase the impact of these new innovations.

A Reliable IT Solution for clinics and medical institutions
Atrust has a comprehensive product line, which includes stand alone thin clients, mobile thin clients, All-in-One thin clients, PCoIP zero clients and zero clients. Atrust Linux ARM-Based series is one of the highlight sharing computing concept products. Atrust will demo All-in-One thin client a100T, mobile thin client mt100 and stand alone thin client t60/ t62 with its powerful mini server, s101. These Linux-based devices are ideal for clinics and medical institutions that are looking for simple, reliable, secure and high performance solutions to support or replace current IT infrastructure within a diverse environment.

Designed to seamlessly integrate with its thin and zero clients, Atrust mini server s101 and tower server st110A provide users a rich remote user experience with minimum cost. Running on Intel E3 or i3 processors, these powerful servers can simultaneously support numerous users accessing the data and resources across wire and wireless environments.

Atrust at HIMSS
The Annual HIMSS Conference & Exhibition is held by the global, non-profit organization HIMSS, which aims to bring better health through information technology. The conference brings together 37,000+ healthcare IT professionals, clinicians, executives and vendors from around the world.

Atrust will be available at booth #4211 throughout the whole event. Come anytime to visit for an on-hand experience or reserve a special meeting at sales(at)atrustcorp(dot)com.                        

About Atrust:
Established in 2007, Atrust is a creative, professional, and enthusiastic team which has rich experience in designing, producing Thin Client, Zero Client , Server and Management Software. The objectives of Atrust are to provide customers with high quality, high efficiency and environmental friendly products as well as comprehensive solutions. For more information on Atrust is available on

Share article on social media or email:

View article via:

Pdf Print

Contact Author

Sophia Lin

Sophia Lin
Visit website