Intel and Cisco WLAN Deployment Guide for Healthcare

Mobile technologies have demonstrated maturity in large enterprises, empowering workers and boosting productivity by greatly increasing access to tools and information. Adoption of mobile technologies continues to increase, with wireless networks becoming nearly ubiquitous in Fortune 5001 campus environments.

Unlocking Medical Information

When Baptist Health of Northeast Florida started planning its move to a paperless healthcare environment, management from the CEO on down were clear on one thing: Unhindered access to digital information would be critical. Today, Intel® technology-based mobile point of care (MPOC) solutions are enabling new ways to work and deliver care at two of Baptist Health’s community hospitals, and the remaining three are on track for conversion by early 2008.

The results are pervasive. “There is no aspect of clinical practice and no corner of the clinical care environment that hasn’t been impacted and improved by having mobile, simultaneous access to digital health information,” says Keith Stein, MD, chief medical officer at Baptist Health.

A distributed antenna system keeps HealthAlliance’s wireless signals strong anywhere in the hospital, improving patient care and staff productivity

HealthAlliance Hospital faced a number of challenges when upgrading its wireless network. The solution came in an integrated infrastructure with a single-antenna-based system that has streamlined operations for staff and clinicians, and paid for itself in two years.

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A Clinician Usability Pilot: Improving Quality of Care and Workflow Efficiencies Using Mobile Technology

The University of California San Francisco (UCSF) Medical Center was an early adopter of the electronic health record. In 2002 the medical center began implementing IDX’s Carecast®, (now GE Healthcare’s Centricity Enterprise) and found it very useful to have a single source for patient data. The obvious next step was to add a mobility component to the equation to make it easier for clinicians to access that data at the point of care. UCSF’s initial step toward mobility was to implement computers on wheels (COWs). COWs were preferable to stationary PCs. However, UCSF soon found they came with substantial drawbacks such as expensive batteries with limited charge. Furthermore the COWs took up space in the hallways and were hazardous obstacles at the bedside in emergency situations. The COWs required a significant amount of maintenance, and, since they were shared, there was limited availability and clinicians were often frustrated with the amount of time it took to log on and off the COWs during a given shift. UCSF’s leadership realized that while COWs had helped the institution move away from a stationary system, they could not provide the level of safe, convenient, and efficient mobility UCSF needed going forward.

University of Kentucky Healthcare – Mobile Point of Care (MPoC) – from Proof of Concept through Implementation

Two years ago, Jan Bates, Director of Infrastructure Services, Medical Center Information Services says she and her colleagues recognized interest in—and a need for—mobility at the point of care at UK HealthCare. That led them on a path to searching for MPOC solutions for their organization. “In talking with Intel we saw the Motion Computing C5s, we brought them in and we started those discussions.” She notes that initially it took some work to get the clinicians together to establish the proof of concept—yet this was an important step because the clinicians work together as a team at the bedside.

Jared Quoyeser's picture

Webinar from Motion Computing & Panasonic H1 Customer Events

In Marc Holland’s (IDC) blog posts of Nov. 7 ("Computing goes mobile") and Nov. 10 (" More guidance ...), he gave us some guidance on what to look for in a mobile clinical assistant system and talked about the Motion C5 device and Panasonic’s new Toughbook H1.

Marc Holland's picture

More guidance and what to look for in a mobile clinical assistant-based system

In my last blog I compared the Motion Computing C5 mobile clinical assistant and the new Panasonic Toughbook H1 mobile clinical assistant. As we talked before, it is gratifying that these companies are providing products so focused on the particular needs of healthcare users. In today’s blog, I want to give more guidance on the two products and what to look for in each.

Marc Holland's picture

Computing Goes Mobile

Panasonic introduces the Toughbook H1 Mobile Clinic Assistant

In the News

One of the challenges of integrating mobile point-of-care technology into clinical workflows is keeping up with the new tools available. My goal in this blog is to provide insight into one new product that is positioned to make a big impact. On November 4, Panasonic introduced the H1, the latest addition to its Toughbook line of ruggedized laptops and tablets. The H1 is designed and built to the mobile clinical assistant (MCA) reference architecture first publicly introduced by Intel at the September 2006 Intel Developer's Forum. It is the second such product to be offered to the healthcare provider market. The first, of course, was the Motion Computing C5, which was the hit of the HIMSS annual conference in February 2007.