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Healthcare organizations can improve patient care and staff efficiency by enabling mobile computing and communications. Doctors, nursing staff, and specialists are constantly on the move between patients and locations. Patients are frequently moved for access to critical diagnostic, monitoring, and treatment equipment. Equipment is moved from room to room - even from facility to facility - to gather, deliver, or track continuously changing data. Installing wireless networks for anywhere-access however, has not always been feasible for healthcare environments. It means pulling new fiber or Ethernet cable - often impossible in existing facilities, older buildings, or critical care areas. It's expensive. And deployment would be time-consuming and disruptive.
With Wireless Instant NetworksTM, however, network connectivity can be added virtually anywhere without the complication and expense of installing backhaul wiring. Using standards-based routing and mesh networking technologies, HotPointTM wireless mesh routers extend existing installed networks by providing industry standard Ethernet over a wireless backbone. As a result, the network can be taken wherever the equipment and patients happen to be rather than the other way around - and applications can be deployed for a fraction of the cost associated with traditional network infrastructures.
A instant network is an IP, broadband mesh network that supports multi-hop, point-to-point, and multi-cast routing. HotPoint routers automatically find each other to create an extensive mesh backhaul for transporting traffic. Deploying a HotPoint mesh router is as easy as plugging the unit into an AC power source. Now, critical networking services and Wi-Fi access points can be deployed anywhere they're needed.
High capital equipment, infrastructure displacement and rebuilding, and ongoing maintenance costs can put wireless networks out of reach for cost-sensitive healthcare facilities. Now however, HotPoint mesh routers reduce the need to buy costly network switches, pull cable, or lay fiber. They can be deployed wherever there is a standard AC outlet and they provision themselves and configure the wireless mesh upon being plugged in. An instantly provisioning wireless mesh network enables healthcare facilities to:
| Enable campus-wide secure public and private networks for medical and emergency staff, faculty, interns, medical students, administrators, and support staff | |
| Cost-effectively connect all areas of the hospital to provide Internet access for doctors, nurses, clinicians, technicians, patients and their families | |
| Connect and mobilize important diagnostic, monitoring, and treatment equipment for use wherever needed | |
| Create temporary networks for meetings, presentations, educational sessions, short-term staff offices, and even casualty and disaster situations | |
| Extend areas of support for Wi-Fi based phone calls | |
| Quickly and easily connect related offices and facilities surrounding the main medical campus, such as diagnostic facilities, research labs, out-patient facilities, pharmacies, the offices of doctors who have hospital privileges on-site, community-based care organizations, and related social services offices | |
| Enable access in brick, historic, and other buildings where traditional Ethernet or fiber cabling would damage the building's historic integrity or aesthetics |
With round-the-clock activity, medical complexes have a high volume of transient traffic. Visitors and caregivers alike can be vulnerable to potential criminal activity. HotPoint mesh routers can cost-effectively enhance security measures by extending surveillance capabilities almost anywhere. Wherever there is an AC power outlet - parking lots and parking garages, labs, walkways between buildings, courtyards, at information kiosks, public transportation waiting areas, and areas surrounding event venues - a HotPoint mesh router can route live images from a security camera.
As a broadband mesh network, a instant network enables delivery of real-time video, allowing security personnel to monitor sites from any location. With low incremental cost, extra units can be located at common boundaries with local law enforcement's jurisdiction to greatly increase security and monitoring effectiveness.
With HotPoint units, healthcare facilities can establish an instant network for transmitting critical data within the hospital. Battery powered HotPoint mesh routers can be placed on carts with medical devices and moved from location to location maintaining their network connections at all times.
HotPoint mesh routers are ideal for extending high-speed wireless access to
| Public areas, such as waiting rooms, cafeterias, lobbies, conference rooms, and patient lounges | |
| Operating rooms and viewing galleries | |
| Emergency rooms | |
| Clinical trial networks | |
| Temporary networks | |
| Classrooms and conference networks | |
| Pharmacy and dispensing personnel | |
| Patient rooms and wards | |
| Patient transportation dispatching | |
| Food preparation staff | |
| Students, conferences, and symposia | |
| Related social service agencies | |
| Nearby physician offices |

HotPoint mesh routers also provide an Ethernet connection for peripheral devices. For the first time, institutions can install hubs, printers, image scanners, and other devices in hard-to-reach locations to extend access to more users.
> NEW > SPRINT OFFERS NEW SPEECH-ENABLED MOBILE SOLUTIONS TO ENHANCE ACCESS TO PATIENT DATA
Sprint collaborates to give healthcare workers the power to increase productivity and improve patient care
NEW ORLEANS (February 26, 2007) — In response to evolving healthcare industry requirements, Sprint (NYSE:S) is working with key partners like Vocera Communications and Nuance Communications (NASDAQ: NAUN) to offer speech-enabled mobile solutions that help hospitals, clinics and other service organizations streamline operations, accelerate access to information, reduce costs and improve patient care.
Today, Sprint provides an array of cost-effective mobile solutions that help healthcare providers balance patient care, operational efficiency, cost management and regulatory compliance. Information that was previously available only within the walls of hospitals can now be viewed remotely, in real-time on Sprint smartphones, saving critical minutes in life-threatening situations and enabling caregivers to function more effectively and efficiently.
A new example of enabling instant communication for healthcare workers is today’s announcement by Sprint and Vocera® Communications to work together to extend Vocera’s unique communications system to Wide Area Networks (WAN) by offering key Vocera functions on Sprint and Nextel handsets operating on both the Nationwide Sprint PCS Network and the Nextel National Network, an industry first. With this new solution, mobile workers, including physicians, nurses and the hospital staff, will now be able to communicate instantly with each other beyond the four walls of a hospital building, thus extending the workplace. Specifically this solution will allow a physician or attending nurse outside the hospital to communicate at all times with his or her staff wearing Vocera badges by using the walkie-talkie feature on their Sprint and Nextel handsets. The ability to communicate instantly with critical resources without being physically present in the hospital is crucial to making timely decisions that can save lives, especially during an emergency.
Patricia Skarulis, CIO and Vice President of Memorial Sloan-Kettering. “We look forward to the melding of Sprint walkie-talkie and wireless services with Vocera’s hands-free voice recognition applications. Memorial Sloan-Kettering expects that this merged technology will allow internal clinical staff and critical clinical systems, through text alert forwarding, to reach doctors, nurses or other specialists anywhere in our ever-expanding network of clinical sites and metropolitan area locations. We also look forward to the integration of Sprint wireless devices with existing Vocera devices which will allow for greater texting and voice options both within and beyond the walls of the hospital. "
Today, obtaining patient information is primarily a manual process – a physician first locates a computer terminal in the hospital or clinic, looks up the results, writes down the information, visits the patient and orders the appropriate care services, and then returns to the computer to update the patient record. To streamline this process, Sprint is working with Nuance Communications to introduce a custom speech-enabled healthcare voice technology that gives healthcare professionals wireless voice access to critical data including medical records. This new speech-enabled technology, an industry first, simplifies the workflow process by allowing physicians to access current patient information such as medication, lab results and patient status directly on their Sprint handheld devices, both inside and outside the hospital. With this technology, a physician can dictate his requirements directly to the phone and obtain current information. The ability to access information at all times improves the overall productivity of the caregiver and enables effective patient management.
“Healthcare organizations of all sizes are facing a wide range of challenges including rising costs, increased regulatory and reporting requirements, demands for improved patient care, and workforce shortages," said Bill Montgomery, national director of healthcare sales for Sprint. "Wireless technology, particularly the products and services Sprint offers in conjunction with technology providers like Vocera, Nuance and Meditech, helps mitigate these challenges by providing anytime, anywhere access to mission-critical data and improving the communications amongst caregivers, resulting in enhanced patient care.”
For medical personnel, instant access to important information and updates can make a significant difference in patient outcomes. For patients and their families, wireless access provides a way to remain connected during a difficult time. For healthcare facilities, the ability to easily and cost-effectively deploy ubiquitous wireless network capabilities can be a significant point of differentiation and an attractive feature for prospective medical staff, researchers, and the communities they serve.
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