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Lightweight, Durable and Ideal for the Healthcare Environment
Based on Intel's reference design, Panasonic's Toughbook H1 mobile clinical assistant (MCA), features a bright 10.4" dual-touch display that offers both tablet and touchscreen functionality and has an IP65 certifed 1 design. Weighing only 3.4 lbs, with hot swappable twin batteries, this mobile computing platform features an 80GB shock-mounted hard drive, the latest Intel® mobile processor technology, embedded wireless capabilities, and is designed to meet the specific needs of healthcare professionals.
Product Images
Application Images
Awards
JEMS Magazine EMS Today 2009 Hot Products June 2009
The first fully-rugged mobile clinical assistant (MCA), Panasonic Toughbook H1, was named one of the Hot Products from the 2009 EMS Today Conference & Exposition. The Toughbook H1 redefines performance and functionality for the MCA category with a six-hour battery life, dual hot-swappable batteries, standard daylight viewable screen and integrated Gobi™ technology in a sealed and easily sanitized package.
Administered by JEMS Magazine, the Hot Products are peer-chosen awards given to the 30 most innovative new products in the EMS market. The selections are profiled in the June 2009 issue of JEMS.
CTIA E-Tech Award March 2009
A panel of industry judges named the Panasonic Toughbook H1 second-place winner of the 2009 CTIA Emerging Technology (E-Tech) Award in the Enterprise & Vertical Market Solution, Healthcare category. The Toughbook H1 is the first fully-rugged mobile clinical assistant (MCA) and the first device of its kind to integrate the low-power Intel® Atom™ processor. The Toughbook H1 redefines performance and functionality for the MCA category with a six-hour battery life, dual hot-swappable batteries, standard daylight viewable screen and integrated Gobi™ technology in a sealed and easily sanitized package.
Created in 2006, The CTIA Emerging Technology (E-Tech) Awards program is designed to give industry recognition and exposure to the best wireless products and services in the areas of consumer, enterprise and network technology. Each year, more than 250 applications are submitted and reviewed by a panel of recognized members of the media, industry analysts and executives. Products are judged on innovation, functionality, technological importance, implementation and overall "wow" factor.
Bylined Articles
Fixed Ops
"Navigate Mobile Technology Investments For A Competitive Edge"
According to a recent IDC Worldwide Mobile Worker Population Forecast, nearly 75% of the U.S. workforce will perform at least part of their jobs outside the traditional office space by the end of 2011. Rance M. Poehler, president of Panasonic Computer Solutions Company, outlines the necessary factors to consider when selecting the best mobile computing solution to meet the needs of a growing mobile workforce, while also minimizing hidden costs.
Integrated Solutions

"Deploying Mobile Technology: Lowest Total Cost of Ownership For a Competitive Edge"
With as many as 30 on-board computers, modern vehicles require the use of diagnostic devices for efficient repair. Employing service bay technology solutions with the right features, reliability, flexibility and support can be critical. In this article, Jason Smith, senior business development manager at Panasonic Computer Solutions Company, explains different features of mobile devices that can increase customer satisfaction and help dealerships achieve the greatest possible ROI.
WaterWorld
"Wise Mobile Technology Investments in Tough Economic Times"
For water utilities deploying mobile computers, achieving the lowest Total Cost of Ownership (TCO) is critical to improving efficiency and increasing profit. However, when budgets run tight, companies are often tempted to make mobile computer purchasing decisions based solely on sticker price. But this short-sighted approach can cost more in downtime, repairs and broken equipment. Jason Smith, senior business development manager at Panasonic Computer Solutions Company, explains how to calculate the true TCO of a device.
Supply Chain Management
"Supply Chain and Logistics Markets Reap the Benefits of Ultra Mobile PCs"
In an atmosphere of growing competition, supply chain and logistics organizations are looking to technology to help them work more efficiently. Many companies are turning from proprietary handheld devices to open-platform ultra-mobile PCs (UMPCs) for a complete solution. Jeff Tingley, senior business development manager at Panasonic Computer Solutions Company, discusses this trend and explains how ruggedized UMPCs are changing the face of the industry, delivering high performance and reliable connectivity in an ultraportable form factor.
Police Chief
"Applying Digital In-Car Video Systems to Manage Evidence and Obtain Prosecutions"
In-car camera technology is one of the best tools agencies have to protect themselves and their officers from false allegations. These digital recording systems streamline video and audio capture and storage, ensuring that evidence is court-admissible. Joni Eddy, assistant chief of police in Lewisville, Texas, and Joe Martin, director of business development, government, for Panasonic Computer Solutions Company, details one agency's experiences in selecting and deploying digital video systems in its patrol fleet.
Law and Order
"Business Leaders Look to 2008"
What are the challenges in law enforcement for 2008? According to Joe Martin, executive business developement manager for Panasonic, the top concerns are "safety" and "efficiency," not only in day-to-day operations but for the long-term. In this article, Joe discusses why ergonomic design and wireless and video capability, as well as reliability and durability are vital to the future of law enforcement.
Network & Cabling
"Take Your Show on the Road"
As telecommunications technology improves, customers demand ever more services; therefore, it is vital that employees and field-service workers have the most reliable mobile computing tools on hand. Mike McMahon, director of workforce automation for Panasonic Computer Solutions Company, addresses the importance of reviewing all facets of implementation when choosing an effective mobile computing solution.
Business Solutions
"Quality Pays Off: Focus on TCO in Mobile Computers"
Mobile technology has progressed to a point where people can access anything, anywhere, using affordable and powerful tools. However, it is vital that these tools withstand harsh environments in the field. In this article, Sheila O'Neil, senior director of channel sales for Panasonic Computer Solutions Company, discusses the vital role that quality of hardware plays in the total cost of ownership (TCO) of a mobile computing solution.
Health News Digest
"No Weak Links: Selecting Mobile Computing Solutions for Healthcare"
Over the past few years, more health organizations have turned to mobile technology to provide medical personnel instant access to vital documents and information. Greg Davidson, a business development manager responsible for healthcare mobile computing solutions at Panasonic, addresses the importance of ensuring that the best portable information systems are implemented in healthcare environments.
Law Enforcement Technology
Looking Toward the "Agency of the Future."
Law enforcement agencies work closely with technology vendors to equip their officers with the best mobile tools available. Jan Ruderman, senior director, public sector, mobile computing solutions for Panasonic, outlines these up-and-coming technologies and discusses their benefits to the future of law enforcement.
Transport Technology Today
"Opening the door to possibilities"
Not long ago, fleet operators gathering information on transport vehicles had to work with multiple computing systems that were not integrated. But, as technology has progressed, open systems have enabled the design of fully integrated, customizable computer systems. In this article, Bill Presler, senior business development manager for Panasonic Computer Solutions Company, offers best practices for building an optimal mobile operation.
Water and Wastes Digest
"Evaluating mobile computing solutions for water utilities"
From meter reading to mapping to customer service, mobile computers play a vital role in the water industry. Often, these computers must perform in less-than-ideal conditions. Thell Gillis, business development manager for the energy, utilities and communications industries at Panasonic Computer Solutions Company, outlines the features mobile computing solutions must have in order to meet the needs of the water industry.
WaterWorld
"Mobile Computing Requires PCs "Ruggedized" for Working Environment"
Advancements in wireless technology and software have made mobile field automation and communication widely available to water and wastewater organizations. In this article, Rick Elliott, national sales manager for the utilities, energy and communications industries at Panasonic Computer Solutions Company, discusses how factors such as ruggedness, battery life and wireless capabilities are critical when evaluating mobile computing solutions.
White Papers
Mapping Technical and Operational Challenges of Mobile Computing Deployments
Many organizations invest in mobile computing solutions based on inaccurate Total Cost of Ownership (TCO) models. The result is substantially higher ownership costs, poor customer service performance and lost revenue. This whitepaper reveals overlooked deployment costs and customer-specific operational details in TCO analysis, and explains how to leverage mobility investments into a true competitive advantage.
Uptime All the Time: Tools for Greater Field Force Efficiency
Field technicians are a vital link between a company and its customers. To enhance the value of their services, organizations are looking to rugged mobile technologies to alleviate the inefficiency of paper-based systems that can affect client relationships. This white paper discusses how mobile computing solutions can streamline field service processes, outlines the keys to effective deployment, and provides case studies that demonstrate the successful use of rugged mobile computers in the field.
Using Analytics for Better Mobile Technology Decisions
Different departments within organizations often define the value and true costs of mobile computing differently. Choosing a solution that minimizes Total Cost of Ownership (TCO), maximizes Return on Investment (ROI) and meets the needs of the entire organization requires an honest, vendor-neutral analysis. This white paper discusses how the Panasonic Toughbook ROI Evaluator uses actual corporate data to generate comprehensive analyses that help companies come to a consensus when making purchasing decisions.
Assessing the Broad Business Case for Rugged Computing
Driven by the increase in mobile workers, new broadband technologies and the use of laptops in a wider range of environments, the demand for rugged, business laptops is rising. Today, nearly 60 percent of companies consider themselves a virtual workplace and many employers are currently looking to expand their mobile workforces. This white paper addresses these key demand drivers and provides a comprehensive overview on rugged mobile computing.
The Business Case for Embedded Wireless Technologies in Mobile Enterprise Strategies
While mobile solutions have made great strides in the last decade, advancements in embedded wireless wide-area networking (WWAN) now offer business users even higher levels of portability and productivity. A growing number of companies are discarding their poor-performing, labor-intensive wireless network cards in favor of embedded wireless solutions. This white paper explores the latest developments in embedded wireless networking, as well as how it benefits both users and organizations.
Realizing the Benefits of Digital In-Car Video for the Law Enforcement Community
Law enforcement professionals require a secure means of collecting and processing evidence for use in legal proceedings. A mobile digital video system can be an ideal solution. This white paper outlines the application and value of digital video solutions in law enforcement, focusing on incident capture and evidence.
The Role of Rugged Mobile Computing in Overhaul, Service and Maintenance Operations
Rugged mobile computers have become increasingly vital in the overhaul, service and maintenance operations for automotive, aerospace and other large equipment manufacturers. These industries must continually increase productivity while keeping up with the latest technologies. This white paper discusses how rugged mobile computers make this possible with durable, portable solutions that withstand the harsh environments found in which they operate.
Mobility and Reliability Make the Panasonic Toughbook Wireless Display a Winner for Operational Efficiency
Keeping mobile employees connected through wireless devices and lightweight communication tools is critical for companies wishing to achieve workflow efficiencies and cost savings. However, advancements in information technologies have also created new issues regarding data integrity and security. This white paper discusses the challenges businesses face and how the Toughbook 08 is designed to address these operational inefficiencies and privacy concerns.
Reviews
Panasonic Toughbook H1 by Fran Hildwine, BS, NREMT-P, CCEMT-P
(JEMS Vol. 34 No. 6, June 1, 2009) read review
Panasonic Toughbook H1: A power-efficient, rugged and cleanly designed and implemented Mobile Clinical Assistant with excellent display and ergonomics by Conrad H. Blickenstorfer; photography by Carol Cotton
(Rugged PC Review, March, 2009) read review
Panasonic ToughBook H1 Mobile Clinical Assistant by Riyad Emeran
(Trusted Reviews, January 29, 2009) read review
Panasonic Debuts Toughbook H1 Clinical Computer
(MedGadget Article, November 3, 2008) read review
News
It's Time To Take Off The Blinders by Steven Burke
(ChannelWeb, June 19, 2009)
read review
Panasonic's Rx For Health-Care VARs: Toughbook H1
(March, 2009) read article
Toughbook H1 tablet PC has the right features for a mobile clinical assistant by Greg Crowe
(GCN, February 5, 2009) read article
Toughbook central by Trudy Walsh
(GCN, February 03, 2009)
read review
Panasonic Unveils Atom-Powered Mobile Health-Care Device by Antone Gonsalves
(Information Week Review, November 5, 2008) read article
Diagnosis: Panasonic Toughbook H1 Meets Health-Care Needs by Jennifer Bosavage
(CRN Review, November 4, 2008) read article
Introducing the Panasonic Toughbook H1 MCA
(HealthBlog, November 4, 2008) read article
Panasonic Announces the Toughbook H1 Mobile Clinical Assistant
(GottaBeMobile Article, November 4, 2008) read article
Panasonic Combines Toughbook Features, Intel's Atom Processor for Health Care PC by Scott Ferguson
(eWeek Review, November 4, 2008) read article
Panasonic H1 Clinical Computer Debuts Officially
(Ubergizmo Article, November 4, 2008) read article
Panasonic H1: You know, for hospitals by John Biggs
(CrunchGear Article, November 4, 2008) read article
Panasonic Releases the Toughbook H1 Mobile Clinical Assistant
(Health Industry Insights, November 4, 2008) read article
Panasonic Toughbook CF-H1 Mobile Clinical Assistant: Video Demos by Chris Davies
(SlashGear Article, November 4, 2008) read article
Panasonic Toughbook H1 Tablet PC Is First Fully Rugged Mobile Clinical Assistant by Jamie Bsales
(Computer Shopper Article, November 4, 2008) read article
Panasonic Toughbook H1: Ruggedness for Healthcare Workers by Jeffrey L. Wilson
(Laptop Mag Article, November 4, 2008) read article
Panasonic Toughbook MCA launched
(E-Health Europe, November 4, 2008) read article
Panasonic komt met Toughbook H1, een Computer specifiek voor de kliniek
(MedicalFacts Article, November 4, 2008) read article
Panasonic Unveils the Toughbook® H1 Mobile Clinical Assistant for Medical Professionals
(November 4, 2008) View H1 press release
Awards
awards awards awards
FAQs
Product Summary:
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Engineered for the medical professional, the Toughbook H1 improves workflow and eases clinical loads. With access to patient records and documentation of a patient’s condition at the point of care, the Toughbook H1 maximizes clinical efficiency while increasing patient safety.
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The Toughbook H1 was developed based on Panasonic’s innovative engineering, resulting from its own proprietary global healthcare industry research and Intel’s mobile clinical assistant (MCA) reference design.
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Panasonic designed the Toughbook H1 based on Intel’s mobile clinical assistant (MCA) reference design. Intel’s MCA reference design is the basies for all MCA devices.
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While other manufacturers simply recreated the Intel MCA reference design, Panasonic took the expertise that comes from years of designing rugged mobile products and created a unique interpretation of Intel’s mobile clinical assistant reference design that truly reflects the needs of the end user. The Toughbook H1 has greater levels of durability, offers easier sanitization, longer battery life, improved ergonomics, longer standard warranty and more integrated standard features when compared to first generation MCA devices.
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The Toughbook H1 is a highly durable and mobile computing device. The industry leading six-hour battery life, hot-swappable battery and superior wireless capabilities allow for maximum portability and mobility.
The fully rugged, fully sealed and durable design not only ensures ultimate reliability, but it also allows users to decrease their total cost of ownership and maximize their return on investment.
The smooth, flat surface of the Toughbook H1 allows users to easily clean and sanitize the Toughbook H1;, an attribute critical in the healthcare setting.
Furthermore, integrated features, such as RFID, barcode scanner and 2MP camera, frees users of multiple devices, increasing efficiency and productivity.
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The Toughbook H1 is the first fully-rugged, Intel Atom-based mobile clinical assistant. Toughbook H1 redefined the MCA category by being the first to include a fanless design, portless, gapless and smooth surface design to ensure maximum sanitization; a six-hour battery life complemented by twin hot-swappable batteries; ergonomically designed, daylight-viewable display and optional Gobi™ mobile broadband.
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The Panasonic Toughbook H1 aims to improve workflow, ease clinical loads for doctors and nurses and helps healthcare organizations to maximize efficiency and reduce errors. Utilizing the Toughbook H1 to automate and streamline workflow can help healthcare organizations alleviate clinical loads while improving patient safety and job satisfaction.
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Hardware Overview:
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The Toughbook H1 has an Intel® Atom™ processor (1.86GHz) Z540 with 533MHz FSB, 512KB L2 cache. See Intel Atom Processor section for more information.
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The base memory on the Toughbook H1 is 1GB of SDRAM, expandable to 2GB.
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No, the Toughbook H1 has an 80 GB 1.8-inch shock mounted hard drive.
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Every Toughbook H1 comes standard with integrated Wi-Fi (A/B/G/Draft-N) and Bluetooth®. And Gobi™ mobile broadband (EV-DO and HSPA) is an available integrated WWAN option. See Wireless Overview section for more information.
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Yes, the Toughbook H1 comes standard with a contactless SmartCard (ISO 14443 type A/B compliant) and RFID (ISO 15693 compliant). See RFID/Barcode Reader section for more information.
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Yes, every Toughbook H1 comes standard with an integrated finger print reader by Upek, Inc.
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Every Toughbook H1 comes standard with a 2.0MP camera with auto focus and dual LED light. See Camera section for more information.
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The Toughbook H1 has a 10.4” TFT Color Active Matrix LCD. See Display section for more information.
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Software Overview:
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Genuine Windows Vista® (Windows XP Tablet downgrade is available).
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Intel Atom Processor:
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The Intel Atom processor offers the ideal mix of performance and low power consumption.
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The main benefits of the Intel Atom processor are:
- Processor Performance: Provides appropriate levels of performance to run relevant applications.
- Low Power Consumption: Low power consumption allows for longer battery life.
- Low Heat Production: Improves device ergonomics (no hot spots) and eliminates need for a fan, reducing potential points of failure and improving ease of sanitization.
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A user can run many of the same software applications as on desktop PC's. Please consult the application provider for minimum system requirements.
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Rugged / Durability:
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MIL-STD-810F is a series of testing standards and procedures issued by the United States Army, in order to identify products approved for use by all agencies and organizations within the Department of Defense. While these procedures were initially created specifically for the military, they have since become an important benchmark for numerous public and private sector organizations to verify if products will withstand challenging conditions throughout their service life.
Mobile computers are rated according to international standards for ingress protection (IP). IP codes classify the degrees of protection provided by electrical enclosures from dust, water and impact. The numbers following the letters "IP" represent the specific degree of protection provided by electrical enclosures. The Toughbook H1 is IP65 certified by a national independent third party lab following IEC 60529 Procedure 13.4, Category 2. The first digit (6) indicates the ingress of dust at a level that will not have a harmful effect on the operation of the unit. The second digit (5) indicates that water sprayed from all directions will not compromise the computer's functioning.
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Like all Toughbook mobile computers, the Toughbook H1 is designed to meet and exceed a variety of standards for performance, durability and environmental impact.
As the leader in manufacturing durable and reliable mobile computers, Panasonic performs more than 500 checks and tests on every Toughbook computer. Also, the Toughbook H1 is IP65 certified and designed to meet MIL-STD-810F requirements, testing standards and procedures issued by the United States Army.
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The Toughbook H1, a fully-rugged device, can withstand the typical environment of a healthcare facility, such as dropping the device from a patient’s bed (about a 3 foot drop), spilling water or other fluids on the device and bumping the device on edges, doors and other surfaces throughout the day.
“Semi-rugged” devices don’t offer the extreme level of durability that the Toughbook H1 does. Therefore, they may not be able to handle the demanding and harsh environment of healthcare settings.
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Tested in accordance with MIL-STD-810F Method 516.5, Procedure IV, the Toughbook H1 can withstand three foot drops.
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Panasonic offers multiple healthcare devices ranging in different levels of ruggedness. The Toughbook H1, an ultra-mobile-rugged device, has about the same level of durability as the fully-rugged class of Toughbook laptops. It offers more durability than the semi-rugged and business-rugged line of Toughbook mobile computers.
Healthcare devices in different categories of ruggedness include:
- The fully-rugged Toughbook 19 – The fully convertible Toughbook 19 is rugged and lightweight. It offers enhanced patient care for viewing medical records, x-rays and lab results.
- The semi-rugged Toughbook 52 – Even though users may carry it around by its built-in handle, the durable and reliable Toughbook 52 is ideal for the rollercoaster type ride of a cart through a hospital facility. It is specifically engineered to endure the harsh, day-to-day environment as a cart-based solution for nurses delivering secure, high quality bedside care, or as any everyday desktop replacement for administration.
- The business-rugged Toughbook T8 – At only 3.3 lbs, it’s extremely portable and the extra-long battery life make it perfect for everything from patient rounds in a facility to patient visits in the home. Healthcare providers can update and transfer patient data virtually anywhere.
- The ultra-mobile-rugged Toughbook U1 – The ultra-portable Toughbook U1 allows users to make changes to patient charts, receive up to date lab results and perform clinical tasks quickly and efficiently, all without having to return to a desk.
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Panasonic engineered a fanless design in an effort to minimize the spread of dust, debris and other infectious particles.
The low-powered Intel Atom processor and Panasonic’s experience in thermal management technologies allows the Toughbook H1 to maintain a low temperatures without the use of a fan.
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Fully sealed means that the unit’s entire surface area is completely void of ports, gaps and crevices. The Toughbook H1 includes a fanless and portless design, smooth surfaces with sealed buttons and a gapless LCD screen.
A semi-sealed design cannot guarantee resistance to dust, water and liquids. Furthermore, semi-sealed devices can be difficult to disinfect as germs, bacteria and other infectious particles may get trapped in between gaps and crevices.
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Display:
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The Toughbook H1 has a 10.4” dual touch screen with a resolution of 1024x768.
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The Toughbook H1 has a screen brightness of 500 nit. That’s 3x brighter than most MCA’s on the market.
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The daylight-viewable screen allows the Toughbook H1 to be used outside or in a brightly lit room, increasing the user’s mobility and productivity. The Toughbook H1’s daylight-viewable screen is a standard feature.
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The Toughbook H1 has a dual function display. The intuitive display can identify whether the device is in digitizer (stylus) or touchscreen mode (finger touch), and automatically turns off the unused function. For example, this allows a user to touch their palms on the screen while writing using the stylus, without moving the cursor to where their palms touched.
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Ergonomics:
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Proprietary research, usability studies and feedback on first generation MCA devices resulted in the ergonomic improvements found in the Toughbook H1.
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A number of features contribute to the Toughbook H1’s ergonomics, including:
- Low heat generation based on thermal engineering and the use of the Intel Atom processor
- Barcode scanner location based on usability studies and input from users of first generation MCA devices
- A curved handle that compliments the hand when gripping the device
- The rear hand strap offers improved ease of use when inputting data
- The device’s light weight, 3.4 lbs design makes it comfortable for users to hold for extended periods of time
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The position of the barcode reader is ergonomically placed at the bottom of the device to decrease wrist tension. Most MCA devices place their barcode readers either on the top or side of the device, which forces users to move their wrists in uncomfortable positions or manually move the object that they are scanning.
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Yes, the Toughbook H1 was designed with a curved back to increase the ergonomics of the device as well as for heat dissipation. The curved back, which matches the shape of the hand and palm, allows users to comfortablye hold the device . The increased surface area afforded by the curved back also helps dissipate heat, keeping the unit operating at comfortable temperatures.
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Yes, Toughbook H1 can be used as a traditional desktop device. A keyboard can be easily attached using ports found on the docking station or by means of Bluetooth.
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The easeled back allows users to comfortably view and access the display even when the Toughbook H1 is placed down on a flat surface.
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Sanitizeability:
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The Toughbook H1 was built for extreme sanitization and infection control. The flat, smooth surfaces, void of any gaps, holes and crevices, allow for easy and thorough sanitization.
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Panasonic recommends that only “wipe” forms of the disinfectant solutions be used on the Toughbook H1.
A full list of recommended disinfectants can be found
here.
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Panasonic performed rigorous testing for disinfectant resistance by wiping down each area with a liquid solution up to 10,000 times.
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Sanitization is critical to patient safety. To help aid in disinfection, the Toughbook H1 comes standard with proprietary cleaning reminder software that can be programmed to remind users to wipe down the unit at defined intervals. The system maintains a record of successful cleaning for infection control management and auditing purposes.
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RFID / Barcode Readers:
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Radio-frequency identification (RFID) is used for tracking and identification purposes. Clinicians can use the Toughbook H1 to positively identify patients at the point of care by scanning their wristbands, increasing efficiency and patient safety. The RFID feature can also be used in warehousing and inventory control applications.
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An RFID Reader does not require the user to “aim” the reader. Just place the RFID tag within 3 to 4 inches of the reader port at the bottom of the Toughbook H1 and it will read to tag.
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Yes, the barcode reader can read any I.S.O standard barcode symbology, including 1D and 2D symbologies.
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Wireless Overview:
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The Gobi technology by Qualcomm is the most flexible solution available for providing embedded mobile broadband (WWAN) access. Gobi allows IT departments to purchase a single device SKU regardless of the wireless carrier or technology (EV-DO or HSPA). Gobi technology is ideal for home health environments.
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The Toughbook H1 can be shipped with (WWAN) as an integrated option available when ordering Gobi™ mobile broadband. While the Toughbook H1 is used in many Wi-Fi settings, it can also be used in settings where there is no access to Wi-Fi, including home health and hospice, ambulatory, mobile blood collection, warehousing and inventory management or field inspection. The option for integrated WWAN increases the portability of the device and provides users with non-stop computing.
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Although most MCA devices come standard with integrated Wi-Fi and mobile broadband (WWAN) as an option, the Toughbook H1 is the only MCA that has the capability to include Gobi technology and integrated GPS.
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Yes, Wi-Fi and Bluetooth come standard on the Toughbook H1.
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Intel® WiFi Link 5100 802.11a/b/g/draft-n
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The Toughbook H1 supports high levels of encryption and security that are found on all Toughbook laptops. The Intel Wi-Fi tools preloaded on the Toughbook U1 and the Windows Operating system let users configure security like any other computer on the secured network.
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Yes, the Toughbook H1 is CCX v4 certified.
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Yes, as an option, Toughbook H1 can be shipped with integrated GPS. The GPS module is helpful for use in home health, ambulatory and other field service applications.
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Battery:
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The Toughbook H1 has an industry leading 6-hour battery life. The battery life of most MCA devices is about three to four hours.
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The industry leading 6-hour battery life is accomplished through Panasonic’s advanced battery technology, as well as through the use of Intel’s low-powered Atom processor.
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It takes 7 hours to charge the Toughbook H1 when both batteries are empty and the unit is off. When the unit is on, it takes 10 hours.
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The hot-swappable battery design allows users to replace batteries without having to shut down or dock the unit, eliminating downtime and allowing for non-stop computing.
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Camera:
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The Toughbook H1 can be used just like any digital camera. Users simply point the Toughbook H1 toward an object and take the picture using the programmed camera button on the front of the device.
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The camera is a 2MP with autofocus and a dual LED light for low light conditions.
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No, the Toughbook H1 does not include a webcam.
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Support and Service Overview:
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Panasonic provides industry leading service and support to all of its customers, including a standard three-year warranty, lifetime call center support, 24-hour coverage/7 days per week and priority parts exchange with air shipping from its National Service Center.
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Panasonic and its partners offer pre and post sales report. Panasonic, through its T-Force Services, offers several options, including field consulting services, hot swap management, customer brand badging, data protection, on-site service as well as several upgraded warranty services such as extended warranties, extended battery warranties, hard drive warranties, and providing protection against accidental physical damage.
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Panasonic will repair all in-warranty repairs free of charge and provide shipping from the Panasonic National Service Center. The Toughbook H1 comes with a three-year warranty standard. For technical support, please call 1.800.LAPTOP5 (1.800.527.8675).
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Panasonic aims to provide the industry benchmark turnaround time on repairs – typically only 3-4 days, or with an optional enhanced service level, repairs typically only take 2 days.
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It is very important. Users should have the confidence in knowing that a manufacturer will last as long as the deployment of a new technology device. Furthermore, the company’s financial strength will help deliver and maintain a product’s warranty and customer support.
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The Toughbook H1 comes with the Computrace® theft protection agent in its BIOS. If this feature is activated, the software can remotely delete data and help to recover stolen computers. For more information, visit Absolute Software’s website.
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Panasonic understands the needs of their customers, and has created a warranty program that fits their usage scenarios.
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Purchasing:
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All Toughbook computers are sold through Panasonic’s channel partners.
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Panasonic does not sell directly to the customer in an effort to deliver unique, tailored computer solutions.
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Mounting Solutions:
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Yes, the CF-H1 Gamber Johnson Universal Mounting Solution is designed and tested in partnership with Panasonic. Learn more
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ROI Evaluator
The Toughbook ROI EvaluatorThe Toughbook ROI Evaluator is an application that objectively analyzes the costs/benefits of mobile computing solutions from different vendors. This vendor-neutral application is designed to help purchasing managers choose a solution that provides the best ROI (Return On Investment) and TCO (Total Cost of Ownership) based on their unique business needs. It performs a detailed cost analysis of up-front purchase cost, repair expenditures and downtime, specific product features, value of ownership, disposal, and much more.
This objective third-party interactive tool was built to answer the most critical questions asked by customers:
- What will it cost to buy?
- What will it cost to own?
- What will it cost to deploy and decommission?
- What value will be created for the organization?
The reports that are generated can be replicated, modified or entirely changed without any input from Panasonic, using Microsoft Excel.

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