10301417 by Advantech

Medical Computing Platforms Enabling Digital Healthcare

Point-of-Care Terminal Computerized Medical Cart Mobile Clinical Assistant Patient Infotainment terminal Medical Display and Mini PC

www.advantech.com/medical

Table of Contents

A Medical Platform to Count On

General Introduction ............................................... 0 Product Selection Guide Medical Point-of-Care Slim Series ............................. 8 Computerized Medical Cart ...................................... 12

Advantech is a market leader in the digital healthcare market with years of trusted experience. Advantech has continuously worked with international medical equipment manufacturers and system integrators, building a core competency in Advantech’s Medical Computing Division to aid hospitals in creating patient-centered healthcare environments and universal digital healthcare platforms.

Intelligent Power System ......................................... 13 Medical Desktop PC ................................................. 14 Mobile Clinical Assistant ........................................... 14 Medical Display ....................................................... 15

All of our medical computing solutions feature complete, high-performance systems, designed with the utmost care and quality to provide uninterrupted, mission-critical support for healthcare applications. Advantech medical computing systems are designed and built to meet the toughest of standards. They meet UL60601-1 and EN60601-1 regulations for medical safety; they have an IPX1 certification and drip-proof enclosures to protect against dust and water; and they are CCC certified for electronic product safety. Advantech provides long-term support for its medical systems, they are highly reliable, easy to install, and seamlessly integrate into new and existing hospital information system infrastructures.

Healthcare Infotainment Terminals ........................... 16 Patient Infotainment Terminals ................................. 17 Application Stories .................................................. 18

Expertise and Knowledge

Strict Revision Control

Advantech brings its expertise and knowledge to the digital healthcare market. With its thorough understanding of the market, success is ensured from design, to standards’ adherence, to after-sales service and support, from its global manufacturing capabilities to its local support staff.

Product revisions follow strict standards and are kept to a minimum to ensure maximum availability and uninterrupted performance for Advantech’s medical computing platforms. Working with customers, focused channel partners, and component manufacturers, Advantech is able to trace, prototype, and validate products with over 200 stringent tests and inspections before they are released to market.

Over a Decade in the Industry

Customization Capability

These days, the world’s major hospitals have committed to improving their service quality and efficiency. Advantech with over a decade of experience in the medical market has actively developed medical application platforms in support of this commitment so that hospitals might integrate their resources and enhance the overall quality of their services. Advantech produces a broad base of products covering the spectrum of hospital information systems, from point-ofcare terminals and diagnostic displays, to hospital and patient infotainment terminals, a mobile clinical assistant and medical computerized nursing carts.

Advantech is unsurpassed in providing customized solutions to meet specific customer needs as a result of its global experience, dedicated R&D staff, and its leadership in the industrial and embedded computing market. Through Advantech’s help, hospital staff can make quicker and more accurate clinical decisions, as well as gain more time to treat and care for patients. Advantech’s global presence and logistics capability permit it to operate around the globe, combined with local support in the regions it serves. Thousands of employees work together to deliver local support backed up by a worldwide global logistics infrastructure. Advantech’s strong global network is the result of over 25 years of operation, design, manufacturing and know-how in the industrial computing market.

Dedicated Research and Development R&D is a dedicated mission at Advantech. Engineering teams work together with input from partners, to share and advance the industrial development of medical computing, moving the industry toward a more patient-centered digital medical environment. Teams go to work to understand the various needs of the industry, bringing their knowledge of specific technologies such as X-ray, ultrasound, patient monitoring, and imaging to the table to create viable solutions while reducing total time-to-market. This competitive edge in delivering quick and cost-effective medical computing solutions is translated to a competitive advantage for Advantech’s customers.

Critical Care Critical care involves the careful diagnosis and management of life threatening conditions by specially-trained healthcare professionals who use their expertise to provide care for the patient. They access highly sophisticated equipment and computer systems with real-time monitoring of vital data. Care is usually given in an intensive care unit (ICU), emergency department, surgical area or trauma center. The real-time monitoring systems play a critical role to closely tracking patient vital signs and translating patient physiological data into clinical information.

Perioperative Information Systems in Operating Arenas

Clinical Information Systems in Intensive Care

Perioperative Information Systems support clinical and administrative decision making from pre-operative through intra- and post-operative and procedures. The solution is a total anesthesia information system that records and documents each phase of the procedure to produce a comprehensive patient record which is linked to existing patient monitoring equipment, anesthesia machines, and other equipment.

A Clinical Information System integrates patient care applications and data management tools for fast, informed decision-making at the point-of-care. These systems can be found in the ICU, at patient bedside, and are accessible across a hospital network or via the web. They improve access to data and in the ICU, at patient communications; gathering, organizing and processing various information sources which can be used by hospital staff for cost management, patient outcome analysis, quality improvements and to meet regulatory compliance.

Point-of-Care Terminals

Slim Point-of-Care Terminals

▪▪Full range of 12”, 15”, 17”, 19” and 22” Point-of-Care terminals ▪▪Hospital-fit enclosures ▪▪IPX1 drip-proof standard approved ▪▪Fully-integrated I/O for easy connectivity ▪▪Optional 802.11 a/b/g/n wireless antenna and touchscreen

▪▪15”, 17” and 19” Point-of-Care slim series ▪▪Fanless design with low audible noise ▪▪IPX1 water resistant enclosures with IP65 dust-tight front panels ▪▪Isolated design provides unique electric leakage protection for COM ports and LAN ports ▪▪Optional 802.11 b/g/n wireless antenna and touchscreen

Infection Control AMiS features a seamless design that allows hospital personnel to keep the station clean, meeting hospital standards and preventing the spread of infection. AMiS is designed to meet medical safety certifications. There are no sharp edges, and all components are built to minimize risk of pinched fingers or stubbed toes. AMiS is rugged, with the same trusted industrial design built into all Advantech products.

Mobile Nursing Care Currently most hospitals struggle with makeshift carts by strapping desktop computers or laptops on board and rolling them from place to place. Usually, these carts with their tie-wrapped wires wound about legs, have issues with cleanliness, power and working space. They just aren’t designed to do what healthcare workers need. Advantech mobile point-of-care systems are designed to move with busy healthcare professionals, and streamline workflow, providing accurate data recording, and reduced medication errors. They make use of wireless infrastructures, mobile devices and specialized applications to meet the needs of caregivers.

Intelligent Power Management Intelligence is built in to the AMiS via specially designed software. AMiS_Link is an application which provides management choices and settings for both hospital IT staff and its medical staff.

Integrated Design The front and rear handles have comfortable grips, making AMiS easy to move from room to room. The work area is smartly designed, with a keyboard/mouse tray and spacious work area, and its ergonomic design features adjustable height, either motordriven (AMiS-50), or supported by gas spring (AMiS-60), which makes for comfortable, stress-free use even on extended work shifts. AMiS also features an intuitive “dashboard” that shows power status and battery consumption, and includes the height control buttons (AMiS-50 only). AMiS is built with cost-effectiveness in mind. An intelligent upgrade path, flexibility and ability to be customized all make it an attractive long-term solution for hospitals and clinics. AMiS’ use of a DIN rail for accessory integration prevents damage to the frame. The work surface height adjusts all the way from seated to standing operation. The onboard PC is easily upgradeable, and features multiple I/O connections (USB 2.0 ports x 4, Gigabit Ethernet port x 1) to allow integration with barcode readers, HD cameras, and card readers.

Industrial Grade Embedded PC AMiS is a computerized medical cart built with a mini-ITX motherboard inside; this distinguishes AMiS from other carts which are stacked with desktop computers or laptops on board. This integration feature allows customers to flexibly and easily upgrade computing performance and minimize the total cost of ownership. The interface bracket at the rear of AMiS creates a convenient docking location to combine the mobility of a medical tablet with the productivity of a full workstation.

Enhanced Internet The system has been enhanced for internet use with two built-in 5-dB antennas for WLAN connectivity (802.2a/b/g/n), as well as standard Gigabit Ethernet connections for wired access.

Intelligent Power System AMiS products feature built-in long-lasting power supplies which utilize up-to-date LiFePO4 battery technology (Lithium-Iron Phosphate; LFP). This technology is a high performance, cost effective solution to upgrading power on mobile computer carts in healthcare environments. It is also manageable with high quality AMiS_Link software. Even more, battery replacement has never been as easy as with AMiS. With only a few simple steps (only 7 screws on the cart) the job is done! It’s simple, easy, and fast!

Computerized Nursing Cart

Medical Grade Display

Medical Clinical Assistant (MCA)

Industrial Power Storage

••Highly-integrated, computerized medical cart for mobile health care solutions ••Ergonomic design for ease of use, cleaning and moving ••Great flexibility for customization, configuration and integration ••Designed for safety, reliability and easy maintenance

••Quality medical image displays with high contrast LCDs for common medical treatment applications such as endoscopy, CT diagnosis, X-ray and PACS. ••A fanless design keeps units clean and controls infection ••Compatible with monitoring equipment ••Anti-reflective protection glass with good transparency

••Slim, ergonomic design with 4-to-5 hour battery life ••Easy connectivity with Wi-Fi, Bluetooth ••Patient and asset identification through an integrated camera and RFID reader ••Image-based barcode scanner (no lasers); optional webcam and finger print reader

••Intelligent power supply featuring long life cycle and power management ••Fanless design with IPX1 certification ••AMiS_Link software solution for remote battery management ••UL60601-1/EN60601-1; CE, FCC Class B; CCC certified 5

Bedside and Clinical Care

Senior Center and Home Care

Patient infotainment refers to a variety of “bedside terminals” that allow patients to watch TV, make phone calls, play games or communicate via the internet. They can be used for email, web browsing, accessing hospital intranets, or even work (depending on the patient’s condition). They can control beds, lighting and curtains. Medically, they can be used to alert staff, look up electronic patient records, display lab results and tests, monitor vital signs, document treatment, and more. As a single integrated solution, patient infotainment terminals provide digital entertainment, communications, and clinical services, at the point-of-care.

There is a growing trend in the market toward development of remote homecare for elderly people and patients. Remote medical services assist in the monitoring of health conditions of a care receiver by obtaining and analyzing their physiological parameters, and providing medical services and treatments at the most appropriate time. The infotainment terminal can serve as the computing platform to connect a care receiver and a family member, or a care receiver and a doctor at two different places. Information such as blood pressure, heart rate or blood sugar levels are transmitted to a family member or a doctor through the internet or via telenetworking, helping determine the care receiver’s current conditions and provide timely homecare or medical services.

Patient Entertainment at Hospital Bedside

Clinical Services at Treatment Centers

An all-in-one interactive bedside terminal can make hospital stays easier by providing the same multimedia entertainment and communication choices people enjoy at home. Telephone, TV, radio, movies, games, internet, Skype and instant messaging keep patients connected. Touch-based software entertainment applications can be developed and subscription access can monetize offerings building revenue streams for hospitals.

The infotainment terminal is able to accommodate a care receiver lying in a chair or bed as well as support work going on in the treatment center or at clinics. Patients can pass the time with an entertainment system or obtain a variety of information, including treatment, symptoms, results and prognoses.

Patient Infotainment Terminals

Healthcare Infotainment Terminals

••Medically-certified terminals with anti-bacterial housings and color customizable bezels ••Lightweight and slim design for easy deployment at bedside, wall mounting, and table side installations ••Many options to suit specific needs including telephone handset, remote controller, RFID, CCD, Wi-Fi connectivity, TV tuner and smart card reader

••All-in-one medical-grade computing systems with wide format, touch-based LCD panels ••Fanless design with low power consumption operates noiselessly in the home ••Customizable programmable touch hot keys on the front panel ••Many options such as telephone handset, RFID, CCD, Wi-Fi connectivity, TV tuner or smart card reader allow the device to be tailored to individual homes

Product Selection Guide

Medical Point-of-Care Slim Series

Category

Attribute Chipset CPU

Computing Systems

Front Side Bus Memory Graphics

Display

Expansion Slots Storage

Power Supply

Physical Characteristics

POC-S177

POC-S157

GS45+ICH9M-SFF

Soldered Type Intel i7-3555LE 2.5 GHz

Soldered Type Intel Core 2 Duo 1.2 GHz

Supports up to 16 GB DDR3 1333 MHz SDRAM

800MHz Supports up to 4 GB DDR3 800/667 DRAM Graphics Controller Intel GS45 integrated XPP, Win 7, WES7P, XPE 19” TFT color LCD 1280 x 1024 16.7 M 0.294 x 0.294 160 ˚ / 160 ˚ 300 cd/m2 50,000 Hours 500,000 Hours 1300:1 1 1 One 2.5” SATA HDD

800MHz Supports up to 4 GB DDR3 800/667 DRAM Graphics Controller Intel GS45 integrated XPP, Win 7, WES7P, XPE 17” TFT color LCD 1280x1024 16.2 M 0.264 x 0.264 160 ˚ / 160 ˚ 300 cd/m2 50,000 Hours 500,000 Hours 800 : 1 1 1 One 2.5” SATA HDD

800MHz Supports up to 4 GB DDR3 800/667 DRAM Graphics Controller Intel GS45 integrated XPP, Win 7, WES7P, XPE 15” TFT color LCD 1024 x 768 262 K 0.297 x 0.297 140°/125° 350 cd/m2 50,000 Hours 500,000 Hours 700:1 1 1 One 2.5” SATA HDD

AMD Dual Core T56N 1.65 GHz (Dual Core 18W TDP) -

Up to 16GB DDR3 1333MHz SDRAM (Optional) Up to 8GB DDR3 1333MHz SDRAM (Optional) Up to 16GB DDR3 1333MHz SDRAM (Optional)

XPP, Win 7, WES7P, XPE 21.5" wide TFT color LCD (16:9) 1921 x 1080 (H x V) 16.7M colors (RGB 8 bits) 0.24825x0.24825 178°/178° 250 cd/m2 30,000 Hours 300,000 Hours 5,000 : 1 1 Mini PCIe slot x 1 1 x 2.5" SATA HDD

XPP, Win 7, WES7P, XPE 19” TFT color LCD 1280 x 1024 16.7 M 0.294 x 0.294 178 ˚ / 178 ˚ 300 cd/m2 50,000 Hours 500,000 Hours 2000:1 1 One 2.5” SATA HDD

6 (side x 2, Rear x 4) 1 x DVI-I port 2 2 x Gigabit Ethernet (isolated) interfaces (RJ-45) Yes

XPP, Win 7, WES7P, XPE 18.5" TN Model LED panel, Normally White 1366 x 768 (H x V) 16.7M colors (RGB 6-bits + Hi-FRC) 0.282 x 0.282 170°/160° 300 cd/m2 30,000 Hours 300,000 Hours 1,000 : 1 Mini PCIe slot x 1 1 x 2.5" SATA HDD 1 x RS-232(isolated) and 1 x RS-232/422/485 (isolated) serial port 4 (Rear x 4) 1 x DVI-I VGA port 2 2 x Gigabit Ethernet (isolated) interfaces (RJ-45) Yes

AC / DC Model

AC/DC adapter (Sinpro Model no.HPU101-107)

AC/DC adapter (Sinpro Model no. HPU101-107)

Input Voltage

90 ~ 260 VAC, 47 ~ 63 Hz, 1.35 ~ 0.5 A

Type Light Transmission Controller Durability Front Panel Entire System CE FCC *EN60601-1 *UL 60601-1 *CCC Temperature Humidity

+18 VDC, 5.55 A max. (100 watts) Integrated Wireless 802.11 a/b/g/n connection & internal antenna 3S2P 4200mAH, Support 0.5 hr backup operation Analog Resistive 80%±3 COM interface 35 million touches IP65 IPX1 Yes Yes Yes Yes Yes 0 ~ 40°C (32 ~ 104°F) 10 ~ 95%@40° C (non-condensing)

+18 VDC, 5.55 A max. (100 watts) Integrated Wireless 802.11 a/b/g/n connection & internal antenna 3S2P 4200mAH, Support 0.5 hr backup operation Analog Resistive 80%±3 USB interface 35 million touches IP65 IPX1 Yes Yes Yes Yes Yes 0 ~ 40°C (32 ~ 104°F) 10 ~ 95%@40° C (non-condensing)

+18 VDC, 5.55 A max. (100 watts) Integrated Wireless 802.11 a/b/g/n connection & internal antenna 3S2P 4200mAH, Support 0.5 hr backup operation Analog Resistive 80%±3 USB interface 35 million touches IPX1 Yes Yes Yes Yes No 0 ~ 40°C (32 ~ 104°F) 10 ~ 95%@40° C (non-condensing)

Shock Resistance

20G peak acceleration (11ms duration)

550 x 360 x 65 mm (21.65" x 14.17" x 2.56") 6.9 kg

550 x 360 x 65 mm (21.65" x 14.17" x 2.56") 6.9 kg 75 x 75 mm, 100 x 100 mm

454 x 304 x 56 mm (17.87" x 11.97" x 2.2") 5.8 kg

USB Port VGA/DVI/HDMI Port Mic-in/Line-in/Line-out Speakers (1W)

Fanless

*Battery

Environment

POC-S197

GS45+ICH9M-SFF

XPP, Win 7, WES7P, XPE 21.5" wide TFT color LCD (16:9) 1920 x 1080 (H x V) 16.7M colors (RGB 8 bits) 0.24825x0.24825 178°/178° 250 cd/m2 30,000 Hours 300,000 Hours 5,000 : 1 1 Mini PCIe slot x 1 1 x 2.5" SATA HDD 1 x RS-232 (isolated) and 1 x RS-232/422/485 (isolated) serial port 4 (side x 2, Rear x 2) 1 x HDMI & VGA port 2 2 x Gigabit Ethernet (isolated) interfaces (RJ-45) Yes

Operating System Size/Display Type Max. Resolution Max. Colors Pixel Pitch (mm) Viewing Angle Luminance Backlight Lifetime LCD MTBF Contrast Ratio *PCIe *PCI *Mini PCI *Mini PCI-E HDD

Optional Functions

Certifications

POC-S197F

QM67

Integrated Intel HD Graphics

Output Voltage

IP Rating

POC-S198

Intel QM67 Intel Core i7-2610UE Processor (4 M Smart Cache, 1.5GHz) Intel Core i3-2340UE Processor (3 M Smart Cache, 1.3GHz) -

Intel HD Graphics 3000

WLAN

Optional Touchscreen Features

POC-W181

AMD eONTARIO + A54E

ATI Radeon RV7x0,support DX11,UVD3

LAN Cooling Fan

POC-W211C

Intel QM67 Intel Core i7-2655LE Processor (4 M Cache, 2.2GHz) Intel Core i3-2340UE Processor (3 M Cache, 1.3GHz) -

Integrated Intel HD Graphics

Serial Port

I/O Ports

POC-W211

Dimensions (W x H x D) Weight VESA Mounting

1 x RS-232/422/485 (isolated) serial port

2 (RS-232 x 1, RS-232/422/485 x 1) 2 (RS-232 x 1, RS-232/422/485 x 1) 2 (RS-232 x 1, RS-232/422/485 x 1) 2 (RS-232 x 1, RS-232/422/485 x 1) 2 (RS-232 x 1, RS-232/422/485 x 1) 4 1 (DVI-I) 2

3 1 (DVI-I) 2

3 1 (DVI-I) Yes 2

3 1 (DVI-I) YES 2

3 1 (DVI-I) Yes 2

Gigabit LAN x 2

Gigabit LAN x 2 Yes 12-24V wide range DC power input (15 ~ 24 V with battery option) Adaptor: 100 Watts 90 ~ 260 VAC,, 47 ~ 63 Hz, 1.35 ~ 0.5 A 18 VDC, 5.55A max.(100 watts) Integrated Wireless 802.11 a/b/g/n connection & internal antenna 6300 mAh Li-ion battery pack

Yes

12-24V wide range DC power input Adaptor: 100 Watts

90 ~ 260 VAC, 47 ~ 63 Hz, 1.35 ~ 0.5 A 18 VDC, 5.55A max.(100 watts) Integrated Wireless 802.11 a/b/g/n connection & internal antenna

90 ~ 260 VAC,, 47 ~ 63 Hz, 1.35 ~ 0.5 A 18 VDC, 5.55A max.(100 watts) Integrated Wireless 802.11 a/b/g/n connection & internal antenna

Yes 12-24V wide range DC power input (15 ~ 24 V with battery option) Adaptor: 100 Watts 90 ~ 260 VAC,, 47 ~ 63 Hz, 1.35 ~ 0.5 A 18 VDC, 5.55A max.(100 watts) Integrated Wireless 802.11 a/b/g/n connection & internal antenna

6300 mAh Li-ion battery pack

Analog Resistive Analog Resistive Analog Resistive Analog Resistive Analog Resistive 81% 81% 80% 75% 75% RS-232 interface (uses COM 6) RS-232 interface (uses COM 6) RS-232 interface (uses COM 6) RS-232 interface (uses COM 6) RS-232 interface (uses COM 6) 36 million touches 36 million touches 30 million touches 30 million touches 30 million touches IP54 IP65 IP65 IP65 IP65 IP54 IPX1 IPX1 IPX1 IPX1 Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes 0~40° C (Operating) 0~40° C (Operating) 0~40° C (Operating) 0~40° C (Operating) 0~40° C (Operating) 10 ~ 95%, @ 40° C, non-condensing 10 ~ 95%, @ 40° C, non-condensing 10 ~ 95%, @ 40° C, non-condensing 10 ~ 95%, @ 40° C, non-condensing 10 ~ 95%, @ 40° C, non-condensing 20G peak acceleration 20G peak acceleration 20G peak acceleration 20G peak acceleration 20G peak acceleration (11 ms duration) (11 ms duration) (11 ms duration) (11 ms duration) (11 ms duration) 471.5 x 416.2 x 102.4 mm

471.5 x 416.2 x 102.4 mm

471.5 x 416.2 x 110.8 mm

436.5 x 376.5 x 91.4 mm

417.3 x 342.3 x 89.3 mm

7.4 kg (16.06 lb)

8.1 kg (17.85 lb) 75 x 75 mm, 100 x 100 mm

7.1 kg (15.65 lb)

5.4 kg (12.15 lb)

Product Selection Guide

Medical Point-of-Care Slim Series

Category

Attribute Chipset

CPU

POC-227G

POC-227/POC-227M

POC-178

POC-158

POC-196

POC-176

POC-155

POC-127

GS45/ICH9M

GM45/ICH9M-E

QM67

915GM GMCH/ICH6

Intel Intel Atom/ICH8M

Intel Core 2 Duo SL9400 processor, up to 1.86 GHz

Intel Core 2 Duo T9400 processor, Option: Intel Core 2 Duo P8400 processor up to 2.53 GHz Option: Intel P8400 Core 2 Duo processor, 2.26 GHz Intel Celeron M 575 2.0 GHz

Soldered Type Intel Core i7 processor 3517UE-3517UE 1.7GHz

Soldered Type Intel i7-3517UE 1.7GHz

Intel Pentium M processor up to 2.0 GHz

Intel Atom Processor N450 1.66 G Hz

1066 MHz FSB Supports up to 8 GB DDR3 1066 MHz SDRAM Integrated Intel GS45 XPP, Win 7 22 inch wide (16:10) PMVA TFT Color LCD 1680 x 1050 (WSXGA+) 16.7M colors (6-bits + HiFRC) 0.282 x 0.282 178°/178° 300 cd/m2 50,000 Hours 50,000 Hours 2000:1 PIC-E x4 Yes One SATA 2.5” HDD

1066 MHz/667 MHz (Celeron) FSB Supports up to 8 GB DDR3 1066 MHz SDRAM Integrated Intel GS45 XPP, Win 7 22 inch wide (16:10) PMVA TFT Color LCD 1680 x 1050 (WSXGA+) 16.7M colors (6-bits + HiFRC) 0.282 x 0.282 178°/178° 300 cd/m2 50,000 Hours 50,000 Hours 2000:1 PIC-E x4 Yes One SATA 2.5” HDD

945GME/ICH7M Intel Core 2 Duo T7400 Processor up to 2.16 GHz Option: Intel T2500 Core Duo 2.0G Intel Celeron® M530 1.7 GHz Intel Celeron® M440 1.86GHz 667 MHz FSB Supports up to 4 GB DDRII 533/667 DRAM Integrated GMA950 XPP, Win 7, WES7P, XPE 17” TFT Color LCD 1280 x 1024 16.7 M 0.264 x 0.264 160°/160° 300 cd/m2 50,000 Hours 50,000 Hours 800:1 Yes Yes One SATA 2.5” HDD

400/533 MHz FSB Supports up to 2 GB DDR2 533 DRAM Integrated GMA900 XPP, Win 7, WES7P 15” TFT color LCD 1024 x 768 262 K 0.297 x 0.297 130°/120° 350 cd/m2 50,000 Hours 50,000 Hours 400:1 Yes Yes One SATA 2.5” HDD

DMIx 4= 10Gb/s Supports up to 2 GB DDRII 667 DRAM Integrated GMA Technology XPP, Win 7 12.1”TN color LED panel 1024 x 768 262 K 0.24x0.24 160°/140° 600 cd/m2 50,000 Hours 50,000 Hours 700:1 PCI-E x4 Yes ( trade off with OUC-E) Yes One SATA 2.5” HDD

1 x DVD-RW SATA; Blu-ray RW option

DVD-RW Slim Type

Computing Systems Front Side Bus Memory

Display

Expansion Slots

Storage

Graphics Operating System Size/Display Type Max. Resolution Max. Colors Pixel Pitch (mm) Viewing Angle Luminance Backlight Lifetime LCD MTBF Contrast Ratio *PIC-E *PCI *Mini PCI *Mini PCI-E HDD Optical Device *DOM (Disk on Module) Serial Port

I/O Ports

Cooling Fan

USB Port IEEE 1394a Port PS/2 Mouse and Keyboard Interface VGA/DVI/HDMI Port Parallel Port Mic-in/Line-in/ Line-out Speakers (1W) *Smart Card Reader LAN Fanless AC / DC Model Input Voltage

WLAN Optional Functions

Optional Touchscreen Features IP Rating

Certifications

Environment

Physical Characteristics

*Battery *MXM-II Card *Bluetooth & RFID Type Light Transmission Controller Durability Front Panel Entire System CE class B FCC, class B *EN60601-1 *UL 60601-1 *CCC Temperature Humidity Shock Resistance Dimensions (W x H x D) Weight VESA Mounting

Up to 16 GB DDR3 1333 MHz SDRAM

Integrated Intel HD Graphics XPP, Win 7, WES7P, XPE 17” TFT color LCD 1280x1024 16.7 M 0.264 x 0.264 170 ˚ / 160 ˚ 350 cd/m2 50,000 Hours 500,000 hours 800 : 1 PCI-E 1 One SATA 2.5” HDD

Integrated Intel HD Graphics XPP, Win 7, WES7P, XPE 15” TFT Color LCD 1024 x 768 262 K 0.297 x 0.297 160 ˚ / 140 ˚ 400 cd/m2 50,000 Hours 50,000 Hours 700:1 PCI-E Yes One SATA 2.5” HDD

DVD-RW

DVD-RW Slim Type

Yes

4 isolated (RS-232 x 3, RS-232/422/485 x 1) 5 1

4 isolated (RS-232 x 3, RS-232/422/485 x 1) 6 0

3 isolated (RS-232 x 2, RS-232/422/485 x1, RS-232) 6 0

4 isolated (RS-232 x 3, RS-232/422/485 x 1) 4 1394b x 1

3 isolated (RS-232 x 2, RS-232/422/485 x 1, RS-232) 6 3

2 isolated (RS-232 x1, RS-232/422/485 x 1) 4 1

DVI-I -

VGA & HDMI -

DVI-I -

VGA 1

VGA -

Mic-in/ Speaker-out

Yes

Mic-in/ Speaker-out

Yes

2 Yes Gigabit LAN x2 isolated Yes AC Model: 300 Watts Input Voltage 100-240 VAC 4/2 A max. @ 50/ 60 Hz

2 Yes Gigabit LAN x2 isolated Yes AC Model: 150 Watts Input Voltage 100-240 VAC 2/1 A max. @ 50/ 60 Hz

2 Yes Gigabit LAN x2 isolated Yes AC Model: 300 Watts Input Voltage 100-240 VAC 5/3 A max. @ 50/ 60 Hz

2 Yes Gigabit LAN x2 ioslated YES AC Model: 180 Watts Input Voltage 100-240 VAC 4/2 A max. @ 50/ 60 Hz

2 option Gigabit LAN x1 ioslated Yes AC Adapter 63W or 100W Input Voltage 100-240 VAC 1.25/0.5A max. @ 50/ 60 Hz

+5 V @ 12 A, +12 V @ 12 A, +3.3 V @ 16.8 A, +5 Vsb @ 2.0 A, -12 V @ 0.8 A (180 watts)

18VDC, 3.5A max ( 63W) 18VDC , 5.5A max (100W)

Power Supply Output Voltage

Supports up to 16 GB DDR3 1333 MHz SDRAM

945GME/ICH7M Intel Core 2 Duo T7400 Processor up to 2.16 GHz Option: Intel T2500 Core Duo 2.0G Intel Celeron M530 1.7 GHz Intel Celeron M440 1.86GHz 667 MHz FSB Supports up to 4 GB DDRII 533/667 DRAM Integrated GMA950 XPP, Win 7, WES7P, XPE 19” TFT Color LCD 1280 x 1024 16.7 M 0.294 x 0.294 178°/178° 300 cd/m2 50,000 Hours 50,000 Hours 1300:1 Yes Yes One SATA 2.5” HDD

12VDC, 25A Max(300W)

300 W (+3.3 V & +5 V = 120 W Max) (3.3 V & +5 V & +5 V @ 14 A, +12 V @ 10 A, +3.3 V @ 12 A, +5 Vsb @ +12 V1 & +12 V2 = 281 W MAX) 1.5 A, -12 V @ 1 A (150 watts) +3.3 V @ 16 A, +5 V @ 18 A, +12 V1 @ 16 A,+12 V2 @ 16 A, +5 Vsb @ 2.5 A, -12 V @ 0.5 A, -5 V @ 0.2 A

+5 V @ 12 A, +12 V @ 12 A, +3.3 V @ 16.8 A, +5 Vsb @ 2.0 A, -12 V @ 0.8 A (180 watts)

802.11 b/g/n

802.11 a/b/g/n

Yes SAW 92% RS-232 interface 50 million touches IP65 IPX1 Yes Yes Yes Yes by request 0 ~ 40° C (32 ~ 104° F) 10 ~ 95% @ 40° C 30G peak acceleration

Yes Yes SAW 92% RS-232 interface 50 million touches IP65 IPX1 Yes Yes Yes Yes by request 0 ~ 40° C (32 ~ 104° F) 10 ~ 95% @ 40° C 30G peak acceleration

Yes Resistive 75% USB interface 30 million touches IP65 IPX1 Yes Yes Yes Yes Yes 0 ~ 40° C (32 ~ 104° F) 10 ~ 95% @ 40° C 30G peak acceleration

Resistive 75% USB interface 30 million touches IP65 IPX1 Yes Yes Yes Yes Yes 0 ~ 40° C (32 ~ 104° F) 10 ~ 95% @ 40° C 30G peak acceleration

530 x 430 x 135 mm

437 x 377 x 131 mm

414 x 339 x 115 mm

12 kg (26.46 lb)

11.5 kg (25.35 lb) 75 x 75 mm, 100 x 100 mm

10 kg (22.05 lb)

8.5 kg (18.74 lb)

2 2 Yes Yes Gigabit LAN x2 ioslated Gigabit LAN x2 ioslated YES YES AC Model: 300 Watts AC Model: 300 Watts Input Voltage 100-240 VAC Input Voltage 100-240 VAC 5/3 A max. @ 50/ 60 Hz 5/3 A max. @ 50/ 60 Hz 300 W (+3.3 V & +5 V = 120 W Max) (3.3 V 300 W (+3.3 V & +5 V = 120 W Max) (3.3 V & +5 V & +12 V1 & +12 V2 = 281 W MAX) & +5 V & +12 V1 & +12 V2 = 281 W MAX) +3.3 V @ 16 A, +5 V @ 18 A, +12 V1 @ 16 +3.3 V @ 16 A, +5 V @ 18 A, +12 V1 @ 16 A,+12 V2 @ 16 A, +5 Vsb @ 2.5 A, -12 V A,+12 V2 @ 16 A, +5 Vsb @ 2.5 A, -12 V @ 0.5 A, -5 V @ 0.2 A @ 0.5 A, -5 V @ 0.2 A 802.11 a/b/g or 802.11 a/b/g or 802.11 b/g/n 802.11 b/g/n Yes Yes Resistive Resistive 75% 75% RS-232 interface RS-232 interface 30 million touches 30 million touches IP65 IP65 IPX1 IPX1 Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes 0 ~ 40° C (32 ~ 104° F) 0 ~ 40° C (32 ~ 104° F) 10 ~ 95% @ 40° C 10 ~ 95% @ 40° C 30G peak acceleration 30G peak acceleration 472 x 416 x 124 mm

437 x 377 x 131 mm

10.5 kg (23.15 lb) 10 kg (22.05 lb) 75 x 75 mm, 100 x 100 mm

802.11 b/g

802.11 b/g/n

Resistive 75% RS-232 interface 30 million touches IP65 IPX1 Yes Yes Yes Yes Yes 0 ~ 40° C (32 ~ 104° F) 10 ~ 95% @ 40° C 30G peak acceleration

Yes, over 1 hour discharge time Yes Resistive 80% RS-232 interface 36 million touches IP65 IPX1 Yes Yes Yes Yes by request 0 ~ 40° C (32 ~ 104° F) 10 ~ 95% @ 40° C 30G peak acceleration

414 x 339 x 115 mm

348 x 287 x 92 mm

7.5 kg (16.53 lb)

4.5 kg (9.92 lb) 75 x 75 mm

Product Selection Guide

Computerized Medical Cart

Category

Attribute

AMiS-60

AMiS-50

Footprint

20.5" x 24.7" (520.7 x 627.3 mm)

19.7" x 18.5" (500 mm x 470 mm)

Casters

100 mm x 100 mm (Medical casters, two front locking, two non-locking)

125 mm x 125 mm (Medical casters, two locking, two non-locking)

18.5"" x 19.3"" (469.9 x 489.9 mm) Weight Capacity: (based on std. 400N) Gas Spring: Up to 17.6 lb/8 kg

18.5"" x 19.3"" (469.9 x 489.9 mm) Weight Capacity: (based on std. 400N) Gas Spring: Up to 17.6 lb/8 kg Motor: Up to 88 lb/40 kg

Keyboard & Mouse Area

Keyboard Size: Up to 380 x 140 x 25 mm Keyboard LED Light; Mouse Tray

Keyboard Size Up to 380 x 140 x 25 mm Keyboard LED Light Mouse Tray

Height Adjustment Range

31.3" ~ 45.1" (795 ~ 1145 mm)

32.0" ~ 45.8" (813 ~ 1163 mm)

Standard VESA Mount (VESA 75/75; VESA 100/100)

Computer Power Button LED for Battery Capacity Indication

Battery Power Button Computer Power Button LED for Battery Capacity Indication

Work Surface

Base Cart

Display Holder Dashboard Accessories Extended use I/O Ports CPU Memory Storage

Embedded Computing System

Box PC I/O Ports

Neck: Dove Tail Work Surface: DIN Rail (Right, Left and Rear)

Operating System (Optional) Battery Management AMiS_Link Software Capacity

Medical Display (Optional)

Intel Atom D510 1.66 GHz

Intel Atom D525 1.8 GHz

Intel Core i7 1.5 GHz

2 GB DDR2 SODIMM max. 2G

2 GB DDR3 SODIMM max.4G

2 GB DDR3 SODIMM max.16G

2 GB DDR2 SODIMM max. 2G

2 GB DDR3 SODIMM max.4G

2 GB DDR3 SODIMM max.16G

2.5” SATA HDD 250GB / 2.5” SSD 16/32/64 GB (Optional)

DVI x 1 (1366 x 768, WXGA) Ethernet x 2 (Isolated, 10/100/1000Mbps) USD x 3 (USB 2.0) Audio x 1 (line-out) RS-232 x 2 DC Jack x 1 (4 pin)

VGA x 1 (2048 x 1536 @ 60Hz) Ethernet x 2 USD x 4 (USB 2.0) Audio x 3 (MIC-in, Line-out, Line-in) RS-232 x 3 (2 of RS-232,1 of RS232/422/485) DC Jack x 1

VGA x 1 (2048 x 1536 @ 60Hz) DVI x 1 (1600 x 1200 @ 60Hz) Ethernet x 2 (10/100/1000Mbps) USD x 4 (USB 2.0) Audio x 3 (MIC-in, Line-out, Line-in) RS-232 x 2 (1 of RS-232, 1 of RS-232/422/485) DC Jack x 1

802.11a/b/g/n

DVI x 1 (1366 x 768, WXGA) Ethernet x 2 (Isolated, 10/100/1000Mbps) USD x 3 (USB 2.0) Audio x 1 (line-out) RS-232 x 2 DC Jack x 1 (4 pin)

Lithium-Iron Phosphate

Battery Capacity

210Wh

420Wh

Battery Life SPAN

DOD 80%, 1000 cycles

DOD 80%, 2000 cycles

1.5hr. DOD 100%

3hr. DOD 100%

Weight

90 ~ 264 VAC, 47~63H

Input Voltage

90 ~ 264 VAC, 47~63H

System 1: Battery Mode: 13.5 ~ 16.8 V, AC Mode: 19 V±5% (Max. 5 A) System 2: 12 V± 5% (Max. 4 A)

LEDs with continuous readout; intelligent software

DC Jack (4-pin mini lock din)

RS-232

Battery power button

LED control button

LED display

5 ~ 500 Hz 1 G

Fanless

802.11a/b/g/n Supports Microsoft XP Professional, Windows 7

Supports Microsoft XP Professional, XP Embedded, Vista, Windows 7

IP67 DC output connector

••Battery capacity indicator

••Alert (Battery capacity, temperature)

••Battery Lifecyle Statistics

••Report & Log File

••Client Installation

••Server Installation (Optional)

282 x 258 x 96.9 mm (11.1 x 10.15 x 3.81 inches)

5 kg

7 kg

UL60950-1/EN60950-1, CE , FCC Class B ;

EN60950-1 ; CE , FCC Class B ; CCC certified

Battery capacity indicator

Alerts (battery capacity, temperature, warning)

Charging cycle statistics

Report & log file

Client & Server (CMS) Installation

Multi-language support, including Chinese Traditional, Chinese Simple, English, German and Dutch

12 months

24 months

LED Display

Cooling System Water Resistance

Physical Characteristics

420Wh

210W

Power Input

100 ~ 240 VAC, 50 ~ 60 H, Max 4.5A

Battery Type

Lithium-Iron Phosphate

Battery Runtime (Depends on system configuration)

8 ~ 10 Hours

4 ~ 5 Hours

8 ~ 10 Hours

4 ~ 5 Hours

Battery Charge Time

< 3hr. DOD 100%

< 1.5hr. DOD 100%

< 3hr. DOD 100%

< 1.5hr. DOD 100%

Certifications

EN60601-1, UL60601-1, CE, FCC Class B, Medical CB

CE, FCC Class B, ITE CB

EN60601-1, UL60601-1, CE, FCC Class B, Medical CB

CE, FCC Class B, ITE CB

21.5” (16:9)

Display & Controller

Dimensions

210W

LCD (LED backlight)

Communication Interface Power Button

Supports Microsoft XP Professional, Windows 7

100 ~ 240 VAC, 50 ~ 60 H, Max 4.5A

Size

DC Output Interface I/O Ports

Environment

••Multi-language support, including Chinese Traditional, Chinese Simplified, English, German and Dutch

Type

Charging Status Indicators

Vibration

420Wh

Resolution

Lithium-Iron Phosphate

Charge Time

USB 2.0 ports x 4, Gigabit Ethernet Interface (RJ-45) x 1

Intel Core i7 1.5 GHz

Supports Microsoft XP Professional, XP Embedded, Vista, Windows 7

iPS-M420

DC Output Voltage

Intel Atom D525 1.8 GHz

iPS-M210

Neck: Dove Tail Work Surface: DIN Rail (Right, Left and Rear)

USB 2.0 ports x 4 Gigabit Ethernet interface (RJ-45) x 1

VGA x 1 (2048 x 1536 @ 60Hz) Ethernet x 2 USD x 4 (USB 2.0) Audio x 3 (MIC-in, Line-out, Line-in) RS-232 x 3 (2 of RS-232, 1 of RS-232/422/485) DC Jack x 1

Attribute Battery Type

Power Supply

100 ~ 240 VAC, 50 ~ 60 H, Max 4.5A

Touchscreen

Category

Intel Atom D510 1.66 GHz

WLAN

Power Module

Intelligent Power System

Weigh Certifications

Power Manager Software

AMiS_Link

1920x1080 PCAP 2 points touch (Optional)

Warranty

Product Selection Guide

Medical Desktop PC

Category

Attribute Chipset CPU

Computing Systems

Front Side Bus Memory Operating System

Storage

HDD Serial Ports

I/O Ports

Expansion Slots

2 1

Integrated Gfx Gen5.75, supports DirectX 10 and OpenGL 2.1

VRAM

Shared system memory, 2 GB and above, total system memory shared 1 GB maximum video memory VGA:supports max. resolution 2048 x 1536 LVDS:Single channel 24-bit/dual channel 48-bit LVDS HDMI: Supports HDMI 1.4, 1650 Mbps/ channel with 165 MHz DVI:supports max resolution 1920 x 1200 CRT+LVDS, CRT+DVI, DVI+HDMI, LVDS+HDMI, CRT+HDMI, DVI+LVDS Fan

Universal AC/DC Adapter

AC/DC Adapter: 120W

Yes

*EN60601-1

Yes

*UL 60601-1

Yes

Temperature Humidity Shock Resistance Water/Dust Resistance Dimensions (W x H x D) Weight

Display

Communications

Connectivity

Operating System Touch Panel Size/Display Type Max. Resolution Max. Colors Viewing Angle Luminance Contrast Ratio Wiress LAN Bluthtooth I/O Port Interfaces

Embedded I/O Devices

Control Buttons

System Indicators VESA /Cradle Connectivity Cooling Fan

Power Supply

Yes

FCC

*CCC

1 x PCIe by 16

Controller

Physical Characteristics

3 (Mic-in, Line-out, Line-in)

Mini PCIe

Cool Fan

Environment

2 x 2.5’’ SATA (2 ch 600 MB/s (SATA 3.0)/ 300 MB/s (SATA 2.0) 2 (RS-232)

CPU Front Side Bus Memory Graphics

Windows® 7/XP

Gigabit LAN

Dual Display

Computing Systems

Up to 8 GB DDR3 1066/1333 SDRAM

Max. Resolution (Per Display)

Certifications

Attribute Chipset

Intel Core i7/socket type

VGA Ports

PCIe

Category

QM67

4 (USB 2.0 compliant)

Integrated Graphics Chip

Power Supply

MICE

USB Ports

Mic-in/Line-in/ Line-out Network (LAN)

Mobile Clinical Assistant

IP Rating

Certifications

Operating: 0° C ~ 40° C, Storage: -20° C ~ 60° C

I/O Interfaces AC Adapter In/Out Battery Type/ Capacity Battery Charge Time Battery Operating time Whole System CE FCC *EN60601-1 *UL 60601-1 *CCC Temperature

0~95%@ 40° C (non-condensing) -

Environment

Humidity

Medical Display

MICA-101

Windows XP Professional Resistive 10.4” XGA TFT LCD 1024 x 768 262 K (RGB 6-bit color data) 90°/90° 300cd/m2 (typical) 600 : 1 (typical) 802.11 a/b/g/n connection v2.0 + EDR Power-in jack x 1, Docking connector x 1, mini USB port x 1 * 2.0 Mega pixel camera with auto-focus and one LED light * 13.56 MHz RFID with ISO15693 & ISO14443A/B and active tag function * 1D/2D and UDSI Barcode scanner * 2.0 Mega pixel webcam option * Power button * Screen lock button * Camera snapshot * Barcode button * RFID read trigger button * 3 programmable buttons: P1 default setting for entering S3 mode, P2 default setting for WIFI on/off, the centerpoint button has no default setting Power x 1, WIFI x 1, RFID x 1, Bluetooth x 1 LAN, USB, VGA AC/DC Adapter: 63 Watts

PDC-W215

PDC-201

PDC-191

21.5” TFT LCD LED backlight

20.1” TFT active matrix LCD

19" TFT active matrix LCD

1920 x 1080

1600x1200

1280 x 1024

Color Depth

16.7 M

16.7M (8-bit) Colors

Pixel Pitch

0.248 x 0.248 mm

0.255 x 0.255 mm

0.294 x 0.294 mm

Active Screen Area

476.64 x 268.11mm

408 x 306 mm

376 mm x 301 mm

Contrast Ratio

3000:1

800:1 (max)

1300:1 (Typical)

Native Resolution

Display

250 cd/m2 (Typ.)

300 cd/m2 (max)

300 cd/m2 (typical)

Viewing Angle (H/V)

178°/178°

Reponse Time

25ms (Typ., on/off)

Rise Time: 6.5ms (Typical) Decay Time: 7.5 ms (Typical) Gray-Gray: 6ms (average)

20 ms (typical); 8 ms gray-gray (average)

Cool

9300° K color temperature

Neutral

6500° K color temperature

Warm

5400° K color temperature

Option

User adjustable RGB

Users adjustable RGB

DVI

DVI x1

VGA

D-sub 15 pin x 1

Compatible to DICOM Part 14

Yes

Through DDC/CI interface

Input: 100 ~ 250 VAC, 0.6 A, 60/50 Hz universal Output: 12 V, 5 A

Input: 100 ~ 240 VAC, 3-1.5A, 50 ~ 60 Hz Output: 12 VDC, 6.0 A (Skynet, SNP-A087-3)

Input: 100 ~ 250 VAC, 1 ~ 0.5 A (PFC) , 60/50 Hz, universal

On: <40 W; active off: <2 W

65 Watts, EPA Energy Star Compliant

On: <50 W; active off: <2 W

537.4 x 384.4 x 236.5 mm

Unpacked with Stand: 453 x 466 x 251 (mm) Unpacked without Stand: 453 x 353 x 71 (mm)

Unpacked with Stand: 432 x 467 x 251 (mm) Unpacked without Stand: 432 x 353 x 75.6 (mm)

8.5 kg

Unpacked with Stand: 9.0 kg Unpacked without Stand: 6.3 kg

Unpacked with Stand: 8.6 kg Unpacked without Stand: 5.9 kg

VESA Mounting

100 x 100 mm

Base Stand

Yes (Optional)

Tilt, swivel, height and pivot four ways adjustable

Yes

FCC

Yes

*EN60601-1

*UL 60601-1

*CCC

Luminance

Color Temperature

I/O Ports DICOM Functions Calibration Power Supply

Power Adapter

Power Consumption

Lithium-ion standard battery / 3760 mAh Dimensions (W x H x D)

2.5 hours 4 ~ 6 hours IP 54 Yes Yes Yes Yes Yes Operating: 0° C ~ 40° C, Storage: -20° C ~ 60° C Operating: 10% ~ 90% @ 40° C noncondensing, Storage: 10% ~ 95% noncondensing Operating: 10 ~ 20 G, 11 ms, Nonoperating: 50 G ,11 ms

Shock Resistance

296x101x261

Dimensions (W x H x D) Weight

258 x 258 x 43 mm

VESA Mounting

75 x 75 mm, 100 x 100 mm

5 kg

Attribute Display Type

Intel Graphics Media Accelerator 500

IPX1 Physical Characteristics

Category

Chipset Intel US15W SCH 1.1 GHz/1.6 GHz Intel Atom Processor 1.6 GHz 400 MHz/533 MHz 2 GB DDR2 667 SODIMM

1.5 kg (3.3 lb)

Physical Characteristics

Certifications

Weight

Product Selection Guide

Healthcare Infotainment Terminals

HIT-W151/

HIT-W181/

HIT-W221/

HIT-W151B

HIT-W182

HIT-W222

11.6” Healthcare

15.6” Healthcare

18.5” Healthcare

21.5” Healthcare

Infotainment Terminal

Atom D510 Dual Core 1.67 GHz

Atom D510 Dual Core 1.67 GHz/ Atom D525 Dual Core 1.8GHz

Atom D525 Dual Core 1.8 GHz / Intel Core i7 1.5 GHz

D510 + ICH8M

D510 + ICH8M/ D525 + ICH8M

D525 + ICH8M / 2610UE + QM67

HIT-W121 Category

Attribute

CPU Chipset System

Display

Intel Atom D2550 + NM10 Intel Core i3 3217UE + QM77 Intel Core i7 3517UE + QM77

Memory

Default 2 GB Maximum: 4 GB (D2550) / 8 GB (Core i3/i7)

PIT-1503W

PIT-1702

PIT-1703

10.1” Healthcare

15.6” Patient

17” Patient

Infotainment Terminal

Atom Z530 1.67GHz/ Atom N2800 Dual Core 1.86GHz

Atom D510 Dual Core 1.67 GHz

Core 2 Duo 1.06GHz / Celeron M 1.06 GHz

Atom D525 Dual Core 1.8 GHz / Intel Core i7 1.5 GHz

Chipset

Z530P + US15WP / N2800 + NM10

D510 + ICH8M

945GME

D525 + ICH8M / 2610UE + QM67

Memory

1GB (up to 2G)

1 GB (up to 2G)

DDR3 1 GB (up to 4G) - D525 DDR3 1 GB (up 16G) - i7

Storage

CF or 2.5” HDD SATA

Camera

2 Megapixel (optional, by demand)

2 Megapixel

CPU

System

PIT-1502W

CF or 2.5” HDD SATA

Storage

2.5” HDD SATA

Camera

2 Megapixel

Camera

Size

11.6”(16:9)

15.6” (16:9)

18.5" (16:9)

21.5" (16:9)

Size

10.1"(16:9)

15.6" (16:9)

17”

Max Resolution

1024 x 600

1366 x 768

1280 x 1024

Brightness

200 cd/m2

300 cd/m2

400:1

500:1

800:1

Film Analog Resistive

Analog Resistive

Full-Flat Analog Resistive

Analog Resistive

Full-Flat Analog Resistive

Max Resolution

1366 x 768

1920 x 1080

Brightness

200 cd/m2

300 cd/m2

350 cd/m2

250 cd/m2

400:1

500:1

1000:1

5000:1

Light Transmission

VGA Output Smart Card Reader RFID 3-in-1 Card Reader

Type

Light Transmission

80%

10 million touches

30 million touches

Durability

3 (Down x 2, Rear x 1)

4 (Down x 2, Rear x 2) - D525 6 (Down x 2, Rear x 4) - i7

3 (Side x 2, Rear x 1)

5 (Side x 1, Rear x 4)

1 (Isolated)

W151 : 2 (non-isolated) W151B: 2 (isolated)

1 (Isolated)

2 (Isolated)

Optional (by demand)

1 (Optional)

1 (Removable)

1 (Optional)

1 (10/100/1000 Mbps)

W151 : 2 ports W151B: 1 port (Isolated) (all are 10/100/1000 Mbps)

1 (10/100/1000 Mbps)

2 (10/100/1000 Mbps)

802.11 b/g/n

Hotkeys

5 or 8 (2 types)

LED Light Indicator

1 (3 colors)

Touch Screen

I/O

Mini-PCI

Network

Emergency Alarm

Expansion

VGA

HDMI

Line/Mic In

Line/ Headphone Out

RFID

DC-In

3-in-1 Card Reader

WLAN Hotkeys LED Light Indicator

Mini-PCI

Mini-PCIe

1 (D2550) 2 (Core i3/i7)

Dimensions (WxHxD)

224 x 205.9 x 58.6 mm

5 kg

6.5 kg

6.8 kg

Front Panel

IP65

All Around

IPX1

MSR

Yes

MSR Barcode Scanner TV Tuner

Yes, DVBT/ATSC

Yes

Handset Kit Optional Accessories Remote Control

Yes

Yes (9 keys)

Swing Arm

Yes

PCT Muti Touch

Yes

Weight

Optional Accessories

USB

I/O

2 (10/100/1000 Mbps) 802.11 b/g/n, supports Intel WiDi Technology

2.3 kg

Yes

Durability

COM Port

460 x 328 x 48 mm

TV Tuner

Light Transmission

2 (Core i3/i7 Only)

460 x 328 x 48 mm

Barcode Scanner

Type Touch Screen

4 (D2550) / 2 (Core i3/i7)

400 x 285 x 50.3 mm

IP Ratings

Contrast Ratio

USB 2.0

302.5 x 220.25 x 43 mm

Mechanical

Display

USB 3.0

LAN

Mini-PCIe

Dimensions Mechanical (WxHxD) Weight

Contrast Ratio

30 million touches

LAN

Display

Full-Flat Analog Resistive Full-Flat Analog Resistive Full-Flat Analog Resistive Full-Flat Analog Resistive

WLAN

Chipset

Attribute

CF or 2.5” HDD SATA

GPIO

IP Ratings

CPU

Intel Atom Dual Core D2550 - 1.86 GHz Intel Core i3 3217UE - 1.6 GHz Intel Core i7 3517UE - 1.7 GHz

Category

CF or 2.5” HDD SATA

COM Port

Expansion

UTC-W101/ UTC-W101B

Storage

USB

Emergency Alarm

HIT-BX1/HIT-BX2 Patient Infotainment BOX computer

1 GB (up to 4G)

Durability

Network

System

DDR3 1 GB (up to 4G) DDR3 1 GB (up to 4G) - D525 - D525 DDR3 1 GB (up 16G) - i7 DDR3 1 GB (up 16G) - i7

Attribute

1 GB (up to 4G)

Type

I/O

Category

Memory

Contrast Ratio Touch Screen

Patient Infotainment Terminals

Network

Emergency Alarm

Expansion

80%

36 million touches

30 million touches

30 million touches 3 (Down x 2, Rear x 1)

4 ( Rear x 4)

3 (Down x 2, Rear x 1)

COM Port

1 (Isolated)

VGA

1 (Optional)

GPIO

Smart Card Reader

1 (Optional)

LAN

2 (10/100/1000 Mbps)

1 (10/100/1000 Mbps)

1 (10/100 Mbps)

1 (10/100/1000 Mbps)

WLAN

802.11 b/g/n

802.11 b/g

802.11 b/g/n

Hotkey

LED Light Indicator

Mini-PCI

Mini-PCIe

258 x 199 x 38.3mm

416 x 308 x 75 mm

448 x 393 x 73.5 mm

448 x 393 x 73.5 mm 6.8 kg

Dimensions Mechanical (WxHxD) Weight

1.5 kg

4.8 kg

6.8 kg

Front Panel

IP65

All Around

IPX1

MSR

Yes

Barcode Scanner

Yes

2.7 kg

Front Panel

All Around

IPX1

IP Rating

TV Tuner Optional Handset Kit Accessories Remote Control

Handset Kit

Remote Control

Yes (9 keys)

Swing Arm

Yes

Dual Touch

Yes

Application Stories

Renovating the Centre Hospitalier Alpes Léman with Advantech’s POC-S197F Point-of-Care Terminal

HMC Continues its “Health for All” Pledge by Improving Hospital Service with Digital Diagnostics and Treatment Using POC-227G Point-of-Care Terminals

Location: Centre Hospitalier Alpes Léman, Contamine sur Arve, France

Location: Doha, Qatar

POC-227G

The Hospital Alpes Léman in Contamine sur Arve, France, was originally built in 1841 and serves the Geneva area as a premier public hospital offering a complete range of medical and surgical specialties. The hospital has a 640 bed capacity, and its wide range of care options across various fields of competence is available to all. The hospital was completely rebuilt in 2012 which afforded planners the opportunity to computerize the facility in surgery, endoscopy, recovery, anesthesia, and other areas. Hospital staff identified the need to build systems that allowed full patient management, room scheduling, and regulatory checklists in surgery; intervention and recovery processes in anesthesiology; and patient plan care and prescription continuity in pharmaceutical dispensaries.

Solution

Advantech’s POC-S197F Slim Point-of-Care terminals were selected to handle the hospital’s needs. The all-in-one terminal is connected to the hospital’s information systems, and allows real-time access and recording of patient data. It was installed in the hospital using convenient VESA standard swing-arm mounts, making for an ergonomic workstation with mouse and keyboard suspended above worktables maximizing the work area. The POC-S197F’s 19 inch display gives medical personnel, such as anesthesiologists in surgical units, a broad visual interface. Having instant access to data optimizes workflow, reduces risks from errors and ensures premium access to information is always available.

System

Advantech’s POC-S197F is a 19’’ TFT LCD display powered by an Intel® Core™2 Duo processor. The 1.2 GHz processor is the basis for a powerful system which supports 2 GB of DDR3 memory, and has a full set of I/O connectors (3 USB ports, 2 serial ports, and 2 LAN ports) to meet the hospital’s requirements. WiFi and touch panel functions are also available to provide more flexibility, ease data entry, and allow the system to connect to other HIS platforms throughout the hospital.

Benefits

The Hospital Alpes Léman noted several benefits from the installation: ▪▪Better performance and increased productivity resulting from modernized workstations ▪▪Mitigation of risk factors, as real-time access to relevant data reduces errors ▪▪Ease of use with a convenient touchscreen ▪▪Fanless operation, ideal for sanitized and quiet areas like surgery ▪▪Great ergonomics and space-savings features ▪▪Compliance with regulatory requirements ▪▪Flexible connectivity options ▪▪Flexible mounting choices

Hamad Medical Corporation (HMC) is a premier, non-profit healthcare provider established in 1979 in Doha, Qatar. Their mission is to provide the best quality patient care—“Health for All” –irrespective of nationality. In addition, HMC is the only institute outside of the United States where all of its five facilities and twenty-three primary health centers are JCI-accredited. HMC has developed highly-specialized medical facilities and equipment with a continual upgrade plan to ensure the highest quality of care possible. The HMC facilities are equipped with more than 1,700 beds and annually provide care for more than 1.25 million patients on an outpatient basis. Currently HMC is undergoing a major transition to digitize its medical diagnostic and treatment equipment and to implement an academic healthcare system. The requirements call for a solution which uses medically-certified equipment that is both rugged and mobile. System stability is a must, as is easy integration into existing hospital infrastructure. Efficient data collection and minimization of human errors are two primary factors in the system, and will lead to higher adoption rates throughout HMC’s network of health care facilities.

Solution

System

Benefits

Advantech’s POC-227G Point-of-Care terminal was chosen to meet the needs of HMC. POC-227G is a medically-certified, point-of-care terminal which is fanless and rugged. Its design ensures quiet operation and reduces the potential spread of airborne bacteria. Equipped with surface acoustic wave (SAW) touch technology, the terminal is simple and intuitive to use—even with latex gloves. The display is DICOM Part 14 compatible, meaning it handles high-definition grayscale viewing, and POC-227G delivers up to 92% light transmittance for crystal clear viewing. HMC has deployed Advantech’s POC-227G terminals to enhance mobility at the point-of care. Clinical decision support, patient consultation, and other strategic deliverables are being met. POC-227G improves workflow by connecting to existing hospital information systems (HIS, PACS, radiology), and is aesthetically and ergonomically designed, from adjustable swing arm VESA mounts, to space-conscious table-top placement. Medically-certified POC-227G terminals meet regulatory guidelines; they are durable, reliable and easy to keep clean. The success of HMC’s deployment of Advantech’s POC-227G terminals can be seen in several key areas: ▪▪Performance: An efficient Intel® Core™2 Duo Processor SL9400, coupled with fanless design and supporting DICOM specifications gives great performance. ▪▪Business Improvements: Staff has increased workflow and efficiency, resulting in higher ROIs as they are able to treat more patients per day. ▪▪Patient Satisfaction: Patients have commented that they appreciate the level of care and precise access to data the hospital is able to provide.

Application Stories

SIMSAFE Medical Instrument Management and Advantech’s POC-C177 at Shimane University Hospital

A Premier Teaching Hospital in Kaohsiung Adopts Advantech Point-of-Care Terminals in Large-scale Project to Meet EMR Mandate

Location: Yamato, Japan / Customer: Shimane University Hospital

Location: Kaohsiung Medical University Chung-Ho Memorial Hospital, Kaohsiung, Taiwan

Shimane University Hospital is a large, teaching hospital in Japan with a school of medicine, school of nursing, and a medical university. During surgical procedures, the hospital must keep track of its surgical instruments, counting everything from pins to scalpels. The hospital outlined a project to use advanced technology to build a system that would assist in instrument management. The goals were to prevent accidents like leaving an instrument in a patient, eliminate lost or misplaced instruments, increase safety and efficiency, prevent hospital infection and reduce work and medical instrument costs. These important safety issues have already led to legislation in Europe and the United States, and over time will likely become mandatory in medical care facilities worldwide.

Kaohsiung Medical University Chung-Ho Memorial Hospital (KMUH) was established in 1957. In its initial phase it had 350 beds which have since grown to over 1,600. KMUH was the first hospital in Taiwan to receive accreditation by the Ministry of Education and the Department of Health for its role as a “first class teaching hospital.” The hospital has also been certified by the Ministry of Finance for its “good accounting records.” Today, as one of the most important medical institutions in Taiwan, the hospital is chartered with teaching, research and administration of medical treatment.

Solution

System

Benefits

The hospital implemented a solution using RFID technology and medical-grade terminals to trace and manage medical instruments. KRD Corporation Ltd, a technical solution provider founded in Yamato, Japan in 1991, created SIMSAFE, a surgical instruments safety system which uses RFID tags to individually manage surgical instruments. Advantech’s POC-C177 Point-of-Care terminal was chosen as the platform for the system. Using SIMSAFE provides the hospital with the ability to trace instruments from start to finish of a procedure. Advantech’s POC-C177 is an easy-to-use multimedia computer which can recognize and record individual RFID tags using its RFID reader and antenna. It is installed on mobile medical carts and used for registration of instruments prior to commencement of surgery. The cart can then be moved out of the way during an operation. Shimane’s use of the system saves in labor, and more importantly, prevents accidents and increases safety with its sure-fire management control, done right at the “front-line” of medical treatment. Shimane University Hospital installed Advantech’s POC-C177 Point-of-Care terminals. The terminals have 17” TFT-LCD displays, and an Intel® Atom™ processor with 1GB of SDRAM. They support a wide range of peripherals, 100 Mbps Ethernet, and touchscreen control, making them extremely flexible. The RFID controller and antenna are attached to a COM port, and the system uses Bluetooth to communicate with a PDA barcode/RFID reader. The system is attached to the hospital’s information systems, and the SIMSAFE application software handles the instrument management, recording and storing of RFID tag information, and keeping tabs on where the instruments are located. Pre-op registration and post-op verification ensures nothing is misplaced.

Solution

Advantech’s POC-S176 Slim Point-of-Care terminal was chosen by the hospital. Internal IT staff purchased the terminals directly from Advantech and then set out to replace the paper-based system with a modernized EMR solution. They broke the project into two phases, the first to implement 100 units and the second to implement an additional 86 units. IT Manager, Zhang Hao Zi was charged with designing the solution. He understands of the needs of the hospital and is the designer of the hospital’s existing intranet. “After strict research for a product that met our specifications for a computerized medical cart, we decided to implement Advantech’s POC-S176 throughout the hospital. Advantech has a good reputation for stability, and they were very cooperative with us in this opportunity.” The POC-S176 terminals were placed on existing medical carts for use in hospital rounds, wards, and patient areas, and used as free-standing units in the ICU. There were some challenges faced along the way, the most critical of which was interoperability with existing wireless infrastructure. With Advantech’s experience, a customized POC-S176 terminal was designed to meet the unique requirements of the hospital’s wireless LAN topology.

System

Advantech’s POC-S176 terminal has a slim design and a 17” TFT-LCD display. The units are powered by Intel® Core™ Duo 1.66/1.2 GHz or Intel® Core™2 Duo 1.5 GHz processors. The fanless design, IP54 rating and IP65 dust-tight front panel meet the hospital’s requirement for a medically-certified device that doesn’t take up a lot of space on the carts. The POC-S176 terminals fit perfectly into the hospital’s environment: they are quiet in operation, don’t accumulate dust, and are easy to keep clean. 802.11 wireless antennas connect the terminals to KMUH’s information systems allowing real-time data entry and doing away with the previous, paper-based system.

Benefits

Achieving the goal of an EMR is important to the hospital. As a training hospital, KHUH is charged with the education of future medical personnel. Early compliance with the government’s EMR mandate improves the hospital’s ratings and draws more students to the facility. The new terminals provide several key benefits:

Benefits cited by the hospital were: ▪▪Increased efficiency in workflow ▪▪Reduction to one-third the previous time for assembly/checkout of instruments ▪▪Reduced stress on the part of care-givers ▪▪Improved safety by elimination of errors ▪▪Installation (first in Japan) went exactly to plan ▪▪Optimization of stock control of surgical instruments ▪▪Prevention of hospital infections

In 2007, the government issued a mandate that all medical facilities move to adopt an electronic medical record (EMR) technology to improve patient care, reduce errors, and increase hospital efficiency. KMUH began looking for technology that would integrate with their existing infrastructure. It needed to work on existing medical carts in the hospital, connect to the hospital’s information systems (HIS) using an existing wireless infrastructure, and scale up to support nearly 200 units throughout the facility.

▪▪Increased efficiency eliminates need to record data on paper and re-key later ▪▪Reduction in errors via a real-time connection to HIS improves accuracy ▪▪Compliance with government mandate establishes an EMR ▪▪Higher rank and more students further enhance hospital’s reputation 21

Application Stories

ECA Services Builds Patient Information System at UK’s UCLH Hospital With Advantech POC-S197 Point-of-Care Terminals

MaSanté and Advantech Improve Patient Experience at Hospitals

Location: Location: U.K. / Customer: University College London Hospitals

Location: France

POC-S197

The University College London Hospitals (UCLH), established by Her Majesty the Queen, opened in the U.K. in 2005, and provides 665 in-patient beds over a campus network of 75,822 square meters. They defined a project to implement a digital healthcare system that allowed medical staff the ability to record patient information and data from robust, medically-certified terminals, with connectivity to the hospital’s existing information systems. They turned to ECA Services, an integrator that had successfully worked with them on past projects for a solution.

Solution

ECA Services is a long-term partner of Advantech. Personnel at the hospital were already well aware of the quality and reliability of Advantech products and services, so when ECA recommended Advantech’s POC-S197 Slim Point-of-Care terminal, they quickly approved. This project allowed ECA the chance to develop a large patient information project at the hospital’s state-of-the-art Central London facilities. ECA is well-positioned to complete the integration with a local warehouse, configuration, and support center where they can provide support and assistance for services such as replacement stock, small repairs and custom images. They delivered a timely solution that included Advantech’s POC-S197 Point-ofCare terminal with an Intel® processor, Windows® XP operating system, and GE Centricity Healthcare software.

System

The POC-S197 terminals were mounted using wall arms to allow easy access for clinicians and hospital staff. Using the hospital’s existing medically-certified keyboards and mice, the new system delivered a complete ergonomic solution that was flexible, reliable and ideal for infection control. POC-S197 powered by an Intel® Core™2 Duo 1.2GHz processor easily met the hospital’s requirements with touchscreen and medical certifications, including IPX1-rated water resistant enclosure, IP65-rated dust-resistant front panel, and UL60601-1/EN60101-1, CE & FCC Class B certifications. POCS197 has a large 19” LCD display and has the additional safety of electrically-isolated COM and LAN ports. It is fanless, operating noiselessly in the hospital, and easy to clean and sanitize.

Benefits

The hospital is extremely happy with the result. “ECA’s integration and implementation has been superb, in the Advantech POC-S197 we now have a fully fanless medical system we can trust with our patients’ data,” said the Head of Bioengineering at UCLH when asked for comment. Benefits of the new patient information system: ▪▪Reduces paper uses helping hospital achieve its “paperless” initiative ▪▪Reduces errors in recordkeeping and increases patient safety ▪▪Connects to existing hospital infrastructure ▪▪Large, intuitive 19” LCD Display with touchscreen ▪▪Fanless and fully cleanable, excellent for infection control and sanitization ▪▪Stable, reliable long-term solution backed by Advantech’s great reputation ▪▪Medical certifications (IPX1, IP65, UL60601-1/EN60101-1, CE & FCC Class B) ▪▪High-performance Intel® Core™2 Duo 1.2GHz processor ▪▪Familiar Microsoft® XP interface and GE Centricity software

The average 500-bed hospital in France generates a turnover of about 548 euros per day per bed, with an operating staff of about 500 to 600 members. This equates to one medical professional per bed, but with about 30% of their time taken up by administrative paperwork, which includes regulatory forms, prescriptions, recording lab results, measurements and wait times to transfer an average of 25 pages of information per patient, staff members really are left with about eight minutes per day per patient for actual care.

Solution

A medical computing system was needed at patient bedside. It had to be medically-certified, easy to clean, have access to real-time patient information and connectivity to hospital information systems for diagnosis, test/lab results, medication information, billing, and insurance records. The need for the system at bedside was to insure that medical personnel could have access to the data they needed while actually providing patient care. The system would be installed at a service table near the bed so it also had to operate quietly with an intuitive touchscreen interface and comprehensive application suite. The system would also serve a dual-purpose; in addition to being used for decision-support, allowing staff more time to care for patients and improve the quality of care by having relevant data at hand, it would also be used by patients for information and entertainment options. Therefore the system should have infotainment options such as camera, movies, and voice and web communications. MaSanté, a medical-solution provider, developed a medical cart called MonAmi partnering with Advantech to deliver the hardware required to fill the hospital’s needs. Alexandre de Jonge, founder of MaSanté had this to say about Advantech. “They really listened and implemented the ideas of our users in their products. Advantech is significantly better than the competition in this respect. The products are technically excellent; Advantech has the financial and technical resources and, thanks to their flexible and solution-oriented attitude, we are successful together.”

System

MonAmi is a comprehensive service table, computer combo with a sleek look, the result of interviews of personnel in the hospital, and the technical partnering between MaSanté and Advantech. It is based on Advantech’s HIT-W181 terminal, which is high-performance system with an Intel® Atom™ dual-core processor inside. It has an 18.5” multi-function touchscreen, WiFi, RFID, a handset for voice communications, a smart card reader and a 2 megapixel camera and runs Microsoft® Windows XPE Embedded. It has ITE & Medical Dual Certifications (EN-60950 & EN-60601-1) and operates fanlessly and quietly. Patients can access movies, communicate with family, and browse the internet. Doctors and other staff members use identification recognition to gain access to hospital systems, real-time access to lab & test results, and other clinical data that assists them with decision-making, reducing the time required for administrative paperwork, and improving overall patient care.

Benefits

The result of the implementation of MonAmi has helped the hospital improve profitability by increasing patient turnover. More importantly it has helped healthcare givers free up time and improve patient care through various benefits: ▪▪Billing and liquidity have shortened turnaround on insurance claims ▪▪Real-time routing of lab and test results are timely, reducing errors or loss, and improving diagnoses ▪▪Medications can be cross-checked with back-end systems increasing safety ▪▪Decision support and time with patient has been enhanced ▪▪Patient stays have been reduced ▪▪The fanless system is quiet, and easy to clean (with an IP65 protection rating) 23

Application Stories

Blood Lab Information System Increases Hospital Efficiency

Imatis Integrated Healthcare Solutions on Advantech Infotainment Terminals

Location: Mennonite Christian Hospital, Taiwan

Location: St. Olav’s University Hospital, Norway & Worldwide

The Mennonite Christian Hospital in Hualien, Taiwan was founded by missionaries in 1954. It has 539 beds, 990 employees, and offers a full-range of services to the community. The hospital is bordered by the Pacific on one side and mountains on the other, and its reputation spans the entire east coast. It is a premier healthcare provider for Taiwan’s eastern communities with patients coming from the city, from far away villages, and from other more distant cities in the region. The reason for this is due in part to the hospital’s core ethics: it values community and providing caring service more than profit and turnover rates. People often travel a great distance to get to the hospital and cannot return for a second visit. So, the hospital goes out of its way to serve those patients on the spot in a single visit. For the hospital, efficiency and quality are key concerns, and medical personnel were looking for a way to improve response while enhancing accuracy for patients in the hospital’s blood laboratories.

Solution

A software integrator has developed an intuitive, touch-based laboratory information system for the blood lab that works flawlessly with Advantech’s HIT-W151 healthcare terminal. Five of the touch-based systems have been installed in the lab. They are equipped with barcode scanner, IC card reader and camera. A staff member can access the system after positive identification is confirmed with a swipe of an ID card. The patient uses a check-in slip issued by the doctor which is scanned with the barcode reader. This gives lab personnel access to the patient’s record, blood work ordered, doctor’s instructions, and other vital data. HIT-W151 was chosen because it offers an all-in-one solution; it has a slim profile with cable management system that minimizes its space on the desk; and the touchscreen and software application are easy for lab technicians to use. What’s more, HIT-W151 is UL60601-1/EN60601-1 and IP65certified; it is easy to clean, dust and water-resistant, and conforms to medical standards.

System

HIT-W151 is a fanless all-in-one system powered by an Intel® Atom™ D510 processor that uses low-power while delivering high performance. The full-flat 15.6” touchscreen offers a 16:9 natural viewing area. HIT-W151 was attached to a desktop stand at the Mennonite Christian Hospital using standard VESA mounts; both 75x75mm and 100x100mm are available. The cables, conveniently tucked away, kept the desktops clean, and connected the systems via Ethernet to the hospital’s LAN network & HIS system. Options available for HIT-W151 include an RFID reader, a Smart card reader, a barcode scanner, camera, and magnetic stripe reader. The system is used to access patient information, blood testing data, and also has access to the queuing system at the lab’s entrance to keep track of patients in the hospital waiting area.

Benefits

The result of Mennonite Christian Hospital’s project has been good. Many benefits have been realized including: ▪▪Increased efficiency for hospital staff ▪▪Faster and more in-depth analysis available to patients ▪▪Increased safety and reduction in errors ▪▪Real-time access to hospital information systems and patient data ▪▪Creation of an electronic medical record (EMR) which is fast becoming a regulatory norm ▪▪Unique, space-saving design with clutter-free cable management ▪▪A total solution with hardware, software and ongoing support The hospital is happy with HIT-W151 in their blood lab. In the near future they will begin using the integrated camera to create a video record of patient/staff interactions to assist in dispute resolution or insurance claim requests. In addition, the hospital is looking at other Advantech digital healthcare solutions for the future, including computerized mobile nursing carts and digital signage systems.

Imatis is a leading provider of innovative software solutions specifically designed for the healthcare industry. Imatis products focus on connecting people, information, processes, and systems within a healthcare organization, to achieve truly integrated healthcare solutions. The infotainment market began as a replacement to TV sets in hospital patient rooms. As technology developed, the focus switched to clinical access and connectivity to hospital information systems (HIS) from these devices. The industry is demanding integrated portals that can provide patient applications such as meal ordering, patient blogs, and a nurse call system; serve as platforms for viewing X-rays, scans, and patient charts; be adapted for customized ward or department-specific services; provide hospitals with a method to create an electronic medical record (EMR) as mandated by more and more government health care agencies; all while serving entertainment needs like TV, radio, video, internet, console gaming, telephone, instant messaging and VOIP.

Solution

Imatis has developed as the clear leader in the global market for infotainment in the healthcare industry. They provide an integrated application system, IMATIS Ludus, which runs on Advantech Patient Infotainment Terminals like the PIT1502. They recently installed 300 of these terminals in St. Olav’s University Hospital, in Trondheim, Norway, as part of a technology refresh. St. Olav’s is a state-of-the-art hospital which was built with digital healthcare technology from the ground up. The IMATIS Ludus software suite is not limited to just the Advantech PIT series, but can run on other systems like the HIT-series Hospital Infotainment terminal, or the DSS-series of Digital Signage solutions. Imatis can also take the lead in project management, working with Advantech’s global service and local support network, the healthcare facility, and third party installers as needed.

System

Advantech PIT-series Patient Infotainment terminals are ITE and medically dual-certified, providing screen-toreceptacle solutions designed with VESA swing-arm mounts and integrated cable management. These patient bedside terminals can be stowed when not in use, are easily cleaned and very reliable. In other environments where aesthetic looks are a key factor, the sleek-looking HIT-series, Healthcare Infotainment terminals, with full-flat front panels and polished finish enclosures host the IMATIS Ludus application portal. DSS-series digital signage displays are perfect, replacing whiteboards in nursing stations, helping manage patient whereabouts or patient charting on a big-board display. Connectivity to an HIS allows staff the ability to query the system, locate a patient or access the EMR from any point in the hospital. Peripherals like a handset, RFID, Smartcard reader or MSR increase efficiency, improve accuracy and ensure safety while reducing or eliminating paper-based records.

Benefits

The IMATIS Ludus application portal provides hospitals and clinics with patient-centered, digital healthcare solutions. There are many immediate benefits to be realized: ▪▪Increased efficiency, safety, risk reduction, and error improvements ▪▪Compliance with EMR mandates ▪▪Single-point for information and entertainment options in patient rooms ▪▪Medically-certified devices which are durable and easy-to-clean with solvents ▪▪Complete solutions that are certified to work, from cable management, to mounting hardware, to terminal backed by Advantech ▪▪Real-time access to (HIS) Hospital Information Systems ▪▪Fully integrated software and installation from Imatis ▪▪Smartcard authentication to limit access to authorized personnel 25

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www.advantech.com Please verify specifications before ordering. This guide is intended for reference purposes only. All product specifications are subject to change without notice. No part of this publication may be reproduced in any form or by any means, electronic, photocopying, recording or otherwise, without prior written permission of the publisher. All brand and product names are trademarks or registered trademarks of their respective companies. © Advantech Co., Ltd. 2012

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