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Integrated Operating Room
Intensive Care Unit
Emergency Room
Patient Data Management System
HMI of Medical Equipment
Medical Grade PlatformPoint-of-Care Touch Computer
Dimensions (W x H x D) 550 x 360 x 65 mm (21.65" x 14.17" x 2.56")
454 x 304 x 56 mm (17.87" x 11.97" x 2.2")
454 x 304 x 56 mm(17.87” x 11.97” x 2.2”)
Weight 6.9 kg 5.8 kg 7.4 kgVESA Mounting 75 x 75 mm, 100 x 100 mm
*POC-W211 IP54 is embedded with Intel Core i7 2610UE processor.
RFID
Battery Pack Multi-Touch
Smartcard Reader Optical Drive
Critical CareCritical 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 CarePerioperative Information Systems support clinical and administrative decision making from pre-operative through intra- and post-operative and procedures. A sample solution would be 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 ▪ Intel Core i7 processor with a fanless, energy-saving, and high performance profile. ▪ IP54 enclosure to protect from dust and water splashing for ease of cleaning. ▪ Capable of displaying crystal clear images on 16:9 or 4:3 screen display. ▪ Isolated design provides unique electric leakage protection for COM ports and LAN ports. ▪ ANSI/AAMI ES60601-1: 2005/EN60601-1 certified and ensures highest levels of safety/reliability.
The entire exterior is designed to smartly enclose the system with water & dust-proof materials. This specialized structure effectively prevents critical parts of POC from contacting any unattended article, including infectious diseases, thus keeping POC safe for usage and maintenance. This feature a vital requirement for hospital operating rooms, as well as any other site where contamination control is a major topic.
Advantech spares no expense in durability testing. As a result, POC terminals have been approved using RDT to ensure a 3-year warranty. RDT (Reliability Demonstration Testing) verifications provide a strict way to achieve real product MTBF in a short time by accelerating usage (temperature cycling, thermal shock and combination test). What’s more, HALT (Highly Accelerated Life Test) testing is also performed to help verify the operational limits of a system and find design and component weakness.
System Performance Flexibility
Infection Control (IP54-Rating & Fanless Design)
Reliability (RDT/HALT Test)
POC terminals are always embedded with up-to-date CPUs, ensuring high-performance computing ability and graphic powerthroughout the product life cycle. POC-W181 and POC-W211 utilize 2nd generation Intel Core i7 processor; and POC-S198 utilizes Intel’s 3rd generation i7 processor. Both processors demonstrates superb performance under extra low power consumption, reinforcing the very core competence of POCs.
Advantech endeavors to meet the specific needs of different healthcare providers. POC terminals have been designed for flexible customization, allowing different configurations of WiFi modules, smart card readers, battery packs, RFID readers, DVD drives, or Bluetooth modules. POC terminals with PCAP technology are designed to enhance light transmission, and 7H hardness rating of the glass improves durability.
Stre
ss(in
crea
se)
Failure
AnalysisIm
prove
Increase Stress and
start process over
IP54IP54
W ARR ANTY
POC_Link is the intelligent software solution which offers intuitive device management with iAMT 7.0 Tech, featuring easy management, efficient remote control of PCs on the wire, and securely performing administrative tasks. By using POC_Link, a hospital IT team is able to simplify difficulties in remote management of medical equipment, and provide help anytime, anywhere.
Remote Management (POC_Link)IP54 water splash and dust resistant cover
Integrated Operating Room
Intensive Care Unit
Emergency Room
Patient Data Management System
HMI of Medical Equipment
Medical Grade PlatformPoint-of-Care Touch Computer
www.advantech.com/digital-healthcare/
Critical CareCritical 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 CarePerioperative Information Systems support clinical and administrative decision making from pre-operative through intra- and post-operative and procedures. A sample solution would be 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 ▪ Intel Core i7 processor with a fanless, energy-saving, and high performance profile. ▪ IP54 enclosure to protect from dust and water splashing for ease of cleaning. ▪ Capable of displaying crystal clear images on 16:9 or 4:3 screen display. ▪ Isolated design provides unique electric leakage protection for COM ports and LAN ports. ▪ ANSI/AAMI ES60601-1: 2005/EN60601-1 certified and ensures highest levels of safety/reliability.
The entire exterior is designed to smartly enclose the system with water & dust-proof materials. This specialized structure effectively prevents critical parts of POC from contacting any unattended article, including infectious diseases, thus keeping POC safe for usage and maintenance. This feature a vital requirement for hospital operating rooms, as well as any other site where contamination control is a major topic.
Advantech spares no expense in durability testing. As a result, POC terminals have been approved using RDT to ensure a 3-year warranty. RDT (Reliability Demonstration Testing) verifications provide a strict way to achieve real product MTBF in a short time by accelerating usage (temperature cycling, thermal shock and combination test). What’s more, HALT (Highly Accelerated Life Test) testing is also performed to help verify the operational limits of a system and find design and component weakness.
System Performance
Infection Control (IP54-Rating & Fanless Design)
Reliability (RDT/HALT Test)
POC terminals are always embedded with up-to-date CPUs, ensuring high-performance computing ability and graphic powerthroughout the product life cycle. POC-W181 and POC-W211 utilize 2nd generation Intel Core i7 processor; and POC-S198 utilizes Intel’s 3rd generation i7 processor. Both processors demonstrates superb performance under extra low power consumption, reinforcing the very core competence of POCs.
Stre
ss(in
crea
se)
Failure
AnalysisIm
prove
Increase Stress and
start process over
IP54IP54
W ARR ANTY
IP54 water splash and dust resistant cover
RFID
Battery Pack Multi-Touch
Smartcard Reader Optical Drive
Flexibility Advantech endeavors to meet the specific needs of different healthcare providers. POC terminals have been designed for flexible customization, allowing different configurations of WiFi modules, smart card readers, battery packs, RFID readers, DVD drives, or Bluetooth modules. POC terminals with PCAP technology are designed to enhance light transmission, and 7H hardness rating of the glass improves durability.
POC_Link is the intelligent software solution which offers intuitive device management with iAMT 7.0 Tech, featuring easy management, efficient remote control of PCs on the wire, and securely performing administrative tasks. By using POC_Link, a hospital IT team is able to simplify difficulties in remote management of medical equipment, and provide help anytime, anywhere.
Remote Management (POC_Link)
Category Attribute POC-W211 POC-W181 POC-S198
Computing Systems
Chipset Intel QM67 Intel QM67 QM67
CPU
Intel Core i7 2655LE Processor (4 M Cache, 2.2GHz)
Intel Core i3 2340UE Processor (3 M Cache, 1.3GHz)
Intel Core i7 2610UE Processor (4 M Smart Cache, 1.5GHz)
Intel Core i3 2340UE Processor (3 M Smart Cache, 1.3GHz)
Intel Core i7 3555LE Processor(4 M Smart Cache, 2.5GHz)
Memory Up to 16GB DDR3 1333MHz SDRAM (Optional)
Up to 16GB DDR3 1333MHz SDRAM (Optional)
Up to 16GB DDR3 1333MHz SDRAM(Optional)
Graphics Integrated Intel HD Graphics Integrated Intel HD Graphics Integrated Intel HD GraphicsOperating System XPP, Win 7, WES7P, XPE XPP, Win 7, WES7P, XPE XPP, Win 7, WES7P, XPE
Display
Size/Display Type 21.5" wide TFT color LCD (16:9) 18.5” wide TFT color LCD (16:9) 19” TFT color LCD (4:3)Max. Resolution 1920 x 1080 (H x V) 1366 x 768 (H x V) 1280 x 1024 (H x V)Max. Colors 16.7M colors (RGB 8-bits) 16.7M colors (RGB 6-bits + Hi-FRC) 16.7M colors (RGB 8-bits)Pixel Pitch (mm) 0.248 x 0.248 0.282 x 0.282 0.294 x 0.294Viewing Angle 178°/178° 170°/160° 178°/178°Luminance 250 cd/m2 300 cd/m2 300 cd/m2Backlight Lifetime 30,000 Hours 30,000 Hours 50,000 HoursLCD MTBF 300,000 Hours 300,000 Hours 500,000 HoursContrast Ratio 5,000 : 1 1,000 : 1 2,000 : 1
Expansion SlotsPCIe 1 - -Mini PCIe 1 1 1
Storage Storage 1 x 2.5" SATA HDD or SSD 1 x 2.5" SATA HDD or SSD 1 x 2.5” SATA HDD or SSD
I/O Ports
Serial Port 1 x RS-232 (isolated) and 1 x RS-232/422/485 (isolated) serial port
1 x RS-232 (isolated) and 1 x RS-232/422/485 (isolated) serial port
1 x RS-232 (isolated) and1 x RS-232/422/485 (isolated) serial port
USB Port 4 (side x 2, Rear x 2) 4 (Rear x 4) 4 (Rear x 4)VGA/DVI/HDMI Port 1 x HDMI & VGA 1 x DVI-I 1 x DVI-ISpeakers (1W) 2 2 2
LAN 2 x Gigabit Ethernet (isolated)interfaces (RJ-45)
2 x Gigabit Ethernet (isolated)interfaces (RJ-45)
2 x Gigabit Ethernet (isolated)interfaces (RJ-45)
Cooling Fan Fanless Fanless Fanless
Power SupplyAC / DC Model AC/DC adapter
(Sinpro Model no.HPU101-107)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 90 ~ 260 VAC, 47 ~ 63 Hz, 1.35 ~ 0.5 A 90 ~ 260 VAC, 47 ~ 63 Hz, 1.35 ~ 0.5 AOutput Voltage +18 VDC, 5.55 A max. (100 watts) +18 VDC, 5.55 A max. (100 watts) +18 VDC, 5.55 A max. (100 watts)