2016年8月29日 星期一

tandard functions of In Vehicle PC AIV-QM97V1FL include: controlling the temperature during vehicle operation, 3G, 2.5” HDD bracket


Medicine 4.0 include cloud computing and big data. Not only can it be used to collect and analyze data and 
prevention plans, more and more medical instrument requires high-speed data acquisition, analysis, and processing. In cab computer  As electronic medical record applications become more popular, once electronic medical records are leaked or tampered with, car computer it will bring severe legal disputes between doctors and patients to the hospital. Therefore, network platform safety has become a key focus for hospitals.

Importing a WLAN wireless system in the hospital building will allow doctors to view various information of the patient by the sick bed in real-time simply with a tablet. If an abnormal situations occur, wireless methods can be used to notify the doctor immediately so that the doctor can make appropriate adjustments. The use of WLAN will reduce maximum wait time for patients, increase the satisfaction level of the patients, and also increase the doctor’s work efficiency for making rounds. Applying IoT to medical treatment means connecting closer with big data. 


In terms of roadside assistance, changes in traffic conditions are extremely complicated; the use of wireless communication between the ambulance staff and medical staff at the hospital must be smooth and uninterrupted in order to achieve an effective rescue. Telemedicine can be expected in the future where surveillance systems will be used to perform remote healthcare in order to reduce the cost of care, and it will promote continual growth of remote surveillance applications in the future. 


In the telemedicine integration solution released by Acrosser 
 in vehicle computer, ultra-thin 45mm  VehicleComputer  AIV-QM97V1FL is used for smart ambulances that can be used for fleet management to remote data processing applications. It uses a fan-less design and is equipped with Intel’s third generation Core i ULV and the HM76 chipset, processor, and 2 DDR3 SO-DIMM memory totaling up to 16GB. It also supports CAN 2.0A/2.0B protocol and i-Button for driver ID. Acrosser  Vehicle PC   also equipped several wireless communication modules to increase the transmission capabilities between the rescue data, management center, and hospital. In addition, an in-vehicle all-in-one connector is designed that can be used to equip the Acrosser In-Vehicle Touch monitor in order to simplify the installation of a touch monitor and satisfy fleet needs. 

Standard functions of 
 In Vehicle PC   AIV-QM97V1FL include: controlling the temperature during vehicle operation, 3G, 2.5” HDD bracket, and the delay time range that can be set for power on/off in the BIOS is between 0 seconds ~ 60 minutes. These are all-important elements for smart ambulance management. 

Contact Us:http://www.acrosser.com/inquiry.html 


Subscribe to our social media sites and stay connected! 

Acrosser Twitter 
Acrosser Facebook 
Acrosser Google+  
Acrosser Youtube

Industrial PC   3.5 Biscuit SBC  Embedded SBC   network appliance  gaming

2016年8月19日 星期五

LAN Bypass allows continued network operation even if another unit were to shut down

With the move to Electronic Medical Records (EMR), hospitals now implement increasingly complex wireless networkinfrastructures for their medical staff.  Data from devices and patients can be seamlessly stored to a cloud datacenter through wireless networks. This setup allows hospitals to reduce costs, increase staff efficiencies and improve patient outcomes through continuous monitoring.

Acrosser Technology recently introduced a new microbox network appliance, the AND-J180/J190N2. At only 234.6 x 151.4 x 43.5 mm, its small size allows it to be stored anywhere in the hospital without taking up space used by other important medical equipment. AND-J180/J190N2 utilizes the Intel Bay Trail J1800/1900 System on Chip (SoC), and provides serious performance at an attractive price. AND-J180/J190N2 also comes with up to six gigabit RJ-45 Ethernet LAN ports to link up with networking devices around the hospital.  It has 3 pairs of LAN ports (up to two of which are capable of LAN-Bypass) allowing uninterrupted network traffic. In addition, the unit has a mini-PCIe expansion slot for Wi-Fi Module that supports the latest 802.11ac standard.
Connection with peripheral devices can be done via two USB 2.0 ports, one USB 3.0 port, and a VGA port for digital signage applications. Combining compact size, comprehensive I/O, and a powerful Intel processor, AND-J180/J190 is the ideal solution for managing network traffic in hospital setting.

Benefits:
Compact Design

The small form factor microbox is ideally suited for space-constrained environments such as patient rooms and nursing stations
Wireless Connectivity

AND-J180/J190 supports 802.11ac with compatible WiFi modules. In addition, the unit can be used with two antennae for better signal, wider reach, and more robust coverage.
Low Power Consumption

Use of the low power J1800/1900 Intel processor with low Thermal Design Power (TDP), helps to reduce power costs for hospitals.
LAN Bypass

LAN Bypass allows continued network operation even if another unit were to shut down. This creates greater reliability and uninterrupted network traffic to mission critical medical equipment.

Featured ProductAND-J180/J190◎Compact x86 Network Appliance with Intel Bay Trail Platform (J1800/J1900)
◎Microbox form factor
◎J1800/J1900 CPU
◎1 x DDR3L SODIMM memory up to 8GB
◎6x RJ-45 GbE LAN ports
◎1x USB 3.0
◎2x USB 2.0
◎1x CF card slot
◎1x mini-PCIe for Wi-Fi connectivity
◎2x antenna holes
Contact Us:
www.acrosser.com 

Receive a product quote RIGHT NOW!
http://www.acrosser.com/inquiry.html

Product Information:
Networking Appliance: http://www.acrosser.com/Products/Networking-Appliance.htmlSubscribe to our social media sites and stay connected!

Acrosser Twitter
Acrosser Facebook
Acrosser Linkedin
Acrosser Google+
Acrosser Youtube

2016年8月12日 星期五

The Remote Vehicle Solution For Medicine 4.0









Medicine 4.0 include cloud computing and big data. Not only can it be used to collect and analyze data and 

prevention plans, more and more medical instrument requires high-speed data acquisition, analysis, and processing. As electronic medical record applications become more popular, once electronic medical records are leaked or tampered with, it will bring severe legal disputes between doctors and patients to the hospital. Therefore, network platform safety has become a key focus for hospitals.

Importing a WLAN wireless system in the hospital building will allow doctors to view various information of the patient by the sick bed in real-time simply with a tablet. If an abnormal situations occur, wireless methods can be used to notify the doctor immediately so that the doctor can make appropriate adjustments. The use of WLAN will reduce maximum wait time for patients, increase the satisfaction level of the patients, and also increase the doctor’s work efficiency for making rounds. Applying IoT to medical treatment means connecting closer with big data. 

In terms of roadside assistance, changes in traffic conditions are extremely complicated; the use of wireless communication between the ambulance staff and medical staff at the hospital must be smooth and uninterrupted in order to achieve an effective rescue. Telemedicine can be expected in the future where surveillance systems will be used to perform remote healthcare in order to reduce the cost of care, and it will promote continual growth of remote surveillance applications in the future. 

In the telemedicine integration solution released by Acrosser, ultra-thin 35mm AIV-HM76V1FL is used for smart ambulances that can be used for fleet management to remote data processing applications. It uses a fan-less design and is equipped with Intel’s third generation Core i ULV and the HM76 chipset, processor, and 2 DDR3 SO-DIMM memory totaling up to 16GB. It also supports CAN 2.0A/2.0B protocol and i-Button for driver ID. Acrosser also equipped several wireless communication modules to increase the transmission capabilities between the rescue data, management center, and hospital. In addition, an in-vehicle all-in-one connector is designed that can be used to equip the Acrosser In-Vehicle Touch monitor in order to simplify the installation of a touch monitor and satisfy fleet needs. 

Standard functions of AIV-HM76V1FL include: controlling the temperature during vehicle operation, 3G, 2.5” HDD bracket, and the delay time range that can be set for power on/off in the BIOS is between 0 seconds ~ 60 minutes. These are all-important elements for smart ambulance management. 

Contact Us:http://www.acrosser.com/inquiry.html 

Subscribe to our social media sites and stay connected! 
Acrosser Twitter 
Acrosser Facebook 
Acrosser Google+ 
Acrosser Youtube