Xiamen New East Asia Electronic Enterprise Co. (NEAEE), Ltd.

Xiamen New East Asia Electronic Enterprise Co. (NEAEE), Ltd.

Company Product

  • 122275-01,Flat cable with 14P connector,PITCH 2.54mm & Steel plate
  • The descriptionp of NEAEE 22275-01,Flat cable with 14P connector, PITCH & Steel plate Wiring harness equipment:

    ( 1) Flat cord: HIT-23108-14 (UL2651 28AWG * 14C-optional residential option).

    ( 2) Port: ITW-050-014-435AR (optional residential option).

    ( 3) Cover: ITW-050-000-014R (optional domestic alternative).

    ( 4) Steel plate: 152-122274-01 A (optional residential option).

    ( 5) Sleeve: ALTA-95120750 (optional residential option).

    ( 6) Heat reduce tubing: RAY-VERSAFIT-3/ 4-BLK (optional residential Heat diminish tubes).

    ( 7) Size: L = mm ( In).

    Xiamen New East Asia Electronic Enterprise Co. (NEAEE), Ltd. is a contract manufacturing company established in the year of 2000. We are currently certifiied to ISO9001:2016, ISO13485:2015 and UL. Our 67,000 square foot facility is located in Xiang'an Torch Hi-Tech Industrial Development Zone, in the city of Xiamen, Fujian Province.

    We are a low volume high mixed contract manufacturing company for cables and wire harnesses. We have been successfully in supporting all of our customers' needs and requirement for the past 18 years.

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  • 350772-01,Flat cable with 12P connector, PITCH 2.54mm
  • The NEAEE 350772-01:Flat cable with 12P connector, PITCH  DESCRIPTION

    (1) Flat cable: 3M-3801 / 26 (UL2651 26AWG * 26C-optional domestic alternative)

    (2) Terminal: MOLEX-50079-8000 (optional domestic alternative)

    (3) Connector: MOLEX-90327-0306, MOLEX-90327-0322, MOLEX-51021-0300 (optional domestic alternatives)

    (4) Length: L = 1250mm ( In)

     

     

     

    How NEAEE s medical devices work

    Medical device connectivity is the establishment and maintenance of a connection through which data can be transferred between a medical device (., a patient monitor) and an information system. The term is used interchangeably with biomedical device connectivity or biomedical device integration. By eliminating the need for manual data entry, potential benefits include faster and more frequent data updates, reduced human error, and increased workflow efficiency.

    Medical devices can be connected on both wireless and wired networks. Wireless networks, including Wi-Fi, wireless medical telemetry services, and Bluetooth, provide broader connectivity coverage, allowing continuous monitoring of patients in transit. Wired networks are fast, stable and highly available. Wired networks are typically more expensive to install initially and require ongoing maintenance costs, but allow organizations to connect in a closed environment.

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  • 150825-01,Flat Cable with 12P Connector&Tape
  • 150825-01: Flat Cable with 12P Connector&Tape

    (1) Flat cable: JESS-HFB-12P (UL2651 26AWG * 12C-optional domestic alternative)

    (2) Connector: MOLEX-90327-0312 (optional domestic alternative)

    (3) Tape: 3M-1558

    (4) Length: L = ( In)

    Hospitals have many different makes and models of medical equipment. Each department uses a different type of device and few of the same brands are used throughout the hospital. Due to the large number of devices and the different formats of data exchange (RS-232, HL7, Bluetooth, WiFi), medical device integration software has become a key component to integrate this important patient data.Xiamen New East Asia Electronic Enterprise Co., LTD Can be for you make the model you need.

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  • MS-6310-1: Flat cable with 25~26P Connector
  • The NEAEE s MS-6310-1: Flat cable with 25~26P Connector

    (1) Flat cable: BELDEN-9L26026 (UL2651 26AWG * 26C-optional domestic alternative)

    (2) Connector: KYC-K99X-25P-K-BLK, ITW-050-026-435AR (optional domestic alternatives)

    (3) Cover: KYC-SRX25-BLK

    (4) Length: L = 1397mm ( In)

     

    The NEAEE s Wireless medical devices are changing the healthcare environment in hospitals. However, Wi-Fi systems have communication difficulties due to AP interference with each Wi-Fi device and traffic overload due to communication through the AP. To alleviate this problem, a real-time data transmission system using Wi-Fi Direct can be used in medical applications, which ensures higher data rate communication through direct communication between devices without any AP interaction. In this paper, we use a test bench to evaluate the performance of the Wi-Fi Direct system and compare it to a conventional Wi-Fi system for real-time data transmission. It can be seen that the Wi-Fi Direct real-time data transmission system can provide higher data rates than existing Wi-Fi systems, which indicates that using Wi-Fi Direct for high data rate medical learn more, click here 

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