Secure Intelligent Network Infrastructure for Healthcare & TeleMedicine requirements

Keith E Hoult Managing Director – ATI UK & Eire

2 Allied Telesis Global Summary

» Global Sales Locations Over 60

» Established March, 1987

» Annual Sales Over $ 450 Million

» Number of Employees 2,000+

» Global R&D Centers USA, EMEA, Japan, New Zealand , APAC

» Global Logistics USA, EMEA, APAC

» Global Manufacturing Singapore, China

3 The importance of the Healthcare Network

  Exponentially Increasing demand on network resources for clinical use demand more speed and reliability

»  Patient records centralised

»  Medical imaging

»  Remote diagnosis

»  Remote Teaching

»  Remote surgery

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Typical Hospital Network Configuration • Non-stop networking A redundant network created with duplicate devices, power sources, and lines. • Medical image data processing 　Broadband networks meet the need for fast 　image transfer. • Electronic healthcare records system 　Wireless access to patient records from each patient’s room • Security Protection against unauthorized access • Stable operation Integrated network management

○ Link aggregation Optical fiber Optical fiber (1000BASE-SX) UTP (1000BASE-T) UTP (1000BASE-TX) *UTP: copper Outpatients’ ward

Outpatients’ ward

Outpatients’ ward

MRI, Radiology Department

Server room

Nurse station

Nurse station

Reception, Checkout counters

Pharmacy

Inpatients’ ward

Inpatients’ ward Internet

Wireless access point

5 Hiroshima City Hospital:

CHALLENGE: Radiology department

  The Radiology Department adopted a radiology batch control system to transport CT images and diagnostic reports

  With sensitive patient data at-hand, it became essential to have “uninterrupted network service;” ensuring positive healthcare communication and long-term patient care.

SOLUTION:

  Highly resilient Gigabit Ethernet infrastructure to create a redundant network.

  In addition, the department selected Allied Telesis’ “SwitchBlade 5400S” to ensure network consistency and establish high-resiliency of network elements.

6 Nagoya Ekisaikai Hospital

CHALLENGE: Electronic Record System

  Nagoya Ekisaikai Hospital was looking to deploy an electronic healthcare record system

  Additionally, the Hospital wanted a mission-critical gigabit network to maintain this Critical Care System.

SOLUTION:

  Using L2 plus switches, the Hospital was able to create a high-speed switched LAN backbone in each segment and leveraged L3 switches to manage routing between segments, for high-speed interconnects with the server farm.

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Japanese Red Cross Kitami Hospital

CHALLENGE:

  To ensure electronic health records could be shared among the regional institutions,

  Japanese Red Cross Kitami Hospital had to ensure internal networks were replaced with high-speed, high-broadband backbone.

SOLUTION:

  Gigabit Ethernet Switching solution was deployed ensuring a highly-reliable, scalable, and secure network.

8 Versailles Hospital System (800 beds)

CHALLENGE:

  Wireless system for Picture Archiving and Communications System (PACS)

  Large file sizes 90MB   High reliability and mobility

SOLUTION:

  Deployment of Allied Telesis/Extricom channel blanket wireless solution.

  “Hitless” roaming wireless solution far superior to standard WiFi

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9 Hospedia – Patient bedside system

Formerly Patientline:

IPTV, Telephony and Internet access

Serving15,000 NHS hospital beds

ATI selected for:

Ability to handle multicast IPTV

Very Cost Effective

10 TeleMedicine 2015

  Allied Telesis have provided a GigaBit Ethernet switch for todays “LIVE” demonstration

  Simulation of real TeleMedicine applications from Polycom

  2 days of demonstration

  Technical Expertise avaliable…

  Next Generation Networks today !!