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TACTiCAl MEDiCAl TriAgE SYSTEM - Harris Corporation

TACTiCAl MEDiCAl TriAgE SYSTEM - Harris Corporation

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ENABLING TECHNOLOGIES<br />

<strong>Harris</strong> tablets and wideband radios empower<br />

the system’s advanced capabilities<br />

The wideband nature of the Falcon III ® radios, along with<br />

our advanced data processing and edge device capabilities,<br />

enables <strong>Harris</strong> to provide an off-the-shelf Tactical Medical<br />

Triage System.<br />

<strong>Harris</strong> Ruggedized Tablet<br />

Medics will rely upon the robust capabilities of the <strong>Harris</strong><br />

Ruggedized Tablet to seamlessly record and transmit medical<br />

information in theater. It is an Android-based tablet with a 7˝<br />

multi-touch, sunlight readable display, which can be tethered<br />

to a <strong>Harris</strong> radio and also can communicate via built-in USB,<br />

10/100 Ethernet, or Bluetooth. With a Mini PCIe Cellular Modem<br />

slot with Dual SIM card support, the tablet can be configured to<br />

leverage 3G or 4G LTE.<br />

The heart of the tablet is a dual core, 1.5 GHz processor with<br />

2 GB of LPDDR2 memory and 128 GB of internal non-volatile<br />

memory (NVM). The device supports an SD card for removable<br />

storage and a USB Host and OTG ports for ancillary USB<br />

devices. An embedded sensor array includes an accelerometer,<br />

inclinometer, digital compass, barometric pressure gauge,<br />

thermometer, gyroscope, and proximity/ambient light sensors,<br />

providing the medic with a flexible tool for whatever the<br />

mission requires. Additional supported outputs include an HDMI<br />

interface, ancillary transceiver module (ATM), and a docking<br />

connector.<br />

The tablet features front and rear facing cameras for capturing<br />

visual details of the injury and treatment, while multiple<br />

microphones support the system’s advanced noise cancelling and<br />

voice recognition technology. This capability enables the TacMed<br />

application to capture medical data quickly through an intuitive,<br />

voice-driven user interface, for real-time update of a centralized<br />

medical repository.<br />

Multiband Networking Radios<br />

Military units that need to view and transmit medical data and<br />

also communicate by voice will utilize the strengths of the <strong>Harris</strong><br />

multiband radios. In the standard configuration, medics will use<br />

the RF-7800M-HH Multiband Networking Handheld (MBNH),<br />

while the relay and triage sites will each be outfitted with the RF-<br />

7800M-MP Multiband Networking Radio (MBNR) manpack.<br />

The RF-7800M enables the high-speed flow of combat medical<br />

information across a secure, mobile, tactical wireless network—<br />

enabling the critical connection between in-field forces and upechelon<br />

command platforms and treatment facilities. The MBNR<br />

incorporates the ANW2 waveform which can transmit data at<br />

rates up to 5 Mbps and an advanced, mobile, ad hoc networking<br />

(MANET) protocol.<br />

The MANET network automatically forms between the available<br />

nodes and self-heals as nodes go in and out of range. The result<br />

is that data captured in the field can be immediately shared with<br />

other units and triage specialists, even when on the move. The<br />

increased flow and timeliness of health status information in<br />

theater enables doctors to make faster, more informed decisions.

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