DiagnostX by LocusUSA

A LONG-RANGE, OVER-THE-AIR RADIO WAVEFORM ANALYZER

NX-200 Remote
Receiver Series

EXTEND THE DIAGNOSTX COVERAGE
OF YOUR RADIO SYSTEM

The DiagnostX NX-200 remote receiver expands the DiagnostX coverage of a radio system at a reduced cost. Many agencies have combined multiple DX-2002 instruments to set up a networked configuration to ensure continuous system-wide coverage. It is now possible to use the smaller, more economical NX-200 remote receiver to achieve the same result.

FEATURES OF THE NX-200 REMOTE RECEIVER

Up to three (3) NX-200 remote receivers may be networked to a single DX-2002 instrument. All the data is forwarded across an IP network back to the DX-2002 and presented in a single consolidated view.

The data transfer rate is only 13KB per transmission sent. Both the DX-2002 and the NX-200 instruments function as receivers on the network.

The MX-3000 Master unit can accommodate the requirements of larger systems, utilizing more robust hardware with higher-performance processors. The MX-3000 does not function as a receiver; it receives data from the NX-200 remote receiver and combines the results into a single view in the DiagnostX Viewer (DV) console.

NX-200 SERIES SPECIFICATIONS

  • Available Frequency Bands: VHF (136 – 174); UHF (375 – 430), (450 – 470), (470 – 512); 700, 800, 900 MHz
    Available Protocols: P25T, P25C, DMR, NXDN, EDACS, SmartZone/SmartNet, MDC1200APL
  • Encryption: AES-256
  • Sensitivity: -117 dBm (10dB s/n)
  • Connector Type: SMA Female/Requires SMA Male Connector
  • Environment: Temperature: 0 – 40°C (32 – 104°F)/Humidity: 10 – 85% @ 40°C, non-condensing
  • Power Requirements: Single AC Universal Power Supply / 100V – 240V, 50Hz – 60 Hz, 1.0 AMP Nominal
  • Dimensions: 2.65” H x 17” W x 13.75” D
  • Weight: ~16 lbs.
  • Hardware: 19” Rack Mount

NX-200 SERIES MODELS

NX-200: Single-Protocol / Single-Band

NX-200b: Single-Protocol / Dual-Band

NX-200c: Dual-Protocol / Single-Band

NX-200d: Dual-Protocol / Dual-Band

NX-200e: Dual-Protocol / Tri-Band