ZumLink 900 Series


Z9-C & Z9-T

ZumLink 900 Series: Z9-C and Z9-T

Superior OEM performance, reliability, low-power, form factor and flexibility – these are features of the Z9-C and Z9-T radios. Original Equipment Manufacturers (OEM) around the world choose FreeWave embedded solutions for the secure collection, transport, and control of mission-critical data.

The Z9-C and Z9-T Serial radios offer superior performance in noisy environments and are available as OEM board-level modules for mission-critical, embedded applications. They share the same 14-Pin interface found on our MM2 OEM board-level radios easing migration to a more powerful platform.



  • Z9-C and Z9-T – Embedded Serial Radio Modules
  • Z9-T-DEVKIT – Z9-T-DEVKIT (inlcudes 2 Z9-T radio modules)


Drones Environmental Monitoring government and defense Irrigation Original Equipment Manufacturers (OEM) Oil and Gas Precision Agriculture Smart Cities Utilities


WavePro WP201


  • Frequency Range: 902 to 928 MHz
  • Modes: Frequency Hopping Spread Spectrum and Digital Transmission System (DTS)
  • High-Speed Data Rates: Five RF Link Rates supporting throughputs from 80 Kbps to 2.2 Mbps
  • Long Range: Up to 60 miles line-of-sight
  • Low Current Consumption:  843 mA @ 3 VDC; 680 mA @ 5 VDC
  • Flexible Interface: Either two RS232 or two TTL serial interfaces
  • Noise Immunity: Superior performance in noise congested environments
  • High Reliability: 100% tested for performance from -40°C to +85°C
  • Small Form Factor:  50.8mm L x 35.56mm W x 9.65mm H

Case Studies / White Papers

Remote Tank Automation

FreeWave’s innovative 900 MHz ZumLink IPR App Server Radio combines intelligence at the edge with a state of the art high speed radio communication platform. Now users can write Apps and integrate measurement, control, data storage and analytics at the sensor/device/radio level AND publish analytics to the cloud or another host system.

Learn More

High-Speed Network Upgrade

A large independent oil and natural gas exploration and production company expressed a need to upgrade an existing network in Texas in order to meet increasing data flow demands and implement field software applications that would help boost production.

Learn More