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Home Antennas & Radios (Industrial) Data Radios

Data Radios

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Data radios are designed for robust and reliable communications in a variety of applications, ranging from OEM setups to SCADA systems. These radios are built to provide high reliability, ensuring consistent performance even in challenging environments. In addition to SCADA applications, which involve supervisory control and data acquisition, data radios are also often employed in OEM applications where seamless integration into existing systems is required.

One of the key features of data radios is the high-speed data transmission. This is particularly useful in telemetry systems where real-time data collection and control are essential. To achieve this, many data radios operate on specific frequencies, such as VHF and UHF, which are known for their capability to transmit data over long ranges. Some models even feature a repeater function, boosting the range and making it ideal for more extensive network setups.

Port options vary among different types of data radios, allowing for multiple inputs and offering flexibility in system integration. Advanced models may include various control features to manage data flow and communication settings, providing the user with more hands-on control over the setup. While newer products are continuously being introduced, legacy versions of data radios still find use in many applications, thanks to their proven reliability.

Subcategories

Freewave Radios
MDS Radios
Phoenix Contact Radios

Products

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MDS TransNet Radio EL805-BO Transnet 900 MHz Board Radio
MDS TransNet Radio EL805-BO Transnet 900 MHz Board Radio
$1026.00
MDS TransNet Radio EL805-BO Transnet 900 MHz Board Level Radio. Serial Unlicensed Radio (Master or Slave), 6-30vdc with data rates to 115.2 Kbps, max range of 60 miles and typical range of 25 miles, Store and foreward capable, sensitivity of -108 at 256k, temperature range of -22 to 140 degrees fahrenheit, power consumption of 2 A. The TransNET 900 radio is ideal for SCADA communications in remote locations. The Transnet is a durable and very reliable data radio even in difficult situations. The Transnet 900 works in almost all Serial protocols and does not require a license. The radio is enclosed with a compact rugged case that is Din Rail Mountable ideal for control cabinets. It has a RS232 Serial data port and TNC antenna port.
MDS SD1-B-ES-D Licensed SD1 Radio 150-174 MHz Serial/Ethernet (Din Rail Mount)
MDS SD1-B-ES-D Licensed SD1 Radio 150-174 MHz Serial/Ethernet (Din Rail Mount)
$2288.10
MDS SD01 ES 100 MHz (150-174 MHz) SD01-MDBESNNDNN Serial Licensed Radio. 1 Ethernet data port and 2 Serial data ports with 1 port 1710 Emulation (Ethernet AES-128 Encryption) 5 watt, 10v-30vdc with data rates to 19.2 Kbps at max range of 50 miles, sensitivity of -112 at 1x10-6 BER. with 1 Active Ethernet Port and 2 Active Serial Ports. High speed, up to 65 Kbps in 50 KHz channel. Programmable RS232/485. Includes authorization for remote management access, AES 128 Encryption, and VRC. Defaults to 1710 emulation mode. Supports packet and transparent modes and IP/Ethernet bridging. Temperature range of -140 to 158 degrees fahrenheit. With band B 150-174 MHz. The MDS SD Series are industrial wireless solutions that provide long distance communications over licensed radio bands, allowing users to interface to both Ethernet and serial devices such PLCs, RTUs and meters with host monitoring and control systems. The SD’s Media Access Control (MAC) is optimized to reduce Ethernet overhead and preserve bandwidth for higher usable data speed. The IP Payload feature removes unneeded Ethernet frames to shrink messages and improve throughput. MDS SD Series radios can be directly added to existing MDS x710 and x790 systems, providing both "drop-in" compatibility for expansions and replacements, and adding Ethernet support.
MDS SD1-B-ES Licensed SD1 Radio 150-174 MHz Serial/Ethernet
MDS SD1-B-ES Licensed SD1 Radio 150-174 MHz Serial/Ethernet
$2288.10
MDS SD01 ES 100 MHz (150-174 MHz) SD01-MDBESNNSNN Serial Licensed Radio. 1 Ethernet data port and 2 Serial data ports with 1 port 1710 Emulation (Ethernet AES-128 Encryption) 5 watt, 10v-30vdc with data rates to 19.2 Kbps at max range of 50 miles, sensitivity of -112 at 1x10-6 BER. with 1 Active Ethernet Port and 2 Active Serial Ports. High speed, up to 65 Kbps in 50 KHz channel. Programmable RS232/485. Includes authorization for remote management access, AES 128 Encryption, and VRC. Defaults to 1710 emulation mode. Supports packet and transparent modes and IP/Ethernet bridging. Temperature range of -140 to 158 degrees fahrenheit. With band B 150-174 MHz. The MDS SD Series are industrial wireless solutions that provide long distance communications over licensed radio bands, allowing users to interface to both Ethernet and serial devices such PLCs, RTUs and meters with host monitoring and control systems. The SD’s Media Access Control (MAC) is optimized to reduce Ethernet overhead and preserve bandwidth for higher usable data speed. The IP Payload feature removes unneeded Ethernet frames to shrink messages and improve throughput. MDS SD Series radios can be directly added to existing MDS x710 and x790 systems, providing both "drop-in" compatibility for expansions and replacements, and adding Ethernet support.
Freewave ZIQ-P-WL
Freewave ZIQ-P-WL
$878.40
Freewave ZIQ-P-WL ZumIQ Edge Computer, Board-Level, 1GHz processor, 512MB RAM, 1Eth port, 2 Serial ports, White Label (FreeWave branding removed)
Freewave ZIQ-PE2
Freewave ZIQ-PE2
$1056.00
Freewave ZIQ-PE2 ZumIQ Edge Computer, Enclosed, 1GHz processor, 1GB RAM, 2Eth port, 2 Serial ports
Freewave ZIQ-PE
Freewave ZIQ-PE
$811.20
Freewave ZIQ-PE ZumIQ Edge Computer, Enclosed, 1GHz processor, 512MB RAM, 1Eth port, 2 Serial ports
Freewave ZIQ-P2-WL
Freewave ZIQ-P2-WL
$1137.60
Freewave ZIQ-P2-WL ZumIQ Edge Computer, Board-Level, 1GHz processor, 1GB RAM, 2Eth port, 2 Serial ports, White Label (FreeWave branding removed)
Freewave ZIQ-P2
Freewave ZIQ-P2
$987.60
Freewave ZIQ-P2 ZumIQ Edge Computer, Board-Level, 1GHz processor, 1GB RAM, 2Eth port, 2 Serial ports
Freewave ZIQ-P
Freewave ZIQ-P
$741.60
Freewave ZIQ-P ZumIQ Edge Computer, Board-Level, 1GHz processor, 512MB RAM, 1Eth port, 2 Serial ports
Freewave Z9-IO-PE-ZE
Freewave Z9-IO-PE-ZE
$1628.40
Freewave Z9-IO-PE-ZE ZumLink 900 IO Enclosed Ethernet Snap-to-Stack Capable ZumEdge
Freewave LRS455A-T
Freewave LRS455A-T
$1260.00
Freewave LRS455A-T 435-470 MHz 19.2 Kbps Over the Air Data Rate Licensed Band Radio Board level 6-27 volts TTL Straight SMA Female RF connector Class I Div 2.
Freewave LRS455A-CE
Freewave LRS455A-CE
$1567.20
Freewave LRS455A-CE 435-470 MHz 19.2 Kbps Over the Air Data Rate Licensed Band Radio in ruggedized enclosure 6-30 volts RS232 / RS485 TNC connector.

FAQs

How are data radios regulated when it comes to transmitting signals worldwide?

In the United States, the Federal Communications Commission (FCC) is the agency responsible for regulating the use of radio frequencies, including the operation of data radios. Internationally, each country has its own regulatory body that sets similar standards. For example, in the European Union, the European Telecommunications Standards Institute (ETSI) plays a comparable role.

 

Serial vs Ethernet Radios

There are many different communication protocols that can be used when selecting a radio. The type of protocol being used may depend on the application, time frame the hardware was installed, existing hardware that is already in place and many other factors. What is important to understand is that most of these protocols fall into two generic families: Serial-based protocols or Ethernet-based protocols. Examples of Serial-based protocols include: Modbus RTU, RS-232, RS-485 and Profibus. Examples of Ethernet-based protocols include: Modbus TCP, Ethernet IP and Profinet. The differences that exist in these protocols has a lot to do with data transmission speeds.

Serial-based protocols have a much more limited data transmission capacity compared to Ethernet-based protocols, however, they do not require a connection strength as strong as Ethernet-based protocols. This is beneficial in situations where the radio connection may be limited because of physical obstructions or long distances. Ethernet-based protocols have faster data transmission capabilities and are becoming much more common than Serial-based protocols. By understanding the differences between these two types of protocols, you will be better equipped to select the radio that will work best for your specific application.

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