Deliver low-latency, self-healing performance
S&C’s SpeedNet Radios are equipped for high-volume data transmission to enable automation in difficult-to-access areas
SpeedNet radios form a peer-to-peer mesh. SpeedNet Radios automatically build routing tables that define message paths; if a node is lost, a new path will be quickly established. Operating in the unlicensed 902-928 MHz band, typical range with an omnidirectional antenna is 2 to 5 miles in mesh mode, and over 6 miles in point-to-multipoint mode. If needed, SpeedNet Repeater Radios can be installed to increase transmission range and provide alternate nodes for message routing.
SpeedNet Radio frequency-hopping spread-spectrum transmissions are inherently difficult to intercept and jam. Its 10-ms dwell time on a frequency is 60 times faster than other systems, making each transmission a very small target for jamming, and much less susceptible to interference. Address filtering denies network access to unauthorized radios, and 128-bit encryption protects mission-critical data.
With their exceptional data throughput, SpeedNet Radios greatly improve the restoration speed of S&C’s IntelliTeam® SG Automatic Restoration System — the universal Smart Grid solution that provides unmatched interoperability. SpeedNet Radios improve SCADA refresh rates, too.
Quality of Service
SpeedNet Radios further offer assignable message priority, making them suitable for backhaul applications in an Advanced Metering Infrastructure. When installed in S&C IntelliRupter® PulseCloser® Fault Interrupters, Scada-Mate® Switches, Scada-Mate CX™ Switches, Remote Supervisory Pad-Mounted Gear, and/or Vista® Underground Distribution Switchgear throughout the distribution system, SpeedNet Radios can readily relay information received from the low-power AMI radios.
S&C’s experienced staff has the expertise to perform the necessary up-front topographical analysis and on-site testing of the communication infrastructure. And S&C’s can provide installation and commissioning of the equipment, as well as ongoing maintenance.
Unmatched Standard Features
- Unlicensed 902- to 928-MHz operating band
- Rapid frequency hops—10-ms average dwell time
- Mesh network uses IP addresses
- Fast data transmission rate — up to 650 kbps
- Line-of-sight single-node range up to 25 miles; SpeedNet Repeater Radios increase range and provide alternate nodes for message routing
- Secure 128-bit AES data encryption
- Serial and Ethernet data inputs
- Simple Network Management Protocol interface can be programmed to automate data collection
- Over-the-air configuration and software updates
- Received signal strength indication statistics are available in real time and from data logs
- Battery back-up with remote battery testing on repeater and gateway models
SpeedNet Radios are offered in four versions.
For installation in a user-furnished enclosure, it requires a 12-Vdc power source. The antenna can be a whip mounted on the enclosure, or a remotely mounted omni-directional or Yagi antenna can be used.
SpeedNet Streetlight-Mounted Repeater Radio
In a cast-aluminum weatherproof enclosure that mounts on a streetlight arm. Extends communication range and expands network area. Can be powered from a photocell socket or 110-240 Vac, 50 or 60 Hz; includes battery back-up. A whip antenna is mounted on the bottom of the enclosure.
SpeedNet Utility-Pole-Mounted Repeater Radio
In a padlockable plastic weatherproof enclosure that mounts directly on a utility pole. Extends communication range and expands network area. Powered from 110-240 Vac, 50 or 60 Hz; includes battery back-up. Antenna can be a whip mounted on the enclosure, or a remotely mounted omni-directional antenna can be used.
SpeedGate™ Radio Interface System
SpeedGate™ Radio Interface System. In a padlockable plastic weatherproof enclosure that mounts directly on a utility pole. Includes provision for a gateway communication device, permitting data exchange with a different communication system. Powered from 110-240 Vac, 50 or 60 Hz; includes battery back-up. Antenna can be a whip mounted on the enclosure, or a remotely mounted omni-directional or Yagi antenna can be used.
SpeedNet Radios cannot communicate directly with other types of radios because of differences in frequency selection, spread-spectrum frequency hopping patterns, channel use, and network management algorithms. A SpeedGate Radio Interface System, with an appropriate gateway communication device, is required in such instances.
Video: SpeedNet Radio for Non-Line-of-Sight Connectivity
Boletín de Especificaciones 1072-31S.pdf [Spanish, 415 KB, 7/11/2016]
Radios SpeedNet de S&C
Specification Bulletin 1072-31.pdf [English, 410 KB, 7/11/2016]
S&C SpeedNet Radios
Case Study 1072-1000.pdf [English, 1541 KB, 11/28/2011]
Mesh radio overcomes a mountain of obstacles for Arizona
Case Study 1072-1001.pdf [English, 811 KB, 11/28/2011]
S&C Electric Company rapidly replaces legacy mesh without changing any external hardware
Caso Práctico 1072-1000S.pdf [Spanish, 262 KB, 11/28/2011]
Radio en malla supera una inmensidad de obstaculos para favorecer una cooperativa electrica de Arizona
Caso Práctico 1072-1001S.pdf [Spanish, 299 KB, 11/28/2011]
S&C Electric Company reemplaza rapidamente la red en malla anterior sin cambiar ningun equipo externo
Descriptive Bulletin 1072-30.pdf [English, 5807 KB, 6/23/2014]
S&C SpeedNet Radios
Information Sheet 1072-451.rtf [English, 88 KB, 6/23/2014]
S&C SpeedNet Radio: Detailed Functional Specification Guide (Word version)
Technical Paper 1072-T86.pdf [English, 95 KB, 8/31/2009]
A Comparison of Private and Shared-Public Radio Networks in Electric Utility System Distribution Automation Applications