Telspan Data is a leader in ground-based and ruggedized telemetry technologies.
We design and manufacture ruggedized recorders, switches, gateways & TAPs along with
telemetry ground systems & “data fusion” software. Our Multi-Disciplined product architecture leverages open standards and the latest SoC, data transmission and processing technologies. These products give Instrumentation & Test Engineers unparalleled flexibility and capability as the testing requirements change and grow.
Ruggedized Hardware
Data Recorders
MITR is a high-bandwidth,
high-capacity IRIG 106 Chapter 10 data recorder/ publisher with multiple Tera-Bytes of high-speed
removable storage
Switch & Gateway
Layer 2/3 Managed Switch & Gateway
w/ FPGA Processor for CH7 PCM Encoding and Decoding of Ethernet Traffic plus GPS Receiver for IRIG & 1588 Grand Master Time Capability
TAP & Aggregator
RTAG is a multi-purposed TAP & Aggregator that provides the ability to TAP/Transmit data sources like distributed LRUs, displays and/or external stores
Learn MoreTelemetry Ground Systems
Telemetry Ground Systems
The DataHUB product line is an standards-based ground system with IRIG 106 Chapter 10 recorder, reproducer, publisher & subscriber plus TMoIP (CH7, 218-20) gateway capabilities
Learn MoreData Fusion & Display
NetView Data Fusion & Display provides real-time decoding, processing, display & distribution from IRIG 106 Chapter 10 data sources & network based instrumentation systems
Learn MoreMulti-Disciplined Philosophy...
Due to technology limitations of the past, ground and airborne instrumentation systems were comprised from an array of single purpose units which made up a total system. With ever increasing component miniaturization and System on a Chip (SoC) technologies, Telspan Data has developed a range of products with a “Multi-Disciplined Architecture” that provide complementary capabilities with significant performance improvements over legacy hardware.
These capabilities can range from adding GPS & network timing in an Ethernet switch or including FPGA’s for protocol translation & data filtering schemes all the way to providing high speed recording capability with simultaneous filtering, processing and conversion for telemetering data. Several solutions are presented which benefit budgets by decreasing box counts, reducing integration efforts, benefiting SWaP (Size, Weight and Power) and constrained implementations all while increasing overall system capabilities.