
While GPS modules and GPS antennas are our primary focus, we also provide complete GPS services from consulting to custom design and manufacturing.
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The ISM300F2-C5-V0005 sells for $29.95 in 100 piece quantity and can be ordered on-line at About Inventek SystemsĪt Inventek Systems we pride ourselves in being a USA-based, full service GPS company. Hot start acquisition sensitivity has been improved to -155dBm (~15dB-Hz). Our latest upgrades have increased our cold and warm start acquisition sensitivity to -145dBm (~25dB-Hz) and our hot start for long receiver of times has been improved by up to 50-percent. Inventek ISM300F2-C5 family of GPS modules performs fast and deep search capabilities it features high sensitivity, and low power. It supports both NMEA-0183 and SiRF binary. The ISM300F2-C5 provides two UARTs (Universal Asynchronous Receiver/Transmitter) for quick-and-easy I/O. Its EMI/EMC shield not only lets it meet FCC/CE standards, but also assures peak performance in noisy environments. Being lead-free, it complies with the European Union’s RoHS (Restrictions of Hazardous Substances) directive. Its surface mount technology (SMT) allows for fully automatic assembly and reflow soldering. The ISM300F2-V5 facilitates ease of design and manufacturing. TTFF (time-to-first-fix) under open sky is just 35 seconds from a cold start, 1 second from a hot start. The ISM300F2-C5’s world class performance suits it to navigating urban canyons, as well as wide open spaces. This module is targeted for OEM customers who need fast response on very dynamic conditions such as auto/motorcycle racing, aviation, rocketry and sports. Offering real time GPS updates, this compact 18 mm x 18 mm GPS module is ideal for high-velocity, high acceleration applications and is based on the SiRFstarIII(TM) architecture. WESTFORD, Mass., March 30 (SEND2PRESS NEWSWIRE) - Inventek Systems, the leading manufacturer of low cost, highly accurate OEM GPS modules, has developed a dual UART GPS with SiRF binary outputting position, velocity and time at 5 times per second without interpolation.
