COMPACT DUAL- BAND REACH TM Xtend (NN01-004) DATASHEET TM COMPACT DUAL-BAND REACH Xtend (NN01-004) DATASHEET TM COMPACT DUAL-BAND REACH Xtend (NN01-004) TM COMPACT DUAL-BAND REACH Xtend (NN01-004) WLAN (2.4 2.5 GHz and 4.9 5.875 GHz) Ignion specializes in enabling effective mobile communications. Using Ignion technology, we design and manufacture optimized antennas to make your wireless devices more competitive. Our mission is to help our clients develop innovative products and accelerate their time to market through our expertise in antenna design, testing and manufacturing. TM The Compact Dual-band Reach Xtend Product Benefits chip antenna for 802.11 ac/a/b/g/n WLAN systems is a tiny rectangular 3D-shaped Small form factor antenna specifically designed for high Allows integration into space limited performance USB devices and other small areas easily and efficiently with PCB devices operating at both 2.4 GHz and minimum clearance area. 5 GHz bands, where high performance and High efficiency low-cost are mandatory. The Compact Dual- Increases your device range, signal TM band Reach Xtend antenna is built on quality battery life. glass epoxy substrate. Its small dimensions Multiband behavior allow various configurations within the USB Provides superior performance for both devices and may help Card-bus devices in 2.4 and 5 GHz ISM bands in the same the enhancement of their throughput by structure areas easily and efficiently. using MIMO algorithms with more than 2 Omnidirectional pattern antennas. Optimizes device usage due to a uniform radiation pattern. Taking advantage of the space-filling Worldwide functionality properties, this small monopole antenna is Enables devices to work globally in ideal for use within indoor (highly scattered) WLAN systems: Europe/ US/ Asia. environments. The Fractus Compact Dual- TM band Reach Xtend chip antenna speeds your time to market by allowing you to easily integrate it within your industrial design (SMD mounting). 7.0 mm x 3.0 mm x 2.0 mm PAT US 7,148,850, US 7,202,822 2 Last Update: January 2021