- September 12, 2014
- Korenix Technology
September 12, 2014 - Korenix releases JetWave 3220 series Wireless Access Point and JetWave 3320 series Wireless IP Gateway for harsh industrial environments. Together, the Korenix Jmeet today’s need for high reliability, high-speed data transmission in industrial environments. For network designers, the solution facilitates the integration of wired and wireless networks. The JetWave 3220 series is an industrial-grade 802.11n/a/b/g Wireless AP that offers a high performance, high reliability wireless solution for both 2.4G and 5G radio bands. In order to improve the reliability of the entire wireless network, the JetWave 3220 utilises next-generation 802.11n MIMO (Multiple Input, Multiple Output) technology. This multi-radio transmission (two transmitters and two receivers) not only offers a high data rate of up to 300Mbps per radio band, but also provides flexible wireless backbone deployment options and wireless redundancy connections. The JetWave 3220 also benefits from a bi-directional ‘Link Fault Pass-Through’ feature. If a wireless connection fails, this feature ensures that a ‘disable condition’ message is automatically relayed through the network to other connected devices and network administrators, minimising data loss. As well as an industrial-grade design, the JetWave 3220, including gigabit PoE+, dual 24V (12~48V) DC power input, IP31 protected housing and digital Input/Output. In addition, the unit is EN50121-4 approved, offering a wide operating temperature band (-40°C to +70°C), allowing the device to be installed in harsh transportation and industrial environments. The JetWave 3320 series is an industrial-grade Cellular IP gateway. The key benefits of IP Gateway include the LAN/WIFI to 3G routing and redundancy, high speed gigabit Ethernet data transmission, numerous value-added software modules, as well as the wireless security function. The WIFI Radio of the JetWave 3300 series can function as an AP/CPE, WDS modes for different point-to-point or point-to-multiple point network applications.