Unex Technology Corporation

DNXA-92 is a 3x3 802.11ac/na wifi module in PCIe mini card form factor designed to deliver up to 1.3Gbps wireless data rates and target next-generation dual-band, dual-concurrent (DBDC) enterprise wireless access points for a variety of high-reliable and.

DAXA-O1 is a 3x3 802.11ac/n/a wifi module in standard PCIe mini card form factor designed to deliver up to 1.3Gbps wireless data rates and target next-generation dual-band, dual-concurrent (DBDC) home and enterprise wireless access points for a variety...

User-friendly IVS-200 Tripwire is a innovative intelligent video analytics server enables CMS/VMS partners to target single Tripwire analytics application, to avoid complicated firmware configuration and reach highest price/performance value.

All-in-one IVS-200 OnBoard enables CMS/VMS partners to straightforward incorporate full market-leading intelligent video capabilities and easy up-sell through feature activation, not requiring firmware uploads.

Unex’s DNUR-S2 is a 802.11n a/b/g dual band USB module, with 4-pin USB2.0 header interface in 4.2cm x 2.5cm dimension, is designed to deliver exceptional WiFi performance for a variety of USB-equipped wireless embedded systems.

Unex's IVS-200 intelligent video analytics server provides active intelligent video analytics capability to existing CCTV or IP video cameras.

Evidence shows the performance of 11a multi-radio wifi networks degrades rapidly as the number of radios increases, even though the transmit and receive radios use two separate channels which can lead to 50% or worse performance degradation.

DNXA-92 is a wifi half-mini card with optimal balance of performance and power consumption. DMPS conserves total system power by seamlessly downshifting from 2x2 to 1x1 operation when small amounts of data need to be transmitted or received.

Latest Atheros XSPAN technology combines a powerful 802.11n architecture to boost throughput by 50% across the entire wireless link. Unex’s wireless n pcie sustain signals over greater distances at higher data rates with increased reliability.

Although 802.11a/b/g networks continue to be popular today, the next generation video-over-WiFi applications will require new 802.11n MIMO technologies to sustain signals over greater distances at higher data rates with increased reliability.