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COMWARE's mission is to make wireless services ubiquitous, reliable and affordable.
In the pursuit of that lofty goal, we have developed two technologies that take wireless
networks and applications to a new level of performance for a relatively low cost.
SensiBeam Technology
SensiBeam™ Adaptive Beamforming Technology

SensiBeam™ is a high-performance, low-cost adaptive beamforming technology. Classic adaptive beamforming involves very complex algorithms and is expensive to implement. As a result, adaptive beamforming has traditionally been confined to high-end equipment such as cellular base stations. SensiBeam yields gains in Signal-to-Noise Ratio that are comparable to those offered by conventional beamforming solutions, but at a fraction of the cost. COMWARE's scalable SensiBeam technology makes adaptive beamforming practical for low-cost wireless terminals while also providing an attractive alternative to conventional beamforming solutions for high-end equipment.

SensiBeam™ is a digital technology and is compatible with all wireless standards including LTE, WiMAX, HSPA, CDMA, GSM/GPRS, WCDMA, WiFi, GPS, Bluetooth, DAB and DVB.

The Benefits of SensiBeam

Improved Coverage: The primary goal of any wireless network is to provide end-users the ability to connect anywhere at any time. Providing ubiquitous wireless coverage has proven to be quite challenging for network operators. Gaps in coverage result in dropped connections for end-users which, in turn, result in high levels of customer dissatisfaction and complaints for providers of wireless applications and services. SensiBeam improves the quality of the radio signal and thus extends the distance a radio signal can travel and still be adequately decoded by the receiver. This reduces the number of "dead spots" in network coverage. End-users experience fewer dropped connections thereby increasing the perceived reliability of wireless applications and services.

Increased Capacity: The traffic bearing capacity of a wireless network has a direct impact on a network operator's top line revenues as well as performance of wireless applications. The capacity of wireless networks is limited by the amount of radio interference that end-user devices create for one another. SensiBeam reduces the amount of radio interference in a wireless network. The result is an increase in network capacity, higher revenues for wireless carriers and lower service charges for end-users.

Improved Quality of Service: SensiBeam substantially increases signal-to-noise ratio for wireless signals. What this means for end-users is better voice quality, fewer call drops, and faster wireless data download speeds. For wireless network operators, it means higher customer satisfaction and less subscriber churn.

Saves Wireless Carriers $Billions: SensiBeam is a device-based technology and does not require any modification of wireless network base stations, access points or other infrastructure. The cost of deploying SensiBeam is much less expensive than adding more towers, and can save a nation-wide wireless operator more than $1 Billion per year.

Mach-3G™ Technology


Today's 3G wireless networks support data throughput in the megabits per second range. However, emerging 4G technologies offer even higher throughput presenting a significant competitive threat to existing 3G operators. Mach-3G™ provides a solution for those operators who wish to remain competitive while maximizing the return on their 3G investment. Mach-3G™ deployed in a typical 3G network can offer downlink and uplink throughput comparable to 4G, enabling competitive services for a minimal incremental investment.

Mach-3G is not a compression technology, it is a technology that makes more efficient use of wireless network bandwidth. Mach-3G is compatible with popular compression technologies and can be used in combination with compression techniques to provide even higher perceived data throughput rates.

  © COMWARE, Inc., Rockville, MD 20850, U.S.A., Tel: +1-301-351-8329, inquiries@comwareinc.com