Products Overview | TenXc Wireless

By: Tenxc  09-12-2011
Keywords: Antenna, Spectrum, Antenna Products

Product Design

At TenXc Wireless, we are dedicated to providing state-of-the art antenna solutions to resolve network capacity challenges and simplify the evolution of wireless networks.  Leveraging our advanced static and dynamic beamforming technologies, TenXc's antenna products are designed to  dramatically improve network service capacity and quality by addressing spectral efficiency, link quality, and coverage constraints.

Additionally, our solutions can be  tailored to specific hotspot sites. By improving spectral capacity and performance at congested sites, a carrier can greatly extend the usefulness of existing spectrum and network infrastructure before resorting to purchasing new spectrum.

TenXc's Bi-Sector Arrays  allow operators to realize the full capacity benefits and quality improvements of high-order sectorization.

The TenXc Bi-Sector Array

Our Bi-Sector Array antenna is based on patented advanced beam-shaping technology. An industry first, the Bi-Sector Array uses unique asymmetrical beam-shaping to implement higher-order sectorization, essentially splitting one sector with two high-performance asymmetrical beams from a single antenna.

This division allows for better use of limited spectrum, delivering maximum capacity performance gains with simple implementation and reduced site antenna count. The Bi-Sector Array's “drop and insert” RF design maps to standard 65° sector coverage, enabling hotspot deployment in existing networks without the need to re-engineer surrounding sites.

TenXc Bi-Sector Array Advantages

  • Boosts cell capacity within existing spectrum by up to 3x
  • Fully compatible with existing GSM, CDMA and UMTS BTS equipment
  • Quick and simple installation
  • Cost-effective alternative to Multiple Carrier Adds
  • Supports gradual 4, 5 or 6 sector conversions
  • Reduces “other cell” interference and dropped calls

Keywords: Antenna, Antenna Products, Spectrum,

Other products and services from Tenxc


Boosting Data Throughput Across all Network Platforms

Boosts cell capacity within existing spectrum by up to 3x• Fully compatible with existing GSM, CDMA and UMTS BTS equipment• Quick and simple installation• Cost-effective alternative to Multiple Carrier Adds• Supports gradual 4, 5 or 6 sector conversions• Reduces “other cell” interference and dropped calls.


Expanding Cellular Network Capacity & Maximizing Spectral Efficiency

Deploying wireless network sites with higher order sectorization can be an extremely effective way of increasing site and network capacity. TenXc's Bi-Sector Arrays surmount these challenges and provide the full capacity benefits of increased sectorization. A requirement for narrow beam antennas to ensure good interference rejection and fewer softer handover losses.


Targeting Hotspots For Efficient Network Evolution

In addition, considering that capacity problems often occur in specific clusters, operators are looking for solutions that can be tailored to the hot spots in the network.The TenXc solution directly answers these challenges. The Bi-Sector Array supports gradual 4, 5 or 6 sector conversions, maximizing the benefits of high-order sectorization, and allowing operators to evolve their networks with maximum efficiency.


Services Overview | TenXc Wireless

Our services are specifically tailored to enable wireless operators and service providers to streamline their business processes and significantly reduce the cost, complexity and time-to-market of their antenna solutions. As a central component of this commitment, we offer a full suite of services that leverage our deep understanding of best practices in the wireless communications industry.


Solutions Overview | TenXc Wireless

Our patented asymmetric beam technology and state-of-the-art Bi-Sector Array antennas address the critical needs of wireless operators around the world by dramatically boosting the capacity of existing cellular networks, targeting hotspots in the network where voice and data traffic is particularly heavy, and maximizing the use of existing spectrum.