|
The Road to 4G is Easier with Microcellular Solutions
|
Many service providers are thus addressing the mobile capacity challenge by deploying smaller cells or microcellular underlay networks. The smaller cells used in these deployments operate below the clutter level in order to improve coverage and offload traffic from the over-burdened macroc...
|
|
Converged Packet Microwave for Simplified Network Evolution
|
This paper reviews alternative backhaul strategies for mixed TDM and packet-based traffic and highlight the operational, economic and performance benefits of a converged packet microwave backhaul network....
|
|
Take Microwave Spectral Efficiency to a New Level
|
Getting the Most from Your Spectrum Investment with Next Generation Packet Microwave.
Quickly emerging 4G access technologies including LTE and WiMAX promise to deliver the first true mass-market mobile broadband experience, unlocking a host of new applications that will enhance the use...
|
|
Massive Capacity Can Be Easier with 4G-Optimized Microwave Backhaul
|
End user demand for ubiquitous broadband connectivity, to support a range of new applications and devices, is driving the next generation of mobile networks including LTE and WiMAX. As these deployments begin to take shape, operators will be reevaluating their backhaul networks to ensure t...
|
|
The Big Skinny
|
Network operators are caught between the demand for higher capacity on one hand, and the need to reduce their cost per bit on the other.
DragonWave’s newest packet microwave solution directly responds to this daunting challenge...
|
|
Engineering for the Effects of Rain & Fog on DragonWave’s Microwave Systems
|
This paper is intended to illustrate that the predominant propagation impairment of microwave frequencies higher than 11 GHz is due to rain fall and that the effects of fog are relatively small in comparison. In addition, this paper will explore how the effects of rain can be engineered ag...
|
|
Expand your Footprint, Extend your Reach - A Real Network Case Study
|
This white paper provides an overview of the use of DragonWave’s Horizon Compact mesh networking solution
to the application of connecting a select group of end-customer building sites (~ 300) within Phoenix.
The network solution employs resilient, high-availability, performance wirele...
|
|
No Barriers. No Borders. Breaking the Backhaul Burden for 4G Networks
|
As 4G broadband networks begin to be deployed worldwide, there is a growing concern that backhaul will represent an increasing portion of the total life cycle cost of a network. The bandwidth requirements of emerging services are driving a need for much lower cost per bit from the backhaul...
|
|
Breaking the Capacity Barrier - Network Scaling with Horizon
|
The hunger for increased mobile bandwidth is driving the rollout of new 4G access technologies, primarily WiMAX and LTE. These are generating extremely high Ethernet
backhaul bandwidth requirements, with growth anywhere from 10 to 100 times the capacity of existing systems. At the same ti...
|
|
Design Strategies to Reduce TCO of Wireless Backhaul: The DragonWave Example
|
This paper discusses a combination of innovative design strategies that can help reduce the TCO of wireless back by as much as 60-80%, depending on the network circumstances. The paper illustrates how these design strategies have been implemented in the DragonWave Horizon Line of products,...
|
|
Pseudowire for Network Optimization: Evolution from TDM to Ethernet at a Lower Cost
|
This paper discusses the benefits of pseudowire as the logical solution to the problem of evolution from TDM to Ethernet as these benefits are exemplified by the DragonWave line of Service Delivery Unit (SDU) products. The paper pays particular attention to those benefits of the DragonWave...
|
|
Horizon Compact Product Overview & FAQ
|
This document will provide you with a technical overview and answer many of the frequently asked questions regarding the Horizon Compact product.
Please note that a salesperson will contact you to provide you with the document....
|
|
Service Delivery Unit (SDU) FAQ
|
This document will answer many of the frequently asked questions regarding the Horizon SDU product.... ...
|
|
Service Delivery Unit Network Design Guide
|
High-speed packet (IP, VPN, ATM…) based networks are the latest innovation in the world of communications.
The capacity of these networks is increasing at a prodigious rate, fueled by the popularity of the Internet and decreasing costs associated with the technology. Worldwide data traffi...
|
|
Smarten your Backhaul Network with Automatic Adaptive Modulation
|
Wireless operators are faced with the ongoing challenge of reducing their operating costs while scaling to meet the rapidly growing bandwidth demands of their customers. As a result, it has often become necessary to make tradeoffs between network availability and CAPEX/OPEX.
Fortunately...
|
|
Horizon Offers Best in Class Security
|
DragonWave’s Horizon Compact and Horizon Duo systems are highly resistant to data intercept and
decoding. These solutions include a number of imbedded security characteristics including:
• Narrow beamwidth, directional point-to-point communications
• Bit-level data stream with Horizon s...
|
|
Horizon DUO FAQ
|
This document will answer many of the frequently asked questions regarding the Horizon DUO product....
|
|
Converged WiMax-Cellular Backhaul Networks Exploiting Wireless Ethernet Mesh Technology
|
With the migration to high bandwidth IP-based services in the cellular access market, operators are increasingly considering WiMax technology as an access technology which can support this new paradigm in mobile services. WiMax provides high bandwidth data services and the promise of a hig...
|
|
DragonWave's WiMAX out of Band Backhaul Solution
|
Companies from all over the world have invested in spectrum and equipment to deliver portable and/or mobile high bandwidth services to consumers and business alike. Companies have made a clear decision to invest in licensed wireless access technologies for the delivery of these services in...
|
|
|
