Healthcare
Applications
Secure (HIPAA-compliant) campus connectivity, off-site medical office & lab network access, real-time imaging application connectivity, redundant fiber overlay and disaster recovery.
Synopsis
Medical applications are among the most demanding in terms of network capacity, real-time performance, mission-critical reliability, and data security. Fiber optic cabling is the primary technology of choice to provide these requirements, however it is often difficult or costly to connect fiber to buildings across city streets or beyond the main campus. vaya 60 GHz and 80 GHz links are the natural choices to provide fiber equivalent performance together with fiber equivalent security. Applications such as electronic patient records and high-resolution medical imaging are well-supported with full GigE bandwidth and ultra-low latency performance.
vaya links have very narrow beamwidths that form “spatial pipes” between the ends, providing data security that is superior to inter-building fiber cabling. The physical security provided by vaya links make them a clear choice for implementing HIPAA-compliant networks.
Education
Applications
High-performance campus & off-site location connectivity, Wi-Fi & security camera backhaul and connectivity to service provider fiber.
Synopsis
Schools and universities have been leading adopters of both wireless technologies and high-capacity wired networks. The prevalence of multi-building campus settings and the regular need to connect off-campus buildings into the core LAN drives the use of metro fiber optic cabling and high-capacity point-to-point wireless links to provide ubiquitous high-capacity user access.In addition, the widespread use of Wi-Fi access hubs and security cameras across the campus drives the need for capacity that can be quickly and flexibly deployed.
vaya Value Proposition
vaya full-rate GigE links deliver the performance required for educational applications without the cost penalty associated with lower-frequency alternatives. vaya 60 GHz and 80 GHz links provide a natural growth path for the 2.4 and 5 GHz wireless links historically deployed by many educational institutions, without the risks of interference that have become all too common in these “Wi-Fi” frequency bands.
Enterprise
Applications
Provide high-performance backbone connectivity for municipal private and public network deployments.
Synopsis
Municipal wireless networks support a wide range of applications including wireless Internet access, field network connectivity for public safety and other municipal staff, video surveillance public safety systems, public building connectivity, and traffic control and monitoring. Regardless of which applications are deployed, they share a common need for a reliable, high-performance network backbone to tie these solutions back into city and public core networks. These can include wireless access networks for the public and/or for city workers using WiFi, WiMAX, or 4.9GHz spectrum, IP camera deployments, and ultra high speed connectivity for public buildings such as city hall, libraries and schools.
vaya also empowers mesh network deployments by providing high-capacity, low-latency data insertion points throughout the mesh deployment, eliminating backhaul bottlenecks. vaya backbones can be configured in hub-and-spoke or back-to-back repeater configurations, or for the ultimate in network availability, they can be deployed in redundant ring and mesh topologies.
vaya Value Proposition
vaya wireless bridges provide “future proof” gigabit capacity to support both today’s and tomorrow’s applications, without risking costly backbone network replacements. These ultra-low latency links support voice, data and video traffic (including real-time IP camera control), even when traversing multiple radio hops. By using 60-90 GHz spectrum for your backbone, you can preserve all of your 2-6GHz “access” spectrum to provide the highest possible capacity for your wirelessly-connected users and devices. vaya built-in Ethernet “add/drop” port allows you to connect wireless access points or IP cameras directly to the vaya network backbone without the need for external Ethernet switches.
vaya also empowers mesh network deployments by providing high-capacity, low-latency data insertion points throughout the mesh deployment, eliminating backhaul bottlenecks. vaya backbones can be configured in hub-and-spoke or back-to-back repeater configurations, or for the ultimate in network availability, they can be deployed in redundant ring and mesh topologies.
Municipality
Applications
Inter-building LAN extensions, server centralization, remote data storage & backup, redundant fiber overlays and disaster recovery.
Synopsis
With today’s ever-increasing demand for high-bandwidth data and low-latency VoIP applications, corporate enterprises have a growing need to bridge network connectivity amongst multiple buildings and sites. Within a business campus, across the street or across town, enterprises are finding that vaya links offer fiber-equivalent capacity, reliability and security, without the costs and delays often associated with inter-building fiber optic cable deployments. The ability to deploy full GigE speed wireless connections allows enterprises to centralize servers within a single facility, reducing costs and simplifying server management. GigE wireless links also allow enterprises to connect to network operator fiber backbones, making it possible to outsource applications and provide offsite backup, while still running at full GigE LAN speeds.
vaya Value Proposition
vaya 60 GHz and 80 GHz links offer ten times the bandwidth of comparably-priced lower-frequency license-free and licensed-band wireless links, while providing superior interference immunity and data security. vaya offers a true wireless substitute for fiber optic cables that can be deployed quickly and at substantial cost savings.
Government
Applications
Highly secure inter-building connections, redundant fiber overlay, disaster recovery and short-term connections.
Synopsis
Security, reliability, and deployment flexibility are core requirements of government and military networks. These networks must work even in times of turmoil and natural disasters, and must be secure against data interception and attacks against the network itself. The “spatial pipes” formed by the very narrow beamwidth 60 GHz and 80 GHz signals provide a natural defense against physical signal interception and attempts to jam the radio link – this provides a higher degree of security than is achievable running fiber optic cables through conduits. 60 GHz and 80 GHz full-rate GigE links can be deployed as highly-available primary network connections, or can be run as diverse paths in parallel with fiber cabling to provide the ultimate in network availability. When unexpected urgent needs arise, links can be used to create temporary or disaster-recovery connections within hours.
vaya Value Proposition
vaya 60 GHz and 80 GHz links are fast and easy to deploy and naturally provide a high degree of data security. vaya links can deliver 99.999% availability in any geographic area, unlike 5 GHz or free space optics products that have limited link availability due to interference or the presence of fog. All of these benefits are backed up by vaya commitment to quality, including 100% HASS screening and over six years of continuous ISO9001 certification. This unique blend of benefits has made vaya gigabit RF links the most widely deployed in the world. vaya is classified as a small business by the CCR, which enables the company to do business with the Federal Government as such.