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We have "decades" of experience in RF and engineering design!
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| Outdoor to Indoor, our experience has made it work! |
The cellular,
PCS, and Public Safety convergence has happened. We have extensive experience in all the areas of DAS (Distributed Antenna
System), design. How will 3G/4G (LTE), work in concert with the roll-out of 802.11n?
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Planning, architectural design, implementation, and support...it's our business. Understanding
how to integrate complex wireless projects is our background. These projects have ranged from multi-floor environments,
outdoor campus environments, and co-existence strategies with the different wireless standards. Our
skills and abilities have been tested through design, project management, implementation, and system support. Have
considerations been made to look at the convergence of WIFI 802.11b and WiMAX 802.16a, Mobile Fi 802.20, and 3G? What about
the use of mesh technologies such as Zigbee www.tendrilinc.com (unique software solution) and home automation? ? The heart and soul of the performance of a mobile application is the
proper planning, design, and implementation of the intended solution.
| Why not monitor from 150MHz to 6GHz real time? |
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| Do you know who is looking at your wireless network? |
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| Will this displace or augment Zigbee? |
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| Smart sensors in silicon |
| Will your wireless investment demonstrate an ROI? |
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| What is your plan for improving business process? |
- Do you understand QOS (Quality of Service) for wireless networks?
| How will you prevent EMI or know about it? |
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| Monitoring your wireless network health...all frequencies. |
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| What is the right strategy? Zigbee, 802.11x? |
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| Providing total coverage of cellular, PCS, Public Safety and 802.11n makes sense in today's building |
The wireless landscape is going through massive convergence. We now have the tight coupling of building automation systems
(BAS), from the IP to wireless sensors, i.e. www.zigbee.org, using www.tendrilinc.com, and the 802.11a/b/g infrastructure
will backhaul the converagence of BAS, data, and voice. 802.11n using MIMO will provide the throughput for video.
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| Are you able to make cellular calls anywhere in your building? |
| How do you improve the patient care experience? |
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| Healthcare Supply Chain Management with RFID |
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- Have you imagined the ability to run multiple applications on multiple VLANS (virtual LANS), with muliple levels of QOS
(Quality of Service to Layer 7, on the OSI Model), and additionally with prioritization of security policies and procedures
on a wireless infrastructure?....you can. This has been demonstrated through our involvement and initial design discussions with
Draeger Medical www.draeger.com which laid the foundation and formed the evolution of OneNet, the first patient monitoring system to provide mission
critical patient monitoring in a shared wired and wireless VLAN design.
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- Challenging convention through medical device integration has been what we are about. Even though Bluetooth
seemed to have it's play, the low cost integration of 802.11a/b/g just makes sense for medical devices. It is questioned
whether the medical device companies have the forethought to look at issues such as security, quality of service, power consumption,
and how this will actually fit into the overall enterprise. At the same time these device companies should be looking at integrating
the next strategy beyond traditional auto-ID methodologies and create intelligent sensor networks around the point of care.
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integratech@earthlink.net
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