Teleco provides radio frequency engineering and products for LANS and WANS. We give the same attention to detail on the large projects as well as the small projects. Our breadth of deployment and engineering spans the nation. We travel to remote areas to provide RF solutions to enterprise locations as well as to local and regional venues.

Teleco partners with local and national industry leaders providing them with our expertise to enable them to offer more to their own clients. Our staff of RF engineers, consultants, and Cisco wireless security experts give depth to the Wireless Solutions and Designs that we provide to the clients.

Should you have a wireless problem please feel at liberty to request specific information from us and we will be glad to respond.

Teleco Systems Staff Biographies

Henry Hile

RF LAN/WAN Consulting Experience

Mr. Hile was recently contracted to do the RF engineering for the Wireless overlay network of the largest volume specialty retailer in the United States of consumer electronics, personal computers, entertainment software and appliances, (Best Buy Corporation).  Involved in the design, engineering, project management, security, testing and commissioning.  Over 1150 Cisco AP1200s were deployed.

Mr. Hile has recent experience in the Wireless deployment in one of the nations largest breweries, (Miller Brewing, SAB).  Mr. Hile was the project manager for their multi-plant RF LAN rollout.  Their RF LAN will use the WLAN for IP telephony, data exchange as well as inventory management and Automated Guided Vehicle (AGV) inventory.

Mr. Hile has designed and installed the wireless network for several sites of a prominent motorcycle manufacture.

A large insurance company used Mr. Hile’s services for the consultation and design of a 120 access point installation for wireless VoIP as well as desktop data connectivity.

Mr. Hile has extensive RF WAN architect experience for private networks. Recent projects include point to point, as well as point to multi-point. Clients include government, schools and industry. A recent project includes a 8 site Wisconsin county multipoint 54 Mbps, 2.4/ 5.8 GHz RF WAN with a 240 foot tower. Another project includes a 200 Mbps, 5.7 Gig RF Point to Point 2.5 mile WAN Link for a large Wisconsin County. Mr. Hile designed and installed the wireless network link for the Governor’s Mansion in Madison Wisconsin to the Department of Transportation. Mr. Hile connected the State Hygiene Laboratory building to the State Ag building. He connected the State Employee Trust Fund building to the State ETF annex. He connected the DNR buildings in several remote sites to their outbuildings. The responsibilities in the above have included consulting, concept sales, ROI, quotation, path planning, site survey, computerized modeling, small tower engineering, erection supervision, lightning protection and grounding, project management, network optimization, configuration teaching, and maintenance. He has installed the largest number of private RF WANs (Fixed Wireless) in Wisconsin. (And perhaps the Midwest.)

He has been responsible for the RF network design, network analysis, and the optimization of these networks. He makes extensive use of computer-based packages and tools to determine radial terrain profiles, tower heights, antenna heights, and antenna tilt. He has been responsible for end-to-end testing, troubleshooting, and maintenance of RF links via telnet, VPN and RSA. He has configured routers and IP addresses for ease of administration of the RF links.

He has taught RF engineering classes on private network LANS and WANs extensively throughout the Wisconsin, Minnesota, Missouri and South Dakota.

He has engineered wireless WANs for VoIP with QOS, for BBG, bandwidth, bit rate guarantee.

His solutions have been bleeding edge solutions for difficult installations of RF WANs. He is currently working on several other RF patents applications including AES256 Encryption at 1 Gbps, 10 Gbps and 40 Gbps. His latest is a PIED, programmable inline encryption device. This device goes up to AES2048.

Education

B.A., Physics, Chemistry: DePauw University, Greencastle, IN
Graduate Work: Northwestern University, Chicago, IL

Clay A. Stocklin, P.E.

RF LAN/WAN Consulting Experience

• Registered Professional Engineer, States of Wisconsin and Washington
• Past Voting Member, TIA TR41
• Member of IEEE Communications Society, Computer Society, and Standards Association
• Holder of 3 United States Patents

A professional manager and engineer with the success of the client the foremost measure of his success.  He has over 30 years of experience in engineering systems, and managing projects in telecommunications for both the client premises and operating telephone companies.  He brings design expertise, international standards knowledge, emerging technology trends, engineering methods, professional ethics, and client success motivation to each project.

He has over 20 years of experience in telecommunications technologies, including wireless networks, and over 15 years of experience in voice, data, and video systems.

Highlights

As an independent consultant, directs the company’s activities and provides Telecommunications consulting services for a wide range of technologies including, voice (traditional and VoIP), data (including wireless LANs and WANs), and video systems.  Primary activities for the past 3 years have been with wireless network designs (WAN and LAN) including RF design, security, network management, and application integration.

As Vice President of Operations for MIS Labs, Inc. and second engineer in command, directed the activities of the companies consulting engineering staff and engineered independent and/or integrated voice, data and video systems for clients.

As a Director of Engineering for the telecommunications division of Leviton Manufacturing Co., managed the development of telecommunications wiring products and personally performed the electrical design of the Category 5 product lines.

As the Telco Business Unit Engineering Manager of a telecommunications product company in Seattle, Washington, managed the development and installation of products and systems for telephone central offices.  Responsibilities included field engineering, systems engineering, project management, hardware engineering and software engineering.

As a Research Engineer for the University of Washington, studied the biological effects of microwave radiation.

Telecommunications Engineering Client Sample

• ARRC/NESC/ARL (Arrowhead Regional Computer Consortium/Northeast Service
• Cooperative/Arrowhead Library System), Duluth, Hibbing, and Virginia Minnesota – Multi-client (over 100 school districts, universities, colleges and libraries) ATM WAN.
• Best Buy Corporation – Wireless LAN design for the new, 28 floor, corporate campus in Minneapolis.  Design included over 1000 access points, 802.1x and EAP-TLS security, and Wavelink wireless Management tools.
• Green Bay Packers – Club Seating area Wireless LAN integration with food vendor network.
• Healtheast Hospitals (St. Paul, MN) – Wireless LAN design for the 500 bed St. John’s Hospital.
• Miller Brewing Company – Wireless LAN for the roll out of wireless finished goods distribution systems in their six largest breweries.
• Milwaukee Public Libraries – Wireless LAN rollout for the Central Library and all branch libraries.
• Milwaukee Public Schools – District wide voice system (158 sites) over ATM WAN.
• Milwaukee Public Schools, South Division High School – Campus wide Wireless LAN (802.11a, b, g).
• Monona Terrace, City of Madison Wisconsin – Wireless Voice over IP PBX system for their exhibition halls and conference centers.
• Monona Terrace, City of Madison Wisconsin – High availability network and internet access for their exhibition halls and conference centers, including redundant, diverse routed, 45 mb/s, internet links.
• QuadGraphics – Wireless LAN design for the Sussex and Lomira printing plants.  Consulting for WLAN for all other plants.
• St. Joseph Hospital, Marshfield, WI – Wireless LAN design for the entire, 1000 bed, hospital.
• Seagate (Minneapolis, MN) – Wireless LAN for the two Minnesota engineering and production facilities.
• Sturgeon Bay School District – District wide voice over IP PBX with WAN and LAN design assistance.
• Thomson West Law Publishing – Wireless LAN design for 500,000 sq. ft. production and warehouse facility.

Management Consulting Client Sample

• ARRC/NESC/ARL – Multi-client ATM WAN project management planning.
• Saint Paul Public Schools – Analysis of the district LAN and WAN infrastructure.
• Seimon Company, Watertown Connecticut – Telecommunications patent expert witness.
• Stockton Unified School District, Stockton California – Telecommunications infrastructure expert witness.
• University of Texas at Austin – Benchmark of the University’s telecommunications systems (infrastructure, including security), use, and management (operations and finances) against four peer institutions (UCLA, University of Michigan, University of Wisconsin, and Texas A&M).

International Standards Participation

IEEE (Institute of Electrical and Electronic Engineers) – Participates in the IEEE computer society network standards committees at the committee and sub-committee levels on IEEE 802.3, 802.11 and 802.16 committees.

TIA (Telecommunications Industry Association) – Participates in the TIA 41  and TIA 42 (Telecommunications infrastructure committees) committees and sub committees.

Education