DAS Installation-DAS Installers-National Das Installation- National DAS Installers- National DAS Wireless-USA DAS Roll Outs- Cellular Backhaul- Das Fronthaul-DAS,Distributed Antenna Systems-DAS Wireless Networks- Distributed Antenna System Installation- DAS Installer-DAS Deployment- National DAS Installations-Distributed Antenna Systems- DAS Installers-DAS Wireless-DAS-Distributed Antenna Systems- DAS WIFI- Backhaul Data Service- FTTH- Fiber To The Home     

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ATEK Communications- DAS Wireless- WIFI- Backhaul Data Services- Cellular Backhaul- DAS Fronthaul

DAS Installations- DAS Installers-DAS Wireless Installations- DAS Wireless Installers-DAS Installation -National WIFI Installation-National WIMAX Installation-National Point to Point Wireless Installations- National Point to Multipoint Wireless Installations- CALL (866) 909- 2835

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(888) 909- ATEK - (888) 909-2835 or (727) 547-2200

-DAS NETWORKS- FTTH- SINGLEMODE FIBER INSTALLATION- SINGLEMODE FIBER TERMINATION- SINGLEMODE FIBER TESTING-MULTIMODE OM1-OM 4 FIBER INSTALLATION- OM 1-OM 4 Multimode FIBER TERMINATION- COMPLETE FIBER TESTING AND CERTIFICATIONS

ATEK Communications provides DAS installation services national distributed antenna systems and DAS, fiber backbone with wireless deployment or DAS installations on a local, regional or national scope. DAS or Distributed Antenna Systems combines a fiber cable or copper cable consisting of CAT 5e or CAT6 backbone tying in WAP- wireless access points to a switch or proprietary system. DAS WIFI deployment is becoming popular and required in many industries in all 50 states with a team of certified national wireless installers providing wireless rollouts for a full spectrum of national wireless integration services. DAS is being deployed in hospitals, nursing homes, municipalities, campus envirnments, military bases,domestic resorts, international resorts, all enabling the users wirelss communications up to 4G bandwidths using fiber cable as a backbone to deliver the needed bandwidth.

Distributed Antenna Systems (DAS)

A Distributed Antenna System, or DAS, is a network of smaller, spatially separated antenna nodes connected to the communications network. A DAS network splits the transmitted signal among several smaller antennas to provide coverage and reliability over the same area as a single cell tower antenna. DAS networks are effective in areas with difficult topography, structural impediments (e.g. buildings, or within buildings), or in locations where, for a variety of reasons, it is not optimal to build a traditional macro sites.Many buildings are unable to receive cell phone and emergency radio signals throughout their facilities. The National Fire Code has urged jurisdictions to create guidelines requiring distributed antenna systems in larger buildings so that emergency responders are able to use their radios to communicate during emergency situations. These systems allow radio signals to be received deep in the recesses of the largest and most complex facilities, and also ensure that cell phone signals are accessible for your employees, customers, and business operations. Whether you need a system for a new building or you’re retrofitting an existing building, or a national rolllout ATEK has the expertise to create the optimal wireless DAS system to fit your needs.

In this DAS system the building can communicate with others with a Donor Antenna

ATEK can provide Florida and the southeast with turn key DAS solutions from turn key DAS design and engineering to Florida DAS equipment supply and Florida DAS installations, ATEK can design - build your DAS , DAS wireless, DAS WIFI,DAS wireless back haul, point to point ,FSO (Free space optics) in most areas of the USA. All of ATEK Communications offices are part of a nationwide team of wireless network installation personnel can be mobilized anytime, anywhere to install your National Wireless Networks,National WIFI Installation,National WIMAX Installation,National Point to Point Wireless Installations, National Point to Multipoint Wireless Installations .Wireless is now widely deployed in public areas know as hotspots. Internet WIFI applications range from cafes, campuses, resorts, airports, hotels) and residential, multi-tenant buildings and enterprise where it’s used as an alternative to a wired LAN. WiFi brings the Internet to users with wireless laptops or PDAs and soon to cell phones regardless of their location. ATEK Communications now can provide you with Mesh Networks that can seamlessly provide owners of hotels and resorts. Wireless is now being used alongside with FTTH for roll Fiber To The Home rollouts. "Fringe areas" or "fill in" locations such as pool areas, lobby areas, roadways, and any business with outdoor access can be fitted with wireless, wireless distributed access systems, wireless back haul/WIFI systems to compliment FTTH networks and standard existing wireline networks.

In today’s cellular world, poor reception in office buildings, parking garages and airports can lead to missed calls, opportunities, and loss of revenue. In our ever-increasing competitive world, employee productivity and access to key decision makers is vital to an organization’s viability, growth and longevity. The need for continuous, seamless and robust wireless coverage is critical for workers to be efficient and effective, especially in hospitals, corporate offices and campuses, universities and government. Low-quality signals, dropped connections, and lack of coverage decrease productivity, frustrate users and create churn for wireless service providers. True work mobility requires a workplace with comprehensive wireless coverage. Addressing these problems results in enhanced efficiency, productivity, and employee satisfaction which lead to business gain and revenue growth. Our In-Building Distributed Antenna Systems enhance cellular and mobile phone services enabling comprehensive 3G and 4G/LTE (Long Term Evolution) voice and data connectivity.

Distributed Antenna Systems (DAS) Services and Cellular Reinforcement include:

Miles of telecommunications fiber have been installed nationwide over the last few years, much by rural telecommunication companies servicing their areas. While in many situations, a fiber deployment is viewed as competition for a wireless system, yeta rural telecom’s fiber assets can actually be a complement to its wireless network.

Here are two examples:

–Wireless Backhaul: The ability of a company to move minutes and megabytes over existing infrastructure, essentially paying themselves, can augment a rural telco’s wireless business model tremendously.

–Distributed Antenna System: Allows an existing base station to feed additional antennae’s which can be located many kilometers away.

Developing cost effective DAS networks can improve signal strength, network capacity and coverage across rural areas.

DAS solutions provide pinpoint coverage and capacity solutions for rural carriers. One example of a successful DAS solution we worked on involved a cooperative in rural Minnesota that had an extensive fiber layout across its service area. A comprehensive road re-construction project was in place that would have decommissioned both internet and wireline phone service for several weeks along a one-mile stretch. Obviously, customers’ service would have been affected during this time period.

The roadway was not yet covered by the telco’s existing 3G wireless coverage. The build-out for this area was months away. They worked with the telco to develop a DAS, placing antenna assets on a telephone pole connected via fiber to an existing 3G node B in operation over six miles away. This allowed voice and data to be functional to the subscribers along the affected roadway using a modem capable of internet and voice. The homes were able to keep dial tone and Internet, wirelessly, for the three weeks it took for the road project to be completed. A separate site or tower was not needed to be constructed and the temporary site was erected and connected to the fiber network in less than one day without a tower crew needed. Yet another great example of a successful DAS solution we worked on involved a rural telecommunications company in Nebraska servicing a less populated area on the edge of its territory. This system is currently utilizing an existing tower asset and fiber facilities that are connected to the tower, extending 3G voice and data coverage to road miles and a minimal population base, without the capital and operating costs of an additional base station. Yes, future capacity needs and population growth may warrant a node b installed on site, but at present the distributed antenna is hosted by a 3G site that is 18 kilometers away.

This marks yet another great example of utilizing wireless to find and keep a subscriber base in an area where, due to the population, it may not be the most economical to employ FTTH.

NEW NATIONAL 4 G WIRELESS ROLLOUT SERVICES- NATIONAL WIRELESS ROLLOUT SERVICES

Many rural telephone companies have existing assets that can be utilized in unique ways to leverage the success of its wireless operation. DAS is a great way for telcos to provide increased speed to market for rural wireless play; at the same time, reduce capital and operating costs.

The demand for DAS is growing. And by partnering with a wireless technology company, telcos do have options. By streamlining the complete process, they can decrease overall costs while improving network reliability.

DAS- System Design: With a proper understanding of what the systems needs to accomplish our wireless network infrastructure engineers are able to design an optimal layout of repeaters, antennas and components.. Though often overlooked, we've found a preliminary wireless system design is the most important step to eliminating unnecessary costs and determining how multiple budget line items can combine to increase the system's return on investment (ROI).We create a preliminary wireless system design based on three criteria: The wireless technologies to be designed (i.e. cell/PCS, paging, 802.11a, 802.11b/g, public safety, etc.

1. The in-building coverage area (i.e. 95% of the floor space)
2. The minimal signal strength mandated by your system performance needs. (i.e. -95 dBm).
3. The minimal signal strength mandated by your system performance needs. (i.e. -95 dBm).

The System Design utilizes advanced radio propagation modeling tools that merge the technical capabilities of every equipment solution with the real-world considerations of the indoor environment. Final drawings, produced in CAD, result in a comprehensive set of elements and plans sufficiently detailed to enable seamless execution of your entire system. We work with national CAD and DAS grid designers to provide you the design - build national services.

ATEK can offer all your national wireless network installations and can integrate your national wireless roll outs through our one stop project management. We can design - build your WIFI, wireless back haul, point to point ,FSO (Free space optics) in most areas of the USA. All of ATEK Communications offices are part of a nationwide team of wireless network installation personnel can be mobilized anytime, anywhere to install your National Wireless Networks,National WIFI Installation,National WIMAX Installation,National Point to Point Wireless Installations, National Point to Multipoint Wireless Installations .Wireless is now widely deployed in public areas know as hotspots. Internet WIFI applications range from cafes, campuses, resorts, airports, hotels) and residential, multi-tenant buildings and enterprise where it’s used as an alternative to a wired LAN. WiFi brings the Internet to users with wireless laptops or PDAs and soon to cell phones regardless of their location. ATEK Communications now can provide you with Mesh Networks that can seamlessly provide owners of hotels and resorts. Wireless is now being used alongside with FTTH for roll Fiber To The Home rollouts. "Fringe areas" or "fill in" locations such as pool areas, lobby areas, roadways, and any business with outdoor access can be fitted with wireless, wireless distributed access systems, wireless back haul/WIFI systems to compliment FTTH networks and standard existing wireline networks.

New Free Space Optic Installation using state of the art Lightpointe FSO and Wireless Bridge Products

ATEK was recently awarded a national rollout for 750 wireless installations. The wireless installation consists of a fiber backbone, CAT6 to all terminals ( 50-250 per location) combined with WAP- Wireless access points throughout the various locations. ATEK has teamed up with one of their sister companies to deploy this national wireless rollout.

ATEK offers municipal, city, town, commercial development wireless solutions. Typically all wireless nodes are back hauled to a central point via fiber cable. ATEK is well versed in this technology and is fully capable to install the antenna, towers, fiber backbone, fiber trenching,direction boring, aerial and commercial cabling in all buildings. We can offer multiple solutions from multiple manufacturer partners.

Campus Wireless Installations- Hospitality Wireless Installations-Resort Wireless Installations- Stadium- Municipality Wireless Installations ATEK can design- build your hybrid- outdoor-indoor wireless network.We can build any wireless network from 1 building to hundreds of acres.

All ATEK Communications offices are part of a nationwide team of network installation personnel can be mobilized anytime, anywhere. These experts are backed by seasoned teams of administrators, project managers, and technicians who are equipped to handle virtually any project. Established relationships with leading vendors also assure the best possible service and quality equipment is provided to our customers. These experts are backed by seasoned teams of administrators, project managers, and technicians who are equipped to handle virtually any project. Laptops and competition between Internet Service Providers (ISPs) have resulted in an increased focus on the use of RF technologies to provide data access services. Whether you desire to web surf from your laptop while enjoying a cup of espresso at the local coffee house or a business looking for ways to reduce Internet access fees, you are likely asking the question, "Can I do this wirelessly?" Most laptops today come equipped with wireless network connections. However, these wireless network connections are useless unless there is a wireless service available.

We offer a complete array of wireless-WIFI Product Solutions

All ATEK Communications offices are part of a nationwide team of network installation personnel can be mobilized anytime, anywhere. These experts are backed by seasoned teams of administrators, project managers, and technicians who are equipped to handle virtually any project. Established relationships with leading vendors also assure the best possible service and quality equipment is provided to our customers. These experts are backed by seasoned teams of administrators, project managers, and technicians who are equipped to handle virtually any project. Laptops and competition between Internet Service Providers (ISPs) have resulted in an increased focus on the use of RF technologies to provide data access services. Whether you desire to web surf from your laptop while enjoying a cup of espresso at the local coffee house or a business looking for ways to reduce Internet access fees, you are likely asking the question, "Can I do this wirelessly?" Most laptops today come equipped with wireless network connections. However, these wireless network connections are useless unless there is a wireless service available. Laptop computers now face the same problem that cell phones face: Where's the signal?

Temporary WIFI Networks Metro-Rural Networks HospitalityEnterprise

Internet access for companies has traditionally been provided through special phone company circuits called T1s (or E1s). But local exchange companies (LEC's) have traditionally held service monopolies in their markets and as a result T1/E1 service had no competition … if you wanted high speed Internet access, you had to pay the high monthly T1 lease fees. However, competition in the phone industry has been established and as a result, competing ISPs, CLECs, WISPs, etc. have been deploying their own networks (including wireless portions) from which to offer data networking services such as high speed access as well as plain old telephone service (POTS).

As you can see, there are several markets to be served by the wireless Internet Service Provider industry (WISP). No one product can serve all the myriad of applications and as a result there are now several wireless technologies to choose from. These technologies fall into two categories: standard technologies such as 802.11 (WiFi) and 802.16 (WiMax) and proprietary technologies. Each technology has its own advantages and disadvantages. But this is not the only way to distinguish wireless technologies. Other technology differences have to deal with whether the technology is point-to-point (PTP), point-to-multipoint (PMP), or something else (ex: mesh). Each of these faces differing regulatory requirements and serves different purposes.

Point to Point Technologies: Data Backhauls

PTP technologies are useful for serving as data backhauls that serve distribution systems (xDSL, cable modems, etc) and for connecting private data networks (ex: office buildings). PMP technologies are useful as distribution systems since more than one "end point" (customer premise) is served by a single "start point" (base station).

Another key difference in wireless technologies is the geographic distance they are to serve. The term "hot spot" (referring to a small geographical area of coverage … for example, a coffee house) has entered into the standard terminology of the wireless data networking industry. But equipment useful for hot spot coverage will not accommodate the needs of the "last mile" application. A bit of a misnomer, the "last mile" has progressed to mean anything from the "last 50 meters/feet" to the "last 20 miles".

Point-to-point (PTP) RF data networking refers to the use of wireless (RF) technologies to create a data link between two … exactly two … locations. PTP wireless data networks tend to require high data throughput over long distances.

PTP is different from point-to-multipoint (PMP) in two key ways. First, PMP has more than two locations. Second, because there are more than two locations all sharing the same access media (the RF channel), the control and use of the RF channel becomes more complex.

Even within the "unlicensed" RF spectrum there are still regulatory requirements placed on the RF equipment. These regulatory requirements are typically different for PTP products than for PMP (sometimes very different). Most typically, these regulatory requirements deal with limiting the strength of the RF transmission. Just to make things more complicated, these restrictions are often placed on the RF equipment itself (TX power) and also on the combined affect of the RF equipment and the RF antenna (EIRP). PTP regulatory limits are typically higher than those for PMP products.

Wireless PTP data links typically do not require much in the way of network services. As a result, PTP devices typically operate as simple (Ethernet) bridges and leave services such as routing and traffic policing to the networks they are connecting. In a sense, a PTP wireless link becomes an invisible "cable" joining two data network devices. Without wireless technology, distances of over 100 meters typically must be served by wide area network (WAN) technologies such as T1/E1 and fiber. However, wireless data networking allows for local area network (LAN) technologies such as 10-BaseT to be used. These technologies are not only less expensive but they are more readily available as well … just about every computer now has an Ethernet network interface (NIC) port. This means that computers can be directly connected to each other using wireless PTP technology even if they are separated by many miles/kilometers.

Interconnect Services

	Telecommunications Cost Burden Audits and Cost Savings Analysis
	Wide Area Voice Connectivity and Data Integration Solutions
	PBX Systems Integration and Management
	Voice Over Internet Technologies and Implementation
	Call Center Design, Load Balancing and Software Based Management Solutions.
	Unified Voice Messaging and Management Solutions
	Wiring Infrastructure Analysis and Specifications
	Local Voice Service Provisioning
	Long Distance Voice Service Provisioning
	Leased Line and Data Connectivity Service Provisioning

Northern CA (925) 944-0777

Southern CA (619) 573- 4164 or (213) 455- 0578

Tampa - St. Pete - Clearwater, Florida (866) 650-DATA or (727) 547- 2200

ATEK Communications now offers Florida and Tampa turn key fiber cable installations, fiber cable terminatons including Tampa OSP Installations,Tampa Data Contractor EF & I turn key fiber and data cabling ,Tampa Outside Plant Installations,Tampa Fiber Optic Cable Installations, and Tampa Fiber Splicing. Our Tampa ATEK Communications offices are part of a nationwide team of OSP network installation personnel can be mobilized anytime, anywhere. These experts are backed by seasoned teams of administrators, project managers, and technicians who are equipped to handle virtually any OSP Installation project. Established relationships with leading vendors also assure the best possible service and quality equipment is provided to our customers. We can provide you with same day fiber cabling service in Tampa Fiber Cabling along with long term FTTH roll outs of data center fiber cabling. ATEK Communications now offers competitive Tampa Fiber Cabling, Tampa Fiber Installations, Tampa Fiber Cable Installations and Tampa Fiber Cable Installs at competitive local rates. Call us today at (727) 547-2200. We offer the Tampa Bay Tampa Phone Systems,Tampa VOIP Phones,Tampa Wiring and guaranteed service rates for Tampa data cabling and Tampa wiring and fiber cabling services in the Tampa Bay including all CAT 5e, CAT 6, Coax, fiber cable, fiber testing, data cabling, all at competitive rates. Our Tampa Cabling services include fiber cable installation,network cabling, fiber optic installations, residential data and smart home services and a variety of industries structured cabling & IT services for companies, chain stores -or any organization. ATEK can assist a Tampa based chain, hospital , govenment agency or companies with multiple locations, such as franchises, drug stores, retail stores through our field offices and affiliated BICSI certified Tampa installers. All our technicians are fully versed in data cabling standards, and fiber optic distribution designs, testing, repair and installations. We have been serving the USA for over 20 years in phone system installtions,data contractor services and system integrationr specializing in quality network cabling and fiber optic cable installations. Our offices are located in Clearwater and Tampa, Florida and are fully insured and use trained and certified technicians fully versed in BICSI standards, EIA/TIA industrynetwork certications. All our cabling and wiring work is guaranteed and available at the lowest market price.

Tampa Bay -St. Petersburg Florida (727) 547-2200

ATEK Communications offers National Service & Experience at a LOCAL PRICE in Tampa Bay-Orlando to Ft. Myers- Panama City To Miami and Key West

ATEK provides quality commercial network cabling and residential cabling- Call (727) 547- 2200 - (888) 909-2835

Our Tampa Bay Area Offices are part of a nationwide team of data contractors and network installation personnel that can be mobilized anytime, anywhere and will provide you with structured cabling, network cabling, telephone systems, fiber optic cabling, testing & certification and much more at a very competitive price.

Our data and network experts are backed by seasoned teams of administrators, project managers, and technicians who are equipped to handle virtually any project. Established relationships with leading vendors assure the best possible service to our customers.ATEK Communications can provide your company with experienced data contracting services including OSP fiber optic services to telephone system installations including many systems listed below. In addition to system sales and installations, we also provide leasing and rental services as well as maintenance contracts. Furthermore, we regularly include discounts for customers that trade in their old systems when up dating or upgrading to newer and better systems.ATEK Communications also can arrange to supply interconnect services to IT departments with Field Service PBX & telephone key system technicians.

Tampa Offices (727) 547-2200 or Tollfree (888) 909-2835

ATEK Communications has been providing Tampa with fiber cable installation, fiber cable termination and fiber testing for over 20 years and can provide local fiber and data contracting services with a national footprint. We are also a system integrator specializing in DAS_ Distributed Antyenna Syetems and can provide complete turn key end to end EF & I - Engineering furnishing of equipment and installation and certificdation services. We have office throughout the USA and are part of a nationwide team of fiber optic cable installers offering Tampa Fiber Optic Cable Installation,Tampa Fiber Optic Contractors,Tampa Fiber Optic Installers, Tampa Fiber Optic Installation, Tampa Fiber Switch Installation, Tampa System Integrator services. ATEK also offers on-site network integration & system integration personnel that can be mobilized anytime, anywhere in the US and abroad Internationally. ATEK specializes in all areas as a fiber optic cable installer of both OSP fiber optic cable installations- or underground fiber cable- to backbone structured cable fiber optic cable installations. ATEK also offers the ability to tie in the fiber optic cable installations to the Network Integration side of your cable plant through the use of fiber optic patch panels, fiber optic tranceivers or fiber optic multiplexers that migrate the fiber optic light signals into recognizable data streams for copper based switches. ATEK can take any signal from a T1 to OC-12 to OC 192 from the central office to the desktop. We can offer you design or design- build services at affordable rates. Our network integration specialists are backed by seasoned teams of administrators, project managers, and technicians who are equipped to handle virtually any nework installation project.

(888) 909- ATEK -SINGLEMODE FIBER INSTALLATION- SINGLEMODE FIBER TERMINATION- SINGLEMODE FIBER TESTING-MULTIMODE OM1-OM 4 FIBER INSTALLATION- OM 1-OM 4 Multimode FIBER TERMINATION- COMPLETE FIBER TESTING AND CERTIFICATIONS

AT ATEK we ensure that the fiber optic cabling system design, components, and workmanship comply with the standards and practices of BICSI. These standards and practices are elaborated in the Telecommunications Distribution Methods Manual, the EIA/TIA Telecommunications Building Wiring Standard, The National Fire Protection Assn., and the National Electrical Code (NFPA-70).

Our fiber optic certifications, extensive experience on fiber optics installation, and knowledge of fiber optic technologies and standards are key factors in our successful delivery of fiber network solutions. leading fiber optic suppliers. Together we can deliver the solution that best meets your application needs, now and long term.

Our services include:

Our certified RCDDs a nd LAN/WAN Specialists work closely with contractors and end users to deliver the latest cabling technologies that best suit the needed applications

We ensure that the fiber optic cabling system design, components, and workmanship comply with the standards and practices of BICSI. These standards and practices are elaborated in the Telecommunications Distribution Methods Manual, the EIA/TIA Telecommunications Building Wiring Standard, The National Fire Protection Assn., and the National Electrical Code (NFPA-70).

ATEK Communications has BICSI certified installers fully versed in fiber optic distribution designs and installations for a wide range of fiber optic network applications. We can help you integrate data and telecommunication networks over fiber effectively .

Our certified RCDD, Certified Network Specialist and BICSI Technicians work as team to bring the latest fiber optic technologies to our customers. We provide design, installation , and certifications of fiber optic cabling systems in central offices, POP sites, commercial, and residential sites.

ATEK Communications, a system integrator with offices in California and Florida are part of a nationwide team of network integration and system integration personnel that can be mobilized anytime, anywhere in the US. ATEK specializes in all areas of Network Integration from the central office to the desktop. We can offer you design or design- build services at affordable rates. Our network integration specialists are backed by seasoned teams of administrators, project managers, and technicians who are equipped to handle virtually any nework installation project. We can provide your company with complete OSI level 1-7 services including structured cabling services to DSL, wireless, VOIP , and installation of firewalls.Our established relationships with leading vendors also assure the best possible service and quality equipment is provided to our customers.All CAT 5e and CAT 6 & fiber optic cabling system designs are reviewed by our project managers and quality control engineers and installations quality checked by a Registered Communications Distribution Designer (RCDD).

• Interconnect
• Network Cabling
• Carrier- Transport
• End Users
• Smart Home
• FTTH- Fiber To The Home
• Central Office
• Broadband-DSL - Modems
• Wireless- WIFI
• CATV
• Security
• Systems Integration
• OSP-Outside Plant
• PC-Desktop Support
• Network Administration
• Engineering- Applications Development

Our certified RCDDs and LAN/WAN Specialists work closely with contractors and end users to deliver the latest cabling technologies that best suit the needed applications.

All fiber optic cabling system designs are reviewed and installations quality checked by a Registered Communications Distribution Designer (RCDD). This is a professional designation of the Building Industry Consulting Services International (BICSI).

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We ensure that the fiber optic cabling system design, components, and workmanship comply with the standards and practices of BICSI. These standards and practices are elaborated in the Telecommunications Distribution Methods Manual, the EIA/TIA Telecommunications Building Wiring Standard, The National Fire Protection Assn., and the National Electrical Code (NFPA-70).

Our fiber optic certifications, extensive experience on fiber optics installation, and knowledge of fiber optic technologies and standards are key factors in our successful delivery of fiber network solutions. leading fiber optic suppliers. Together we can deliver the solution that best meets your application needs, now and long term.

Our services include:

• Design and Installation of Fiber Optic Cabling
• Fiber Optic Termination
• Light Interconnection Units and Fiber Shelves
• Testing and Certifications
• Fiber Tray and Raceway
• Fiber Innerduct
• Wall-mount and Freestanding Cabinets and Racks
• Fiber Optic Fusion and Mechanical Splicing

Our certified RCDDs a nd LAN/WAN Specialists work closely with contractors and end users to deliver the latest cabling technologies that best suit the needed applications

We ensure that the fiber optic cabling system design, components, and workmanship comply with the standards and practices of BICSI. These standards and practices are elaborated in the Telecommunications Distribution Methods Manual, the EIA/TIA Telecommunications Building Wiring Standard, The National Fire Protection Assn., and the National Electrical Code (NFPA-70).

WARRANTY

Our fiber optic cabling installations are supported by extended warranties that guarantees both end to end performance and application assurance for you. Our technicians are certified on every product installation that we design and are well trained on the industry structured cabling standard.

The specific standards of the EIA/TIA Building Telecommunications Wiring Standards are:

· EIA/TIA-568A (Commercial Building Telecommunications Wiring Standard)
· EIA/TIA-569 (Commercial Building Standard for Telecommunications Pathways and Spaces)
· EIA/TIA-570 (Residential and Light Commercial Telecommunications Wiring Standard)
· EIA/TIA-606 (Administration Standard for Telecommunications Infrastructure of Commercial Buildings)
· EIA/TIA-607 (Commercial Building Grounding and Bonding Requirements for Telecommunications)
· EIA/TIA-TSB-67 (Transmission Performance Specifications for Field Testing of UTP Cabling Systems)

BRIEF OVER VIEW OF FIBER OPTIC CABLE ADVANTAGES OVER COPPER:

• SPEED: Fiber optic networks operate at high speeds - up into the gigabits
• BANDWIDTH: large carrying capacity
• DISTANCE: Signals can be transmitted further without needing to be "refreshed" or strengthened.
• RESISTANCE: Greater resistance to electromagnetic noise such as radios, motors or other nearby cables.
• MAINTENANCE: Fiber optic cables costs much less to maintain.

In recent years it has become apparent that fiber-optics are steadily replacing copper wire as an appropriate means of communication signal transmission. They span the long distances between local phone systems as well as providing the backbone for many network systems. Other system users include cable television services, university campuses, office buildings, industrial plants, and electric utility companies.

A fiber-optic system is similar to the copper wire system that fiber-optics is replacing. The difference is that fiber-optics use light pulses to transmit information down fiber lines instead of using electronic pulses to transmit information down copper lines. Looking at the components in a fiber-optic chain will give a better understanding of how the system works in conjunction with wire based systems.

At one end of the system is a transmitter. This is the place of origin for information coming on to fiber-optic lines. The transmitter accepts coded electronic pulse information coming from copper wire. It then processes and translates that information into equivalently coded light pulses. A light-emitting diode (LED) or an injection-laser diode (ILD) can be used for generating the light pulses. Using a lens, the light pulses are funneled into the fiber-optic medium where they transmit themselves down the line.

Think of a fiber cable in terms of very long cardboard roll (from the inside roll of paper towel) that is coated with a mirror.
If you shine a flashlight in one you can see light at the far end - even if bent the roll around a corner.

Light pulses move easily down the fiber-optic line because of a principle known as total internal reflection. "This principle of total internal reflection states that when the angle of incidence exceeds a critical value, light cannot get out of the glass; instead, the light bounces back in. When this principle is applied to the construction of the fiber-optic strand, it is possible to transmit information down fiber lines in the form of light pulses.Fiber optic cable functions as a "light guide," guiding the light introduced at one end of the cable through to the other end. The light source can either be a light-emitting diode (LED)) or a laser.

The light source is pulsed on and off, and a light-sensitive receiver on the other end of the cable converts the pulses back into the digital ones and zeros of the original signal.

Even laser light shining through a fiber optic cable is subject to loss of strength, primarily through dispersion and scattering of the light, within the cable itself. The faster the laser fluctuates, the greater the risk of dispersion. Light strengtheners, called repeaters, may be necessary to refresh the signal in certain applications.

While fiber optic cable itself has become cheaper over time - a equivalent length of copper cable cost less per foot but not in capacity. Fiber optic cable connectors and the equipment needed to install them are still more expensive than their copper counterparts.

The use of fiber-optics was generally not available until 1970 when Corning Glass Works was able to produce a fiber with a loss of 20 dB/km. It was recognized that optical fiber would be feasible for telecommunication transmission only if glass could be developed so pure that attenuation would be 20dB/km or less. That is, 1% of the light would remain after traveling 1 km. Today's optical fiber attenuation ranges from 0.5dB/km to 1000dB/km depending on the optical fiber used. Attenuation limits are based on intended application.

The applications of optical fiber communications have increased at a rapid rate, since the first commercial installation of a fiber-optic system in 1977. Telephone companies began early on, replacing their old copper wire systems with optical fiber lines. Today's telephone companies use optical fiber throughout their system as the backbone architecture and as the long-distance connection between city phone systems.

Cable television companies have also began integrating fiber-optics into their cable systems. The trunk lines that connect central offices have generally been replaced with optical fiber. Some providers have begun experimenting with fiber to the curb using a fiber/coaxial hybrid. Such a hybrid allows for the integration of fiber and coaxial at a neighborhood location. This location, called a node, would provide the optical receiver that converts the light impulses back to electronic signals. The signals could then be fed to individual homes via coaxial cable.

Local Area Networks (LAN) is a collective group of computers, or computer systems, connected to each other allowing for shared program software or data bases. Colleges, universities, office buildings, and industrial plants, just to name a few, all make use of optical fiber within their LAN systems.

Power companies are an emerging group that have begun to utilize fiber-optics in their communication systems. Most power utilities already have fiber-optic communication systems in use for monitoring their power grid systems.

Single Mode cable is a single stand of glass fiber with a diameter of 8.3 to 10 microns that has one mode of transmission. Single Mode Fiber with a relatively narrow diameter, through which only one mode will propagate typically 1310 or 1550nm. Carries higher bandwidth than multimode fiber, but requires a light source with a narrow spectral width. Synonyms mono-mode optical fiber, single-mode fiber, single-mode optical waveguide, uni-mode fiber.

Single-mode fiber gives you a higher transmission rate and up to 50 times more distance than multimode, but it also costs more. Single-mode fiber has a much smaller core than multimode. The small core and single light-wave virtually eliminate any distortion that could result from overlapping light pulses, providing the least signal attenuation and the highest transmission speeds of any fiber cable type.

Single-mode optical fiber is an optical fiber in which only the lowest order bound mode can propagate at the wavelength of interest typically 1300 to 1320nm.

Multimode cable is made of of glass fibers, with a common diameters in the 50-to-100 micron range for the light carry component (the most common size is 62.5). POF is a newer plastic-based cable which promises performance similar to glass cable on very short runs, but at a lower cost.

Multimode fiber gives you high bandwidth at high speeds over medium distances. Light waves are dispersed into numerous paths, or modes, as they travel through the cable's core typically 850 or 1300nm. Typical multimode fiber core diameters are 50, 62.5, and 100 micrometers. However, in long cable runs (greater than 3000 feet [914.4 ml), multiple paths of light can cause signal distortion at the receiving end, resulting in an unclear and incomplete data transmission.

	DATA CENTER INSTALLATIONS Data Center Installations- More Info DATA CENTER DESIGN -BUILD Data Center Design Build- More Info	DATA CENTER CLEANING Data Center Cleaning- More Info DATA CENTER REMOVAL Data Center Removal- More Info	DATA CENTER ASSET TRACKING-RFID Data Center Asset Tracking-Management DATA CENTER SERVICES Data Center Services- More Info
ATEK Will Provide Your Data Center With Design- Build Services- Fiber Design- Testing- Characterizations and Installations- Data Center Liquidations- Data Center Cleaning-RFID Equipment Tracking- Equipment Liquidation- Liebert Power Solutions- APC Racks In A Row

ATEK National Data Center Installation Services- Includiing All Data Canter Cabling-Fiber Optic & IT Services

ATEK is now a Tier One provider of "Rack In Row" and custom racking and power solutions for Emerson Data Center Solutions through Extron in Milpitas CA. Whether you need of the shelf rack and cooling solutions or custom data cabinet installations from 1- 100 or more cabinets, ATEK can deliver the equipment and equipment hardware. ATEK can also provide trun-key Design -Build services for your new or add ons to existing data centers. ( Many fiber products available on BIM) ATEK has been providing construction services for data center, cololcation, carrier based platforms and mission critical facilities since 1998 beginning in California and now throughout the USA. We have partnered up with data center equipment supply and removal partners in the USA ( and offshore) to provide the design, desgin build, and decommissioning of data centers. We have archtects and RCDD available to offer you you specific data center and bandwiith solutions. Whether your needs are financial in costs reduction of equipment, reduction of energy cots , incresed of bandwidth or bandwith capabiity or tracking of your equipment- through RFID tracking systems ATEK and providen those services. ATEK has teamed up with industry-leading suppliers and builders of data centers, telecommunication network facilities, emergency operations centers and similar facilities and can offer you with 24x7 operation requirements.

ATEK is a National Data Center Contractor offering Data Center Equipment Installations, Data Center Installation, Data Center Installations, Data Center Retrofit, Data Canter Demolition, National Data Center Equipment Removal Services throughout the USA. Please call us at (888) 909 -2835 for a quotation or email us for a confidential no cost quoatation.

Call us at (888) 909- ATEK

Data Center Installation Services - Call us if you need Data Center Racks Installed, Fiber Splicing or Fiber Terminations- Fiber Cabling OM1-OM2-OM 3-OM 4- Singlemode- CAT 5E-CAT6-CAT6A-CAT 7- Power- Cooling

Whether you need complete Data Center design services or Data Center Installation of key implementation only, ATEK offers a wide variety of installation services including:

• Cold Aisle Containment- more info
• Custom Cold Aisle Containment Systems- more info
• Data Center Design
• Data Center Design- build Services
• Data Center Cabling Services
• Data Center Power Cable Services
• Water Cooled Data Cabinets- (Off the shelf or custom made by Extron in Milipitas CA offering Emerson- Knurr data center and ddata cabinet product solutions and equipment
• Full line of Cabinets/Enclosures/Racks
• Data Center Cable Management
• Fiber Routing Systems
• 10 gigabit Cabling- 40 Gigabit Cabling
• Shielded and Unshielded Copper Cabling Solutions
• MPO- MTP -Pre-Terminated Fiber and Copper Solutions
• Data Center Structured Cabling
• APC – PDU and UPS
• Power Solutions
• Cooling Solutions- Cold Aisle Containent Systems
• New construction and building retro-fits
• Emerson, Liebert, E-Systems-APC, Cisco, Panduit products
• Also see Standards & Certifications
• Data Center Cleaning Services

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ATEK National Data Center Telecommunications, Data, Fiber Optic, Power & IT Services

National Data Contractor- National IT Services-Structured Cabling Services- Network Security-Project Management- NOW CISCO CCIE CERTIFIED- National Structured Cabling Contractors- Central Office Design & Installation-Telephone System Installation- National Rollouts - IT - Fiber Optics - Fiber To The Home- FTTH-Construction-Phone Systems- Security - Biometric Security - Fiber Optic Security

Call us at (888) 909-ATEK

ATEK has been providing construction services for data center, cololcation, carrier based platforms and mission critical facilities since 1998 beginning in California and now throughout the USA. We have partnered up with data center equipment supply and removal partners in the USA ( and offshore) to provide the design, desgin build, and decommissioning of data centers. We have archtects and RCDD available to offer you you specific data center and bandwiith solutions. Whether your needs are financial in costs reduction of equipment, reduction of energy cots , incresed of bandwidth or bandwith capabiity or tracking of your equipment- through RFID tracking systems ATEK and providen those services. ATEK has teamed up with industry-leading suppliers and builders of data centers, telecommunication network facilities, emergency operations centers and similar facilities and can offer you with 24x7 operation requirements.

We serve the mission critical facility needs of enterprise companies, internet and multi-tenant data service providers, telecom providers and government customers. Depending on customer needs, ATEK delivers projects via design, design- build or demolition and liquidation of all equipment assets.

As a business partner, we provide a variety of services including extensive design phase and preconstruction engagement. Our Development Group is equipped to assist with financing, site selection and project planning. We maintain strong, nationwide relationships with the top mission critical engineering, architecture and electrical contracting firms, as well as major equipment manufacturers, all of who are essential to our high-performance teams delivering state-of-the-art facilities.

ATEK-Your 21st Century Data Contractor- We Now Service All of the 48 States- Call Us For More Information

Please take a look at our data center removal and data center equipment removal services-here

Fiber To The Home - National FTTH Installations

National Data Contractor Services-National Data Rollouts- National Fiber Optic Cable Installations- National Cable Installations- We can Dispatch Technicians Anywhere In The U.S. or Overseas

• Complete End To End IT Services
• Comprehensive Roll-out Capabilites For National Chains With Multiple Locations
• Turnkey Project Management For Multi-Location Companies- Let ATEK's "A-TEAM" handle all your logisticas &-installations- across the USA, Alaska, and Hawaii
• IT Services Including Application Software Engineers
• Design- Build- Engineering Services
• Moves, adds and changes to telephone systems, LAN and WAN networks
• DSL Installations
• T-1 Installations
• Wireless Integration
• Firewalls
• Routine and emergency service calls
• OSP- Outside Plant Field Surveys
• OSP Installations
• OSP Directional Boring
• New systems sales and installations
• Annual maintenance contracts
• Service almost any Key or PBX system
• Voice mail systems
• Coordination with local phone company
• Cabling - voice, data, fiber and audio/video
• Software upgrades
• Video conferencing
• Storage/warehousing services
• Equipment brokering
• Quick response time - two to four hours for emergency situations- We also offer immediate telephone-toll-free technical support contracts with RMAT diagnostics.
• We will work with your company's budget to offer you a very competitive rate structure for any or all our services

Call Us at (888) 909- 2835 For Local Residential- Commercial- Carrier-Municipal or Government Cabling- LAN-WAN- National Roll Outs- Contractor-Network Integration- Cabling Contractors DAS- Distributed Antenna Systems

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Our Core Business is to provide our customers a complete array of telecommunications services including: Professional IT Services ,VAR for several major network equipment manufacturers, National Cabling Contractor Services,Fiber Optic Network and cable installations, Telecommunication IT services, Voice and Data Installation, Maintenance which include Add, Moves and Changes work for most common telepone systems and computer LAN/WANnetworks.

New National Wireless- Backhaul Wireless Services

National Data Contractor- National IT Services-National Project Management-National Structured Cabling Contractors- Structured Cabling Services-Cisco Trained & Certified

National Telecommunications & IT Services

National Account Staging/Redistribution Of Equipment & Personnel
With most companies these are 'mission critical components' and ATEK offers the following:

• Kitting-Receive shipments and equipment- ATEK will consolidate-combine-build-racking-fiber optic- equipment for your company offsite- and re-distribute to other locations for you
• Discounted hardware-we can offer extreme discounts for all your hardware equipment including fiber optic cable, gigabit ethernet switches, routers, hubs, patch panels- patch cords.
• Let ATEK "bundle" your equipment and installation costs under one contract- let us do all the work for you from design to installation to 24/7 warranty-network administration
• Check for damage to any equipment during shipment
• Record serial numbers for all equipment
• Set up equipment in the prestage area
• Plug/connect all equipment based on client configuration
• Run ID-specific programming to meet client configuration
• Install software and/or client-defined image
• Configure system and software
• Test systems
• Run diagnostics and customer-provided tests, including tests of input and output devices
• Repackage components
• Clearly label components
• Perform asset tag management
• Ship to locations per client instructions

On & Offsite Service

ATEK Communications service comes with a guarantee of quality and a commitment to support. Because we feel so strongly about professionally serving our clients, we offer on and offsite services designed to meet your needs:

Onsite-Project Management-IT Services-Installations

Let our experienced project managers assist you in designing the right network.

*Information Technology: Call us at (866) 650-DATA

• CAD- Computer Aided Design Services
• PC-Desktop Support
• Network Administration
• Engineering- Applications Development

• Interconnect
• Network Cabling
• Commercial Cabling
• Network Design
• Network Integration
• Carrier- Transport
• End Users
• Casino Telecom Services
• Hospitality Telecom Services
• Hotel Cabling & Telecom Systems Services
• Resort Cabling-Telecom Systems & Services
• International Resort Telecom Systems & Services
• Indian Gaming Telecommunications Services
• Convention Center Telecomunications & Network Services
• Motel Cabling & Network Services

• Smart Home Services & Installations
• FTTH- Fiber To The Home
• Central Office
• Broadband-DSL - Modems
• Wireless- WIFI
• CATV
• Security
• Systems Integration
• OSP-Outside Plant
• PC-Desktop Support
• Network Administration
• VOIP -Voice Over IP Services

National Locations:

• San Francisco Fiber Optic- Structured Cabling Installations
• Oakland- Fiber Optic- Structured Cabling Installations
• San Jose-Fiber Optic- Structured Cabling Installations
• Sacramento-Fiber Optic- Structured Cabling Installations
• Los Angeles -Fiber Optic- Structured Cabling Installations
• San Diego -Fiber Optic- Structured Cabling Installations
• California-Fiber Optic- Structured Cabling Installations
• California-Central Valley Fiber Optic- Structured Cabling Installations
• Fresno-Bakersfield-Fiber Optic- Structured Cabling Installations
• Lake Tahoe-Reno Area Fiber Optic- Structured Cabling Installations
• Redding-Northern CA Fiber Optic- Structured Cabling Installations
• Santa Barbara-San Luis Obispo-Fiber Optic- Structured Cabling Installations
• California-Fiber Optic- Structured Cabling Installations
• Walnut Creek Services

• Atlanta Data Services
• LAS VEGAS
• Tampa- ST.Petersburg Fiber Optic- Structured Cabling Installations
• Sarasota-Bradenton-Fiber Optic- Structured Cabling Installations
• FT.Meyers-Cape Coral -Fiber Optic- Structured Cabling Installations
• Naples-Southern Florida -Fiber Optic- Structured Cabling Installations
• Pensacola -Fiber Optic- Structured Cabling Installations
• Tallahassee-Fiber Optic- Structured Cabling Installations
• Daytona Beach Fiber Optic- Structured Cabling Installations
• Jacksonville-Fiber Optic- Structured Cabling Installations
• Orlando-Reno Area Fiber Optic- Structured Cabling Installations
• Gainsville-Fiber Optic- Structured Cabling Installations
• Melbourne-Fiber Optic- Structured Cabling Installations
• West Palm Beach Fiber Optic- Structured Cabling Installations
• FT.Lauderdale - Structured Cabling Installations
• Miami-Miami Beach-Southern Florida Fiber Optic- Structured Cabling Installations

All fiber optic cabling system designs are reviewed and installations quality checked by a Registered Communications Distribution Designer (RCDD). This is a professional designation of the Building Industry Consulting Services International (BICSI). We ensure that the fiber optic cabling system design, components, and workmanship comply with the standards and practices of BICSI. These standards and practices are elaborated in the Telecommunications Distribution Methods Manual, the EIA/TIA Telecommunications Building Wiring Standard, The National Fire Protection Assn., and the National Electrical Code (NFPA-70). Our fiber optic certifications, extensive experience on fiber optics installation, and knowledge of fiber optic technologies and standards are key factors in our successful delivery of fiber network solutions. leading fiber optic suppliers. Together we can deliver the solution that best meets your application needs, now and long term.

1***Network Cabling- Fiber Optics -Call us at (866) 650-DATA or click the chat button at the top of the page

Our Fiber Optic Services Include:

ATEK Communications, a proven data contractor can provide you with a complete set of structured cabling installation services. With our ongoing training through BICSI and our manufacturer partners, you are assured that our technicians adhere to all the latest EIA/TIA standards. ATEK now also offers certified CISCO CCIE network services.

This insures that you will get maximum bandwidth and performance from your cable plant. Your network is only as good as your weakest link. Remember that even if you have purchased the best cabling on the market today, it doesn't guarantee that you will get maximum performance and throughput that it was engineered for.

Your cabling must be installed by a technician who understands and adheres to all the latest EIA/TIA standards. ATEK Communications is a cabling contractor that is Leviton certified on structured cabling EIA-TIA 568 A&B Standards that provides structured cabling contracting services, network design & installation, gigabit ethernet switch installation, smart home installations,cable testing, telephone systems and Cisco CCIE network installations. See our section on cabling standards.

California Offices Northern CA (925) 944-0777

California Offices Southern CA (213) 455-0578 or (619) 573-4164

Tampa Bay - St. Pete Florida Offices (866) 650-DATA or (727) 547-2200

ATEK Communications, an established national data contractor and national data integrator offers the federal government, local, state and county gobernments trained, experienced government cabling systems technicians along with design-build structured cabling contractors in the USA. We also provide security clearances if needed if required- please email or call is at (888) 909-ATEK.

From California to Florida to New York and Virginia you can be sure you be be provided the most experienced fiber cable installations, fiber testing, data cabling, IT support, VOIP phone and phone system providers and data cabling contractors in the United States offering a multitude of data  communications services from design-build structured cabling infrastructure, LAN- WAN integration, long haul fiber optic cable  installation to IT support and service. ATEK Communications has offices throughout the US offers competitive regional and local data cabling rates allows us to tailor cabling and installation rates to meet your needs. ATEK has fiber optic crews specializing in fiber optic installations. Our fiber technicians are trained in intricate fiber cable installations, fiber cable terminations , fiber cable fusion splicing services and FTTH- design -build services. We have on staff BICSI trained and certified RCDD's should you need one for certifications. We have very competitive rates for our fiber optic installers. ATEK Communications has several manufacturer data contractor certifications offer you and your company "end to end" solutions for several manufacturers. Call for details at (888) 909-ATEK.

Divisions

New Atlanta Location Serving The Southeast- Ask About Our Biometric Security Systems (866) 650-3282 or (727) 547-2200