isc east expo nov 14/15 a guide to...
TRANSCRIPT
The Only Fiber Optic Cable You Will Ever Need!
Micro Armor FiberSecurity Solutions (MAFSS)
ISC EAST EXPO NOV 14/15 A Guide to TiniFiber® Security Cable Products
TINIFIBER STORYTHE TEAM FROM CERTICABLE WHERE LOOKING TO
DEVELOP A NEW SOLUTION TO INSTALL A NEW ARMORED FIBER OPTICS SOLUTION INTO PROJECTS THAT
WOULD:• SAVE TIME
• SAVE MONEY• SMALLER AND LIGHTER TO DELIVER & INSTALL
• LESS MANPOWER HOURS• U.S. PATENTED AND UL APPROVED SOLUTIONS
• 45 SECOND ANIMATIONhttps://drive.google.com/open?id=0B5lZ0Dry4_VKMEg1Ynp1
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About TiniFiber
ISC EAST FREE
ADMISSION
• Click the link below to access the FREE registration for ISE East Exhibition Passes on behalf of TiniFiber®! http://nvyt.es/a7ce804e
TiniFiber would like to invite you to ISE EAST a $125 value for FREE!
2018 AwardsTINIFIBER® WINS 2015/16 PLATINUM LEVEL GOVIES AWARD FROM 1105 MEDIA AT ISC WEST SECURITY SHOW FIBER OPTIC CABLE CATEGORY
September 15, 2018 – TiniFiber® Micro Armor Fiber™ was recognized by the judges of the annual Cabling Installation & Maintenance Innovators Awards program. The judging panel consisted of cabling and communications system specifiers, designers, integrators and managers with vast professional experience.
Nominated for 2018 Astor Award at ISE EXPO
TiniFiber is pleased to announce the company’s Micro Armor Fiber™ has been nominated to compete in the 2018 ‘ASTORS’ Homeland Security Awards Program.
• Key factors in Security• 10 Reasons Why Fiber vs. Copper• Most popular Fiber Cable Solutions• Most popular terminations/MPO• Most popular strand counts
Fiber VS. Copper
• Securitysales.com predicts a market of $42 billion USD by 2019 with a compound annualgrowth rate for IP-based video surveillance in particular of 24.2 percent from 2013 to2019.
• Many factors have been cited to explain the rise in demand for video security systemsincluding:
▪ Increased threat of terrorism, crime/violence prevention
▪ The rise in the “Internet of Things” (IoT) and Big Data
▪ new applications such as commercial advertising (Imagine as you walk into a mallthe system “recognizes” you, allowing delivery of various context-appropriateadvertising tailored to your typical buying habits
• Higher resolution is always better in surveillance video. It allows those monitoring thevideo feed to see smaller objects, or to see people, license plate numbers, and other
elements more clearly.• 4K video cameras are already making significant improvements in security. With high
resolution, these cameras can be placed at considerable distances from the area theymonitor and still allow digital zoom to pick up small objects. In one instance, a cameralocated two miles from a city center can be digitally zoomed to pick up license platenumbers.
Key Factors in Security
• Some estimates are that a single 4K camera video feed, with modern video compression,needs about 15 Mbits/sec minimum of bandwidth (without video compression thebandwidth need is much higher).
• Powered fiber cable systems - is a great option for handling long-distance data transmission, but what about also delivering power?
• A powered fiber cable system (PFCS) addresses the need for local power as well as the need for fiber data connectivity. The PFCS incorporates a optical-fiber termination point, a hybrid cable that includes both singlemode and multimode fiber and electrical conductors, and a remote termination node that plugs into the camera being powered.
Key Factors in Security
TiniFiber with Power
TiniFiber® Introduces All-in-One Hybrid Fiber + PowerMicro Armor Fiber™ Cable for Security CameraSolutions - 04/7/2018
This plenum-rated power in the jacket fiber optic cable is designed for an all-in-onecable solution for security camera connectivity. Using Micro Armor Fiber™ technology,the outer diameter (OD) of this cable is minimized, enabling the most efficient use ofspace and materials. The cable consists of aramid strands and 12 to 48 multicolored250μm fibers packaged in a high performance PVC jacket. TiniFiber® can customize thepower solution for all projects based on the type of source equipment used, such asmega-pixel cameras, etc.
“TiniFiber® provides market-leading technology that minimizes the OD of the MicroArmor by deploying a stainless steel, tubular coiling process that adds maximum tensilestrength and bend radius with an OD that is similar to conventional fiber optic cablehousing. This Micro Armor Fiber™ core cable offers unparalleled bandwidth potentialfrom 1 to 144 strands for both single and multimode usage,” stated Roman Krawczyk,Chief Technical Officer for TiniFiber’s product line.
Krawczyk continues, “Cost value proposition is something taken very seriously atTiniFiber®. TiniFiber® will add value to every project as the de facto “best in class”Micro Armor Fiber™ solution. Any security solution can benefit from the installation ofTiniFiber® into their project. The security industry can have confidence that the systemwill not fail or be disrupted due to the cable installation.”
Available in a variety of glass types and strand counts, the
fiber component is designed as needed. The “Power
Cables” can be 2, 3 or 4 conductor with 12 AWG to 22
AWG options. The basic construction is two (2) strands of
Singlemode Fiber with 18 AWG/2 conductors all under one
(1) outdoor jacket.
Hybrid Fiber + Power Press Release
Fiber optic cables are the most popular mediums for both new cabling installations and upgradesincluding: backbone, horizontal, and even desktop /home applications. Fiber offers a number ofadvantages over copper.
1. Less Power: Fiber optic cabling uses less power and provides less signal degradation thancopper cables.
2. Greater Bandwidth: Fiber provides more bandwidth than copper and has standardizedperformance up to 100 Gbps and beyond. More bandwidth means fiber can carry moreinformation with greater fidelity than copper wire. Keep in mind that fiber speeds are dependenton the type of cable used. Single-mode fiber offers the greatest bandwidth.
3. Speed & Distance: Because the fiber optic signal is made of light, very little signal loss occursduring transmission, and data can move at higher speeds and greater distances. Fiber does nothave the 100-meter (328-ft.) distance limitation of unshielded twisted pair copper. Fiberdistances depend on the style of cable, wavelength and network. Distances can range from 550meters (984.2 ft.) for 10-Gbps multimode and up to 40 kilometers (24.8 mi.) for single-modefiber cable.
4. Security: Your data is safe with fiber cable. It doesn’t radiate signals and is extremely difficult totap. If the cable is tapped, it’s very easy to monitor because the cable leaks light detecable. Anyattempt that is made to break the physical security of your fiber system, the system will know it.
5. Centralize: Fiber networks also enable you to put all your electronics and hardware in onecentral location, instead of having wiring closets with equipment throughout the building.
10 Reasons Why Fiber Optic Versus Copper Cable
6. Reliability: Fiber provides extremely reliable data transmission. It’s completely immune to manyenvironmental factors that affect copper cable. The core is made of glass, which is an insulator, so noelectric current can flow through. It’s immune to electrometric interference and radio-frequencyinterference (EMI/RFI), crosstalk, impedance problems, and more. You can run fiber cable next toindustrial equipment without worry. Fiber is also less susceptible to temperature fluctuations thancopper and can be submerged in water.
7. Design: Fiber is lightweight, thin, and more durable when armored, than copper cable. To get higherspeeds using copper cable, you need to use a higher grade of cable, which typically have largeroutside diameters, weight more, and take up more space in cable trays. With fiber cable, there is verylittle different in diameter or weight. Plus, fiber optic cable has pulling specifications that are up to 10times greater than copper cable, depending on the specific cable. Its small size makes it easier tohandle, and it takes up much less space in cabling ducts.
8. Migration: The proliferation and lower costs of media converters are making copper to fibermigration much easier. The converters provide seamless links and enable the use of existinghardware. Fiber can be incorporated into network in planned upgrades. In addition, with the adventof 12- and 24-strand MPO cassettes, cables, and hardware, planning for future 40- and 100-GbEnetworks is easier.
9. Field Termination: Although fiber is still more difficult to terminate than copper, advancements infiber tools have made terminating and using fiber in the field easier. Quick fusion splicers enables withauto-alignments enable fast splicing in the field. Auto-aligning pins ensure accuracy. And the use ofpig-tails and pre-terminated cable make field connections quick and easy.
10. Cost: The cost for fiber cable, components, and hardware has steadily decreased. Overall, fiber cableis more expensive than copper cable in the short run, but it may be less expensive in the long run.Fiber typically costs less to maintain, has less downtime, and requires less networking hardware. Inaddition, advances in field termination technology has reduced the cost of fiber installation as well.
10 Reasons Why Fiber Optic Versus Copper Cable
Most Popular Fiber Optic Cable
Indoor Fiber Optic CablesTight Buffered, Loose Tube, Ribbon cables
• Loose Tube all contain several jacketed simplex optical 250µm fibers.
• Tight buffered fiber in distribution cable is 900 µm.
• Ribbon cable includes up to 12 fibers contained sideby side within a single jacket
Most Popular Fiber Optic Cable
Outdoor & Armored Fiber Optic CablesTight buffered cables, loose tube cables, armored cables.
• PU Jacket (Indoor/Outdoor) Not Direct Burial Rated. TheUV Jacket can be exposed to the elements. Very High Flexand Perfect for deployment reels and tactical applications
• PE Jacket (Direct Burial Rated) UV Jacket that is suited forall outdoor applications.
• PLO Jacket (Indoor/Outdoor/Plenum) Perfect for inbetween buildings as well as outdoor and conduits. Indooruses include Plenum or Riser applications.
▪ ST has been a popular connector for manyyears. Bayonet locking design keeps the STsecurely on equipment. Used widely in legacysystems and still the standard connector forbroadcast applications
▪ SC is a snap-in connector that is widely usedin both Multimode and Singlemode systems
▪ LC is a newer connector that uses a 1.25 mmferrule, half the size of the SC/ST. Becomingthe new most popular connector for bothSingle and Multimode fiber
▪ MTP®/MPO is 12 or 24 fiber connector forhigh density applications. Its main use is forpre-terminated cable assemblies
▪ HDMI HD AV, including full 4K and 3D content,at distances up to 1,000 feet & ARC
Popular Termination Solutions
Both ends of the fiber have a 12 strand MPO/MTP connector and 2 cassettes (OM3 10GB). These cassettes are standard LGX size and fit in many popular fiber rack mount panels and wall mount boxes.Simply run the fiber cable from one location to the other, mount the cassettes into a fiber box (not included), and plug the MPO connectors on each end. Done!No termination needed and you have a multimode rated up to 10gb link.LC-LC 12 STRAND (6 DUPLEX). TiniFiber can make the length of the cable any size you may need.
Available in Singlemode and 62.5/125 multimode
MPO Kits
Available in a variety of glass types and strand counts,the fiber component is designed as needed. The“Power Cables” can be 2, 3 or 4 conductor with 12AWG to 22 AWG options. The basic construction istwo (2) strands of SingleMode Fiber and 18 AWG/2conductor all under one (1) outdoor jacket.
OM4 2/6/12 is a "universal medium" and supports allexisting multimode applications. With a minimum4700 MHz·km EMB bandwidth supports longer distant
OM3 2/6/12 most popular strand counts. Laser-optimized 50/125 µm multi-mode fiber that meet thisdesignation provide sufficient bandwidth to support10 Gigabit Ethernet up to 300 meters. Smaller projectsdriven and looking lower short term costs.
OS2 2/6/12 most popular strand counts. SingleModefiber has a much smaller core, only about 9 micronsused for communications, broadcast and CATV/CCTVand higher strand counts provides future proofing forall projects. (Single strand is FTTH Solution)
Most Popular Strand Counts
• What is Micro Armor Fiber™• Why use Micro Armor Fiber™• Where to use Micro Armor Fiber™• Who is using the product
Who, What, Why & Where
What is Micro Armor Fiber™?
Micro Armor Fiber™ is a revolutionary U.S. Patentedand an award winning new product thatincorporates a tightly wrapped stainless steel coilaround the fiber jacket. It is designed to provide thelightest, strongest and most flexible solution on themarket today.TiniFiber® provides all the characteristics of armorand be used wherever conventional indoor andoutdoor fiber optic cable is installed.
The smallest form factor armored fiber presently available
What is Micro Armor Fiber™?
▪ The Micro Armor Fiber™ solution is aboutprotecting the fragile glass fiber strandswithin the cable jacket
▪ Micro Armor Fiber™ stainless steel coiledtubular design (combined with Kevlar®)adds tensile strength, unparalleleddurability and crush resistance for indoorand outdoor usage
▪ Provides future proofing the project byadding ruggedness in the smallest ODfrom 1 to 144 fiber strands that includesMultimode OM1, OM3, OM4 andSingleMode OS2
▪ TiniFiber’s outer jacket are made to meetall required specifications and externalconditions from Riser, Plenum,Indoor/Outdoor, LSZH, Direct Burial,Industrial and Harsh Environments as wellas added water block for undergroundconduits when necessary
▪ Micro Armor Fiber™ are available with allstandard connectors
Why Micro Armor Fiber™?
▪ Micro Armor Fiber™ by TiniFiber® is a revolutionary innovation for the fiber optic cableindustry that provides a number of advantages for the Telco, CATV, IT, Security,Broadband, Government and for all commercial projects.
▪ The Micro Armor Fiber™ is encased around the smallest Outer Diameter (OD) stainlesssteel coiled tubular outer jacket solution for superior durability, bendability andruggedness that makes routing and installation faster and easier
▪ TiniFiber® provides the best cost/value propostion of any fiber optic armormanufactured today
▪ Micro Armor Fiber™ is approximately 65% smaller and 75% lighter in weight of thetypical Aluminum Interlocking Armor (AIA)
▪ TiniFiber® cable reduces the cost of armored fiber cable projects by loweringmanpower hours for installations
▪ Micro Armor Fiber™ cables exceed the industry performance standards
▪ Micro Armor Fiber™ and power in a single jacket will lower cost and save time/labor toinstall Hybrid Fiber + Power cables
PROVIDES PEACE OF MIND AND PROTECTS YOUR INVESTMENT FOR THE LIFE OF THE PROJECT
Everywhere you use indoor/outdoor orarmored fiber optic cables:
▪ Can be used in any channel from Telco, CATV, WAN,LAN, SAN, Broadcast, DAS, Communication, Security,Pro AV, Staging/Rental, CEDIA.
▪ For Indoor, Outdoor and Aerial Installations andregardless of environmental conditions
▪ Data centers, IT, communications and securitysolutions that pose challenges regarding tight spacesand small conduits for small/medium businesses
▪ FTTD/FTTH/FTTB – Best in class Micro Armor Fiber™optic cable where speed and big data cannot becompromised from the server to the patch panel andto the desk, home or building
▪ BMS/PONS for premises who use it for connectingthroughout buildings (computer based controls) suchas lighting, power systems. Fire, security as well asschools, departments, smart traffic lights and CCTVsurveillance systems
Where to Use Micro Armor Fiber™?
1. Maintenance and downtime from fiber optics cables that end up cracking,bending and pinching of the glass in the fiber optic cable
➢ Micro Armor Fiber™ stainless steel coiled tubular armor design (combined with Kevlar®) addstensile strength, unparalleled durability as well as crush and rodent resistance for indoor andoutdoor usage for superior protection of the fiber optic glass
2. Space constraints through conduits, support systems and data cabinets
➢ Micro Armor Fiber™ provides the industry’s smallest outer diameter (OD) armor that makesrouting and installation easier through the most challenging spaces
3. Smaller size fiber optic cable for higher density applications
➢ Provides future proofing for the project by adding ruggedness in the smallest OD from 1 to 144strands in a single armored jacket
4. A replacement to the current Aluminum Interlock Armor (AIA) jacket that isbulky and heavy for 1000 ft. rolls
➢ Micro Armor Fiber™ is approximately 65% smaller and 75% lighter than typical AluminumInterlocking Armor (AIA)
5. Current AIA takes additional manpower to install and transport to the job
➢ Micro Armor Fiber™ will lower costs and saving time and labor to install as a value to the end-user
Top 5 Network Fiber Optic Solutions
Conventional cluttered patch cords can lead to faulty connectivity
TiniFiber will perform without failure in a clutter closet!
Patch Cord Solutions
▪ The performance of a fiber opticnetwork can be undermined whenthe performance of the patch cordsused for connecting communicationsequipment are not top quality
▪ Micro Armor Fiber™ is the “END toEND” solution and provides the highquality, bend radius to ensure theproper connection and highperformance for communication
▪ TiniFiber® tests all products forquality assurance
The 25-Year Limited Warranty (see warranty guidelines) is formanufacturing defect and will add assurance based on our high-qualityengineering and manufacturing.
Warranty
Micro Armor Fiber™ VS. AIA
TiniFiber® Micro Armor Fiber™VS.
Aluminum Interlocking Armor (AIA)
When comparing 1000 feet of cabling, Micro ArmorFiber™ is approximately 65% smaller and 75% lighter thanAluminum Interlocking Armor.
Micro Armor Fiber™ vs. AIA
When comparing 300 feet of Aluminum Interlocking Armor,be prepared to have two (2) strong guys to carry that reelor… the lightweight TiniFiber® 300 feet that you can haveanyone bring to the job site!
Bend at your knees!
To carry that large 300 ft.6-strand of Aluminum Interlocking Armor (AIA)
Hmm… Light as a feather! Saves money and time to deliver and install at the site for the same 6-strand Micro Armor Fiber™
Micro Armor Fiber™ vs. AIA
Aluminum Interlocking Armor (AIA)
Aluminum Interlocking Armored cables arestandard fiber optic cables inside a spirallywrapped interlocking armor for enhancedcrush resistance and ruggedness.
The downside of AIA cable that it is bulkyand has been known to crush the fiber whenthe aluminum casing is compromised.
Fiber Count Diameter Weight* Bendable Armor12 13.90 mm 395 lbs. 20.00XD
Fiber Count Diameter Weight* Bendable Armor12 5.5 mm 99.20 lbs. 10.00XD
Micro Armor Fiber™ Stainless Steel
TiniFiber® Micro Armor Fiber™ optic cableis a stainless steel coiled tubular armoredsolution that is designed as the smallestand lightest with enhanced crushresistance and ruggedness. Available inriser and plenum constructions. Stainlesssteel micro armor can be used for allgeneral usage, patch and inside/outsideplant applications in place of a conduit.
12 Strands - Based on 1000 feet
*This calculation does not include the actual weight of the reel
Head to Head Competitive Analysis
Simulation Project for TiniFiber® vs. AIA to supply and install the following:
▪ Two (2) runs of 4-Strand 50/125 Multimode OM3 armored plenum fiber optic runs with LC connectors on both sides
▪ Sixteen (16) LC connectors▪ Two (2) locations▪ Two (2) fiber optic couplers for LC connectors and two (2) face plates with 4-ports▪ One (1) 12-port fiber optic rack mounted patch panel▪ One (1) wire manager
TiniFiber® Micro Armor Fiber™➢ 4 Strand OM3 – Install = $2,101.00➢ Material - TiniFiber is $531 + $300 + $320 =
$1,151.00▪ 1 x 275 feet $337.00▪ 1 x 150 feet $194.00▪ Pre-terminated with 4LC-4 LC with secure
pulling eye $75.00 each side▪ Fiber box $260.00, Two (2) Loaded Face
plates @ $30.00 = $320 ➢ Labor - 1 man x 12hrs at $75.00/hr. = $900.00➢ Delivery = $50.00
Competitive Aluminum Interlock Armor➢ 4 Strand OM3 – Install = $3,801.00➢ Material – AIA Fiber is $581 +$300+ $320 =
$1,201.00▪ 1 x 275 feet $361.00▪ 1 x 150 feet $220.00▪ Pre-terminated with 4LC - 4LC with secure
pulling eye $75.00 each side▪ Fiber box $260.00, Two (2) Loaded Face
plates@$30 = $320 ➢ Labor - 2 men x 16hrs at $75.00/hr. = $2,400.00➢ Delivery = $200.00
*Pricing based upon 6/1/15 price sheet
Simulated Cost Analysis TiniFiber VS. AIA for FTTD
Micro Armor Fiber™ Cable
Sampling of TiniFiber® Solutions
Micro Armor Fiber™ Cable
90 Second animation link https://www.youtube.com/watch?v=IRdX6J0H7wY
www.tinifiber.com
TiniFiber 4 Core OS2 Spec Sheet
TiniFiber 6 Core OM1 PU Spec Sheet
TiniFiber 4 Core OM3 Spec Sheet
TiniFiber 12 Core OM4 Spec Sheet
Mobile Deployment Reel
Multimode, twin-core fiber, 850nm, double LC-LC interface, 10G, 5/125um, LC-LC high interface roughness-OM3optical fiber patch cord instead of HDMI cable, reach 300m,
Stripping Tool and Cable Cutters
Accessories
Stainless Steel Fiber Adapters
For stripping most basic TiniFiber, rotate the tool1 to 3 times with index finger to strip the outerjacket easily.
HDMI 2.0 Over Fiber
Accessories
Stainless Steel Fiber Extender
1. Long distance and low power consumption. No signal loss, set up rather easy2. HDMI Connects directly to LC-LC interface, 10G, 5/125um, 3. High interface roughness-OM3optical fiber patch cord instead of HDMI cable, reach 300m,4. Optical fiber, multimode, twin-core fiber interface;5. Meet EEE802 ae, 10GBASE-SR connection standard;6. Auto adjust feedback information, no need worry about the length.7. Wave length rate: 850nm-1310nm8. Support HDCP protocol, HDMI 1.4A, support DDC CEC HPD;9. Support high resolution 1080P/60Hz, 4K*2K*30Hz, 3D10. Support 340Hz/10Gbps/frame(total 10.3Gbps) bandwidth;11. Support 36/48bit(total 48bit) deep color;12. Audio format: DTX-HD/Dolby-true HD/LPCM7.1/DTS/DOLBY-AC3/DSD/HD(HBR)
1. Parts of Televisions RX required external power2. Hybrid optical cable with fiber and copper wire 3. Plug and Play4. Compliant with HDMI 1.4 standard5. HDCP Support 6. .No loss of signal-delivering crystal clear digital images instantly. 7. Self-detecting function for EDID information. 8. Support computer resolutions to 1080p and 4k2k(30P)
HDMI Extender Over IP
Accessories
Stainless Steel Fiber Adapters
1. Up to 60km distance (According to the type of transceiver). 2. Single link HDMI signal. 3. Compliant with HDMI1.4 version. 4. One SFP+port. 5. Plug and play. 6. HDCP support(Transmit distance only 300 meters). 7. Optical fiber transmission is immune to environmental signal
noise. 8. Support computer resolutions to 1920x1200 and UHD TV
resolutions to 1080p,and 3840×2160P @ 30Hz 9. Support 3D TV pass-though
1. Transmits HDMI video and audio signals up to 150m over a single CAT5e/6 cable
2. Support video resolution up to 1920*1080P@60Hz3. Support IR signal transmission4. Support one to many application with Ethernet switch5. Compliant with HDMI 1.3 and HDCP 1.2 standard6. High compatibility, can auto-match source and display device7. Built-in automatic adjustment system, make the image smooth,
clear and stable;8. Built-in ESD protection system9. Simple to install, plug and play
MPO Kit Spec Sheet
Micro Armor Fiber™ Cable
Testimonials/ Press Releases
All company names are trademarks™ or registered® trademarks of their respective holders. Use of them does not imply any affiliation with or endorsement by them.
Customer Sampling
• Charlotte Airport 2018• 911 Memorial
• Arthur Ash Stadium• AOL• AT&T
• ConEdison• Palms Casino
• Panthers Stadium• Superbowl 2015/2016/2017
• Verizon• Winthrop Hospital
Every year, the Super Bowl outdoor events attract hundreds of thousands ofpedestrian and vehicle traffic. The NFL needed a highly crush-proof, flexible, highquality cable and with the smallest OD fiber armor. They turned to TiniFiber® forthe solution.
During the 2014 New York City events in Times Square on “Super Bowl Blvd” therewere thousands of vehicles and heavy foot traffic running over the Micro Armorcables without incident. The NFL again utilized the TiniFiber® for the 2015 SantaAna Super Bowl (Feb 2016) and Minneapolis in 2018 events and will recommendthe product for other events in the future.
- NFL Project Manager
NFL Super Bowl Outdoor Fiber
AOL Corporate was looking for best in class Fiber To The Desk (FTTD) cablingand patch cords. Since they were transporting huge amounts of data, it wasimperative to have high bandwidth and zero down-time. The right fibersolution had to provide quality and reliability from the server to the patchpanel and to the desk. AOL turned to TiniFiber’s Micro-Armor Fiber™ optics forits FTTD needs.
- Architect Developer, AOL
AOL Corporate FTTD Solution
“Winthrop Hospital has undergone an expansion of our Research Building that useshigh-tech training for future technologies in the hospital.
A high end, secured fiber optic network backbone had to be implemented. Wefound that TiniFiber® Micro Armor Fiber™ optic cable was the perfect solution. Thehighly flexible, small OD size saved space in both the pathways and the racks andmade for a smooth installation and within budget. The stainless steel armorprovided the extra strength and security over regular fiber cables. Plenum rated andthe best Corning glass made it a no brainer.”
- Chris Iorio, Chief Information Officer
Winthrop Hospital, Mineola, NY
Winthrop Hospital Research Building
Nov 10, 2015 TiniFiber® by CertiCable wasawarded the U.S. Patent for the ArmoredFlexible Fiber Optic Cable - 11/11/2015
Farmingdale, NY – Certicable Inc., the parent company to TiniFiber® has announcedtoday that the U.S. Patent office has awarded U.S. Patent No. 9,182,562 B2 for thestainless steel micro armor fiber developed to protect the fragile fiber glass within thecable jacket.
“Our Micro Armor Fiber™ stainless steel concept was conceived back in 2011 and we arepleased that the U.S. Patent Office recognizes the invention as ground breaking and willchange the armored fiber optic industry,” stated Christian A. Peterson III, Chief ExecutiveOfficer for TiniFiber’s product line. Peterson continues, “We’re focused on providing best-in-class armored fiber optic solutions to meet the needs of large enterprises, IT,communications, telco, CATV, Pro AV, CEDIA, security and government agencies that areseeking a quality fiber optic cable for both indoor and outdoor usage.”
Barry Skolnick, co-inventor and Chief Operating Officer, states “The TiniFiber’srevolutionary development of Micro Armor Fiber™ addresses both the armor and non-armor cable markets in a single solution.” Roman Krawczyk, co-inventor and ChiefEngineer further elaborates that, “This is accomplished by the proprietary “Micro ArmorMachinery” designed to tightly wind the stainless steel tubular coil around the fiberstrands. This in turn provides the smallest Outer Diameter (OD) of any armored fibercable on the market as well as the same OD for current non-armored fiber cables.”
The solution offers considerable advantages over the conventional Aluminum InterlockingArmor (AIA) widely used today. TiniFiber® Micro Armor Fiber™ cable does not increasethe size of the outer diameter of the basic fiber optic cable.
U.S. Patent and Press Release
Smart Choice Press Release
Smart Choice Communications Works with TiniFiber® to Provide Superior Voice and Data Services to Clients
Micro Armor Fiber™ Provides Increased Flexibility While Significantly Decreasing Time and Costs for Cabling Projects
Smart Choice Communications is an end-to-end telecommunications consulting and management company that provides a full range ofinnovative infrastructure design, voice and data solutions, and cabling and wiring services to its growing client roster. The company is currentlyundergoing rapid expansion into the healthcare and retail industries, and Chief Technology Officer Basil Stepanov is always on the lookout for newproducts and services to better serve the demanding technology needs of this customer segment.
Stepanov first encountered TiniFiber® while working on an extensive wiring job for a large television producer. “For this project, speed was of theessence,” remarked Stepanov. “When the client is constantly pushing large files under tight deadlines, it’s our job to make sure everything runssmoothly and with no hiccups. TiniFiber® helps us do just that.”
Since that first installation over a year ago, Smart Choice has continually scoped out TiniFiber® for a wide variety of projects and is workingtowards making Micro Armor Fiber™ the new standard for all cabling jobs going forward. “Micro Armor Fiber™ is tougher than other fiber withouta doubt,” says Stepanov. “It provides maximum flexibility and gives us much more versatility, allowing us to work in large buildings and get aroundbends without worrying about cracking or breaking.”
During some fiber-optic installations there is a need to provide extra protection for the cable due to the installation environment. Thatenvironment may be underground or in buildings with congested pathways. Installing an armored fiber-optic cable in these scenarios providesextra protection for the optical fiber and added reliability for the network, lessening the risk of downtime and cable damage due to rodents,construction work, weight of other cables and other factors.
“We’ve done a lot of installs in large stadiums and schools, and inevitably the client always requests changes a year or more later,” says Stepanov.“When you’re using standard fiber and moving it at an angle, it could potentially break and cost the client tens of thousands of dollars. Bottomline: when fiber breaks in a 100-story building it’s a huge, expensive disaster.”
Working with TiniFiber® has helped Smart Choice save their clients significant time and financial resources. Measuring 65% lighter in weight and75% smaller in size than popular Aluminum Interlocking Armor (AIA) fiber optic cables, Micro Armor Fiber™ translates into more versatility, lowershipping and installation costs, and decreased manpower hours to complete projects.
“When scoping out new technology, the most important thing we look for is how it can help our clients,”Stepanov added. “With TiniFiber, it was a no-brainer.”
Elevator Pitch
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Sampling TiniFiber Articles
TiniFiber®Please contact us regarding specifications and engineering of our
products:
Roman Krawczyk
Chief Technical Officer & VP of Sales
102 Marine Street
Farmingdale, NY 11735
631.756.2626
www.tinifiber.com
Contacts