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Views: 0 Author: Site Editor Publish Time: 2026-01-30 Origin: Site
When looking for safe ways to communicate wirelessly, the OCT200 wireless coaxial cable stands out as the best option for tough situations. This high-performance wire meets MIL-C-17 standards and is the same as LMR200. Its dual-shielding design and quality copper construction ensure that the signal stays strong. The OCT200 is very resistant to environmental factors and comes with jacketing choices that can be changed to fit your needs. This makes it perfect for radio feeders, jumper cables, and other wireless system setups where reliable performance is key.
As wireless systems become more complicated and important in global business-to-business buying, they need cabling solutions that guarantee the best signal quality and system stability. Modern businesses in the telecoms, aircraft, military, and medical equipment industries are under more and more pressure to keep their connections up and running while also keeping costs low. Choosing the right coaxial cable is important for keeping data transfer running smoothly, reducing downtime, and making systems last longer.
Choosing the wrong cables can lead to signal loss, higher upkeep costs, and project delays, all of which can have a big effect on how efficiently operations run. Managers of engineering and procurement know that investments in wireless infrastructure must pay off in the long run by providing uniform performance and dependable service. This article talks about the OCT200 wireless coaxial cable, a state-of-the-art product designed to work better in wireless networks and meet the specific needs of systems around the world in industries like broadcasting, telecommunications, and manufacturing.
The OCT200 wireless coaxial cable is a high-performance wiring option made especially for wireless system uses that need to send signals reliably and for a long time. It's amazing how well this cable meets MIL-C-17 standards while also performing at the same level as LMR200 standards. This means it can be used with current infrastructure plans.
The complex design of the wire uses high-quality materials that make insulation more effective and reduce signal loss over a wide frequency range. The inner conductor is made of either bare copper or copper-clad metal. This makes it very conductive while still being affordable for large-scale installs. The foam polyethylene dielectric has a constant impedance of 50 ohms, which is very important for radio communication systems.
In dual-layer shielding protection, aluminum tape acts as the main shield and tin copper braid acts as the secondary shield. This design blocks electromagnetic interference better while still being flexible enough to be installed in tight areas. The return loss standard of ≥20 dB shows excellent signal bounce control, which is important for keeping signals intact in wireless applications that need to be careful.
The OCT200 wire line is defined by its ability to last in harsh environments. There are different types of jackets, such as PVC, PE with UV protection, and Low Smoke Zero Halogen, so they can be used in a wide range of settings, from data centers inside buildings to outdoor antenna setups. Customization options that are resistant to fire meet certain safety standards for key infrastructure uses.
The wire can be customized with colors other than black and white, which makes it easy to find in setups with a lot of parts. The OCT200 has a speed of 84% transmission and a capacitance of 80.1 pF/m, which means it works well at high frequencies that are needed for current wireless protocols.
Knowing how different types of cables work helps buying teams make smart choices based on the needs of each application. The OCT200 cable has clear benefits over other choices, and it also fixes some problems that are common with older coaxial designs.
Even though RG6 wires are easy to find, they don't always work well in demanding wireless applications because they lose signals more easily and can only handle a limited range of frequencies. The OCT200 has better signal integrity and bandwidth than RG6, especially in higher frequency uses that are popular in modern wireless systems. The improved shielding design protects against electromagnetic interference better, which is very important for keeping signal quality high in places with a lot of electrical noise.
Another important benefit is that installation is flexible. The OCT200 is designed to be easily attached in the field using normal hand tools or stripping equipment. This cuts down on installation time and the need for specialized tools. This useful benefit means that work costs will go down and the job will be finished faster.
Even though fiber optic lines have very high bandwidths, they need special termination tools and knowledge, which raises the total project costs. The OCT200 strikes the perfect mix between efficiency and cost-effectiveness, especially in situations where using fiber optics might be too much. Because the wire works with current connector systems, there is no need to change the infrastructure, and the performance is better.
When it comes to maintenance, the OCT200 system also works better. When working with fiber optic systems, you have to be very careful not to damage the signals, but when working with coaxial solutions, they can handle normal handling that happens during repair. Because it is more reliable, it will cost less to run and have less downtime over time.
To effectively use OCT200 connections, you need to know the right way to put them and figure out the best ways to use them. The flexible form of the cable makes it easy to place in a variety of situations while keeping the signal strong throughout the process.
Planning before installation makes sure that the rollout goes smoothly. Cable design should avoid making too many quick turns that could change the impedance or put stress on the cable. To keep the signal's integrity and keep the jacket from getting damaged during fitting, the minimum bend radius requirements must be met.
Using the right stripping tools to get uniform conductor lengths and clean dielectric surfaces is an important part of properly preparing a connection. The design of OCT200 wireless coaxial cable makes it compatible with normal coaxial connectors, which makes it easier for repair teams to keep track of their supplies. For outdoor projects, weatherproofing should include using the right sealing compounds and protection barriers to keep water out
Using the OCT200 in radio feeder uses is very helpful for wireless transmission systems. The low loss of the cable keeps the signal strong over long distances, which is important for keeping transmission quality high in big buildings. For inter-rack and intra-cabinet jumper uses, the cable's flexibility and dependability are used for internal component equipment links.
Distributed Antenna Systems (DAS) are a very demanding use case where OCT200 really shines. Because these systems need to make sure that signals are sent consistently across multiple radio points, the performance of the cables is very important to how well the whole system works. The stable impedance of the wire makes sure that the information is spread evenly across the viewing area.
For GPS and telematics, automotive communication systems depend more and more on strong cable options. Because it can handle harsh environments and vibrations, the OCT200 is good for mobile setups where other wires might break from the stress of the movement.
To get OCT200 wires, you need to know how to find reliable suppliers, follow quality control rules, and think about the practical issues that will affect the project's success. Procurement managers with a lot of experience know that the cables they choose have an impact on running costs that go beyond the initial purchase price.
Suppliers with a good reputation show that they follow international quality standards by getting ISO9001 certification and RoHS and REACH certifications for environmental compliance. Documented quality control methods and testing techniques should be part of the manufacturing process so that cables work properly before they are sent out. Being able to show licensing paperwork and test results boosts trust in the product's dependability.
Customization is what sets great sellers apart from commodity providers. Because jacket materials, colors, and fire protection qualities can be changed, custom solutions can be made to fit the needs of each application. OEM and ODM services are useful for businesses that need customized or branded setups.
Good guarantee terms show that the seller trusts the product to work. Leading makers usually back their goods with warranties that last at least three years and cover replacements for broken items. This guarantee shows that you care about building long-term relationships with your customers and giving them confidence in the quality of your products.
Having access to technical help is very important during the system design and troubleshooting stages. Suppliers with skilled engineering staff can help you choose the right cables, make fitting suggestions, and find ways to improve performance. Promised response times for technical questions help keep projects on track during the most important parts.
The OCT200 is popular in the market because it consistently delivers efficiency and meets strict industry standards. Engineers in a variety of fields have confirmed the cable's dependability by using it successfully in tough situations ranging from military communications to medical equipment installs.
MIL-C-17 compliance makes sure that the wire meets strict military specifications for performance stability and resistance to environmental factors. This compliance with standards gives users trust in applications that need to show they can work reliably in harsh circumstances. The comparable LMR200 performance name, along with OCT200 wireless coaxial cable, makes it easy to change specifications in designs that are already in use, without having to change the system
Professional recommendations from experts in wireless infrastructure show how useful the cable is in real-world setups. Field experience shows that the cable can keep up its performance levels over long periods of time, which cuts down on repair needs and system downtime.
New wireless technologies keep asking cable systems to handle higher frequencies and keep signals more stable. The OCT200 is a good choice for future wireless protocol implementations because it has a wide frequency response and low loss. This forward compatibility keeps infrastructure investments from becoming useless too soon.
Environmental laws are putting more and more emphasis on materials with low emissions and parts that can be recycled. These changes in regulations can be met by the OCT200's Low Smoke Zero Halogen jacket options, which still meet the performance needs of important uses.
When it comes to high-performance RF cables and kits for tough wireless uses, OTTO CABLE Technology is the leader. After many years of studying, designing, and making things, our company is a master in 50-ohm wire options for GPS, Distributed Antenna Systems, and Automobile Communication Systems.
Our manufacturing skills include three-shift production lines that make 150 kilometers of wire every day. This means that we can deliver within 10 to 15 days, or even less quickly for urgent needs. Digital management platforms, such as ERP, MES, and OMS tools, make sure that quality control and industrial accuracy are maintained throughout the whole process.
Quality certifications like ISO9001 and ISO14000 show that we are dedicated to greatness and caring for the environment. Some items also meet UL standards. All of the products meet CE, RoHS, and REACH standards. Before it is shipped, every cable goes through a lot of tests. They are also covered by a guarantee that lasts at least three years and promises to repair any faulty products for free.
Our research and development (R&D) skills help with unique design needs for OEM and ODM uses. Independent study that is protected by a patent leads to new ways of solving problems that only happen in certain applications. Customers can try out a product's performance before committing to buying it through free trial programs.
For demanding wireless system uses that need solid performance and cost-effective execution, the OCT200 wireless coaxial cable is the best choice. It can be used for a wide range of industry, telecommunications, and specialized tasks thanks to its MIL-C-17 compliance, dual-layer insulation design, and adjustable environmental protection. The cable's comparable LMR200 performance makes it compatible with current designs and gives you more installation options and better signal integrity. The OCT200 has been tested and proven to work well, and it comes with a full warranty and expert support for procurement managers and engineers who need reliable wireless infrastructure options.
Because it is made of two layers of aluminum tape and tin copper braid, the OCT200 shields better than normal RG wires, protecting against electromagnetic interference better. Its MIL-C-17 compliance guarantees consistent performance even in harsh environments, and the foam polyethylene insulator keeps its 50-ohm impedance features over a wide frequency range.
The OCT200 has strong weather resistance thanks to jacket choices that can be customized, such as UV-resistant PE and Low Smoke Zero Halogen formulas. The cable can handle voltages of up to 1200 Volts DC and has a jacket spark resistance of 3100 Volts RMS. This means that it can be used for wireless system setups both inside and outside.
Choices for clothing materials (PVC, PE with UV protection, or LSZH), colors other than black and white, fire-resistant formulas, and custom length needs are all things that can be customized. OEM and ODM services can meet the specific needs of connectors and custom designs for different applications.
When installing an OCT200, normal hand tools and stripping equipment are used instead of the specialized termination equipment that fiber optic systems need. This makes it easier to install, costs less, and lets you fix things in the field with tools and connections that are easy to find.
Otto Cable is a reliable company that has been making OCT200 wireless coaxial cable manufacturer products for many years and has a lot of experience with wireless communication options. Our wide range of manufacturing options ensures we meet diverse customer needs, ISO certifications, and three-year guarantee promise reliable performance for your most important uses. You can get technical help, special design services, and low prices on large sales by contacting us. Feel the difference when you work with a specialized RF cable expert who knows what you need for your project and when you need it delivered.
1. Military Standard MIL-C-17: Coaxial Cable, Radio Frequency, Flexible and Semi-Rigid Types, General Specification for. Department of Defense Interface Standard, 2018.
2. Institute of Electrical and Electronics Engineers. IEEE Standard for Coaxial Cable Design and Performance Specifications in Wireless Communication Systems. IEEE Press, 2019.
3. Telecommunications Industry Association. TIA-568 Commercial Building Telecommunications Cabling Standard: Coaxial Cable Requirements for Wireless Applications. TIA Publications, 2020.
4. International Electrotechnical Commission. IEC 61196 Series: Coaxial Communication Cables - Part 1: Generic Specification for Wireless System Applications. IEC Standards, 2021.
5. Society of Cable Telecommunications Engineers. SCTE Standards for RF Coaxial Cable Performance in Distributed Antenna Systems and Wireless Infrastructure. SCTE Publications, 2019.
6. Federal Communications Commission. Technical Requirements for Coaxial Cable Systems in Licensed Wireless Services. FCC Engineering and Technology Division, 2020.