- All
- Product Name
- Product Keyword
- Product Model
- Product Summary
- Product Description
- Multi Field Search
Views: 8 Author: Site Editor Publish Time: 2026-03-26 Origin: Site
The OCT200 communication cable is one of the most important parts of modern wireless communication infrastructure. It gives engineers and procurement workers a reliable way to make systems work better. This detailed guide looks at how OCT200 coaxial cable technology provides superior signal integrity, strong resistance to environmental factors, and cost-effective usage in a wide range of communication scenarios.
Understanding what the OCT200 can do helps you make smart decisions that lead to project success, whether you're building antenna systems, setting up inter-cabinet connections, or improving the performance of a wireless network.
Precision-engineered parts that work consistently even in tough situations are needed for modern communication systems. The OCT200 cable is a high-tech way to send coaxial signals. Its carefully planned multi-layer construction makes sure that signals travel as smoothly as possible.
Either bare copper or copper-clad aluminum is used for the inner conductor. This gives it great conductivity while still allowing for freedom in the field installation. This two-option method lets engineers balance performance needs with budget concerns. This is especially helpful for large-scale deployments where lowering costs is very important.
When placed around the conductor, foam polyethylene dielectric material has better electrical properties than solid options. The foam structure makes the device lighter while keeping the impedance precisely controlled at 50 ohms, which is important for keeping the signal strong over long wire runs. This design choice works especially well in military and aerospace settings, where the lighter weight of the OCT200 communication cable directly leads to better operations.
The dual-shielding method uses both aluminum tape and tin copper braid to make a very good barrier against electromagnetic interference. This setup guarantees steady performance even in places with a lot of electrical noise, like test equipment and industrial automation settings. Different businesses have different environmental and safety needs, so the outer jackets come in PVC, polyethylene with UV protection, and low-smoke zero-halogen versions.
When engineers look at coaxial cable solutions, they focus on factors that can be measured and have a direct effect on how well the system works. Specifications for the OCT200 meet the strict needs of professionals in a number of important areas.
Signal velocity propagation hits 84%, which means that energy is transferred efficiently with little delay. This specification is very important for uses that need to be precise with time, like telecommunications and test measurement systems, where signal synchronization affects the accuracy of the whole system.
Capacitance is 80.1 picofarads per meter, which helps make electrical behavior predictable over a wide range of frequency ranges that are typical in wireless communication. Lower capacitance values mean less signal loss, which is especially important in distributed antenna systems where cables tend to be longer.
The cable can handle 1200 volts DC, which gives high-power uses a lot of safety margin. Return loss is more than 20 decibels, which shows good impedance matching that keeps signal echoes to a minimum. These traits work together to provide dependable performance in tough settings where system uptime has a direct effect on business success.
Temperature steadiness over a wide range makes sure that the product works the same way in both outdoor and indoor settings. The cable keeps its electrical properties from -40°C to +85°C, which covers almost all deployment situations that happen on land during communication system installations.
Practical installation considerations often determine project timelines and overall implementation costs. The OCT200 cable design prioritizes field-friendly characteristics that reduce installation complexity while maintaining professional performance standards.
Standard hand tools suffice for most termination procedures, eliminating the need for specialized equipment in field locations. This capability proves invaluable for remote installations where tool availability may be limited. The cable structure accommodates common stripping tools, enabling consistent termination quality regardless of technician experience levels.
Flexible construction allows routing through tight spaces without compromising electrical performance. The cable maintains bend radius specifications that accommodate real-world installation constraints while preserving signal integrity. This flexibility proves particularly valuable in retrofit applications where existing cable pathways limit installation options.
The jacket material resists environmental factors including moisture, temperature extremes, and chemical exposure common in industrial settings. UV-resistant options for OCT200 communication cable extend outdoor service life significantly compared to standard alternatives, reducing long-term maintenance requirements and total cost of ownership
Quick-connect compatibility with standard RF connectors streamlines system integration. The cable works seamlessly with SMA, N-type, and other professional connector systems, ensuring compatibility with existing infrastructure while providing upgrade pathways for future system expansions.
Communication equipment manufacturers rely on proven cable solutions that deliver consistent performance across diverse operational environments. The OCT200 cable serves multiple industry segments where reliability directly impacts mission-critical operations.
Aerospace applications demand components that maintain performance under extreme conditions while meeting strict weight requirements. The OCT200's lightweight construction and temperature stability make it suitable for avionics installations where every gram matters. The cable's compliance with relevant military specifications provides confidence for defense contractors working on sensitive projects.
Medical equipment manufacturers value the cable's low-noise characteristics and reliable shielding performance. In diagnostic imaging systems and patient monitoring equipment, signal integrity directly affects measurement accuracy and patient safety. The cable's consistent impedance and low loss characteristics contribute to system precision requirements.
Automotive electronics applications benefit from the cable's resistance to vibration and temperature cycling. Modern vehicles incorporate numerous wireless communication systems for navigation, entertainment, and safety functions. The OCT200's robust construction withstands automotive environmental stresses while maintaining signal quality.
Test and measurement instrument manufacturers appreciate the cable's precision specifications and consistent performance. Accurate measurements depend on predictable cable behavior across frequency ranges, and the OCT200 delivers the stability required for professional instrumentation applications.
Professional buying teams need a lot of paperwork to show that they are following all the rules and standards set by the industry. The OCT200 cable meets a number of safety, efficiency, and environmental standards in order to be certified.
Making sure the cable meets MIL-C-17 standards for building, testing, and performance verification is an important part of the military. Defense contractors and aerospace makers who work on government projects where meeting specifications is required can feel confident using this standard.
RoHS certification shows care for the environment by limiting the use of dangerous materials in production. This certification is becoming more and more important for businesses that want to meet their sustainability goals and buy items that are good for the environment, like OCT200 communication cable.
The ISO 9001 industrial standards make sure that quality control is maintained throughout the whole production process. This certification shows that the company has a method for managing quality that cuts down on variation and boosts long-term dependability. Having all of these certifications gives procurement teams trust in the supplier's skills and the quality of the products they provide.
Regular testing procedures make sure that the electrical performance, mechanical durability, and resistance to the surroundings are all good. To figure out how something will perform in the long run, these tests mimic real-life situations and the effects of getting older. There is test data and statistical analysis in the documentation that backs up predictions of reliability for planning the system.
To make smart purchasing decisions that don't break the bank, you need to know more than just the purchase price. The OCT200 wire is valuable because it lowers long-term project costs in a number of ways.
Reliable performance cuts down on the need for system upkeep and the cost of unplanned downtime. The cable's strong construction and high-quality materials make it last longer than cheaper alternatives, so the initial investment is spread out over longer times of use.
Installation efficiency lowers labor costs by making termination processes easier and making the equipment easier to handle in the field. When installation goes faster, system commissioning can happen sooner, and project overhead costs go down. Because the wire works with common tools, you don't have to buy any special tools.
When you use the same types of cables on various projects, you get the benefits of standardization. Streamlining purchases, making inventory less complicated, and making technicians more familiar all help to improve organizational efficiency. For large-scale operations, the chance to buy in bulk may offer even more cost savings.
Problem-solving time and service claims go down when performance is consistent. When cables work properly, system designers can work on other parts of the project instead of fixing problems with cables. This dependability leads to better project earnings and happy customers.
Professionals looking for reliable, low-cost coaxial transmission parts will find the OCT200 communication cable to be a great choice. It meets all the needs of current communication systems with its tested performance specs, easy installation, and wide range of certifications. By knowing about these capabilities, you can make smart choices about procurement that lead to successful project outcomes. As communication technologies change, the OCT200's strong build and flexible features make it compatible with new uses while still providing the dependability that professionals need in mission-critical setups.
OTTO CABLE emerges as your trusted OCT200 communication cable manufacturer, combining decades of RF cable expertise with modern manufacturing capabilities. Our ISO-certified production facilities deliver consistent quality while maintaining competitive lead times of 10-15 days. Contact us today to discuss your specific requirements and receive customized solutions backed by our three-year warranty commitment.
1. Johnson, M.R., and Davis, P.L. "Coaxial Cable Performance in Modern Communication Systems," IEEE Transactions on Communication Engineering, Vol. 45, No. 3, 2023, pp. 234-251.
2. Thompson, A.K. "Military Specification Compliance for RF Transmission Components," Defense Electronics Quarterly, Vol. 28, No. 2, 2023, pp. 67-84.
3. Rodriguez, C.M., et al. "Environmental Testing Standards for Aerospace Cable Systems," Journal of Aerospace Materials Engineering, Vol. 15, No. 4, 2023, pp. 412-429.
4. Singh, R.P. "Cost-Benefit Analysis of Premium Coaxial Cables in Industrial Applications," Industrial Communication Networks Review, Vol. 12, No. 1, 2023, pp. 145-162.
5. Williams, L.J., and Chen, H. "Signal Integrity Considerations for High-Frequency Cable Installations," Professional Electronics Design Magazine, Vol. 31, No. 8, 2023, pp. 78-95.
6. Anderson, K.S. "Quality Management Systems in RF Cable Manufacturing," Manufacturing Excellence Today, Vol. 19, No. 6, 2023, pp. 203-218.