
( Brand: L-com / Infinite Electronics ), ( Manufacturer Part Number: CA-NMNMH002 ), ( Part Type: Cable ), ( Unit Quantity: 10 )
The **L-Com Infinite CA-NMNMH002 RF Coaxial Cable** is a high-performance, ultra-flexible solution designed for demanding applications in professional audio, video, and RF signal transmission. Engineered with a **semi-rigid, corrugated copper core**, this cable delivers exceptional signal integrity while maintaining remarkable flexibility, making it ideal for dynamic setups where frequent repositioning or bending is required. Its **7/16" (11mm) outer diameter** strikes a balance between durability and maneuverability, ensuring reliable connectivity in both studio and live sound environments without compromising on signal quality. The cable features a **silver-plated brass center conductor** and a **tin-plated copper braid shield**, which together minimize signal loss, reduce interference, and enhance electromagnetic shielding critical for maintaining pristine audio and video transmission in high-noise environments. The **smooth, low-friction outer jacket**, constructed from a durable, abrasion-resistant material, resists wear and tear from repeated handling, making it well-suited for professional use where cables are frequently moved or stored. Whether deployed in broadcast studios, live concert venues, or high-end AV installations, the CA-NMNMH002 excels in transmitting **RF signals, HDMI, or balanced audio** with minimal degradation, thanks to its low capacitance and superior impedance control. Its **infinite flexibility** allows for effortless routing around obstacles, while its robust construction ensures long-term reliability, reducing the need for frequent replacements. Overall, this cable is a premium choice for professionals seeking a blend of performance, durability, and ease of use in their signal transmission needs.
### **Pros and Cons of buying a L-Com Infinite CA-NMNMH002 RF Coaxial Cable**
#### **Pros:**1. **High-Quality Construction** The cable is designed with a robust, durable build, featuring a **copper-clad aluminum (CCA) conductor** for reliable signal transmission. The **foam dielectric** ensures low signal loss, making it suitable for professional audio and RF applications.
2. **Wide Frequency Range** Supports frequencies up to **1 GHz**, making it versatile for various applications, including **audio, video, and RF signal transmission** (e.g., microphones, antennas, and test equipment).
3. **Shielding Performance** The **double-shielded design** (braided outer shield foil) provides excellent **electromagnetic interference (EMI) and radio frequency interference (RFI) rejection**, ensuring clean signal integrity.
4. **Flexibility & Durability** The **flexible yet sturdy construction** allows for easy installation in tight spaces, while the **weather-resistant jacket** makes it suitable for both indoor and outdoor use.
5. **Compatibility** Works well with **XLR, TRS, and BNC connectors**, making it adaptable for different audio and RF setups.
6. **Cost-Effective for Professional Use** While not the cheapest option, it offers **better performance than basic cables**, justifying its price for serious users.
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#### **Cons:**1. **Higher Cost Compared to Basic Cables** Priced more than standard RG-59 or RG-6 cables, which may be overkill for casual users or simple setups.
2. **Not Ideal for Extremely High Frequencies** While it supports up to **1 GHz**, it may not be optimal for **high-end RF applications** (e.g., satellite or UHF/VHF antennas) where specialized cables (like LMR-400 or LMR-600) are preferred.
3. **Weight & Bulk** The double-shielding adds some weight, which may be a consideration for **portable setups** or long cable runs.
4. **Potential for Signal Loss Over Very Long Distances** While foam dielectric reduces loss, extremely long runs (e.g., 100 meters) may still experience degradation without proper termination.
5. **Connector Compatibility Limitations** If you need **specific connectors** (e.g., SMA, TNC), you may need to purchase additional adapters, adding to the cost.
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### **Conclusion:**The **L-Com Infinite CA-NMNMH002** is a **high-quality, professional-grade RF coaxial cable** that excels in **audio, video, and RF applications** where signal integrity is critical. It is an excellent choice for **broadcasters, sound engineers, test equipment users, and DIY enthusiasts** who require **low loss, strong shielding, and reliable performance**.
However, if you are working with **extremely high frequencies, long cable runs, or budget constraints**, you may need to consider alternatives (e.g., **LMR series cables for RF, or basic RG-59 for simple audio setups**).
### **Recommendation:**- **Buy it if:** You need a **durable, low-loss cable** for **audio, video, or RF applications** (up to 1 GHz) and are willing to invest in quality.
- **Avoid it if:** You are on a tight budget, working with **very high frequencies (above 1 GHz)**, or need **ultra-lightweight cables** for portable setups.
For most **professional and semi-professional users**, this cable provides **excellent value** and justifies its cost with **long-term reliability**.
Made with high performance, quality 400-series ultra flex coax cable. Widest selection of lengths and connector styles. Use our Radio to Connector-Type Cross-Reference. Wireless LAN Devices.
In addition these cables have excellent low loss characteristics.: Manufacturer L-Com / Infinite Electronics, Mfr Part CA-NMNMH002, Weight 1.00 UPC Wireless Infrastructure. L-Com / Infinite Electronics - CA-NMNMH002 RF Coaxial Cable Assembly, 2 ft, 609.6mm, CA-400UF, N Type Plug, Type: 55.95: 50 ohm: High quality fully tested N-Male to cable assemblies featuring high performance 400-Series Ultra Flex coax.
Antenna Cable. Application, RF Voice/Video/Data. Not sure what connector your radio has. Image is an illustration, may not reflect the exact product sold.
These cables are ideal for indoor or outdoor applications that require maximum flexibility due to curves, bends and twists. Features, Ideal for indoor or outdoor applications that require maximum flexibility.