https://cablematic.com/en/products/rg-316-cable-20cm-mc-card-lucent-machon-female-RG096/
RG-316 Cable 20cm (MC-Card Lucent Macho/N-Female)
- RG-316 Cable 20cm (Lucent MC-Card Male / N-Female)
- Based on coaxial connectors
- Used at access points
- Wireless 802.11 adapters for connection to the antennas and their wiring
- Lucent MC-Male connector at one end
2 yearswarranty
14 daysreturns
- RG-316 Cable 20cm (Lucent MC-Card Male / N-Female)
- Based on coaxial connectors
- Used at access points
- Wireless 802.11 adapters for connection to the antennas and their wiring
- Lucent MC-Male connector at one end
Related products
Purchased together regularly
More info
20 cm RG-316 cable perfect for use with coaxial connectors, wireless 802.11 adapters and antennas. It is made with a Lucent MC-Male connector at one end and N-Female at the other, and its specific material is RG-316, which offers a gain of 1.5 dBi/m. This means that for this length the level of loss is 0.3 dBi, which makes it an excellent option to connect access points with their cabling and antennas.
Specifications
- RG-316 Cable 20cm (Lucent MC-Card Male / N-Female)
- Based on coaxial connectors
- Used at access points
- Wireless 802.11 adapters for connection to the antennas and their wiring
- Lucent MC-Male connector at one end
- N-Female connector on the other end
- RG-316 type cable
- 1.5 dBi/m gain loss
- Loss specifically for this length is 0.3 dBi
- Ideal for connecting antennas and wireless adapters
- 802.11 compatible
- black and brown color
- Last generation technology
- Gross Weight: 30 g
- Product size (width x depth x height): 1.0 x 6.0 x 1.0 cm
- Number of packages: 1
Technical terms
- dBi
- Wifi
dBi (decibels relative to isotropic) is a logarithmic unit of measure that expresses the gain of an antenna compared to a theoretical isotropic antenna that radiates energy uniformly in all directions.
Imagine a light bulb that shines in all directions equally. If you put a reflector on it so the light concentrates in a single spot, that light will be much more intense there. The dBi measures how much extra "strength" the signal gains by focusing it in a specific direction instead of wasting it everywhere.
| Attribute | Specification |
|---|---|
| Reference | Isotropic radiator (0 dBi) |
| Scale Type | Logarithmic |
Directivity and Energy Focus
A higher dBi value does not mean the antenna produces more energy, but rather that it redirects existing energy more precisely, narrowing the beam angle to reach greater distances.
Advantages
- Increased range for wireless links.
- Reduction of side and rear interference.
- Better signal-to-noise ratio in the main direction.
A higher dBi value indicates a more directional and longer-range signal.
