04/27/2024 1:50 a.m.
https://cablematic.com/en/products/rg-316-cable-20cm-mc-card-lucent-malersma-male-RG093/
https://cablematic.com/en/products/rg-316-cable-20cm-mc-card-lucent-malersma-male-RG093/
RG-316 Cable 20cm (MC-Card Lucent Male/RSMA-Male)
RG-316 Cable 20cm (MC-Card Lucent Male/RSMA-Male)
REF: RG093
OUTLET
Specifications
- RG-316 Cable 20cm (Lucent MC-Card Male / rSMA-Male)
- Based on coaxial connectors
- Used in access points
- 802.11 wireless adapters
- Connection with antennas and their wiring
PVP
€8.86
€2.04
Price including VAT:
€2.04
PVD
€7.78
€1.79
PVP: Retail price.
Check conditions.
PVP: Sale price to distributors.
Check conditions.
Buy before:
Receive it:
Friday 3
Delivery times are approximate. Cablematic is not responsible for delays.
2 yearswarranty
14 daysreturns
OUTLET
Specifications
- RG-316 Cable 20cm (Lucent MC-Card Male / rSMA-Male)
- Based on coaxial connectors
- Used in access points
- 802.11 wireless adapters
- Connection with antennas and their wiring
Related products
Purchased together regularly
More info
20 cm long RG-316 cable equipped with coaxial connectors, ideal for connecting antennas and their wiring. It has a Lucent MC-Male connector on one end and SMA-Male-Inverted (rSMA-Male) on the other. The material used is RG-316 with a gain loss of 1.5 dBi/m, which means that the specific loss for this length is 0.3 dBi. This cable is an ideal solution for a secure connection with a good signal.
Specifications
Specifications
- RG-316 Cable 20cm (Lucent MC-Card Male / rSMA-Male)
- Based on coaxial connectors
- Used in access points
- 802.11 wireless adapters
- Connection with antennas and their wiring
- Lucent MC-Male connector on one end
- SMA-Male-Inverted (rSMA-Male) at the other end
- RG-316 type cable
- 1.5 dBi/m gain loss
- Loss specifically for this length is 0.3 dBi
- Ideal for wireless connections
- 802.11 compatible
- White color
- Advanced technology
- Gross Weight: 10 g
- Number of packages: 1
Technical terms
- dBi
dBi
The dBi isotropic or decibel is a unit for measuring the gain of an antenna in reference to a theoretical isotropic antenna. The value dBi corresponds to the gain of an ideal antenna (theoretical) radiating the received power of a device to which it is connected, and which also transmits the signals received from space without regard either external or additional gains or losses powers.
