SilverNet OAN5812 Omnidirectional Antenna

Specifications

Performance
Performance SilverNet OAN5812 Omnidirectional Antenna
Frequency band
4.9 - 6 GHz
Networking standards
IEEE 802.11a, IEEE 802.11ac, IEEE 802.11b, IEEE 802.11g, IEEE 802.11n
Horizontal beam width
360°
Vertical beam width
Antenna gain level (max)
12 dBi
Features
Features SilverNet OAN5812 Omnidirectional Antenna
Antenna type
Omni-directional antenna
Antenna connector type
N-type
Connector gender
Female
Polarization
Dual polarization
Voltage Standing Wave Ratio (VSWR)
1.5
Product colour
White
Waterproof
Yes
78% have it
Survival wind speed
241.4 km/h
Wind load
150
68% better than others
Maximum operating distance
1000 m
90% better than others
Mounting
Wall/Pole
Purpose
Outdoor
Type of clamp
U-bolt
Certificates
Certificates SilverNet OAN5812 Omnidirectional Antenna
Compliance certificates
RoHS
Certification
CE, RoHS
Weight & dimensions
Weight & dimensions SilverNet OAN5812 Omnidirectional Antenna
Width
110 mm
38% better than others
Depth
73 mm
43% better than others
Height
590 mm
36% better than others
Weight
1.8 kg
51% better than others
Packaging data
Packaging data SilverNet OAN5812 Omnidirectional Antenna
Package width
105 mm
24% better than others
Package depth
900 mm
55% better than others
Package height
810 mm
29% better than others
Package weight
1.54 kg
56% better than others
Package type
Box
Packaging content
Packaging content SilverNet OAN5812 Omnidirectional Antenna
Quantity per pack
1 pc(s)
Mounting kit
Yes
58% have it
Mounting brackets included
Yes
76% have it
Bolts included
Yes
58% have it
Logistics data
Logistics data SilverNet OAN5812 Omnidirectional Antenna
UK Trade Tariff code
85177100
41% better than others
Country of origin
United Kingdom
Disclaimer: Information on this page may need review. If you notice any discrepancies, please report them
Nolan Brooks
Reviewed by
Nolan Brooks Storage Systems Analyst & Network Engineer Versus Wizard

The SilverNet OAN5812 represents a focused solution within the network antenna market, designed for users requiring broad, consistent signal coverage. As an omnidirectional antenna, its primary strength lies in its ability to broadcast and receive radio signals in all horizontal directions equally, making it an ideal choice for environments where precise directional pointing is impractical or unnecessary. This characteristic is crucial for extending the range of wireless networks, ensuring that devices connected to the network maintain a stable signal regardless of their position relative to the access point or router.

While the provided specifications for the OAN5812 are concise, its designation as an omnidirectional model from SilverNet suggests a commitment to reliable performance in standard wireless networking applications. Such antennas are commonly employed to enhance the reach of Wi-Fi networks in homes, offices, or public spaces, overcoming signal obstructions and dead zones. The design principles behind omnidirectional antennas focus on creating a donut-shaped radiation pattern, effectively covering a 360-degree horizontal area while minimizing signal strength directly above and below the antenna itself. This makes it particularly well-suited for ceiling or wall-mounted installations aiming for pervasive coverage.

Pros & Cons

Pros
What we love about this product
    • Omnidirectional Coverage: Provides 360-degree horizontal signal dispersion, ideal for broad area network coverage without precise alignment.
    • Network Extension: Designed to enhance the range and stability of existing wireless networks, improving connectivity for multiple devices.
    • Brand Reputation: SilverNet is recognized in the networking hardware space, suggesting a level of quality and reliability in their product offerings.
Cons
Points to consider before buying
    • Limited Directionality: Lacks the focused signal strength of directional antennas, which may be less suitable for point-to-point links or long-distance targeted communication.
    • Potential for Interference: Broadcasting in all directions can sometimes lead to increased susceptibility to interference from multiple sources compared to a directional antenna.

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