We manufacture high-performance Reflector Grid Antenna that provides 24 dbi gain with 8 degree beam-width for long-range highly directional applications. It is used for point to point systems, point to multi-point and wireless bridges in the 2.4GHz ISM band as well as IEEE 802.11b, 802.11g & wireless LAN systems. We can easily install these antennas for either vertical or horizontal polorization.

Specifications

Electrical & Mechanical Specifications
Frequency Range	2.400 - 2.483 GHz
Forward Gain	23.5 dBi
Polarization	Horizontal or Vertical
Termination	N-Male on 1.1m lead-in
Cable	213U
Dimensions (H x W)	27 x 32 in
Weight	3. kg
Flat Panel Equivalent Area	6 sq ft
Wind Survival	125 mph
Finish	Wired Grid Mesh, Powder Coated

We manufacture Indoor/Outdoor 2.4GHz Antenna which features 13DB gain and a N-female connector. Measuring only 31" in length it comes complete with mounting bracket. It has a heavy duty construction and an extension cable. With high gain design and genuine copper elements, they have a broad frequency spectrum coverage.

Our Omni-Directional antenna offers dramatically increased wireless signal coverage in all directions. With 360° of better signal reception, this high-gain antenna will also improve data throughput at further distances. The PtMP capability allows the it to operate as a single directional antenna, which sends the signal in one direction or as a bi-directional antenna, which sends the signal out 360° degrees from a single point.

Specifications

Electrical
Frequency Range	2400-2500 MHz
Gain	16 dBi
Polarization	Vertical
Vertical Beam Width	8°
Horizontal Beam Width	360°
Max. Input Power	100 Watts
VSWR	< 1.5:1 avg.
Impedance	50 ohms
Lighting Protection	DC Ground

Mechanical Specifications
Connector	Integral N-Female
Weight	1.5kg
Width	5.5 ft
Base Diameter	1.69 in.
Radome Diameter	1.25 in.
Radome Material	Gray Fiberglass
Mounting	2.0" diameter mast max.
Wind Survival	up to 100 MPH
Operating Temperature	-40° C to to 85° C (-40° F to 185° F)

The Sector antenna system offered by us are constructed using rigid aluminum extrusion, these units are powder coated lightweight, rigid, weatherproof units. They feature 50 ohm passive feeds that come standard with type N female connectors. The super heavy duty single point galvanized bracket system is designed for ease of installation and pole-top mounting improved downtilt adjustment accuracy. The N connector is positioned on the front/transmission side of the sector.

Features:
• Horizontally Polarized - Rejects Vertically Polarized Interference
• 95 Degree Horizontal Beamwidth
• 17dBi antenna gains
• Super Rugged and Lightweight, 2 Year Warranty Applications
• 2.4 GHz ISM Band Applications
• 802.11b, 802.11g and 802.16
• Wireless Base Stations
• WiFi Base Stations
• Wireless Broadband
• Wireless Internet

Specifications

Electrical & Mechanical Specifications
Frequency Range	2400-2583 MHz
Input Return Loss (S11)	-14 dBi
VSWR	1.5:1
Impedance	50 OHM
Input Power	100 W
Operating Temperature	-30 +65 Deg C
Gain	16.5 dbi
Horizontal Beam Width	95 deg
Vertical Beam Width	10 deg
Polarization	Horizontal
Cross Pole	>25 dB
DownTilt (Mechanical)	10 deg
Weight (with bracket)	2.5 kg
Dimension (LxW)	48"x 4" x 1"

We manufacture Sector Directional Antennas which offers 15 and 21, dBi gain with a wide beam-width. They comprise of a professional quality "cell site" base station antenna and are designed for carrier-class applications and service providers using the 2.4 GHz ISM band. The antennas are packaged with a directional orientation bracket that makes the main beam width and angle adjustable when an antenna is installed on the top of a mountain, radio tower or high-rise building. This feature offers maximum signal strength for both reception and transmission in the desired area. In addition, the directional characteristic allows the user to adjust the transmitting and receiving angle of their antenna. They are designed specifically for outdoor building-to-building applications.

Key Features:

• Designed to obtain maximum gain for long distance wireless communications
• SWR 1.3:1 max, high performance antenna design
• Adjustable reflectors for flexible beamwidth control, 600 to 1200 in horizontal direction
• Warranty Made with weatherproof and corrosion-resistant material
• Packaged with a swivel mount for directional orientation (Stainless Steel)

Specifications

Electrical & Mechanical Specifications
Antenna Type	Sector-Antenna
Frequency Range	2400-2485 MHz
VSWR	1.5:1 Max
Impedance	50 OHMS Â
Impedance	50 OHMS ±5
Gain	15~21 dbi
Horizontal Beam Width	60~120°
Vertical Beam Width	10 deg
Max input power	=<30W
Operating Temperature	-20°C ~ 70°C
Storage temperature	-30°C ~ 80°C

We manufacture patch antenna which consists of a patented low cost, high performance circuit design enclosed in a UV stabilized ABS plastic radome with steel backplane for superior weatherability. The circuit of the antenna is DC grounded to aid in lighting protection. A pole and wall mounting kit is also included with each antenna.

Specifications

Electrical
Frequency Range	2.4 ghz
Gain	10.0 dBi
Polarization	Single Linear (Horizontal or Vertical)
VSWR	1.5:1
Front-to-Back Ratio	>25 dB
Cross Polarization	>15 dB
E-Plane Beamwidth	57 deg
H-Plane Beamwidth	50 deg
Power Rating	30 Watts
Connector Type	N-Female, Standard
Impedance	50 ohms
Lighting Protection	DC Ground

Mechanical and Environmental
Length	9 inc
Width	5.5 inc
Depth	1.3 inc
Weight, including bracket	(1. kg)
Backplane	steel
Radome	Gray UV Stabilized ABS Plastic
Wind Survivability	125 mph (201 kph)
Wind Load	1.23 ft? (0.12 m?)
Operating Temperature Range	(-45°C to +50°C)
Pole Mount Diameter Range	0.75 in to 1.50 in

We manufacture 6 element Yagi Antenna for Wireless Local Spectrum Loop and Spread. Our yaagi antenna consists of an array of dipole and additional closely coupled parasitic elements. Yagis are directional along the axis perpendicular to the dipole in the plane of the elements, from the reflector through the driven element and out via the director(s). If one holds out one's arms to form a dipole and has the reflector behind oneself, one would receive signals with maximum gain from in front of oneself.

We manufacture 5.8hz antennas that allow for extraordinary transmission distances between two or more buildings. Available in directional configurations for point-to-point transmission and sector or omni-directional configurations for point-to-multipoint implementations, we have developed antennas for every application.

We design and manufacture Box Weatherproof Enclosures that are ideal for remote WLAN WiFi equipment installations, indoor and outdoor in hot and cold temperature environments, corrosive environments, sub-zero installations, hotspot applications. They are available with a wide range of options including heat, cooling and power-over-ethernet interfaces. Additional applications for these enclosures include test equipment, remote controls, medical devices, scientific instruments, alarm and security systems, inventory control systems, city networks, industrial, lighting controls.

We offer complete range of Wi-Fi Solutions to take the next-generations the advantage of wi fi mobility solutions, on and off premises. Under this category, we offer wireless softphone solutions, wireless IP deskjet and handset solutions.

Benefits:

• Very user firendly, on and off premises
• Convenience and freedom of wireless mobility
• Lower maintenace cost
• Reduced installation costs
• Offers flexible working

We offer a complete range of wireless networking solutions for wireless ISPs, wireless access, municipal broadband networks and other enterprise wifi solutions. Under this category, our portfolio includes wifi access points, hot spot gateways, client products, short and long range wireless ethernet bridges for back hauls, pre wimax products and laser optic wireless ethenet.

Power over Ethernet or PoE technology is used to transmit electrical power, along with data, to remote devices over standard twisted-pair cable in an Ethernet network. This technology is useful for powering IP telephones, wireless LAN access points, webcams, Ethernet hubs, embedded computers, and other appliances where it would be inconvenient or infeasible to supply power separately. The technology is somewhat comparable to POTS telephones, which also receive power and data (although analog) through the same cable. It works with an unmodified Ethernet cabling infrastructure.