RF Communication Systems

Our organization has achieved name and fame in offering RF Systems to our clients. These are considered to be of great use in electronic surveillance. These are designed according to latest standards of industry. These are easy to operate and are offered in technically advanced range. These are known for their excellent performance. We are offering these in different options according to client s needs. Specification Frequency: 8.2MHzMaterial: Aluminum frame with metal base cover.Removable acrylic plates for advertising purpose (Optional).Color: Black/Gray or CustomizedDimension: 162cm (Height), 40cm (Width), 4cm (Depth), and 7.5kg (Weight)Packing: 2pcs/ctn, 0.113cbm (168x45x15cm), 14kgDetection: RF Label (4 4): 150cmMini Tag (Mini Square): 170cmMidi Tag (R50): 190cmMax Tag (Alpha): 210cm

Floating RF Systems: Three piece "bullet" style systems offering misalignment compensation. Available Models: SMP-TH: 50 , SMP Plug, Through-hole SMP-EM: 50 , SMP Plug, Edge Mount SMP-B: 50 , SMP RF Jack, Bullet Adaptor AFI-MT: 50 , AFI Floating Jack, Mixed Technology AFI-B: 50 , AFI Floating Adaptor

Specgraph's new family of antennas is the most advanced EAS solution available to today's retailers. By combining next-generation Digital RF technology with robust communications and remote alarm data-capture capabilities, our antennas deliver superior performance to maximize loss-prevention effectiveness in any store environment. Features : High-performance Digital RF detection . Virtual freedom from false alarms . Value-added two-way communications. Flexible, customizable configurations. Automated alarm analysis . RFID upgradability . Remote system monitoring. All-new, ultra-durable design. Ideal platform for detection of both EAS and RFID tags.

Exalto Communication Technologies Private Limited represent exclusively in India, M/s Quintech Electronics and Communications Inc., USA, the world s leading Manufacturer of RF Management Systems. Quintech specializes in professional-grade / commercial grade RF / Microwave products, designs and manufactures state-of-the-art proprietary hardware solutions (DC to 40 GHz) for RF signal management used in Satellite uplink and downlink applications like Satellite Teleports, Cable HFC Head-ends, Broadcast, Wireless and Military telecommunications networks.The product portfolio includes rack mount RF matrix switches, routers, splitters, combiners, frequency converters, relay switches, redundancy switches, line amplifiers and DC powering products.

This complete management solution provides network and security control throughout the complete lifecycle of your wireless LAN from planning and deployment through day-to-day monitoring and troubleshooting.

Features: EAS-RF (anti-theft) Antennas8.2 MHz frequency band.Dual-side antennas (pair).Advanced pulse technology.Red LED & sound alarm.Wide distance (1.2 ~1.6m).Auto selection of EAS tags.Durable ABS body.Low power consumption.156 33 10cm. Ideal For: Apparel.Convenience stores.

Quality being the sole aim, we offer wide array of Multicolor RF Machine that are delivered with varied technical specifications and ensures high power efficiency. Offered product range is quality assured and are abrasion resistant in nature. They are technically updated and are delivered with advanced user interface features... Specifications:Radio Frequency-Tri-polar/Multi-polar (1 and 2 MHz)Inlet Voltage-100 240 volt/50 60 HzLED-Blue and RedOutput power-80 wattsUser interface-7 Digital Color Touch ScreenWeight-7.5 kg

Hammring System For Jamming Solution

Giant Meter-wave Radio Telescope (GMRT) Front Ends have been designed to operate at 5 frequency bands centered at 50 MHz, 150 MHz, 235 MHz, 327 MHz, 610 MHz and L-Band extending from 1000 to 1450 MHz. The L-Band is split into four sub-bands centered at 1060 MHz, 1170 MHz, 1280 MHz and 1390 MHz, each with a bandwidth of 120 MHz. ?The 150 MHz, 235 MHz and 327 MHz bands have about 40 MHz bandwidth and the 610 MHz band has about 60 MHz bandwidth. The low noise front end of the receiving system of GMRT has been designed to receive dual polarization. Lower frequency bands from 150 to 610 MHz have dual circular polarization channels (Right Hand Circular and Left Hand Circular polarization) which have been conveniently named as CH1 and CH2, respectively. The higher frequency L-Band has dual linear polarization channels (Vertical and Horizontal polarization) and they have been named CH1 and CH2 respectively. The front end system has flexibility to be configured for either dual polarization observation at a single frequency band or single polarization observation at two different frequency bands. The polarization channels can be swapped whenever required. For observing strong radio sources like "sun", the selectable solar attenuators of 14 dB, 33 dB or~ dB can be used. The front end has RF termination facility also. Any band of the receiver can be switched OFF, whenever not in use, with the RF on/off facility provided in the front end. The receiver can be calibrated by injecting one of the four levels of calibrated noise, named Low cal, Medium cal, High cal and Extra-high cal depending upon the flux density of the source being observed. To minimize cross coupling between channels, a phase switching facility using walsh functions has been provided in the post unit. The functional schematic of the front end system is as shown in figure-1.

The ultimate cpe for the global wisp community nanostation packs some phenomenal performance with a revolutionary design combining a hi-gain 4 antenna system, advanced radio architecture, and highly researched and developed firmware technology allowing throughput, stability, and capacity performance rivaling even the highest-end wimax networks. Reliable system performance nanostation has been proven in extreme temperature and weather conditions. Additionally, it has advanced esd/emp immunity design to protect against common outdoor radio and ethernet failures and eliminate truck-rolls for carriers.

The procedure is simple, usually one single sitting and effective and is being used world wide. Radiofrequency ablation (RF ablation) is a minimally invasive treatment for cancer that is approved by the U.S. Food and Drug Administration. Physicians world wide are using radiofrequency ablation to treat hundreds of patients for liver and kidney tumors and bone cancer pain. The RF ablation team includes radiologists, who perform the treatment, and oncologists, who determine whether RF ablation tumor treatment is appropriate for a patient. The treatment is an alternative when surgery is not likely to be successful or has failed -- or when other medical conditions increase the risk of surgery.

This complete management solution provides network and security control throughout the complete lifecycle of your wireless LAN from planning and deployment through day-to-day monitoring and troubleshooting.

This rugged, cost-effective instrument is an industry standard. It provides high sensivity and accuracy, low noise and excellent stability

features:Quad channel front end receiver for EW-ESM applicationsThree bands; 0.25 - 2.2 GHz, 2.2 - 6.0 GHz & 6-18 GHz High dynamic ranges with very good sensitivity.Provision for self check with external Bite source.High isolation of >75 dB between channels.High dynamic range of >69 dB.All outputs are phase and amplitude matched

Wide Band V/UHF Direct Conversion Receiver

Interface Unit for VU & MW Monitoring

Modem-rf Systems

Duet RF

Wide Band V/UHF Direct Conversion Receiver

MINI RF RADIO FREQUENCY

The portfolio includes: LS 2150 series Active and Passive Rack Mount L band Splitters are unity gain splitters operate over the L-band (950-2150 MHz) frequency range. The Microstrip design provides better performance and reliability. The Larger configurations eliminate cascaded combiners for better performance. The Active (zero loss) splitters allow for ease in RF budget design. Custom configurations are available for optimization of rack space and increased flexibility greatly improves cable management and aesthetics by allowing for easy access to cable routing and easing identification of cabling. These units are of convenient, centralized rack mount designs to improve cable management and also reducing cable connector failures by eliminating the need for frequent manual connects / disconnects LC 2150A Active Rack Mount L Band Combiners are unity gain combiners operate over the L-band (950-2150 MHz) frequency range and enable the combining of RF signals with repeatable performance over the entire frequency range and across all I/O ports. These units meet strict Level, Match and Loss specifications achieved through the use of Quintech s proprietary Microstrip and SMT technology. LS 1000 Series Active Rack Mount IF Splitters are unity gain splitters operate over the L-band (950-2150 MHz) frequency range. The Microstrip design provides better performance and reliability. The Larger configurations eliminate cascaded combiners for better performance. The Active (zero loss) splitters allow for ease in RF budget design. Custom configurations are available for optimization of rack space and increased flexibility greatly improves cable management and aesthetics by allowing for easy access to cable routing and easing identification of cabling. These units are of convenient, centralized rack mount designs to improve cable management and also reducing cable connector failures by eliminating the need for frequent manual connects / disconnects LC 1000 Active Rack Mount IF Combiners are unity gain combiners operate over the Broadband (5 1000 MHz) frequency range. The Larger configurations eliminate cascaded combiners for better performance. The Active (zero loss) combiners allow for ease in RF budget design. Custom configurations are available for optimization of rack space and increased flexibility greatly improves cable management and aesthetics by allowing for easy access to cable routing and easing identification of cabling. The design reduces cable connector failures by eliminating the need for frequent manual connects / disconnects LSC 1000P Passive Broadband Splitters / Combiners operate over the 5-1000 MHz frequency range and enable the splitting or combining of RF signals with repeatable performance over the entire frequency range and across all I/O ports. These units meet strict Level, Match and Loss specifications achieved through the use of Quintech s proprietary Microstrip and SMT technology The above splitters are also available in Dual (2 in 1) and Quad (4 in 1) configurations RLS48 1750A series Redundant L Band Splitters with Hot - swap Amplifier and LNB Power supply feature RLC48 1750A series Redundant L Band Combiners with Hot - Swap Amplifier and LNB Power supply feature

RF Demodulator

RF Microwave Systems