Arcadian Blog

Effective Immediately, Arcadian Inc.  will offer the Pulse Electronics PIMinator Series  of Low PIM In-Building Omni Antennas for iDAS - DASLTE, DASLTE500NF, DASLTEDIN & DASLTENF     Arcadian Inc is proud to offer the new Pulse/Larsen PIMinatorTM series of industry leading -155 dBc certified low Passive InterModulation (PIM) Distributed Antenna System (DAS) ceiling mount antennas.  The Pulse/Larsen line of DAS in-building low PIM omni antennas meets the most demanding PIM requirements for 2G, 3G, and LTE/4G bands.   Models options are:   DASLTE500NF: Low PIM, omni-directional SiSO antenna for ceiling mount 3G-4G/LTE iDAS installations, with 500 mm / 20 inch pigtail and N-Female connector.   DASLTENF: Low PIM, omni-directional SiSO antenna...

St. Louis, Missouri, USA – April 19, 2013 – Laird Technologies, Inc. (LRD: London), a global technology company, announced it will be partnering with Arcadian Inc. at this year’s RFID Journal Live! event. The companies will be displaying Laird’s industry-leading RFID antenna solutions. The show will take place at the Orange County Convention Center in Orlando, Florida, April 30 – May 2, 2013. Laird Technologies and Arcadian will exhibit at booth #538.      Laird (formerly Cushcraft) is the leading provider of RFID antennas for high-performance reader applications throughout the world. Together with the international distributor of antennas, Arcadian Inc., Laird will showcase various...

The Laird CMD69273 / CMD69273-30NF is simply the lowest profile, most aesthetically pleasing, best performing 3G/4G MiMo on the iDAS market today.  At only 8.5 inches in diameter and less than 1.75 inches high, this iDAS antenna is virtually undetectable in an office building, airport, performing arts center, conference center, etc.   CMD69273 Laird MiMo for iDAS data  package. Link to CMD69273 basic specification sheet.  Link to CMD69273 mounting instructions.   The basic specs of the iDAS omni antenna include:   Frequency:698-960 MHz / 1710-2700 MHz Peak Gain 3.35 dBi @ 700 MHz, 4.4 dBi @800/900 MHz, 5.0 dBi at 1800/1900/UMTS, 5.6...

Arcadian Inc. & Laird Technologies, a leading global technology company, announced that its’ advanced, first-to-market, high-speed wireless antenna system has been deployed at the Singapore Changi Airport, the 15th busiest airport in the world.   Laird CMD69273 Dual Port MIMO Antenna provides better wireless coverage for mobile data connections and increases speed for faster mobile downloads for the more than 50 million passengers who travel through the airport each year, according to the Airports Council International. As the first LTE MIMO antenna on the market, the CMD69273 further enhances Laird’s position as an expert in infrastructure antenna systems.    The CMD69273 antennae system optimizes a...

ARCADIAN INC. is proud to announce that we are now holding the SPDA24700/2700  IN STOCK.  This 3G/4G-LTE dipole with SMA Male provides a 3G/4G swivel blade antenna for fixed and mobile access points, routers and small base station applications. The SPDA24700/2700 covers all of the 3G/4G LTE frequency ranges of 698-960/1710-2170/2500-2700 MHz .   The blade package is a right angle swivel in black plastic, 7.4 inches tall in the right angle position. It is supplied with an SMA Male connector. For more information on the SPDA24700/2700, click here.   Features - 4G Swivel Blade Antenna- Performance across the LTE frequency bands: 698-960/1710-2170/2500-2700 MHz- Average peak gains...

Available May 20, Arcadian will be stocking and shipping the new PA9-13-H/V antenna.  This unit is perfect for UHF RFID antenna applications where high-gain is required and linear polarity is acceptable.  The fact that the unit is both vertically and horizontally polarized is a big plus!  In addtion, the unit includes a basic wall/mast mounting kit.   Click Here for PA9-13-H/V data sheet.     This outdoor rated antenna was originally designed for use with the Motorola "Canopy" system.  However, after testing the unit in the field, customers found it to be a perfect fit for US / FCC RFID...